NL-KVK-34200988_DWDG_ET12_465 RAIN foundation GLOW-Guided learning on Water and Sanitation RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs RIPPLE 2012-01-27 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET12_465 http://rsr.akvo.org/project/392/ finished Capacity building for sustainable WASH Ethiopia faces problems in terms of rural water supply and sanitation coverage aggravated by a high percentage of non-functioning systems. The Woreda water and Health Desks are the crucial factor in supporting the development and operation of water supply and sanitation systems. The difficulty is that the training staff working at this level received does not allow them to provide the necessary support to WASH committees responsible for the day to day management of water system. Most of them have received training at a Technical and Vocational Training Centre (TVETC) which unfortunately is more focused on theory. Therefore, this project focuses on building the capacity of the Wereda staffs to reduce the WASH related problems through Guided Learning on Water and Sanitation (GLOW). Ethiopia is one the eight countries where the Dutch WASH Alliance Program is working. The program works on water, sanitation and hygiene components working in the two regions of Oromia and Afar. In these regions, it mainly focuses on pastoralist and communities where access to WASH service is relatively difficult creating more burden to women and children. The program will run until 2015 targeting the marginalized. Currently it is working with its alliance member NGOs composed of AMREF-Ethiopia, HCS-RiPPLE, HOAREC, WaterAid and MetaMeta. Add text: It is essential, also in the context of the Dutch WASH Alliance, to strengthen the capacity at Woreda level to better support the communities and to ensure that some very practical training is provided to WASH committees that truly helps them to manage their systems. The capacity building problem has been the reason for MetaMeta in collaboration with RiPPLE, SNV, the TVETC and the university in Hawassa to establish a refresher course for Woreda level staff. Sustainability is at the core of the WASH Alliance programme. One of the key learnings from past decades, confirmed and strengthened in our contextual analyses, is that many attempts to make WASH programmes more sustainable have not been successful. Remedial actions changed over time, but attempts had in common that they were input-based, donor driven and mono-sectoral, focussing on just one aspect of sustainability. The WASH Alliance aims at creating a paradigm shift, with the full commitment of all Southern and Northern partner organisations to integrate five strategic principles that cover and connect Financial, Institutional, Environmental, Technical and Social aspects of sustainability. These principles, together given the acronym ‘FIETS’, were discussed with Southern stakeholders, who welcomed the principles as a departure from the conventional donor driven-approach. Financial Sustainability: Financial Sustainability refers to the establishment of local financial potential for the strengthening of water, sanitation and hygiene initiatives. Financing is available to provide and sustain WASH investments at household, community and business level. Institutional Sustainability: Institutional sustainability in the WASH sector means interventions that ensure systems and procedures at the local level are functional and meet the demand of users of water and sanitation services. Households and other water users, authorities and service providers at the local and the national level are clear on their own roles, tasks and responsibilities and are capable of fulfilling these roles effectively, while working together with other stakeholders in the WASH chain. Environmental Sustainability: A systematic approach to environmental sustainability is required in order to ensure the management of water and sanitation resources for current and future generations, in response to increased water scarcity and pollution of water sources. Technological sustainability: Technologies in the WASH sector, also called watsan technologies, concern hardware facilities for safe water collection (such as hand pumps, rainwater harvesting, water stand post and kiosks) and safe sanitation (such as toilets, collection, treatment, re-use). Social Sustainability: Social Sustainability encompasses social, cultural, political and religious beliefs, attitudes, practices, relations and last but not least: rights. As such we define social sustainability in the context of the WASH alliance as ´the realization and sustaining of the social conditions or prerequisites that are essential in order to be able to realize the right to water and sanitation, both from the perspective of rights holders and duty bearers´. Financial sustainability : Sustainability is at the core of the WASH Alliance programme. One of the key learnings from past decades, confirmed and strengthened in our contextual analyses, is that many attempts to make WASH programmes more sustainable have not been successful. Remedial actions changed over time, but attempts had in common that they were input-based, donor driven and mono-sectoral, focussing on just one aspect of sustainability. The WASH Alliance aims at creating a paradigm shift, with the full commitment of all Southern and Northern partner organisations to integrate five strategic principles that cover and connect Financial, Institutional, Environmental, Technical and Social aspects of sustainability. These principles, together given the acronym ‘FIETS’, were discussed with Southern stakeholders, who welcomed the principles as a departure from the conventional donor driven-approach. Financial Sustainability: Financial Sustainability refers to the establishment of local financial potential for the strengthening of water, sanitation and hygiene initiatives. Financing is available to provide and sustain WASH investments at household, community and business level. Institutional Sustainability: Institutional sustainability in the WASH sector means interventions that ensure systems and procedures at the local level are functional and meet the demand of users of water and sanitation services. Households and other water users, authorities and service providers at the local and the national level are clear on their own roles, tasks and responsibilities and are capable of fulfilling these roles effectively, while working together with other stakeholders in the WASH chain. Environmental Sustainability: A systematic approach to environmental sustainability is required in order to ensure the management of water and sanitation resources for current and future generations, in response to increased water scarcity and pollution of water sources. Technological sustainability: Technologies in the WASH sector, also called watsan technologies, concern hardware facilities for safe water collection (such as hand pumps, rainwater harvesting, water stand post and kiosks) and safe sanitation (such as toilets, collection, treatment, re-use). Social Sustainability: Social Sustainability encompasses social, cultural, political and religious beliefs, attitudes, practices, relations and last but not least: rights. As such we define social sustainability in the context of the WASH alliance as ´the realization and sustaining of the social conditions or prerequisites that are essential in order to be able to realize the right to water and sanitation, both from the perspective of rights holders and duty bearers´. - It is proposed that the GLOWS training will be used as a key ingredient to build the capacity of crucial partners for the Dutch WASH Alliance including trainers and Woreda level staff and the reap the additional benefits of obtaining good insight in the problems at hand in different Kebeles. The emphasis in 2011 will be on Oromiya but a similar approach can be envisaged for Afar in 2012. The GLOWS training will be led by MetaMeta in collaboration with RiPPLE and trainers from local training institutions (TVETC, University) and the Water Bureau. An important advantage is that the modular self-learning approach makes it feasible to combine the Training of Trainers (TOT) is and the training of Woreda staff. This implies that the trainers and the trainees all start with the programme at the same time, with the trainers being in close contact with MetaMeta and RiPPLE. In this way we can train at least some 16 Woreda staff and some 8 trainers and resource persons in the first training, and this may leave a few slots for some others. Training programme Trainees will be selected in consultation with Woreda management and based on the concept that in each participating Woreda a group of 4 trainees will be selected who will go to the training together and doing several of the activities in their own office and in communities in their Woredas. Trainers and resource persons will come twice to the trainees to review and support their work. The overall course requires an input from the trainees of some 160 hours distributed over a period of some 4 months, but in the last month already a start can be made with practical improvements. Also experienced trainees can do the training faster as it is based on guided self-learning. Learning and review workshop In the third month of the training a very important workshop will take place where the first WASH assessment and action plans are being reviewed by the team leaders from MetaMeta and RiPPLE and specific (technical, financial and organizational) problems will be identified. The review includes the training results, the WASH assessments and the action plans. It will be explored if some of the other Dutch WASH Alliance partners and particularly WASTE and Practica can participate as well as this will give a good opportunity to identify possible concrete problems that they can help solve. As part of this workshop more detailed implementation plans will be made including the development of WASH action plans for other Kebeles and the organization of a training approach of WASH committees. After the workshop the trainers and trainees will go back to the communities and Kebeles to jointly with the communities complete the action plans and develop specific proposals for interventions that would require external support including the rehabilitation of existing facilities and the development of new facilities. It is envisaged that several of these interventions can be taken up under the Dutch WASH Alliance early in 2012. Parallel activities In parallel with the training other activities will be initiated including: • The development of specific support materials including some information on the use of water ponds and some video materials that can support training and advocacy • The development of a concept note on local financing and possibilities for micro credit • The development of a concept note on possible private sector support for construction, maintenance and repairs • The preparation of a training package for WASH committees IMP S WASH wash projects agricultural production / food security Bore hole drilling Image link 25-30 trainers, resource persons and Woreda staff trained Concrete proposals for WASH improvements Intervention plans for 4 Woredas Proposal for capacity building activities Proposal for rehabilitation and new constructions populated place Gelemso, Meiso, Meta, Chinakson Ethiopia West and East Hararghe in Oromiya NL-KVK-34200988_DWDG_ET12_467 RAIN foundation Rainwater Harvesting Capacity Center RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs RIPPLE 2012-01-27 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET12_467 http://rsr.akvo.org/project/398/ finished Creating a dynamic water knowledge centre The effort to develop an Rainwater Harvesting Capacity Center (RHCC) in the Water and Sanitation sector in Ethiopia has the vision of creating a dynamic water-centered knowledge driven centre focusing on pro-poor rainwater harvesting (RWH) and WASH services for sustainable WASH intervention. It provides a knowledge base for the promotion of appropriate and sustainable RWH and WASH to address multiple water needs of vulnerable communities in Ethiopia for domestic water supply, hygiene, sanitation and food production. The WASH service delivery gap in Ethiopia is enormous. Ethiopia has the highest absolute number of people without access to improved water supply and sanitation in Sub-Saharan Africa, accounting for over 50% of the (mainly rural) population. To meet the challenge, the government has set ambitious targets under its Accelerated Universal Access Programme (A-UAP) to achieve full coverage by 2012, with major investment from government, donors and, increasingly, rural communities. The plan has been made part of the current growth and transformation plan (GTP) which targeted to achieve the full coverage by 2015. The ability to meet and maintain coverage in the context of growing concern over climate change, and the climate resilience of different water supply technologies, is a subject of considerable debate. Implementing The objective is to become the lead sector knowledge driver, facilitating the learning process, knowledge generation and advocating for knowledge sharing within the WASH sector organizations working in the sector (to improve program quality/harmonization/policy and practice support) with a specific focus on rainwater harvesting (RWH). It does so by delivering quality services and knowledge products to meet the information needs of the WASH sector. RiPPLE has developed a comprehensive and valued recognition in the water sector at national, regional and district levels. The reputation of RiPPLE provides a coordination space that allows the RHCC activities to be backed up by government, CSO and private sector. The support from the federal, regional, woreda and CSO will have an added value to effectively implement the RHCC and sustain the outputs and the system in the country. This inclusive shift in programming to consider RH options will also address the current self-supply focus of the government in the UAP(WASH GTP). The ongoing accelerated universal access plan of the government which has been planned to achieve 98% coverage of water and 100% coverage of the sanitation intensified the necessity to document and share knowledge with the purpose of giving support to the plan and the roles of the sector performers, at a central and decentralized level. The demand for knowledge that exists in the sector has put forward for discussion or to the development of pertinent work, justifies the need for RHCC at both national and regional levels. In addition, the leading support of RAIN as a think tank in RWH, as well as the partnership with IRC, WaterAid, UNICEF, WSF, WASH movement, Meta Meta, SNV etc will have input to the success and sustainability. The skills in RiPPLE office and experience working with regional and national platforms expected to insure the successful team spirit and knowledge combination. Financial sustainability : RiPPLE has developed a comprehensive and valued recognition in the water sector at national, regional and district levels. The reputation of RiPPLE provides a coordination space that allows the RHCC activities to be backed up by government, CSO and private sector. The support from the federal, regional, woreda and CSO will have an added value to effectively implement the RHCC and sustain the outputs and the system in the country. This inclusive shift in programming to consider RH options will also address the current self-supply focus of the government in the UAP(WASH GTP). The ongoing accelerated universal access plan of the government which has been planned to achieve 98% coverage of water and 100% coverage of the sanitation intensified the necessity to document and share knowledge with the purpose of giving support to the plan and the roles of the sector performers, at a central and decentralized level. The demand for knowledge that exists in the sector has put forward for discussion or to the development of pertinent work, justifies the need for RHCC at both national and regional levels. In addition, the leading support of RAIN as a think tank in RWH, as well as the partnership with IRC, WaterAid, UNICEF, WSF, WASH movement, Meta Meta, SNV etc will have input to the success and sustainability. The skills in RiPPLE office and experience working with regional and national platforms expected to insure the successful team spirit and knowledge combination. - The thematic areas are the backbone around which we apply the proposed WASH resource and RHCC in sector development. The knowledge cycle serves as a guide to structure the thematic areas, a logic process to identifying demand and supply, developing new knowledge, facilitating its dissemination and monitoring. These thematic areas proposed based on various surveys which represent important knowledge by their implications on the quality and coverage of the WASH services. Hence WASH as a package is the core thematic area with a focus to RWH. Water supply (WS): is the major component of the center services. The center will work to achieve comprehensive transformation of the delivery of quality WASH services. The RWH options will give emphasis to reach the most remote areas with sustainable and cost effective self supply options. Sanitation and Hygiene (SH): the sanitation activities linked with the water supply activities through awareness creation and low cost hardware support to implementing partners. The center will document and share various international, national and local sanitation models for sustainable services. The center will work with relevant partners to develop local specific promotion strategy. The hygiene component focuses on developing means and tools for behavioral change interventions in institutions and community. The center will work with partners in monitoring and evaluation, capacity building and information communication. Cross-cutting sector: the RHCC will consider issues in sectors which have direct or indirect impact on the WASH like integrated water resource management (IWRM), climate change adaptation, IWRM sectors. These will be considered through sector coordination and harmonization. There is direct linkage like between natural resource management and WASH. One has to complement each other. Similarly WASH is the most vulnerable sector impacted by climate change. The focus will be on WASH (RiPPLE background) at least in the first phase. However the climate change and water linkages; integrated water resource management will going to be taken up depending specific priority topics. The cross cutting activities will be part of all the phases but varies in scale depending on the resource and learning in the sector with the recognition that training, advices, M&E, communication etc. is also scarcely on supply and in high demand. Food Security: food production through MUS and improved natural resource management will be also addresses in the thematic areas. The multiple use of water in RWH which includes productive use will provide a knowledge base for the promotion of appropriate options to address multiple water needs of vulnerable communities for domestic water supply, hygiene, and sanitation and food production. IMP I WASH,MUS wash projects agricultural production / food security RiPPLE staff members in the field Image link Action research, documentation, communication and dissemina Strengthening and initiating partnerships and networking Policy, practice engagement and capacity building Monitoring and evaluation of rainwater harvesting infrastruc populated place Ethiopia NL-KVK-34200988_DWDG_ET12_468 RAIN foundation Introducing 3R in impact area of DWA RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs MetaMeta 2012-01-27 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET12_468 http://rsr.akvo.org/project/394/ finished Sustainable water buffer techniques using Recharge, Retention and Reuse This project wants to introduce the 3R concept in the Dutch Wash Alliance program for Ethiopia. This activity is led by MetaMeta in partnership with RiPPLE and with other Dutch WASH Alliance (DWA) partners, especially those working in the project regions, i.e. AMREF in Afar and AFD in Borana and HCS-RiPPLE in East and West Harraghe. 3R is an approach for creating sustainable water buffers – using a series of techniques for recharge, retention and reuse. Ethiopia is one the eight countries where the Dutch WASH Alliance Program is working. The program works on water, sanitation and hygiene components working in the two regions of Oromia and Afar. In these regions, it mainly focuses on pastoralist and communities where access to WASH service is relatively difficult creating more burden to women and children. The program will run until 2015 targeting the marginalized. Currently it is working with its alliance member NGOs composed of AMREF-Ethiopia, HCS-RiPPLE, HOAREC, WaterAid and MetaMeta. The preparatory activities for introducing 3R are almost completed. Next step is to start with the training activities, using the developed training materials. To create basic understanding by main stakeholders on 3R – with aim of roll out in more areas To develop 3R sub catchment plans for eight subcatchments (in a participatory way) To develop constructive engagement in these plans of implementation partners To set up a capacity building support system - using GLOWS methodology for DAs on 3R To create more capacity in introducing 3R techniques at technician level To review progress and build sustainable arrangements This project envisages to achieve sustainability according to the FIETS framework: (F)inancial Sustainability: the project aims to introduce 3R to local government and others, aiming to create a sustainable financial loop in which co-financing is central. The interest of third parties can bring a wealth of future opportunities. (I)stitutional sustainability: The government through the bureau of agriculture and water is interested in 3R. By adding value to the government activities, 3R can hopefully become integrating part of the government effort in creating sustainable access to WASH services. (E)nvironmental sustainability: 3R aims to create a healthy water buffer to face water scarcity in drought prone areas. By creating extra storage within the landscape 3R will decrease the pressure on traditionally tapped water resources such as groundwater. (T)echnical Sustainability: Technically 3R involves a vast package of techniques. The techniques can be picked - to fit local conditions and needs - in order to achieve maximum technical sustainability. (S)ocial sustainabilty: Participatory involvement of communities in each phase of the 3R approach is of paramount importance. Particular attention is given to understand and address the communities’ needs and challenges. Financial sustainability : This project envisages to achieve sustainability according to the FIETS framework: (F)inancial Sustainability: the project aims to introduce 3R to local government and others, aiming to create a sustainable financial loop in which co-financing is central. The interest of third parties can bring a wealth of future opportunities. (I)stitutional sustainability: The government through the bureau of agriculture and water is interested in 3R. By adding value to the government activities, 3R can hopefully become integrating part of the government effort in creating sustainable access to WASH services. (E)nvironmental sustainability: 3R aims to create a healthy water buffer to face water scarcity in drought prone areas. By creating extra storage within the landscape 3R will decrease the pressure on traditionally tapped water resources such as groundwater. (T)echnical Sustainability: Technically 3R involves a vast package of techniques. The techniques can be picked - to fit local conditions and needs - in order to achieve maximum technical sustainability. (S)ocial sustainabilty: Participatory involvement of communities in each phase of the 3R approach is of paramount importance. Particular attention is given to understand and address the communities’ needs and challenges. CAP - Raise awareness on 3R at governmental level: Regional, Zone and Woreda offices will be engaged in discussions and activities - Capacity building at national and Zone level: Trainings and workshops will be held at different level to promote 3R and clarify its approach and technical aspects - Development of innovative training package: Training of trainers approach will be used in order to enable local practitioners to unroll 3R in their working areas. The practitioners will be enabled to plan and implement 3R measures for an improved water buffer - Partnership with local government offices to create institutional support in every phase of the project; from training, through planning, up to implementation - Implementation phase: Together with local government and EWA partners, the right mechanism to finance and implement 3R plans are sought and pursued - Phasing out: The involvement of local government office will create sense of ownership and therefore the measures will be included in their existing management and maintenance framework IMP I,E 3R wash projects agricultural production / food security water source Image link Introduction/training material Manual Selection of sub-catchments populated place Ethiopia NL-KVK-34200988_DWDG_ET12_480 RAIN foundation Support on WASH of communities in Miyo woreda RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Action For Development 2012-07-01 2013-02-28 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET12_480 http://rsr.akvo.org/project/533/ finished Capacity building and rainwater harvesting implementation for pastoralists The project name is Local Capacity Building Support on WASH Practices of Pastoral Communities in Miyo with the project budget of 74,561.21 (53,303.20 and 21258 Euro to be raised from RAIN and ICCO). It has a total beneficiaries of 3168 (1528 F) people residing in target kebeles of Miyo Woreda. It has project period of one year, July 2012 - February 2013. The proposed project is envisaged to be implemented in Miyo Woreda of Borana Zone, Oromia Regional State. Miyo is located at a distance of 763 kms along the Ethio-keniyan border. The woreda is structured in to 15 kebeles and with its capital town, Hidi. The Woreda is characterized by an undulating plain with scattered and mostly bisected ridges usually covered with grass and shrubs. The rain fall pattern is bi-modal; there is a short rainfall period from September to November and a major rainy season occurring from March to May. Rainfall varies from 250 mm in the south to 1000 mm in the north-west; averaging 650mm. The interventions are intended to address some of the major problems of the community in the area specifically with main aim of addressing the negative impacts of poor access to Water, Sanitation and Hygiene through construction of rainwater harvsting structures for safe and access to drinking water and mass mobilization. Site selection, signing of project agreement with Donor, local community mobilization. Contributing to the efforts of improved access to drinking water and sanitation and hygienic living conditions of pastoralist and agro pastoralist communities of Miyo Woreda. This project is designed to have both the hard and soft ware components integrated. Active participation of all concerned stakeholders from project identification, planning, implementation, monitoring, and evaluation as well as transparent communication. Furthermore, the project will strive to build the operational capability of the beneficiary communities and other stakeholders. Financial sustainability : This project is designed to have both the hard and soft ware components integrated. Active participation of all concerned stakeholders from project identification, planning, implementation, monitoring, and evaluation as well as transparent communication. Furthermore, the project will strive to build the operational capability of the beneficiary communities and other stakeholders. INF Major project plan are construction of Birka having 300 m3 capacity at Cheri Liche PA and two sand dams having 3000m3 and 3600m3 capacities respectively at Cheri Turura and Meti. Other capacity building trainings including WASH Committee establishment at School and Community level, conduct Annual WASH campaign, establish water management committee. IMP E,T WASH,3R,MUS wash projects agricultural production / food security Bugnata Image link Create access to sustainable and safe (drinking) water facil Sanitation and hygiene behavioral change by 5% from the base Promote local capacity building populated place Hidi Lola Ethiopia NL-KVK-34200988_DWDG_ET13_527 RAIN foundation Rainwater harvesting in Gursum Woreda, Dire D RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Hararghe Catholic Secretariat ICCO 2013-05-01 2015-04-30 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET13_527 http://rsr.akvo.org/project/393/ implementing Capacity building on water management and hygiene practices This project is designed to develop the capacity of local communities on water management, sanitation, water technology schemes and rain water harvesting technologies. The capacity development activities will be invested on community members and students. WASH committees and school WASH clubs will be established in Woreda levels that will take over the project after its completion. This will ensure the sustainable management of the WASH facilities constructed in the course of the project. The Gursum Woreda is located in Eastern Ethiopia. It is located at a distance of 117 Km from the city of Dire Dawa. The woreda has mountainous topography. Over 95% of the people are dependent on rain fed agriculture. The area is known for the production of quality groundnuts. Rainfall is prominent from March to April and July to September. However, rainfall patterns are not consistence. The area experiences frequent drought and critical shortage of water. Because of this, most of the population is subjected to chronic malnutrition and water born diseases. Many governmental and non-governmental organizations have put efforts to provide shallow and deep ground water sources, harvesting of surface runoff and diversion of flowing rivers. Despite these efforts the growing need and the provision of services could not match. This project is designed to contribute on the ongoing effort to increase access to water supply and household sanitation facility. 3 local water management committees established Host and facilitate 1 semi-annual WASH meeting 1 school WASh club established 2 sand dams built 1 sub surface dam built The main objective of the project is to empower Water Management Committees and scale up hygienic practices of target communities at Gursum woredas. The specific objectives are - Empower the communities on water scheme operation and management -Increase awareness and improve hygienic practices through education supported with participatory approaches using CLTSH/PHAST/CHAST methodologies -Promote 3R and MUS technologies -Introduction and promotion of various Rain Water Harvesting technologies the WASH committee will set the water tariff/cost which will cover the operation and maintenance cost of the system. It will conduct semi-annual wash meeting to monitor the work of the water facilities. the partner organization and the local Woreda authorities have reached on agreement on the execution of the project and clear tasks have been set among them. The project will be hand over to the Woreda authorities after its completion. The rainwater harvesting infrastructure to be built looks to increase water availability and recharging the aquifer. This increased water in the soil which gradually supports plant live and thus re-greening the immediate environment The project promotes the use of local technologies and local knowledge to ensure easy repair and maintenance facilities and to promote local innovation in the water supply sector. Responsibilities are shared among local communities and government officials, promoting gender equality by involving woman in the planning and decision making and administrative levels. infra | Local | communities | rural | capdev | Local | government officials | rural | capdev | Local | households | rural | capdev | Local | schools | rural | Financial sustainability : the WASH committee will set the water tariff/cost which will cover the operation and maintenance cost of the system. It will conduct semi-annual wash meeting to monitor the work of the water facilities. Institutional sustainability : the partner organization and the local Woreda authorities have reached on agreement on the execution of the project and clear tasks have been set among them. The project will be hand over to the Woreda authorities after its completion. Environmental sustainability : The rainwater harvesting infrastructure to be built looks to increase water availability and recharging the aquifer. This increased water in the soil which gradually supports plant live and thus re-greening the immediate environment Technical sustainability : The project promotes the use of local technologies and local knowledge to ensure easy repair and maintenance facilities and to promote local innovation in the water supply sector. Social sustainability : Responsibilities are shared among local communities and government officials, promoting gender equality by involving woman in the planning and decision making and administrative levels. 22 INF The project is designed to empower Water Management Committees and scale up hygienic practices of target communities in Gursum Woredas in Eastern Harerge zone. It targets 6,570 individuals in these Woredas. It aims to improve the Knowledge, Attitude and Practice (KAP) on sanitation and hygiene. It promotes local ownership and management of WASH infrastructure. The project will build 2 sand-dams and 1 sub-surface dam which will provide water for multiple uses in Gursum. IMP F,I,E,T,S WASH,3R,MUS wash projects agricultural production / food security Community Involvement in Water harvesting infrastr Image link 48482.00 19217.00 67699 Increased knowledge attitude and practice on WASH Local water management capacity improved Improved access to clean safe water type :rooftop | level : household | storage: tank Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached type :rooftop | level : household | storage: tank Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached type :grounwater rech | level : community | storage: dam.sand.gr populated place Gursum Woreda Ethiopia The targeted three kebeles are located in East Haraghe zone of Oromia Region at Gursum woredas. Gursum woreda is located at a distance of 117 Km from Dire Dawa which is 22 KM branching gravel road from the main asphalt road leads from Dire Dawa to Jijiga. These two woredas have a long border line with Jijga zone of Somali Region. Gursum has mountainous topographic characteristic. In this woreda, like the other part of the country have a bimodal rainy season; from March to April and from July to September. This woreda is well known mainly with the production quality groundnuts in the country. In these project areas the main livelihood activity of the people is rain fed agriculture with the limited farming area and cattle and small ruminant rearing. The main products are nuts, maize, sorghum and vegetables. ET-DD NL-KVK-34200988_DWDG_ET13_528 RAIN foundation Rainwater Harvesting Capacity Center (RHCC) RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs RIPPLE 2013-05-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET13_528 finished Institutional capacity building for RWH in Ethiopia The project is on supporting and capacity building of the RHCC in Ethiopia. The RHCC will promote RWH knowledge and technologies implement RWH projects on ground. the RHCC is focused on pro-poor RWH and WASH activities for food security, domestic and public use This information will soon be available Production & distribution of communication/technical materials such as leaflets/ flyers, posters, booklets, brochures etc on 3R, RWH and MUS Conduct networking and alliance building discussion workshop (FLoWS) Organize one local exposition workshop to initiate public or professional debates, Attend international expositions workshops, trainings or conferences like RHCC & SEARNET Conduct site verifications, baseline survey & provide technical assistance in replacement site selections & designing Monitoring and Evaluation (at least once per year for 4 partners) Suitability mapping on 3R/ MUS to provide a knowledge base for the promotion of appropriate and sustainable RWH and WASH to address multiple water needs of vulnerable communities in Ethiopia for domestic water supply, hygiene, sanitation and food production. the RHCC organize trainings and meetings to develop similar consciousness on WASH and RWH activities with its partner organizations and other WASH organizations. the local implementing partners are clear about their tasks and independently carry out their tasks with technical and financial support from the RHCC. The RHCC make sure that the technologies applied fit in to the local context to insure technical sustainability capdev | National | NGO staff | not applicable | lobby | Regional | communities | rural | lobby | Regional | government officials | rural | Institutional sustainability : the RHCC organize trainings and meetings to develop similar consciousness on WASH and RWH activities with its partner organizations and other WASH organizations. the local implementing partners are clear about their tasks and independently carry out their tasks with technical and financial support from the RHCC. Technical sustainability : The RHCC make sure that the technologies applied fit in to the local context to insure technical sustainability 8 CAP The effort to develop RHCC in the Water and Sanitation sector in Ethiopia has a goal to Contribute for livelihood & improvement of the Ethiopian communities through enhanced RWH/WaSH/MUS service delivery by creating a dynamic water-centered knowledge driven centre focusing on pro-poor RWH and WASH services for sustainable WASH intervention. It provides a knowledge base for the promotion of appropriate and sustainable RWH and WASH to address multiple water needs of vulnerable communities. INT I,T WASH,3R,MUS wash projects agricultural production / food security Institutional capacity building for RWH in Ethiopi Image link 54099.00 54099 Evidence-based Knowledge products generation Organized FLoWS Organized local exposition workshop Provided technical capacity building support Provided technical backstopping populated place Addis Ababa Ethiopia Ethiopia centre of project area ET-AA NL-KVK-34200988_DWDG_ET13_530 RAIN foundation Communal pond expansion and rehabilitation RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs ZOA Ethiopia 2013-05-15 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET13_530 http://rsr.akvo.org/project/2256/ finished Including capacity development of WASH committee this project is carried out to assist returnees to establish sustainable livelihood system and food security This information will soon be available Bulk excavation of the pond Silt trap, inlet structure, spill-way and masonry steps construction Sand filter constructed Piping to two hand-dug wells Hole dug and fitted with supporting structure Indian Mark II heads installed CLTSH triggering Follow-up of community and households Establish WASH committee with election Train WASH committee Provide tool kit Water trough installation Provide sufficient water for all household uses throughout the year for 1000 beneficiaries in Mudi Tola kebele, Midaga Tola woreda, East Harerge Zone, Oromia region, Ethiopia. local communities, local government and the implementing body were clarified on their tasks and responsibilities the technologies applied were fitted in to the local social and environmental settings communities were consulted from the inception of the project and local administrative bodies were included in the design to include local knowledge and cultural sensitivities and produce sense of ownership that will help to ensure long term utilization of the WASH facilities | | | | capdev | Local | communities | rural | infra | Local | communities | rural | Institutional sustainability : local communities, local government and the implementing body were clarified on their tasks and responsibilities Technical sustainability : the technologies applied were fitted in to the local social and environmental settings Social sustainability : communities were consulted from the inception of the project and local administrative bodies were included in the design to include local knowledge and cultural sensitivities and produce sense of ownership that will help to ensure long term utilization of the WASH facilities 7 INF the project focuses on the development of local capacity at the woreda and kebele offices along with the WASH committee in order to guarantee the sustainability access to water and sanitation. IMP I,T,S WASH,3R,MUS wash projects agricultural production / food security Communal pond expansion and rehabilitation Image link 6262.00 6981.00 29399.00 1593.00 4038.00 1714.00 49987 improvment of an existing water sources trainings for communities and WASH comittee construction of large sand filter within the pond construction of hand dug wells water troughs for animals populated place Midega Tola district Ethiopia Midega Tola district is bordered by Fedis district to the north, Girawa district and Mayu muluke district the west, Babile district to the east and Somali Regional state to the south. Oromia NL-KVK-34200988_DWDG_ET13_532 RAIN foundation Promotion of 3R (Recharge, Retention, & Reuse RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs MetaMeta 2013-05-13 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET13_532 finished Through participatory trainings, research and knowlegde products the water recharge, retention and reuse (3R) of rain water project promote the integration of 3R approaches in to the design and implementation of rain water harvesting systems. the project is implemented together with the Dutch and Ethiopian Wash Alliance. It is focused on the DWA regions of interest (Afar, Oromia and SNNPR). this is carried out through TOT, production and dissemination of publication in local languages and The DWA targets arid/semi-arid zones in Ethiopia. Most of the arid zones are located in the lowlands. The arid lowlands are often the harshest of environments but also buffer management techniques in such areas are less well known. These areas encounter various water related problems such as water availability in dry seasons and water quality. 3R approach rehabilitate the water retention capacity of water sources and create sustainable buffering zones. Better buffer management in these areas will help sustain the source (or create new ones) for water supply systems, facilitate self supply system and contribute to livestock watering, hence serving the economy The project will carry out the following activities through its course • Trainings (ToT) and Review of ToT assignments (3R ToT plans) • Identification of new 3R ToT pilot areas • Secondary data retrieval (for baseline report) and Baseline report compilation • Attend and contribute to EWA joint activities • Engage and carry out joint activities with selected EWA partners • Audio- visual material development • Data mining, data processing and reporting • Translation of modules to Amharic and/or Oromo • 3R plans implementation (coaching) • Attendance and presentation of showcase in international conference (sernet) The projects have the following objectives: • To introduce water buffer management to the target areas • To strengthen 3R commitment of institutions and local organizations (EWA and others) • To discover, investigate and document 3R case • To create the basis for a methodology to roll-out 3R Governmental and non-governmntal institutions including the EWA cooperate in the implementation of the project. tasks among the Woreda, EWA and the MetaMeta offices are clearly set. The trainings are designed to allow transparency and communication among the stakeholders. Both the trainees and trainers of the 3R module are from the local people. The module is presented in local languages. The trainers further train people in their organization or local communities. capdev | Local | government officials | rural | capdev | Local | NGO staff | rural | lobby | Local | government officials | rural | Institutional sustainability : Governmental and non-governmntal institutions including the EWA cooperate in the implementation of the project. tasks among the Woreda, EWA and the MetaMeta offices are clearly set. The trainings are designed to allow transparency and communication among the stakeholders. Technical sustainability : Both the trainees and trainers of the 3R module are from the local people. The module is presented in local languages. The trainers further train people in their organization or local communities. 7 CAP The 3R project in Ethiopia is designed to promote the 3R approaches among governmental bodies, NGOs and communities through participatory training of trainers (ToT), publication and dissemination of knowledge materials and research. The project areas are Afar, Oromia and SNNPR. INT I,E,T 3R,MUS wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2013-05-13"/> <period-end iso-date="2013-12-31"/> <value value-date="2013-12-31" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">51635.00</value> <value value-date="2013-12-31" currency="EUR" rain:type="other" akvo:type="2" akvo:label="Other">2582.00</value> <rain:value value-date="2013-12-31" currency="EUR" type="total contracted">54217</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2013-05-13"/> <period-end iso-date="2013-12-31"/> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>3R ToT assignments 3R ToT sub-catchment plans Baseline of target watershed (5 pages max) 3R case report; photographic and/or video material Participation to EWA joint activities type :- | level : - | storage: - populated place Ethiopia, West Hararghe Ethiopia centre of project area ET-DD NL-KVK-34200988_DWDG_ET13_533 RAIN foundation Water and Capacity Support for WASH RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Action For Development ICCO 2013-05-01 2015-04-30 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET13_533 http://rsr.akvo.org/project/2351/ implementing Enabling Pastoral communities in Dugda Dawa Contributing to improved access to and use of safe water and improved hygiene practices of pastoralist and agro pastoralist communities of Dugda Dawa Woreda. A combination of facility support through construction of water systems and sanitation facilities is only ideal when combined with behavioural and attitude change. Awareness campaigns are expected to be the building block for generating real ownership and active involvement of the communities in WASH interventions. The proposed project activities are envisaged to be implemented in Dugda Dawa Woreda of Borena Zone, Oromia Regional State. The woreda is one of the 13 woredas/districts of Borena zone. Topographically, 80% of the district is lowland and the remaining 20% is medium highland with an average annual precipitation in two rainy seasons estimated in the range of 450 - 500 mm. Like most, the rural communities in this district have limited access to WASH services be it clean water or sanitation facilities. All year long there is a big struggle to have water for both household use and for livelihood purposes. In this region, droughts simply aggravate the already prevailing problem of water shortage and in particular water for livestock. During drought times, women and girls have to travel for long distances (at minimum for 6 hours) to fetch water for domestic use from unprotected and likely-contaminated sources. High incidence of drought-induced water shortage and erosion. Construction of 2 sub-surface dams Construction of 1 sand dam Construction of small ruminant watering troughs Establishment of 3 water management committees Establishment and/or strengthening of community level WASH committee Support annual WASH campaign Contributing to improved access to and use of safe water and improved hygiene practices of pastoralist and agro-pastoralist communities of Dugda Dawa Woreda by the end of 2014 communities contribute in the inception as well as implementation part of the project both by providing locally available construction materials and participating in the excavation work. This is believed to increase the ownership feeling in the community that will contribute to its sustainability. The water committee will take care of the management and maintaiance issues and facilitate funding for repair when fid necessary the project will establish a water committee made of equal number of men and women that set working by laws and procedures with the participation of the community. They will take the responsibility to run the systems and ensure that regulations are easily communicated and followed by the users capdev | Local | communities | rural | infra | Local | households | rural | capdev | Regional | communities | rural | Financial sustainability : communities contribute in the inception as well as implementation part of the project both by providing locally available construction materials and participating in the excavation work. This is believed to increase the ownership feeling in the community that will contribute to its sustainability. The water committee will take care of the management and maintaiance issues and facilitate funding for repair when fid necessary Institutional sustainability : the project will establish a water committee made of equal number of men and women that set working by laws and procedures with the participation of the community. They will take the responsibility to run the systems and ensure that regulations are easily communicated and followed by the users 22 INF Contributing to improved access to and use of safe water and improved hygiene practices of pastoralist and agro pastoralist communities of Dugda Dawa Woreda. A combination of facility support through construction of water systems and sanitation facilities is only ideal when combined with behavioural and attitude change. Awareness campaigns are expected to be the building block for generating real ownership and active involvement of the communities in WASH interventions. IMP E,T,S WASH,MUS wash projects agricultural production / food security Drought hit basin in Dugdawa Image link 2400.00 19353.00 46362.00 3854.00 71969 Access to improved drinking water sources Awareness of good sanitation and hygiene practices populated place Dugda dawa Ethiopia Borena Zone, South Ethiopia NL-KVK-34200988_DWDG_ET14_603 RAIN foundation Strengthening and Optimising Local Capacity RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 Dutch Ministry of Foreign Affairs RAIN foundation ICCO 2014-04-01 2015-09-30 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET14_603 http://rsr.akvo.org/project/2856/ implementing Knowledge, Innovation and efficiency for community intervention The project will work to improve the organisational capacity of local organisations and local government agriculture and water bureaus to ensure efficient expansion of and continued delivery of quality Rainwater harvesting and WASH projects. Then project will strengthen partners through practical trainings and knowledge and best practice documentation, with the goal of increasing partner capacity to act as development facilitators and to operate as sustainable entities. This information will soon be available -Practical and Technical skills training and capacity strengthening of local partners, -Knowledge material development and Impact and result evidence documentation, -Networking and partnership development, -Project management and coordination To increase the readiness and contextual understanding of the local challenges by strengthen technical skills and draw local knowledge and context, RAIN partners with governments, civil society and private sector to design and implement locally appropriate technologies and scalable interventions in WASH, food security, ecosystem conservation, and environmental protection. This information will soon be available 18 CAP This 'Local Capacity Support' project will work to improve the organisational capacity of local organisations and local government agriculture and water bureaus to ensure efficient expansion of and continued delivery of quality Rainwater Harvesting and WASH projects. The project will strengthen partners through practical trainings and knowledge and best practice documentation, with the goal of increasing partner capacity to act as development facilitators and to operate as sustainable entities. ADV,INT F,I,E,T,S WASH,3R,MUS,FSEC,OTH wash projects agricultural production / food security GIS training for Regional Water Bureau Image link 111340.00 111340 To provide technical support for effective implementation of RWH projects and to improve staff skill To exchange and develop knowledge materials and evidence documentation to find and show the impact o To improve partner capacity to appropriately engage and involve communities and other relevant actor populated place Addis Ababa - Ethiopia Ethiopia NL-KVK-34200988_DWDG_ET14_604 RAIN foundation Student-Led School Sanitation and Hygiene RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Development Expertise Center ICCO 2014-05-01 2015-07-30 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET14_604 http://rsr.akvo.org/project/2541/ implementing Young minds as drivers of change at home and in the wider community Forster sanitation and hygiene behavioural and attitude change through student involvement and awareness raising. Specific objectives; To facilitate access to basic WASH facilities for 2 primary schools To engage 1,623 students and 47 teachers in 2 primary schools in student hygiene and school sanitation activities To mainstream SLSSH in 2 school co-curricular activities To convince 24 education sector government bodies on the importance of the SLSSH Moreover; some of the latrines of the schools are not enough to serve the number of enrolled students. This situation obviously forces students to practice open defection in the school compound while latrines of some other schools do not have water connection. In such situations the school students are likely to be infested with parasitic infections which result in students’ drop-out and regular absenteeism. 1. establish roof top rainwater harvesting system 2.Facilitate construction and renovation of community managed pit latrines for schools with separate latrine for girls and boys 3.Develop dry waste disposal point in schools targeted 4.Support schools with basic sanitary materials 5.Provide basic agricultural hand tools 6.Conduct community Sensitization on the SLSSH concept 7.Provide SLSSH concept orientation to the school community and school management 8.Conduct the SLSSH implementation training to focal teachers and school principal 9.Establish SLSSH club in primary schools 10.Develop context based SLSSH working manual 11.Support schools with sport facilities to enhance sport for SLSSH and school development activities 12.Advocated for Student Led School Sanitation and Hygiene (SLSSH) Assured conducive school environment through hygiene and sanitation intervention to contribute to the improvement of quality primary education. the project will be mainstreamed in the co-curricular activities of the schools. Therefore, the financing of management and maintenance procedures will be covered through these activities and the school will arrange fund raising activities from parents whenever necessary. the project is attached to water, sanitation, sports and environmental clubs of the school. the clubs will run the project and each club will formulate rules and regulations concerning use and management of the WASH facilities as well as promotion of WASH concepts to the school community and parents. The local health extension office will be partner in the implementation of the project therefore, giving it strong support for the instututional sustainability Establishing green club and promoting school gardening is part of the project. Therefore, the project gives emphasis on the health of the environment in the school compound as well surrounding the school. In addition, the school competition and talent show activities will encourage student to enhance the environmental sustainability in their compounds and create larger awareness in their community The water supply and sanitation facilities constructed in both schools have most of the materials from the local market. They are constructed using local labor therefore, they can be easily replicated to other schools in the surrounding. the social sustainability part is mainly addressed through student empowering and capacity building of the school community. Students are trained in Water, sanitation and hygine and school clubs are established to the sustainability of these movement. students will then reach their community starting their family that establish easier mechanism for addressing community empowerment and increase WASH practices and behavioural change. infra | Local | schools | rural | capdev | Local | schools | rural | capdev | District | government officials | rural | capdev | Local | communities | rural | Financial sustainability : the project will be mainstreamed in the co-curricular activities of the schools. Therefore, the financing of management and maintenance procedures will be covered through these activities and the school will arrange fund raising activities from parents whenever necessary. Institutional sustainability : the project is attached to water, sanitation, sports and environmental clubs of the school. the clubs will run the project and each club will formulate rules and regulations concerning use and management of the WASH facilities as well as promotion of WASH concepts to the school community and parents. The local health extension office will be partner in the implementation of the project therefore, giving it strong support for the instututional sustainability Environmental sustainability : Establishing green club and promoting school gardening is part of the project. Therefore, the project gives emphasis on the health of the environment in the school compound as well surrounding the school. In addition, the school competition and talent show activities will encourage student to enhance the environmental sustainability in their compounds and create larger awareness in their community Technical sustainability : The water supply and sanitation facilities constructed in both schools have most of the materials from the local market. They are constructed using local labor therefore, they can be easily replicated to other schools in the surrounding. Social sustainability : the social sustainability part is mainly addressed through student empowering and capacity building of the school community. Students are trained in Water, sanitation and hygine and school clubs are established to the sustainability of these movement. students will then reach their community starting their family that establish easier mechanism for addressing community empowerment and increase WASH practices and behavioural change. 15 INF Student-Led School Sanitation and Hygiene (SLSSH) is a school sanitation and hygiene improvement program designed whereby students take the lead of their school sanitation and hygiene implementation. It is the students that initiate and lead change processes by establishing their own committees and setting their own bylaws to excel their school compound hygiene and sanitation implementation. IMP E,S WASH,MUS,OTH wash projects agricultural production / food security Young girl going to fetch water Image link 1398.00 21570.00 38036.00 61004 Improved access to clean water with 2 rooftop rainwater harvesting systems Teachers and pupils aware of roles and responsibilities for improved WASH conditions in the school Mainstreamed SLSSH principles in school activities and curriculum Awareness raising for school pupils, larger community and government representatives on SLSSH populated place Liben Chukala Ethiopia Ethiopia NL-KVK-34200988_DWDG_ET14_605 RAIN foundation Amhara Integrated Rural WASH RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Helvetas Swiss Intercooperation 2014-07-01 2015-08-30 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET14_605 implementing AIRWASH This information will soon be available This information will soon be available Outcomes: 1. Equitably increased and sustainable access to safe drinking water, improved sanitation and hygiene promotion. 2. Improved access to efficient low cost water system for family farming. 3. Increased knowledge and expertise of the local sector actors facilitate the replication of good practices and its reflection in appropriate sector policy framework. Outputs for outcome 1: 1.1 Drinking water, adequate sanitation and hand washing facilities are constructed/ rehabilitated. 1.2 The key local actors (local communities, CSO, private sector and local government) are mobilized and trained to effectively plan, implement, manage, operate maintain and monitor water supply and sanitation services. 1.3 The population in the project target areas is aware of the importance of good sanitation and hygiene practices. 1.4 The project partner Kebeles operationalizes the IWRM principles for sustainable management and use of water resources through the implementation of WUM3Rs developed in a participatory and inclusive manner. Outputs for outcome 2: 2.1 Water facilities (water harvesting ponds and MUS) for small/micro irrigation are constructed. 2.2 The key local actors (beneficiary farmers, local service providers and Woreda and Kebele Water Offices) mobilised and trained to effectively plan, implement, manage, operate, maintain and monitor water facilities for small/micro irrigation. Outputs for outcome 3: 3.1 The project experiences are shared, compiled, documented and disseminated. 3.2 The project good practices and proven approaches increase the evidence base for advocacy, policy dialogue and scaling up. Improving the living conditions of the economically poor and socially disadvantaged women and men in three Woredas of Amhara National Regional State through increased and sustainable access to safe drinking water, adequate sanitation and improved hygiene, water for family farming and IWRM practices. This information will soon be available INF This project aims to Improving the living conditions of the economically poor and socially disadvantaged women and men in three Woredas of Amhara National Regional State through increased and sustainable access to safe drinking water, adequate sanitation and improved hygiene, water for family farming and IWRM practices. IMP F,I,E,T,S WASH,3R,MUS,FSEC wash projects agricultural production / food security Local Farmer attempting water harvesting for farmi Image link 40000.00 20000.00 10000.00 10000.00 80000 populated place Amahara Ethiopia ET-AM NL-KVK-34200988_DWDG_ET14_607 RAIN foundation Knowledge Development For 3R Uptake RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs MetaMeta 2014-05-01 2015-08-30 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET14_607 http://rsr.akvo.org/project/2766/ implementing Result documentation and capacity support to local actors The project will focus on documentation of results and impact of 3R /RWH and provide skills training to local government water and agriculture officers, as they are the front line manpower in the upscaling of RWH both on ground and through policy. 3R is an approach for creating sustainable water buffers based on local planning, working at scale and high density and using a series of techniques for recharge, retention and reuse – and in specific cases small surface water storage as well. The water buffer is constituted by the totality of water storage structures in a landscape in the form of water reservoirs, groundwater and soil moisture. The water buffer can be improved by applying the 3R approach and technologies with the aim of storing water when abundant to make it available when scarce for different and multiple uses. 3R stands for Recharge, Retention and Reuse of rainwater. The impact areas of the DWA are arid/semi-arid and to a large extent, lowlands this brings in an extra challenge. The arid lowlands are often the harshest of environments but also buffer management techniques in such areas are less well known. Training of Trainers (ToT) on 3R Facilitation skills training for EWA partner programme and field officers Impact assessment of ToT and WASHCO trainings 2011-2014 Case study- traditional RWH systems and local knowledge utilisation Effective community engagement for 3R watershed management- Lessons for scaling up To make existing 3R efforts more known in Ethiopia and to create a resilient environment at watershed level, able to better adsorb climate and anthropogenic shocks by introducing at scale water buffering measures. Objectives: To strengthen commitment of institutions and local actors on 3R approach To document 3R interventions and create the basis for the 3R methodology capdev | District | government officials | rural | capdev | District | NGO staff | rural | capdev | National | government officials | peri-urban | This information will soon be available 15 R-D The project will focus on documentation of results and impact of 3R /RWH and provide skills training to local government water and agriculture officers, as they are the front line manpower in the upscaling of RWH both on ground and through policy. INT F,I,E,T,S WASH,3R,MUS,FSEC wash projects agricultural production / food security Practitioner Field Training Image link 2100.00 31827.00 10542.00 8023.00 7877.00 60369 populated place Ethiopia, West Hararghe Ethiopia ET-DD NL-KVK-34200988_DWDG_ET14_608 RAIN foundation MUStRAIN- Demo Finalisation RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Hararghe Catholic Secretariat 2013-12-01 2015-04-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ET14_608 http://rsr.akvo.org/project/2767/ finished Providing water for multiple use- irrigation, livestock and household This information will soon be available This information will soon be available Output1. One low-cost sand dam for multiple uses of domestic and livestock water supply with masonry dam wall, infiltration gallery (PVC pipes), gravity delivered water point and cattle trough as a major components, Output2. One low-cost and large storage volume sand dam for multiple uses of irrigation and livestock water supply with masonry dam wall, infiltration gallery (PVC pipes), apron, irrigation canal (PVC pipes) plus abstraction wells, pedal pumps and farm canals as major components Output3. One subsurface dam for multiple uses of irrigation and domestic water supply with components like masonry wall, clay wall, intake wells, reservoirs, infiltration gallery (PVC pipes), diesel pump, pump house &amp; irrigation canals, abstraction wells and Afridev pumps This information will soon be available This information will soon be available 16 INF Sand-dams and sub-surface dams can play an important role in capturing and storing water from these sources. These include retaining structures that make it possible to harvest water from an aquifer in the sandy river bed behind the structure. Sub-surface dams involve excavation to construct a dam mainly below the surface of the river bed. Sand-dams are similar but rely on constructing a structure that retains an increasing volume of sand (and water) over time. IMP F,I,E,T,S WASH,MUS wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2013-12-01"/> <period-end iso-date="2015-04-30"/> <value value-date="2015-04-30" currency="EUR" rain:type="hardware" akvo:type="9" akvo:label="Equipment">13842.98</value> <rain:value value-date="2015-04-30" currency="EUR" type="total contracted">13842.98</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2013-12-01"/> <period-end iso-date="2015-04-30"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name">Kenchera Dire dawa</name> <administrative rain:continent="Africa" country="ET">Ethiopia</administrative> <coordinates latitude="9.533333" longitude="41.833332" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2">ET-DD</name> <rain:subdivision rain:type="subdivision" rain:encoding="none">Kenchera Dire Dawa</rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : DWDG_KE12_469_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2014-04-11T14:58:23+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_DWDG_KE12_469</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref="403"/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="469"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="DWDG_KE12_469"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>Institutional Strengthening of SearNet RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs SEARNET 2012-02-06 1970-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_KE12_469 http://rsr.akvo.org/project/403/ finished An inventory of RWH techniques and sustainability factors Problems commonly encountered, and recommendations for more sustainable RWH projects in Kenya have been detailed throughout this report. The intended goal of this effort is to see the continued acceleration and scaling up of RWH as a viable practice to meet Kenya’s water needs. This will work to spark economic growth in the country and to realize the Millennium Development Goals. In order to appreciate the contribution of rainwater harvesting to improved access to water and sanitation, it will be necessary to map the extent to which RWH interventions have been implemented in Kenya. In 2004, SearNet in collaboration with Kenya Rainwater Association compiled a directory of RWH stakeholders in Kenya. This report shall be used as the starting point for conducting an inventory of what has been done where. The WHaTeR project will be conducting detailed revisits to selected sites where RWH has been in place for more that 20 years. The sites include Turkana and Machakos. Results from these studies shall contribute a deeper understanding on sustainability of RWH intervention. In collaboration with key stakeholders, the known successful interventions sites shall be geo referenced so as to produce a map showing the distribution of the different RWH interventions across Kenya. Study has been finalised. The primary objective of this project is to conduct a comprehensive mapping of successful RWH interventions and detailed assessment of financing mechanisms and institutional frameworks for RWH in Kenya so as to generate scientific knowledge and develop a tool for policy makers and planners, practitioners, donors and stakeholders to use in targeting future rainwater-harvesting investments in Kenya and beyond thereby contributing to Millennium Development goals 1, 3 and 7. Answering the question of how financial,institutional, environmental, technical, social (or FIETS) sustainability for RWH projects can be achieved in the short, medium and long term is the primary goal of this project. The study shall focus on identifying through analysis of various projects, success factors for implementingfuture projects on RWH. The study shall also endeavor toensure that future funds to cover maintenance, emergency repairs and other unforeseen cost are created and maintained for communities to access for implementation of RWH activities. It is anticipated that creation of above-mentioned conditionswill make donors and lenders more inclined towards providing the initial funding, as the risk of failure will have been minimized or even diminished. Financial sustainability : Answering the question of how financial,institutional, environmental, technical, social (or FIETS) sustainability for RWH projects can be achieved in the short, medium and long term is the primary goal of this project. The study shall focus on identifying through analysis of various projects, success factors for implementingfuture projects on RWH. The study shall also endeavor toensure that future funds to cover maintenance, emergency repairs and other unforeseen cost are created and maintained for communities to access for implementation of RWH activities. It is anticipated that creation of above-mentioned conditionswill make donors and lenders more inclined towards providing the initial funding, as the risk of failure will have been minimized or even diminished. L-P The World Agroforestry Centre (ICRAF) is one of the partners for Kenya WASH Alliance (KWA) since its inception. ICRAFs mandate is to undertake research on Agroforestry which indeed is one of the disciplines encompassing Environmental Science. During 2012, ICRAF continued her engagement with KWA, focusing on the Water, Sanitation and Health Programme for Kajiado Central District. The Centre also participated in a number of activities which include: The organization of the Southern and Eastern Afr INT F,I,E,T WASH,3R,MUS,BDEV,FSEC wash projects agricultural production / food security RWH system Image link 47485.00 47485 47485.00 47485 An inventory of rainwater harvesting practices A map of the geographical distibution of RWH interventions An updated directory of key stakeholders promoting RWH A report on factors contributing to the promotion of RWH A policy brief on lessons leaned populated place Kenya Rift Valley, Eastern and North Eastern Province NL-KVK-34200988_DWDG_KE12_470 RAIN foundation Feasibility Study for Rainwater Harvesting RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Sahellian Solutions Foundation 2012-02-06 1970-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_KE12_470 http://rsr.akvo.org/project/404/ finished Verifying Sand Dam and Sub Surface Dam Potential in Kajiado County, Kenya The feasibility study area will be Mashuru and Namanga districts Kajiado County in Rift valley region. The main focus will be carrying out technical and socio-economic evaluation and feasibility for sand /sub-surface in Kajiado County to create access to safe, sustainable and affordable drinking water. The study will provide basis for decision making such piloting, up-scaling and collaborative support for the project. According to the ministry of water and irrigation, about 30% of the households in Kajiado are estimated to have limited access to potable water. Namanga and Mashuru districts are not endowed with diverse water resources. However, extensions with a view to improve access to piped water from boreholes has been limited by the prohibitive cost making it the most expensive water in the districts. Mashuru and Namanga (Kajiado central) districts’ inhabitants are semi-nomadic pastoralist Maasai community. Kajiado County is classified as ASAL area in Kenya. Hydrologically, the area is criss-crossed by numerous ephemeral streams which have the potential for ground water recharge for use during the dry season. In order to address the main WASH issue for the target group, sustainable, participatory and low-cost approaches towards water resource management would deem viable. In realization of the potential, an inventory formulated will form basis for implementation of the sand/sub-surface dams. Study has been finalised. The overall objective of the feasibility study will be to evaluate the existing sand dams and access the feasibility for sand dam implementation in Mashuru and Namanga districts in Kajiado county. text Financial sustainability : text R-D The 2012 activities are geared towards achievement of the following objectives: 1) Building the capacity of local NGOs, CBOs and functional water management groups to mainstream environmental component in all their project plans. 2) Documentation of watershed environmental inclusion training manuals and community user guides. 3) Capacity building of implementing organizations on sand dam construction, utilization, operation and maintenance. 4) Learning and exchange of knowledge INT E,T WASH,3R,MUS wash projects agricultural production / food security Feasibility Study for Rainwater Harvesting Image link 22000.00 22000 22000.00 22000 Literature review & consultations with relevant actors Evaluation of the existing sand/subsurface dams Evaluation of dams within the existing ephemeral streams Study report formulation & sharing populated place Mashuru district Kenya Kajiado County in Rift Valley Province NL-KVK-34200988_DWDG_KE12_482 RAIN foundation Introducing 3R in impact areas of DWA RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs MetaMeta 2012-02-01 2013-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_KE12_482 http://rsr.akvo.org/project/572/ finished Kajiado, Kenya The projects aims to introduce the 3R approach in the Dutch Wash Alliance program for Kenya. The activity is lead by MetaMeta in partnership with other Kenyan WASH Alliance Members active in Kajiado, the target district of the alliance activities. 3R is an approach for creating sustainable water buffers using Kenya is one the eight countries where the Dutch WASH Alliance Program is working. The program focuses on water, sanitation and hygiene components in Kajiado district. In this region, it mainly focuses on pastoralist and communities where access to WASH service is relatively difficult threatening the livelihood of women, children and the broader society. Awareness raising on 3R and fact finding to suit ToT modules to the local context are being carried out. The development of 3R ToT modules is under process. The introduction of 3R approach and techniques need to fit the local conditions and needs. For this reasons Awareness raising, investigations and parnterships are of foremost importance in order to achieve sustainability and long term impact in the KWA target areas. Capacity buiding through trainings and production of training materal are the main goals. This prohject envisages to achieve sustainability according to the FIETS framework: (F)inancial Sustainability: the project aims to introduce 3R to KWA partners and others aiming to create a sustainable financial loop in which co-financing is central. Additionally the interest of WRMA to 3R could bring additional fundings to sustain the efforts of the alliance. (I)stitutional sustainability: The government thorugh Water Resource Management authority is interested in 3R. By adding value to the WRMA activities, 3R can hopefully become integrating part of the government effort in creating sustainable access to WASH services. (E)nvironmental sustainability: 3R aims to create a healthy water buffer to face water scarcity in drought prone areas. By creating extra storage within the landscape 3R will decrease the pressure on traditionally tapped water resources such as groundwater. (T)echnical Sustainability: Technically 3R involves a vaste package of techniques. The techniques can be picked - to fit local conditions and needs - by local organizations in order to achieve maximum technical sustainability. (S)ocial sustainabilty: Participatory involvement of communities in each phase of the 3R approach is of paramount importance. Local KWA partners are the key to introduce 3R without disrupting the social patterns that characterize Kajiado district. Particular attention is given to understand and address the pastoralists communities needs and challenges. Financial sustainability : This prohject envisages to achieve sustainability according to the FIETS framework: (F)inancial Sustainability: the project aims to introduce 3R to KWA partners and others aiming to create a sustainable financial loop in which co-financing is central. Additionally the interest of WRMA to 3R could bring additional fundings to sustain the efforts of the alliance. (I)stitutional sustainability: The government thorugh Water Resource Management authority is interested in 3R. By adding value to the WRMA activities, 3R can hopefully become integrating part of the government effort in creating sustainable access to WASH services. (E)nvironmental sustainability: 3R aims to create a healthy water buffer to face water scarcity in drought prone areas. By creating extra storage within the landscape 3R will decrease the pressure on traditionally tapped water resources such as groundwater. (T)echnical Sustainability: Technically 3R involves a vaste package of techniques. The techniques can be picked - to fit local conditions and needs - by local organizations in order to achieve maximum technical sustainability. (S)ocial sustainabilty: Participatory involvement of communities in each phase of the 3R approach is of paramount importance. Local KWA partners are the key to introduce 3R without disrupting the social patterns that characterize Kajiado district. Particular attention is given to understand and address the pastoralists communities needs and challenges. CAP Awareness raising: 3R approach is not well known in Kenya. Accordingly, seminars, discussions and trainings will be carried out. Governmental, Non Governmental and Civil societies will be engaged. Training material: Technical guidelines, Audio-visual material, ToT training modules will be developed to fit the local socio-economic, institutional and physical characteristics. ToT training: interested local parties from the alliance and others will be empowered to train third party organizations on 3R approach and practices. The training will involve KWA partners and other interested parties. INT E,T 3R,MUS wash projects agricultural production / food security Water buffer Image link 16500.00 16500 16500.00 16500 To raise awareness on 3R - (GOs, NGOs, CBOs) To Carry out fact finding to match 3R to Kenyan and Pastoral To create 3R Trainining of trainers (ToT) modules To carry out ToT training for KWA members and other interest To Review ToT assignements carried out by participants populated place Kajiado Kenya NL-KVK-34200988_DWDG_KE13_517 RAIN foundation Enhanced Rainwater for MUS RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Sahellian Solutions Foundation Sahellian Solutions Foundation 2013-04-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_KE13_517 http://rsr.akvo.org/project/2261/ finished Through information sharing and piloting Enhanced harnesing and utilisation of rainwater can play a fundamental role in Arid and Semi-Arid areas in Kenya and sahel region of Africa in general. This can trigger improved livelihood by ensuring an habitable ecology and sustainable livelihood. Kajiado county (Mashuru, Namanga and Kajiado central) is the focal point for the WASH project supported by Dutch Wash Alliance partners and implemented by Kenya WASH alliance partners. This information will soon be available This information will soon be available 1. Demonstrate the potential of low tech interventions in Rainwaterharvesting for Kajiado landscape 2. Make students of MTTI acquainted with the ideas of 3R 3. Provide a permanent reference for interested organisations to visit 4. Provide detailed proof of the changes in landscape that can be seen through this intervention infra | National | households | rural | This information will soon be available 9 R-D Enhanced harnesing and utilisation of rainwater can play a fundamental role in Arid and Semi-Arid areas in Kenya and sahel region of Africa in general. This can trigger improved livelihood by ensuring an habitable ecology and sustainable livelihood. Kajiado county (Mashuru, Namanga and Kajiado central) is the focal point for the WASH project supported by Dutch Wash Alliance partners and implemented by Kenya WASH alliance partners IMP E,T WASH,3R,MUS wash projects agricultural production / food security Enhanced Rainwater for MUS Image link type :rooftop | level : household | storage: tan.jar.rt Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached type :surface runoff | level : community | storage: pond Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached type :rooftop | level : household | storage: tan.jar.rt Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached type :rooftop | level : household | storage: pond Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached populated place Kenya NL-KVK-34200988_DWDG_KE13_577 RAIN foundation MetaMeta under the KWA program RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs MetaMeta 2013-04-01 2014-01-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_KE13_577 http://rsr.akvo.org/project/2262/ finished To introduce water buffer management to the target areas In 2012 the activities carried out by metameta were mostly focused on capacity building and advocacy for the introduction of the 3R approach in the target area of the Kenyan Wash Alliance. In 2013 MetaMeta envisages to continue on a similar track, but with some variations. The capacity building contribution in the past was carried out with own budget provided by RAIN foundation. This information will soon be available This information will soon be available This information will soon be available This information will soon be available CAP Capacity building contribution in the past was carried out with own budget provided by RAIN foundation. These activities where enriching the Knowledge exchange (KnEx) missions organized by Amref. The KnEx focus moved from conventional water supply towards 3R, which is the main input brought by MetaMeta to the consortium. Therefore the role of MetaMeta, even though at firs as guest participants, moved towards a role of trainer and knowledge provider. INT I,E,T WASH,3R,MUS wash projects agricultural production / food security Action plan MetaMeta under the KWA program Image link 6775.00 6775 6775.00 6775 populated place Kajiado town Kenya KE-700 Kajiado NL-KVK-34200988_DWDG_KE14_597 RAIN foundation ENHANCED RAIN WATER HARVESTING FOR MUS RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Sahellian Solutions Foundation 2014-04-01 2015-06-30 finalising http://rainfoundation.org/project/NL-KVK-34200988_DWDG_KE14_597 finalising THROUGH LOW COST TECHNOLOGIES SASOL suppervised sand dam construction and was involved in site selection and confirmation, technical designing and supervision during the construction period. SASOL artisans were brought onboard to build the capacities of the local masons in sand dam construction through hands on learning. Being a new technology to the community, there is call for further strengthening of their technical capacities through guided practice during sand dam construction. This information will soon be available This information will soon be available In the last four years members of the KWA have been implementing programs individually. This has been working well and some modest attempts have been made to look for further synergy. This year we see the potential to combine different expertise to contribute towards a similar goal through synergies and complementarities’ strategies yet there has been lack of integration of members in the programs. This information will soon be available INF The project shall include the following key activities:- 1. Mainstreaming the program through country coordinator, this contract is part of a bigger WASH alliance activity; all activities will be shared with the country coordinator for him to coordinate the different activities. 2. SASOL is the grantee and will coordinate the activities under this grant. The main aim of the grant is to enable local organizations to better understand sand dam implementation. IMP I,E,T WASH,3R,MUS,FSEC wash projects agricultural production / food security Sand dam Image link 975.00 4050.00 80002.00 85027 populated place Kajiado county Kenya KE-200 Kajiado NL-KVK-34200988_DWDG_ML12_473 RAIN foundation Projet de collecte d'eau de pluie, Koulikoro RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Association Libre pour la Promotion de l'Habitat et du Logement 2012-07-04 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML12_473 http://rsr.akvo.org/project/441/ finished Construction de 27 impluviums En 2011, 27 impluviums de 10m3 ont été construits. Les bénéficiaires ont reçu la formation en gestion des ouvrages et hygiène de l’eau avec l’accompagnement d’IEC. Pour toucher le grand public la troupe Do a effectué deux représentations théâtrales sur la gestion des impluviums. Un mécanisme de crédit est mis en place pour le volet assainissement. Dans le cadre de entretien de proximité quatre relais ont été formés sur les techniques de réparation des impluviums. Apres avoir prospecte plusieurs villages dans la zone, Moutougoula a été retenue pour la construction des impluviums. Alphalog y intervient depuis plusieurs années mais en fait il s’agit des zones périphériques éloignées du point d’eau ainsi que les hameaux situes a plusieurs kilomètres. La nature rocheuse du sol ne permet pas de faire des puits. Le fait que Moutougoula est une zone d’extension urbaine fait que la demande existe toujours compte tenu de la distance a parcourir en charrette pour collecter l’eau pour les habitants de la partie Nord du village. Certains villageois ont eux mêmes confectionne des gouttières en tôle pour collecter l’eau de pluie et en conserver dans des bassines et nous avons eu a faire des photo par le passé. Les tentatives de forage n’ont pas réussi jusqu'à présent selon les autorités communales. Finalized Atteindre 276 bénéficiaires avec une provision en eau potable au niveau ménage. L’ONG est en partenariat avec la commune depuis plusieurs années. Ainsi des réunions ont été tenues à la mairie et au niveau des communautés pour expliquer les critères de choix de RAIN pour les bénéficiaires, a savoir la distance par rapport au point d’eau existant et la pauvreté. Apres avoir recensé les volontaires, un classement est fait par ordre de priorité. Ce qui a permis d’avoir la liste définitive. Le choix des bénéficiaires est fait sur la base de l’engagement a prendre en charge les matériaux locaux (eau, mœllons, gravier, sable, et main d’œuvre). Dans la mise en œuvre des dispositifs de CEP, l’animation constitue une activité continue si l’on veut une réelle appropriation par les communautés. En effet, comme tout projet d’appui au développement l’animation commence avant la mise en œuvre des ouvrages CEP a travers les réunions d’informations et de sensibilisation. Cela est très important pour une bonne gestion du CEP tant au niveau de l’entretien physique que de l’hygiène de l’eau. Dans le cadre de entretien de proximité quatre relais (deux de Mountougoula et deux de Farako Mountougoula) ont été formés sur les techniques de réparation des CEP, le montage des robinets. Pour éviter le déplacement des relais a Bamako la formation a été donné sur place dans les deux villages mais de manière étalés dans le temps car il s’agissait de formation pratique exécutée au niveau de chaque étape de construction du CEP. Désormais ses relais sont capables de résoudre certaines pannes au niveau des CEP. Financial sustainability : L’ONG est en partenariat avec la commune depuis plusieurs années. Ainsi des réunions ont été tenues à la mairie et au niveau des communautés pour expliquer les critères de choix de RAIN pour les bénéficiaires, a savoir la distance par rapport au point d’eau existant et la pauvreté. Apres avoir recensé les volontaires, un classement est fait par ordre de priorité. Ce qui a permis d’avoir la liste définitive. Le choix des bénéficiaires est fait sur la base de l’engagement a prendre en charge les matériaux locaux (eau, mœllons, gravier, sable, et main d’œuvre). Dans la mise en œuvre des dispositifs de CEP, l’animation constitue une activité continue si l’on veut une réelle appropriation par les communautés. En effet, comme tout projet d’appui au développement l’animation commence avant la mise en œuvre des ouvrages CEP a travers les réunions d’informations et de sensibilisation. Cela est très important pour une bonne gestion du CEP tant au niveau de l’entretien physique que de l’hygiène de l’eau. Dans le cadre de entretien de proximité quatre relais (deux de Mountougoula et deux de Farako Mountougoula) ont été formés sur les techniques de réparation des CEP, le montage des robinets. Pour éviter le déplacement des relais a Bamako la formation a été donné sur place dans les deux villages mais de manière étalés dans le temps car il s’agissait de formation pratique exécutée au niveau de chaque étape de construction du CEP. Désormais ses relais sont capables de résoudre certaines pannes au niveau des CEP. INF L’approche de l’ONG consiste a impliquer les anciens et les nouveaux bénéficiaires aux différentes rencontres de mise en œuvre du projet. Ils participent ensemble aux différentes rencontres d’échanges a la mairie sur les objectifs du projet, les critères de RAIN sur le choix des zones et des bénéficiaires. Sur cette base l’inscription est faite volontairement sur la liste chez le chef de village et les personnes ressources chargées de l’identification. Le classement des bénéficiaires est fait par ordre de priorité suivant les critères établis. La coordination et ensuite le technicien ont effectué une visite au niveau de chaque bénéficiaire pour l’évaluation de la faisabilité technique. Le technicien apprécie avec le bénéficiaire la situation de la surface de captage pour voir si celle-ci est suffisamment large et propre. La proposition de l’emplacement du CEP est d’abord fait par le bénéficiaire et l’équipe du projet peut conseiller des changements si cela s’avère techniquement nécessaire. Dans tous les cas, un choix définitif est fait par consensus avec le bénéficiaire. Les conditions de participation sont largement discutées avec les bénéficiaires depuis l’élaboration du projet. Pour cette année, le contenu du document de la fiche d’engagement contenant les responsabilités du bénéficiaire dans l’exécution du CEP et l’entretien, les responsabilités du projet sont expliqué. Toute cette démarche participative vise à mieux impliquer les communautés dans l’exécution du projet en vue d’une meilleure appropriation et une meilleure gestion des ouvrages CEP. Dans la mise en œuvre du projet, les anciens bénéficiaires sont conviés ensemble aux réunions sans distinction. Cela permet aux nouveaux bénéficiaires de profiter des expériences d’entretien des anciens. Parmi les anciens bénéficiaires deux relais ont été identifiés et formés pour les petites réparations de CEP. Une fois que l’étude de faisabilité confirme le choix des bénéficiaires, ceux-ci apportent leur contribution en matériaux locaux a savoir le sable, le gravier, le moellon conformément aux quantités prévues par la fiche technique de construction. Le technicien a ensuite procédé a la vérification de la qualité et la qualité des matériaux apportés par chaque bénéficiaire. Le niveau de préparation des bénéficiaires n’étant les même cette activité se fait progressivement. Les matériaux qui ne répondent pas aux qualités requises sont remplaces par le bénéficiaire. Le contrôle a été effectue chez tous les bénéficiaires. Cette année le problème de qualité de matériaux ne s’est pas posée au niveau des bénéficiaires mais des retards constatés dans l’apport de certains matériaux chez quelques bénéficiaires. Au niveau de chaque site les maçons faisaient la construction proprement dite après que le technicien ait procédé a la délimitation. Les fouilles et les fondations étaient faites en fonction de la configuration du terrain. Pareillement aux travaux de fondation les ferrailleurs faisaient le montage du fer 8. Une fois le ferraillage monté sur la fondation on l’entourait de seko pour procéder a la construction du mur avec la bargoutine interne et externe en intégrant le grillage poulailler. Les ouvertures et les étais ont été commandées a temps pour leur utilisation dans la couverture du CEP. La commande de gouttière a été faite a temps pour éviter un retard dans le délai. Les robinets ont été montés avec un trou d’évacuation de sorte a toujours maintenir une lame d’eau dans le réservoir. Les quatre relais ont participé a ces différentes étapes dans le cadre de leur formation en entretien de CEP. Le rapprochement des supports des gouttières dans leur fixation a permis de collecte davantage d’eau. Une animation a domicile a été entamé par l’animateur résidant a Mountougoula. Il s’agit de porter le message de sensibilisation sur la gestion du Cep et l’hygiène de l’eau. Dans la mesure la session de formation groupée n’a pu atteindre tout le monde la visite a domicile a permis d’échanger surtout avec les femmes qui sont les plus stables a la mission et qui aussi les premiers responsables de l’eau au niveau des familles. Le nombre de personnes touchées est de 42 femmes, 52 hommes et 101enfants soit 195 au total. Pour toucher le grand public la troupe Do a effectué deux représentation théâtrale a Mounoutogoula et Farako Mountougoula sur la gestion des CEP. Cela mobilisé de femmes et d’hommes au niveau des communautés qui ont témoigné que le spectacle a beaucoup contribué a leur conscientisation. L’ONG a signé un contrat avec la radio locale de Mountougoula, ce qui permet d’atteindre les groupes cibles sur les thèmes de gestion de l’eau. La présence de radio est une opportunité en matière d’IEC. IMP E,T WASH wash projects agricultural production / food security Impluvium Image link populated place Mountougoula Mali Koulikoro NL-KVK-34200988_DWDG_ML12_474 RAIN foundation Projet de collecte d'eau de pluie à Koro RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs RAIN foundation 2012-03-26 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML12_474 http://rsr.akvo.org/project/2863/ finished Construction de 57 impluviums Construction de 17 impluviums de 12 m3, au profit de 166 personnes au niveau ménage dans les villages de Bonessara, Orokana, Koumbogourou et Madougou dans le cercle de Koro (région de Mopti). Formation des maçons et du technicien supérieur de l’ONG sur les techniques de construction des impluviums. Formations à l'intention des bénéficiaires sur les techniques de la javellisation de l'eau, les techniques de constructions des réservoirs, l'hygiène et l'assainissement autour des ouvrages de la CEP, la maintenance et la réparation des ouvrages. En 2012, 40 autres impluviums ont été programmés dans les villages de Kiri, Dérou, Bonessara et d'Orokana; sur lesquels 37 sont achevés. C'est pour les besoins de 706 personnes. Le site où nos travaux de construction des impluviums ont eu lieu est intégralement rural. Après l'hivernage, la seule stratégie en matière d'approvisionnement en eau potable est la corvée d'eau dans les villages voisins. Koro est le lieu principal d'approvisionnement en eau où le transport se fait par charrettes tractées aux chevaux ou ânes. Une étude sur la possibilité d’accès à l’eau potable a été menée par le projet. Au niveau des deux villages où nous avons poursuivi la construction des réservoirs, il s’est avéré que les sous sols sont rocheux (dolérite) à calcareux très dur après 15 mètres de profondeur. Des tentatives de creusement de puits à grand diamètre environ à 65 mètres de profondeur ont eu lieu dans ces villages. Actuellement il n y’a aucun autre intervenant en approvisionnement en eau potable dans la zone du projet. Les infrastructures sont réalisées dans 38 ménages de Bonessara et d'Orokana et 2 écoles de Kiri et de dérou. This information will soon be available Les bénéficiaires: Village de Orokana: 38 personnes dans 5 ménages Village de Bonesara: 37 personnes dans 8 ménages Village de Koumbogourou: 45 personnes dans 1 école Village de Madougou: 46 personnes dans 1 école Les 40 nouveaux impluviums servent à : Villages de Orokana: 194 personnes de 14 ménages Villages Bonessara: 242 personnes de 20 ménages Villages de Kiri : 138 personnes dans 1 école Village de Dérou: 132 personnes dans 1 école Le processus de la sélection des bénéficiaires a été très participatif et s’est fait en assemblée villageoise en présence des hommes, femmes et enfants. Après explication du projet à la communauté, la sélection des bénéficiaires a été faite selon les critères de choix établis par les participants. L'instauration des analyses axées sur l'état de pauvreté des communautés, l'implication de toutes les couches à la prise de décision et la bonne circulation de l'information sont des facteurs qui facilitent la participation/contribution et l’appropriation des moins puissants à la prise de décision et la mise en œuvre du projet. Cette activité a été faite en plénière villageoise en plusieurs séances avant le choix définitif des bénéficiaires. Les formations, les sensibilisations, les IEC (Information, Education et Communication) sur l’assainissement et la durabilité environnementale, les projections vidéo, les émissions radio locales, les démonstrations et les causeries débats de masse sont ainsi des activités qui se réalisent quotidiennement au profit de la communauté pour leur changement de comportement afin d’assurer la durabilité des systèmes CEP. Pour une meilleure gestion du projet CEP afin de garantir sa pérennisation, les activités ci après ont été réalisées : - Mise en place et formation des comités de gestion des CEP. - Formation des bénéficiaires dans l’entretien des ouvrages d’impluviums - Implication des relais villageois dans le suivi des ouvrages. - Recyclage des animateurs et maçons; - Suivi et supervision régulière. Financial sustainability : Le processus de la sélection des bénéficiaires a été très participatif et s’est fait en assemblée villageoise en présence des hommes, femmes et enfants. Après explication du projet à la communauté, la sélection des bénéficiaires a été faite selon les critères de choix établis par les participants. L'instauration des analyses axées sur l'état de pauvreté des communautés, l'implication de toutes les couches à la prise de décision et la bonne circulation de l'information sont des facteurs qui facilitent la participation/contribution et l’appropriation des moins puissants à la prise de décision et la mise en œuvre du projet. Cette activité a été faite en plénière villageoise en plusieurs séances avant le choix définitif des bénéficiaires. Les formations, les sensibilisations, les IEC (Information, Education et Communication) sur l’assainissement et la durabilité environnementale, les projections vidéo, les émissions radio locales, les démonstrations et les causeries débats de masse sont ainsi des activités qui se réalisent quotidiennement au profit de la communauté pour leur changement de comportement afin d’assurer la durabilité des systèmes CEP. Pour une meilleure gestion du projet CEP afin de garantir sa pérennisation, les activités ci après ont été réalisées : - Mise en place et formation des comités de gestion des CEP. - Formation des bénéficiaires dans l’entretien des ouvrages d’impluviums - Implication des relais villageois dans le suivi des ouvrages. - Recyclage des animateurs et maçons; - Suivi et supervision régulière. - La mise en place technique des systèmes CEP s’est déroulée par l’exécution des activités suivantes : - Le choix des sites - Le choix des bénéficiaires - La mise en place des comités - La formation de l’aide maçon et le recyclage des maçons - Le lancement des activités - Le transport des matériaux sur le site de construction - La collecte des cailloux - La collecte des agrégats - Les fouilles pour la fondation - La confection des volants pour trou d’homme et regard - Le soubassement caillouteux - Les PCC et Superstructures - Le plâtrage - La mise en place du Tuyau et de la gouttière - Les travaux de finitions - La formation pour le fonctionnement et la maintenance Avant le lancement des activités de la campagne 2011 pour la collecte des eaux de pluies, une des particularités de l’année a été la formation des maçons et du technicien supérieur de l’ONG sur les techniques de construction de CEP. Pour une durée d’une journée, cette formation avait pour objectif de faire la mise à niveau du maçon principal et de l’aide maçon sur la technique de réalisation de l’ouvrage tout en prenant en compte des faiblesses constatées lors de la construction des impluviums de 2010. Les comités ont été formés sur la chaîne de l’eau des CEP et les bonnes pratiques dans l’utilisation de ces eaux pendant 2 jours. Les formations déjà réalisées à l'intention des bénéficiaires ont été les techniques de la javellisation de l'eau, les techniques de constructions des réservoirs, l'hygiène et l'assainissement autour des ouvrages de la CEP, la maintenance et la réparation des ouvrages. Ces séries de séances de formations ont été organisées sur place dans les lieux de résidence des bénéficiaires pendant une durée de 2 à 3jours selon les différents thèmes de formations. Ces formations ont permis de maintenir le bon niveau de salubrité aux alentours des ouvrages, d’assurer un environnement sain à l’intérieur des ménages bénéficiaires et d’éviter les risques de pollution des eaux pendant les périodes de consommation des eaux collectées. Afin de garantir la qualité de l’eau de CEP nous procédé de la manière suivante : - Prélèvement et transport des eaux au niveau du laboratoire national de l’eau - Information sur l’unité de traitement des eaux des impluviums par le système WATA mis en place par Helvetas - Sensibilisation et responsabilisation des bénéficiaires pour l'entretien des ouvrages; - Mise à disposition d'un filtre et d'un système de déviation des premières pluies; - Mise à disposition d'un tuyau de vidage surélevé par rapport au fond de la citerne pour maintenir un minimum d'eau dans la citerne pendant les périodes sèches. - Dalle anti bourbier sous le trop plein - Traitement des eaux (javellisation, filtration...) avant utilisation IMP E,T WASH wash projects agricultural production / food security entretien avec les responsables villageois d'Oroka Image link Renforcer la couverture en eau potable pour les communautés populated place Koro Mali Mopti NL-KVK-34200988_DWDG_ML12_475 RAIN foundation Projet collecte d'eau de pluie à Bandiagara RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Groupe d'Animation Action au Sahel Mali 2012-01-01 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML12_475 http://rsr.akvo.org/project/443/ finished Construction de 20 impluviums à Tintan et Oumé Construction de 20 impluviums au niveau ménage. Les impluviums sont réalisés dans un village qui avait déposé au niveau de GAAS depuis 2002 une demande de construction de point d’eau potable. Avant de donner son avis favorable, les diagnostics menés par GAAS ont prouvé que plusieurs tentatives ont été effectuées par l’état Malien à travers la direction régionale de l’hydraulique et aussi par des partenaires Italiens qui se solder par des résultats négatifs. Ainsi pour répondre à la demande des populations de Tintan, l’ONG proposa ce système de collecte des eaux de pluies qui est tout nouveau dans la localité et constitue la meilleure alternative au problème d’eau qui se pose avec acuité. This information will soon be available Le projet a contribué à la réduction des dépenses liées aux soins de santé, à la promotion de l'embouche bovine et de l'artisanat, à l'amélioration de la santé en général consécutive à l'amélioration de la qualité de l'eau, à rendre l’accès facile à l'eau de boisson, gain de temps, hygiène familiale accrue, santé améliorée. Pour assurer la durabilité, les comités de gestion ont été mis en place pour servir d’interface entre les communautés et le projet et s’occuper des questions d’impluviums dans les villages même après le projet. Dans les trois prochaines années, les mesures qui seront prises pour mieux gérer les CEP seront ce qui suit: - Mise en place et renforcement de capacités des comités de gestion CEP sur la vie associative, - Formation des relais communautaires sur la la chaine de l’eau, les techniques d’entretien et réparation des impluviums. - Organisation des visites d’échanges entre les différents villages bénéficiaires des infrastructures - Initiation des bénéficiaires sur les AGR autour des impluviums A ce niveau l'ONG va mettre en place un système de suivi rapproché pour apporter l’appui/conseil nécessaire. Organisation des diagnostics des comités pour identifier et prendre en charge les besoins de formations. Financial sustainability : Pour assurer la durabilité, les comités de gestion ont été mis en place pour servir d’interface entre les communautés et le projet et s’occuper des questions d’impluviums dans les villages même après le projet. Dans les trois prochaines années, les mesures qui seront prises pour mieux gérer les CEP seront ce qui suit: - Mise en place et renforcement de capacités des comités de gestion CEP sur la vie associative, - Formation des relais communautaires sur la la chaine de l’eau, les techniques d’entretien et réparation des impluviums. - Organisation des visites d’échanges entre les différents villages bénéficiaires des infrastructures - Initiation des bénéficiaires sur les AGR autour des impluviums A ce niveau l'ONG va mettre en place un système de suivi rapproché pour apporter l’appui/conseil nécessaire. Organisation des diagnostics des comités pour identifier et prendre en charge les besoins de formations. INF GAAS a respecté toute la démarche participative dans le processus d’élaboration et de mise en œuvre du projet. Les différentes rencontres au niveau village ont permis aux bénéficiaires de mieux cerner l’approche et partant les rôles et responsabilités de chaque partie prenante. La mairie de Borko au centre de l’intervention a apporté tout le soutien nécessaire pour la facilitation de la mission. En mars 2011, une équipe d’enquête s’est rendue sur le terrain pour la collecte de données secondaires qui donnent tous les détails administratifs sur le site du projet. Une fois sur le terrain, tous les chefs de ménage ont été conviés en Assemblée générale sur la place publique animée par l’animateur de GAAS sous la présidence du chef de village; c’est au cours de cette assemblée qu’il a été décidé de construire quinze impluviums à TINTAN et cinq dans le plus grand hameau du nom d’Oumé. En relation avec les critères de RAIN, les bénéficiaires ont été choisis parmi les ménages les plus pauvres et les ménages ayant pour principaux soutiens des femmes. La bonne orientation des bénéficiaires sur les critères les a permis de procéder à des choix bien les ménages plus nécessiteux. La mise en place technique des CEP s’est déroulée selon les phases suivantes : Information, sensibilisation et rappel des rôles de chaque acteur qui a conduit à : - la confirmation des sites retenus - L’organisation du travail autour de la mobilisation sociale pour les travaux d’infrastructures (casse et taille des pierres, le transport du sable, du gravier sur le chantier) - Mise en place des groupes de travail (Homme/jour sur le chantier: main d’œuvre non qualifiée) en concertation avec les populations. - Installation de l’équipe technique (main d’œuvre qualifiée maçons) - Ravitaillement du chantier en matériaux (ciment, fer, grillage, etc…) L’animation autour de la mise en place des CEP a respecté les étapes de l’intermédiation sociale : animation des bénéficiaires avant le démarrage des travaux, au cours de la réalisation et elle continuera après les travaux. Le respect de ces étapes a permis aux populations de mieux s’organiser pour leur participation. Aussi la visite d échange d’expériences que GAAS a effectuée à Koro auprès de l’ONG ARAFD a facilité le processus de mise en place des systèmes CEP. La gestion du projet est assurée par une équipe technique composée d’un technicien et d’un animateur sur le terrain. Cette équipe est appuyée par la direction de l’ONG (gestion administrative et financière). La direction produit les rapports techniques et financiers, gère le partenariat et le suivi /supervision des activités IMP E,T WASH wash projects agricultural production / food security La construction d’un impluvium à TinTam Image link 20 impluviums de 12 m3 populated place TinTam Mali Mopti NL-KVK-34200988_DWDG_ML12_477 RAIN foundation Projet de collecte d' eau de pluie à Sikasso RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs HELVETAS Mali 2012-01-01 2012-12-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML12_477 http://rsr.akvo.org/project/445/ finished Construction de 107 impluviums à Faradie et Mafele Cercle de Bougouni Construction de 107 impluviums (capacité totale de 1236 m3), au profit de 2328 personnes, aussi bien au niveau ménage qu'au niveau communautaire. Séances d’information et de sensibilisation à l’intention de tout le village par l’équipe de réalisation mais aussi par l’équipe de l’ONG. Les villages concernés ne disposent que d’un seul forage avec un débit très faible (0,5m3/h), avec un sol argileux, granuleux, roche très dure en profondeur difficile à percer, toutes les tentatives de forages ont été négatives. Ces villages ont déja bénéficié d' impluviums en 2011, mais ceux-ci sont insuffisants pour couvrir les besoins des populations ce qui a guidé le programme pour le choix de ces villages. Finalized L' objectif du projet est de construire des 107 impluviums au profit de 2328 personnes, aussi bien au niveau ménage qu'au niveau communautaire, pour servir d' eau de boisson pendant la periode seche. Les bénéficiaires ont été très bien impliqués à toutes étapes du processus de réalisation des impluviums, depuis les phases d’identification, jusqu’à la gestion post – réalisation. Dans le cadre de la gestion de l’eau et de l’entretien des citernes (gouttière), chaque bénéficiaire a responsabilisé une personne du ménage pour s’occuper de ses aspects. Une session de formation des bénéficiaires est programmée et portera sur : L’hygiène et assainissement autour des impluviums Les techniques de traitement et de stockage de l’eau, Les techniques d’entretien des gouttières. Le comité de gestion des impluviums de Faradié I a été redynamisé dont les membres doivent veiller à la bonne gestion des impluviums. Les prestataires mènent des activités d’organisation des acteurs autour de la gestion durable des points d’eau dans les zones d’intervention de HELVETAS Swiss Intercooperation/CAEB. Cette activité d’accompagnement se fait à travers le renforcement de la maîtrise d’ouvrage à l’échelle des collectivités et concerne tous les points d’eau aménagés. Pour une mise à l’échelle, il est indispensable d’inclure les impluviums dans le système de gestion des villages bénéficiaires au même titre que les autres points d’eau moderne. Financial sustainability : Les bénéficiaires ont été très bien impliqués à toutes étapes du processus de réalisation des impluviums, depuis les phases d’identification, jusqu’à la gestion post – réalisation. Dans le cadre de la gestion de l’eau et de l’entretien des citernes (gouttière), chaque bénéficiaire a responsabilisé une personne du ménage pour s’occuper de ses aspects. Une session de formation des bénéficiaires est programmée et portera sur : L’hygiène et assainissement autour des impluviums Les techniques de traitement et de stockage de l’eau, Les techniques d’entretien des gouttières. Le comité de gestion des impluviums de Faradié I a été redynamisé dont les membres doivent veiller à la bonne gestion des impluviums. Les prestataires mènent des activités d’organisation des acteurs autour de la gestion durable des points d’eau dans les zones d’intervention de HELVETAS Swiss Intercooperation/CAEB. Cette activité d’accompagnement se fait à travers le renforcement de la maîtrise d’ouvrage à l’échelle des collectivités et concerne tous les points d’eau aménagés. Pour une mise à l’échelle, il est indispensable d’inclure les impluviums dans le système de gestion des villages bénéficiaires au même titre que les autres points d’eau moderne. INF Pour la mise en place technique des systèmes de CEP, HELVETAS Swiss Intercooperation a opté pour une présence permanente de l’agent du suivi/contrôle sur le chantier. Tous les travaux techniques de construction ont été réalises sous sa supervision. Une telle stratégie permet de garantir le respect des normes techniques et oblige les maçons à travailler avec plus de sérieux. Ainsi, les activités de construction ont porté sur les étapes suivantes : le choix de l’implantation, le tracé de fondation, la fouille, l’implantation de la fondation, le blocage et la stabilisation de la fondation. Tout au long de la phase de réalisation des CEP, plus d’une dizaine de séance d’information et de sensibilisation à l’intention de tout le village par l’équipe de réalisation mais aussi par l’équipe l’ONG IACR. Le technicien procède à la sensibilisation des bénéficiaires à chaque étape de mise en œuvre des impluviums. Dans ces conditions nous pouvons dire que l’animation se fait de façon continue. Elle fait en AG mais aussi en entretien avec les bénéficiaires au cour des visites et porte sur les thèmes suivants : l’entretien des gouttières, le traitement de l’eau, l’assainissement du village, les techniques de conservation de l’eau, les méthodes de prévention des maladies liées à l’eau, la relation eau potable et santé, etc. IMP E,T WASH wash projects agricultural production / food security Project construction sign Image link 107 impluviums 1236 m3 de capacité de stockage 2328 bénéficiaires populated place Faradie Mali Sikasso NL-KVK-34200988_DWDG_ML12_479 RAIN foundation E-mainstreaming for DWA Mali RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Wetlands International 2012-03-27 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML12_479 http://rsr.akvo.org/project/447/ finished Training and capacity building on ecological sustainability of WASHprojects In the Mali Country Programme Wetlands International Mali plays an important role in building up the portfolio within the Alliance regarding the practical ways of how ecological sustainability can be made part of WASH delivery. This experience is important for linking and learning at different levels of the Alliance and for South-South exchange. WASH activities in all intervention areas in general, and of the in Inner Niger Delta in particular, are vulnerable and depend deeply on the upstream water management regime. In most cases, ecosystems services are the main factor to which communities rely on in terms of their livelihood. It is not rare to see that population give priority to livelihood more than sanitation infrastructure. The geo localisation of the pollution areas in Konna municipality – as part of the visualising means for people to be able to make water management related decisions - has been done and these data are currently being used to develop a GIS map with collected data. The follow-up of the E-sustainability workshop for the DWA Mali partners workshop has been organised in such a way that from this group work results a Malian WASH partners’ supported technical action plan would be developed which will be elaborated to an operational plan including budget allocation starting 2012 and covering the period 2012-2015. Through WI Mali, the outcomes of the WETwin research programme focused on water quality and water management in the IND are brought in, benefiting the WASH Programme. Further WI Mali plays a direct E-actor and facilitation role in Alliance Programme, bringing particular knowledge and experience for this to the table. Wetlands International has a subcontractor position in the WASH Alliance Programme focusing on Environmental (“E”) sustainability activities. From the start it is envisioned that WI engagement in the Mali Country Programme would play an important role in building up the portfolio within the Alliance regarding the practical ways of how ecological sustainability can be made part of WASH delivery. This experience is important for linking and learning at different levels of the Alliance and for South-South exchange. Financial sustainability : Wetlands International has a subcontractor position in the WASH Alliance Programme focusing on Environmental (“E”) sustainability activities. From the start it is envisioned that WI engagement in the Mali Country Programme would play an important role in building up the portfolio within the Alliance regarding the practical ways of how ecological sustainability can be made part of WASH delivery. This experience is important for linking and learning at different levels of the Alliance and for South-South exchange. CAP 1. Sustainable WASH access: validating and testing relevant WETwin Research Project tools: the geo localisation of the pollution areas in Konna municipality – as part of the visualising means for people to be able to make water management related decisions - has been done and these data are currently being used to develop a GIS map with collected data. Further discussion and information provision with the municipality took place in the frame of IWRM in their communal plan. 2. Development and organisation of training workshop at national level for all WASH Alliance partners with focus on how to take into account the ecological context of WASH interventions. Finalised. 3. Policy brief development on IWRM and WASH for policy makers and key actors: A ToR for this activity has been developed and a consultant selection process has started. 4. Representation and facilitation of linkage with relevant partners and stakeholders (WETwin a.o.) INT I,E WASH wash projects agricultural production / food security Family album of E training in Mali Image link National training workshop on eco approach Policy brief on IWRM and WASH Representation of WI Mali in WASH Alliance Relevant WI Mali partners informed and linked to WASH validating & testing relevant WETwin Research Project tools populated place Mali NL-KVK-34200988_DWDG_ML13_476 RAIN foundation Centre d'Expertise pour la CEP Mali RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs HELVETAS Mali 2012-03-26 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML13_476 http://rsr.akvo.org/project/444/ finished CECEP/RHCC Mali 2012 L’an 2012 marque la 3ème année d’existence du centre d’expertise pour la collecte des eaux qui a vu le jour en Avril 2010 grâce à un partenariat noué entre Rain Foundation et HELVETAS Swiss Intercooperation au Mali. Les objectifs du CECEP en 2011 sont les suivants: --> Créer un pôle de référence en Afrique de l'Ouest --> Coordonner et appuyer les partenaires de mise en oeuvre --> Faire le plaidoyer et le lobbying pour la promotion de la collecte des eaux de pluie au Mali --> Expérimenter et capitaliser les acquis du centre L’an 2011 marque la 2ème année d’existence du centre d’expertise pour la collecte des eaux qui a vu le jour en Avril 2010 grâce à un partenariat noué entre Rain Foundation et HELVETAS Swiss Intercooperation au Mali. Les 24 et 25 mars 2011, s’est tenu l’atelier de lancement du Centre d’expertise pour la collecte des eaux de pluie au Mali (CECEP-Mali) et d’approbation du plan de plaidoyer lobbying pour la promotion des techniques de collecte d’eau de pluie au Mali. Cet évènement a enregistré la participation des ONG partenaires du CECEP-Mali et des services techniques de l’Etat dont la DNH, le LNE etc. Il a été couvert par l’ORTM et les éléments d’ouverture diffusés sur la radio et la télévision nationale. Ongoing Renforcer les capacités de l’équipe CECEP en matière de plaidoyer & lobbying et marketing pour la recherche de fonds supplémentaire. Convaincre les autorités publiques de l’eau du bien fondé des technologies et leur utilité dans l’alimentation de la nappe phréatique et dans l’approvisionnement des populations en eau potable ou agricole dans les zones où elle est inaccessible et inexistante. Faire la promotion du CECEP auprès des ONG et autres partenaires. This information will soon be available L-P PLAIDOYER LOBBYING Un atelier sur le plaidoyer et lobbying a été tenu, auquel ont participé l’équipe du CECEP et ses partenaires de l’Alliance WASH au Mali, avec comme objectifs de : - Présenter et discuter des résultats de l'étude sur l’analyse des politiques et stratégie d’approvisionnement en eau au Mali et de la capacité des partenaires nationaux de RAIN en matière de plaidoyer et lobbying aux organisations partenaires du CECEP. - Elaborer un programme de sensibilisation sur mesure DIVERSIFICATION DES TECHNIQUES En ce qui concerne la diversification des techniques CEP, l’équipe CECEP a mené une mission de prospection dans la région de Mopti et plus précisément dans les cercles de Douentza et Bandiagara. Cette mission avait comme principal objectif de prospecter les possibilités d’aménagement d’un ouvrage traditionnel de collecte des eaux de pluie appelé Yokododji. Les analyses faites des eaux collectées et stockées dans les impluviums ont donné quelques fois des résultats appelant à plus d’efforts et de précautions de la part des bénéficiaires mais aussi de notre coté pour maintenir ces eaux seines jusqu’à leur consommation. Entre autres précautions, est l’utilisation de l’eau de javel pour la désinfection des impluviums et de l’eau au moment de sa consommation. Ainsi, rendre ce produit accessible le CECEP a entrepris en collaboration avec l’ONG Formations Sans Frontière l’installation d’une unité pilote de production d’eau chlorée à partir de la technique Wata. Cette technique consiste à transformer l’eau salée par électrolyse en eau chlorée. RENFORCEMENT DU SECTEUR Un manuel des utilisateurs et un destiné aux techniciens ont été élaborés et multipliés. Le CECEP à travers son coordinateur a participé à plusieurs rencontres et ateliers au niveau national et sous régional, entre autres: - La tenue et préparation des ateliers de planification de l’Alliance WASH - Préparation et participation à la 14ème conférence SearNet tenue à Mpumalanga Afrique du Sud, - Participation au Forum régional sur le Financement de l’Eau et l’Assainissement organisé par CREPA-régional à Ouagadougou SUIVI DE LA MISE EN OEUVRE En matière de réalisation d’ouvrages CEP, uniquement des impluviums hors sol ont été réalisés par divers PMO dont HELVETAS/CAEB, GAAS, ARAFD et Alphalog. Au total 172 impluviums ont été réalisés. Les suivis à mi-terme et à terme de tous ces impluviums ont été assurés par l’équipe du CECEP. La situation des impluviums se présente comme suite : Structure Nombre d’impluvium/Nombre total bénéficiaires/Capacité total de stockage Alphalog 27/ 277/ 270 ARAFD 17/ 659/ 204 GAAS 20/ 665/ 240 HELVETAS /CAEB 108/ 1995/ 1238 Total 172/ 3596/ 1952 IMP I,T WASH,3R wash projects agricultural production / food security Construir un réservoir our collecte d’eau de pluie Image link 76008.00 76008 Coordination et l'appui aux PMOs Plaidoyer et lobbying Experimentation Developpement et gestion courante du centre populated place Bamako Mali NL-KVK-34200988_DWDG_ML13_521 RAIN foundation Réalisation d'impluviums à Mopti RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs RAIN foundation 2013-06-01 2015-07-31 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML13_521 http://rsr.akvo.org/project/442/ implementing Approvisionner en eau potable dans le cercle de Koro, Mopti Ce projet a pour objet l’approvisionnement en eau potable des populations rurales les plus défavorisées de 03 villages des communes de Koro et Madougou (Tanoua, Piqué et Nema) à travers la collecte des eaux de pluie (construction d’impluviums). Les activités du projet vont intégrer les activités appuyées par d’autres partenaires d’ARAFD (WaterAid et Wetlands International) dans les domaines de l’approvisionnement en eau potable, hygiène et assainissement. Les populations des villages des communes de Madougou et Koro, à l’instar des populations des villages des autres communes du plateau Dogon sont confrontées à un problème d’insuffisance d’eau potable qui se pose avec acuité. Les difficultés d’approvisionnement en eau potable proviennent du fait que la nappe phréatique de la zone est très profonde (les puits peuvent atteindre plus de 60 mètres de profondeur) et les sous sols sont rocheux donc très dur à forer. Cet état de fait rend coûteuses les solutions habituelles d’approvisionnement en eau qui sont les creusements de puits et réalisation de forages. Activité 1. formation d’un agent de l’ONG et de 04 maçons Activité 2 : construction de 65 impluviums Activité 3 : mise en place et animation de 03 comités d’eau Activité 4 : elaboration d’un cahier de charge entre le GIE Guinédo et les bénéficiaires Activité 5: Formation de relais villageois Objectif général : Faciliter l’accès à l’eau potable de 1.320 personnes (290 enfants, 535 femmes et 495 hommes) à travers 65 ménages de trois villages en période de saison sèche. La durabilité financière qui constitue l’épine dorsale du système a besoin d’être innovée et soutenue. Pour faire face aux dépenses qui les reviennent : construction des maisonnettes, la fourniture des matériaux locaux tels que le sable, le moellon , le gravier et la fourniture de la main d’œuvre non qualifiée (confère rubrique contribution communautaire en nature du budget), le projet va faciliter aux populations bénéficiaires l’accès aux crédits des institutions de micro finance de la localité à l’occurrence le GIE Guinedo de Koro (dont la collaboration sera formalisée par l’élaboration d’un protocole qui décrira les rôles et responsabilité de chaque partie prenante) par la constitution d’un fond de garantie auprès de ces institutions pour leur permettre de mener des activités génératrices de revenu (embouche ovine, revente des produits agricoles (arachide, mil, niébé, sésame et fonio)et commerce de produits manufacturés) dont les bénéfices générés après six mois de mise en œuvre de ces AGR pourront servir à financer en partie les activités de construction d’impluvium. Les crédits contractés par les populations bénéficiaires du projet auprès du GIE GUINEDO seront remboursés en une année avec un taux d’intérêt de 12%. Au plan institutionnel, pour renforcer la durabilité, le projet mettra en place des comités de gestion des différents ouvrages construits qui seront composés de 7 membres dont au minimum 3 femmes. Ces comités auront pour taches fondamentales le suivi de la salubrité autour des ouvrages et l’intermédiation entre l’ONG et les propriétaires des impluviums construits. Le projet organisera aussi des espaces d’écoute et d’interpellation démocratique (EEID). Ces espaces sont des rencontres annuelles organisées par ARAFD réunissant tous les acteurs concernés par le secteur AEPHA (les collectivités, les services techniques, les prestataires des services AEPHA, les ONG intervenant dans le domaine et les représentants de la population). L’exercice permet aux populations communales d’interpeller les autorités communales et les services techniques déconcentrés compétents sur leurs préoccupations dans le domaine de l’eau, hygiène et assainissement. Au plan environnemental, la construction des impluviums n'aura aucune activité néfaste pour l'environnement. Au contraire les animations d’IEC qui accompagnent les réalisations d’ouvrages contribuerons à assainir les ménages qui les abriteront et amènerons les populations bénéficiaires à adopter des comportements favorables à leur hygiène. Au plan technologique, les formations des maçons et techniciens organisées par le CECEP contribueront à la durabilité des ouvrages. Au plan social, avec les nombreuses réunions nécessaires pour sa mise en œuvre, le projet va contribuer à l'amélioration de la cohésion sociale. La présence des impluviums dans les différents villages va améliorer le taux de scolarisation des enfants et plus particulièrement des filles qui sont généralement chargées de la recherche d'eau au niveau des ménages. infra | Local | communities | rural | capdev | Local | communities | rural | Financial sustainability : La durabilité financière qui constitue l’épine dorsale du système a besoin d’être innovée et soutenue. Pour faire face aux dépenses qui les reviennent : construction des maisonnettes, la fourniture des matériaux locaux tels que le sable, le moellon , le gravier et la fourniture de la main d’œuvre non qualifiée (confère rubrique contribution communautaire en nature du budget), le projet va faciliter aux populations bénéficiaires l’accès aux crédits des institutions de micro finance de la localité à l’occurrence le GIE Guinedo de Koro (dont la collaboration sera formalisée par l’élaboration d’un protocole qui décrira les rôles et responsabilité de chaque partie prenante) par la constitution d’un fond de garantie auprès de ces institutions pour leur permettre de mener des activités génératrices de revenu (embouche ovine, revente des produits agricoles (arachide, mil, niébé, sésame et fonio)et commerce de produits manufacturés) dont les bénéfices générés après six mois de mise en œuvre de ces AGR pourront servir à financer en partie les activités de construction d’impluvium. Les crédits contractés par les populations bénéficiaires du projet auprès du GIE GUINEDO seront remboursés en une année avec un taux d’intérêt de 12%. Institutional sustainability : Au plan institutionnel, pour renforcer la durabilité, le projet mettra en place des comités de gestion des différents ouvrages construits qui seront composés de 7 membres dont au minimum 3 femmes. Ces comités auront pour taches fondamentales le suivi de la salubrité autour des ouvrages et l’intermédiation entre l’ONG et les propriétaires des impluviums construits. Le projet organisera aussi des espaces d’écoute et d’interpellation démocratique (EEID). Ces espaces sont des rencontres annuelles organisées par ARAFD réunissant tous les acteurs concernés par le secteur AEPHA (les collectivités, les services techniques, les prestataires des services AEPHA, les ONG intervenant dans le domaine et les représentants de la population). L’exercice permet aux populations communales d’interpeller les autorités communales et les services techniques déconcentrés compétents sur leurs préoccupations dans le domaine de l’eau, hygiène et assainissement. Environmental sustainability : Au plan environnemental, la construction des impluviums n'aura aucune activité néfaste pour l'environnement. Au contraire les animations d’IEC qui accompagnent les réalisations d’ouvrages contribuerons à assainir les ménages qui les abriteront et amènerons les populations bénéficiaires à adopter des comportements favorables à leur hygiène. Technical sustainability : Au plan technologique, les formations des maçons et techniciens organisées par le CECEP contribueront à la durabilité des ouvrages. Social sustainability : Au plan social, avec les nombreuses réunions nécessaires pour sa mise en œuvre, le projet va contribuer à l'amélioration de la cohésion sociale. La présence des impluviums dans les différents villages va améliorer le taux de scolarisation des enfants et plus particulièrement des filles qui sont généralement chargées de la recherche d'eau au niveau des ménages. 26 INF Ce projet a pour objet l’approvisionnement en eau potable des populations rurales les plus défavorisées de 03 villages des communes de Koro et Madougou (Tanoua, Piqué et Nema) à travers la collecte des eaux de pluie (construction d’impluviums). Les activités du projet vont intégrer les activités appuyées par d’autres partenaires d’ARAFD (WaterAid et Wetlands International) dans les domaines de l’approvisionnement en eau potable, hygiène et assainissement. IMP E,T,S WASH wash projects agricultural production / food security Réalisation d'impluviums Image link 8613.00 8472.00 49984.00 4474.00 6060.00 137.00 3491.00 52930.00 134161 type :rooftop | level : household | storage: tan.cem.rt Number of systems Volume for domestic use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached populated place Mali ML-5 Mopti NL-KVK-34200988_DWDG_ML13_524 RAIN foundation Advice 3R measures - Phase 1 RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Acacia Water 2013-03-01 2013-03-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML13_524 http://rsr.akvo.org/project/2272/ finished Assessment of potential for 3R in two catchments This information will soon be available This information will soon be available Support to RAIN regarding organizational and technical issues Support to CECEP regarding pre selection of villages in Sikasso and Koulikoro regions to implement DWA activities Inventoy and processing of existing GIS data related to geology, soil, meteorologym land use, vegetation, elevation, slopes, river courses and catchment boundaries in the area around 11 preselected villages Mission to Ouagadougou Providing substantial input for ToR for national consultancy firm Regarding hydrological and technical issues, RAIN supports CECEP and its partners via Acacia Water BV, a company specialized in hydrology and water supply This information will soon be available 2 R-D Accompagnement du processus 3R (recharge, retention, reutilisation) dans les régions de Koulikoro et de Sikasso L’objectif assigné au Consultant est d’appuyer l’équipe CECEP dans la conception et la mise en œuvre d’activités de développement en accordance avec l’approche 3R dans deux sous-bassins versants, zones d’intervention situées dans les régions de Koulikoro et Sikasso. ADV E,T 3R wash projects agricultural production / food security Implementation of 3R measures - Phase 1 Image link 15279.00 15279 15279.00 15279 Database of GIS data for 11 villages GIS data available to I-SEPT via CECEP, including images Substantial input on the ToR for the national consultancy Report of activities populated place Mali NL-KVK-34200988_DWDG_ML13_525 RAIN foundation Advice 3R measures - Phase 2 RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Acacia Water 2013-04-01 2013-10-10 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML13_525 http://rsr.akvo.org/project/2273/ finished Assessment of 3R in Sikasso and Koulikoro Building on the results of the first phase (January – March 2013), the Terms of Reference for the support by Acacia Water in the second phase (April – October2013), see below This information will soon be available This information will soon be available WASH interventions still overlook the potential of RWH as well as the opportunities and challenges the intervention area (or catchment) has to offer in relation to drinking water provision, climate change resilience and food security. Through its involvement in the 3R consortium, RAIN is now opening up its technical portfolio and program planning towards a more holistic approach. From 2013 – 2015, RAIN seeks to change the current RWH/WASH programs in Mali into 3R programs. PMOs in Mali This information will soon be available 7 R-D Consultancy for the Implementation of 3R measures in the Sikasso and Koulikoro Regions in Mali (phase 2) ADV E,T 3R wash projects agricultural production / food security Implementation of 3R measures - Phase 2 Image link 18035.00 18035 Comment-approval of of local consultancy I-SEPT work Revision of CAEB and AED poposals 2013-15 for 3R measures Mission Report type :- | level : - | storage: - populated place Mali NL-KVK-34200988_DWDG_ML13_556 RAIN foundation Access à l'eau (3R/MUS) sous bassin Koulikoro RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Association d'Entraide et de Développement 2013-11-22 2015-12-31 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML13_556 http://rsr.akvo.org/project/2274/ implementing Koulikoro Le projet va résoudre les contraintes d'eau et d'assainissement des populations à travers la CEP et le changement de comportement. Il vise également la restauration des sols et du couvert végétal. La démarche est participative et répond aux besoins des populations par la réalisation et la gestion des ouvrages, le renforcément des capacités (populations, secteurs privé, PMO...), le plaidoyer/lobbying pour la promotion de la CEP, de l'hygiène et de l'assainissement A partir du mois de Mars, la nappe phréatique s’abaisse et il n’y a plus d’eau dans les puits. Les populations de ces deux (2) localités sont essentiellement agropastorales. Elles vivent de l’agriculture et de l’élevage. Durant cette période de pénurie, elles sont confrontées à un arrêt de leurs activités. Les femmes sont bloquées concernant les activités de maraîchage par manque d’eau dans les puits et il n’y a plus de point d’abreuvement pour les animaux. L’autre aspect de la dégradation effrénée des ressources naturelles observée dans la zone et qui est devenue une pratique est la carbonisation. Au cours des campagnes d'animation et de sensibilisation sur la gestion durable des ressources naturelles, l'accent sera mis les effets de la déforestation. En présence des élus locaux, des engagements seront pris par les communautés sur la mise en défend des zones qui seront reboisées et la cessation de la carbonisation dans les villages bénéficiaires. Les comités de gestions installés von This information will soon be available *5.800 personnes concernées dans le sous bassin versant ont accès à des sources d'eau potables et sont assainis. *Tester la faisabilité de l'approche 3R dans le sous bassin versant de Doumba-Sirakorola. * Plaidoyer pour la prise en compte de la CEP dans les options de développement. This information will soon be available 27 INF Le projet va résoudre les contraintes d'eau et d'assainissement des populations à travers la CEP et le changement de comportement. Il vise également la restauration des sols et du couvert végétal. La démarche est participative et répond aux besoins des populations par la réalisation et la gestion des ouvrages, le renforcément des capacités (populations, secteurs privé, PMO...), le plaidoyer/lobbying pour la promotion de la CEP, de l'hygiène et de l'assainissement . IMP E,T WASH,3R,MUS,FSEC wash projects agricultural production / food security Rehabilitation micro barrage de Fani Image link 200000.00 200000 Accès à l'eau (impluviums, rehabilitation micro-barrage et forages, etc) La faisabilité de l'approche 3R est appréciée dans le sous bassin. CEP est inscrite dans les Plans de Développement Economique Social et Culturel (PDSEC) type :grounwater rech | level : community | storage: dam.bg.gr Number of systems type :grounwater rech | level : community | storage: inf.well.gr Number of systems type :rooftop | level : household | storage: tan.ferr.rt Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached populated place Mali ML-2 NL-KVK-34200988_DWDG_ML13_567 RAIN foundation Access à l'eau (3R/MUS) sous bassin Sikasso RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Conseils et Appui pour l'Education à la Base 2013-11-22 2015-12-31 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML13_567 http://rsr.akvo.org/project/2275/ implementing Sikasso L'intervention doit contribuer à l’amélioration des conditions de vie des populations à travers l'accompagnant des acteurs locaux dans une approche participative et intégrée de réalisation d’infrastructures 3R, des thématiques Eau-Hygiène-Assainissement. Les actions de cette innovation doivent améliorer le niveau de satisfaction des besoins en eau domestique des populations, favoriser l’utilisation de l’eau à des usages de production et la restauration de l’écosystème. Insuffisance des points d’eau potable, ce qui affecte la vie et la santé des femmes, des enfants et des hommes, des points d’eau pour les animaux notamment après la saison des pluies. C'est-à-dire que ce problème d’accès à l’eau est plus prononcé dans la période allant du mois de novembre à avril;des récoltes par rapport aux besoins alimentaires des populations : cette insuffisance est due aux effets des changements climatiques (variabilité dans l’espace et le temps des pluies, sécheresse), Les pratiques agricoles inadéquates, (faible pratique de la rotation des cultures, utilisation intensive des engrais chimiques, faiblaisse de la mise en jachère des terres), la pauvreté des sols, etc La dégradation de l’environnement, causée notamment par l’érosion, la déforestation, la faible infiltration des eaux de pluies sur les types de sols en granite et dolérite, etc. Réalisation d'impluviums au niveau des villages, traitement de l'eau dans les domiciles, Mise en place et renforcement des comités de gestion d'eau et d'assainissement au niveau des villages, Sensibilisation/éducation des populations et des élèves sur la gestion et l'entretien des ouvrages eaux, d'H&A et lavage des mains, Réhabilitation des forages et ou reparation des PMH ayant plus de 15ans d'ages, Réalisation de visites d'échanges, Recyclage des maçons et le techniciens sur la réalisation des impluviums, l'appui à la mise en place et l'animation d'un cadre de concertation des acteurs, Organisation de sessions de formation sur la gestion des ouvrages WASH, Sensbilisation/Education des populations sur la défécation à l'aire libre et l'utilisation des latrines, Renforcement des capacités des populations dans la fabrication du compost pour la réutilisation des ordures ménagères au niveau de leurs exploitations agricoles, Dotation des écoles en équipements d'eau, d'H&A (postes d'eau potable, lave mains etc), Aménagement des abords des points d'eau publics, Formation des maçons dans la confection et la promotion de dalles Sanplast, Réalisation de barrage au niveau d'01 village, Installation et suivi des piézomètres et pluviomètres, Réalisation de forages manuels sur les berges du cours d'eau sur lequel le barrage a été réalisé, Réalisation d'actions de DRS/CES, Instauration et mise en oeuvre de stratégie d'épargne et de crédit endogène au niveau des villages pour l'entretien et la maintenance des ouvrages, Elaboration et mise en oeuvre d'un plan de plaidoyer pour la promotion des CEP, Renforcement des capacités du personnel de l'ONG dans la mise en oeuvre et l'accompagnement des acteurs dans le processus 3R, Suivi et Capitalisation de l'approche 3R, Sensibilisation des populations et des autorités du sous bassin versant sur l'approche 3R, Participation aux différentes rencontres, échanges et formation du projet. - Améliorer l'accès des populations des 8 villages du sous bassin à de l’eau potable et à l'H&A ; - Experimenter l'aproche 3R au niveau d'01 site Pilote à travers la réalisation de barrage Pour assurer la durabilité financière, les populations de chaque village seront organisées autour de la constitution d'un fonds pour l'entretien et la maintenace des ouvrages. Les montants des cotisations et les modalités de gestion seront définis par les communautés. Le personnel programmatique facilitera le processus de mise en place du fonds (appui à l'élaboration des règles intérieurs, renforcement des capacités etc). Au bout de 6 mois chaque village pourra mobiliser au moins 30 000 à 40 000 F CFA. Les structures de gestion mises en place (comités villageois, communal et inter-communal (cadre de concertation) seront accompagnés tout au long du processus par CAEB afin qu'elles puissent maîtriser leurs rôles et responsabilités et les jouer pleinement. Les interventions en vues sont en parfaite harmonie avec la protection de l'environnement: gestion durable des ordures ménagères dans le sous-bassin à des fins agricoles, les actions de régénération de l'environnement à travers les plantations d'arbres, la réalisation d'actions de lutte anti-érosives et protection des sols. Avec le fonds de l'eau, la durabilité technologique sera assurée par le financement local des charges de réparations et d'entretien des ouvrages. Tous les acteurs concernés par le projet (y compris les femmes), seront fortement impliqués dans tout le processus avec équité, sans discrimination de sexe , de réligion ou de rang social et les grandes décisions seront prises de façon conscensuelle. innov | Local | communities | rural | Financial sustainability : Pour assurer la durabilité financière, les populations de chaque village seront organisées autour de la constitution d'un fonds pour l'entretien et la maintenace des ouvrages. Les montants des cotisations et les modalités de gestion seront définis par les communautés. Le personnel programmatique facilitera le processus de mise en place du fonds (appui à l'élaboration des règles intérieurs, renforcement des capacités etc). Au bout de 6 mois chaque village pourra mobiliser au moins 30 000 à 40 000 F CFA. Institutional sustainability : Les structures de gestion mises en place (comités villageois, communal et inter-communal (cadre de concertation) seront accompagnés tout au long du processus par CAEB afin qu'elles puissent maîtriser leurs rôles et responsabilités et les jouer pleinement. Environmental sustainability : Les interventions en vues sont en parfaite harmonie avec la protection de l'environnement: gestion durable des ordures ménagères dans le sous-bassin à des fins agricoles, les actions de régénération de l'environnement à travers les plantations d'arbres, la réalisation d'actions de lutte anti-érosives et protection des sols. Technical sustainability : Avec le fonds de l'eau, la durabilité technologique sera assurée par le financement local des charges de réparations et d'entretien des ouvrages. Social sustainability : Tous les acteurs concernés par le projet (y compris les femmes), seront fortement impliqués dans tout le processus avec équité, sans discrimination de sexe , de réligion ou de rang social et les grandes décisions seront prises de façon conscensuelle. 26 INF L'intervention doit contribuer à l’amélioration des conditions de vie des populations à travers l'accompagnant des acteurs locaux dans une approche participative et intégrée de réalisation d’infrastructures 3R, des thématiques Eau-Hygiène-Assainissement. Les actions de cette innovation doivent améliorer le niveau de satisfaction des besoins en eau domestique des populations, favoriser l’utilisation de l’eau à des usages de production et la restauration de l’écosystème. IMP E,T WASH,3R,MUS wash projects agricultural production / food security Amelioration de l'access a l'eau et 3R/MUS Image link 10413.00 14171.00 91276.00 2702.00 1015.00 2172.00 6407.00 128156 11.607 accès à l'eau potable, réalisation d'impluviums Comité de gestion d'eau, d'H&A dans chaque village 50 ménages par village maitrisent traitement des eaux Les villageois s'impliquent dans la mise en oeuvre des 3R Au moins 01 barrage est réalisé au niveau d'un village du s type :rooftop | level : household | storage: tan.cem.rt Number of systems type :groundwater recharge | level : community | storage: inf.well.gr type :in situ | level : household | storage: inf.field.is populated place Garalo - Yinindougou Mali Communes de Garalo ( Kora, Solabougouda, Solaba, Sirakourou) et de Yinindougou (Solakoroni, Narembougou, Banankélé, Sirala/Manfala) 8 villages dans le sous bassin de Garalo - Yinindougou, cercle de Bougouni. Région de Sikasso ML-3 Région de Sikasso NL-KVK-34200988_DWDG_ML13_569 RAIN foundation Projet pilote: Construction bassin enterre RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Association Libre pour la Promotion de l'Habitat et du Logement 2014-02-01 2014-03-31 finalising http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML13_569 http://rsr.akvo.org/project/2276/ finalising Phase pilote sur le test de bassin enterre avec liner PVC. Dans le cadre de la mise en œuvre des activités de l’Alliance Wash, l’ONG ALPHALOG en collaboration avec RAIN a réalisé des impluviums hors sols de 10 à 14 mètres cubes pour des familles défavorisées dans les communes rurales de Mountougoula et de Baguineda dans le cercle de Kati. Le programme se divise en 3 phases distinctes, i) la préparation, ii) la formation technique et iii) le test des techniques Préparation C’est l’étape préalable au démarrage des activités de formation sur le terrain. Durant cette période Practica apportera un appui technique à distance au CECEP, sur la préparation des activités de terrain pour la construction d’un impluvium enterré de 38 m3. Practica appuiera le CECEP et ses partenaires dans les activités préparatoires précédant la formation technique. Après une prospection de plusieurs sites, une mission conjointe ALPHALOG-CECEP-Practica organisée en octobre 2013 a permis de confirmer la faisabilité de l’impluvium enterré au niveau de deux villages potentiels (Bandougou et Dara). Le village de Bandougou a été retenu pour la réalisation de l’ouvrage pilote de formation. Ce choix est basé sur des enquêtes préliminaires qui ont montré que le village répond aux critères du choix du site. Mobiliser les bénéficiaires Réaliser les Travaux préalables Acheter les matériaux Préparer la logistique de la formation Former 6 techniciens Évaluer les technologies L’objectif du présent est d’améliorer l’accès à l’eau des communautés pauvres à travers la réalisation d’un (1) bassin enterré de collecte d’eau de pluie dans le village de Bandougou. Pre and after constructiion and during workshop and construction, accompaniment by PRACTICA Community level Technical sustainability : Pre and after constructiion and during workshop and construction, accompaniment by PRACTICA R-D L’ONG ALPHALOG en collaboration avec RAIN a réalisé des impluviums hors sols de 10 à 14 mètres cubes pour des familles défavorisées dans les communes rurales de Mountougoula et de Baguineda dans le cercle de Kati. Le choix d’un bassin enterré devrait permettre d’améliorer la capacité de stockage tout en diminuant les coûts de réalisation. IMP T WASH,MUS wash projects agricultural production / food security Programme construction bassin pilote enterre Image link 3730.00 3730 6 techniciens desONGont formés sur les techniques de réalis 1 bassin pilote enterré est réalisé dans la commune rurale Les options technologiques mises en œuvre sont évaluées pa Les communtautés bénéficiaires ont accès à l’eau durant la type :in situ | level : community | storage: tan.plast.rt Volume for domestic use in m3 populated place Mali NL-KVK-34200988_DWDG_ML13_570 RAIN foundation Rehabilitation micro-barrage de Fani RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs SETADE Bureau d'etude 2013-12-23 2014-01-23 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML13_570 http://rsr.akvo.org/project/2277/ finished Services de consultant a Hamaribougou et Kirakouroun 16 villages (8 dans chaque sous bassins) ont été identifiés lors de l'étude initiale. Après analyse, 2 villages (Hamaribougou et Sirakouroun) ont été retenus pour les études de conception. Ces villages feront l’objet d’une intervention pour la première phase du programme de collecte de l’eau pluie au Mali, allant de décembre 2013 à Mai 2014 avec un accent sur la réhabilitation du micro barrage de Fani. This information will soon be available Etude topographique Caractéristiques des ouvrages Elaboration de rapports Les études seront réalisées par un bureau d’études pouvant déployer sur le terrain de façon simultanée deux équipes ayant une solide expérience. L'implication des populations dans la démarche est obligatoire. Le bureau d’études devra prévoir des séances de restitution à tous les acteurs concernés et intégrer la maitrise d’œuvre communale dans le processus. L’objectif est de réaliser des études techniques, sociales et environnementales devant conduire à la conception de deux micro-barrages dans deux villages (Hamaribougou et Sirakouroun) des deux sous bassins versant de Garalo-Yinindougou et Doumba- Sirakorola. This information will soon be available R-D 16 villages (8 dans chaque sous bassins) ont été identifiés lors de l'étude initiale. Après analyse, 2 villages (Hamaribougou et Sirakouroun) ont été retenus pour les études de conception. Ces villages feront l’objet d’une intervention pour la première phase du programme de collecte de l’eau pluie au Mali, allant de décembre 2013 à Mai 2014 avec un accent sur la réhabilitation du micro barrage de Fani. ADV E,T WASH,3R,MUS,FSEC wash projects agricultural production / food security Rehabilitation micro-barrages Image link 32503.00 32503 Un rapport d’avant projet sommaire (APS) Un rapport d’avant projet détaillé (APD) Un dossier d’appel d’offres (DAO) recrutement des entreprise populated place Mali NL-KVK-34200988_DWDG_ML14_582 RAIN foundation Centre d'Expertise pour la CEP Mali RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs HELVETAS Mali 2014-01-01 2015-08-31 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML14_582 http://rsr.akvo.org/project/2278/ implementing CECEP/RHCC 2014 - 2015 This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available 20 CAP Objectif général du CECEP: Les technologies CEP sont utilisées à grande échelle par les collectivités du Mali et les populations pour l'usage domestique et de production. ADV,IMP wash projects agricultural production / food security CECEP Mali 2014 - 2105 Image link 169684.00 169684 populated place Mali NL-KVK-34200988_DWDG_ML14_589 RAIN foundation Bio rights and behavior change in WASH RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Wetlands International RAIN foundation 2014-01-01 2014-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML14_589 http://rsr.akvo.org/project/2279/ finished A finance mechanism for sustainable development and behavior change The Bio-rights mechanism is a finance mechanism that combines poverty reduction, environmental improvement and even behavior change. With the support of the Dutch WASH Alliance local communities in Koulikoro and Mopti Region gain access to finance for sustainable development in return for their active involvement in behavior change for improved hygiene and sanitation. Bio rights approach – behavioural change in WASH: Bio-rights is a microcredit finance mechanism that combines poverty reduction, environmental improvement and behavioral change. Bio-rights adds a market-based incentive to conservation and development action. Communities that normally have few if any financing opportunities receive micro-credits for environmentally-friendly economic development. Instead of paying interest, the communities improve their hygiene behavior and undertake environmental conservation actions, such as ecosystem rehabilitation measures that enhance the water buffer (3R approach and RWH techniques). With the support of the Dutch WASH Alliance local communities in Koulikoro and Mopti Region gained access to micro-credits for sustainable development in return for their active involvement in behavior change for improved hygiene and sanitation. This has been a great success and will be further up-scaled in 2015 - to more communities and incl. ecosystem rehabilition. This information will soon be available This information will soon be available This information will soon be available 12 CAP The Bio-rights mechanism is a finance mechanism that combines poverty reduction, environmental improvement and even behavioral change. With the support of the Dutch WASH Alliance local communities in Koulikoro and Mopti Region gain access to finance for sustainable development in return for their active involvement in behavior change for improved hygiene and sanitation. ADV WASH,3R,BDEV wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-01-01"/> <period-end iso-date="2014-12-31"/> <value value-date="2014-12-31" currency="EUR" rain:type="other" akvo:type="2" akvo:label="Other">3832.00</value> <rain:value value-date="2014-12-31" currency="EUR" type="total contracted">3832</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-01-01"/> <period-end iso-date="2014-12-31"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name">Mopti and Koulikoro</name> <administrative rain:continent="Africa" country="ML">Mali</administrative> <coordinates latitude="-4.198610" longitude="14.495800" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2"></name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : DWDG_ML14_618_______________________--> <iati-activity xml:lang="FR" version="1.03" last-updated-datetime="2014-12-04T16:42:54+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_DWDG_ML14_618</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref="2369"/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="618"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="DWDG_ML14_618"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>PAGERE - Ressources en Eau, Douentza, Mopti RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Near East Foundation 2014-10-01 2015-09-30 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML14_618 http://rsr.akvo.org/project/2369/ implementing Gestion des Ressources en Eau pour la Sécurité Alimentaire, Douentza, Mopti Le projet porte sur la mobilisation, la conservation et l’utilisation durable des eaux de pluies pour appuyer la résilience des populations du cercle de Douentza face aux effets des changements climatiques. Dans les zones arides du Cercle de Douentza la variabilité du climat pose des défis quasi permanents de conservation, d’amélioration et de protection des eaux et des terres, des semences et des méthodes de cultures. Dans les communes concernées par le projet (Dangol Boré, Petaka et Koubewel) vivent 30 513 habitants affectés par une incidence de pauvreté de 73% à l’instar du cercle de Douentza. Les principales activités pratiquées sont l’agriculture et l’élevage. Ces populations locales subissent depuis longtemps la variabilité climatique. L’adaptabilité fait partie intégrale de leurs systèmes de productions ainsi que de leurs institutions. Cependant, elles n’ont pas de capacités suffisantes pour répondre aux défis que posent les changements climatiques actuels et prévus. Les irrégularités pluviométriques, la hausse des températures et le débit chaotique des cours d’eaux sont des phénomènes qui rendent les pratiques agricoles courantes. Les activités prévues à cet égard i) l’aménagement d’une plaine rizicole de 20 ha, ii) l’amélioration d’un périmètre maraicher de 1 ha à Alamina, iii) l’aménagement d’un périmètre maraicher de 1ha et d’une borne fontaine d’eau potable alimentés par système gravitaire à partir des eaux de source à Gono, iv) l’aménagement d’une mare pastorale à Koira-madina, v)la construction d’ouvrages de stockage et de distribution potable à Goundourou. La vulnerabilité et la pauvrêté des populations du cercle de Douentza face aux effets des CC est réduite à travers la mobilisation et la gestion des eaux de pluies. Chaque infrastructure du projet génère en soi des recettes qui pourront prendre en charge les frais d’entretien et de renouvellement du système Une structure de gestion consensuelle est mise en place par infrastructure et dont la fonctionnalité et la régularité sont suivies de près par la communauté et la collectivité à travers les comptes d’exploitation, les bilans semestriels, les réunions ordinaires et extraordinaires Chaque initiative du projet veillera à travers les conseils du service technique chargé des questions environnementales, au respect des impacts positifs sur l’environnement. Les différents aménagements proposés contribuent tous au ralentissement de l’écoulement de l’eau, donc à l’alimentation des nappes phréatiques qui favorisent le maintien du couvert végétal et des terres cultivables Les techniques utilisées sont certes innovantes mais très accessibles à la capacité de réplique et de maintenance de la population. Un apprentissage est prévu au cours des réalisations pour asseoir une bonne base de durabilité des réalisations. L’implication de toutes les couches sociales de chaque village depuis la phase d’information et de choix de site, et la prédisposition de bénéficiaires à asseoir une structure de gestion consensuelle, présagent d’une bonne soutanabilité sociale du projet. L’aménagement de la mare pastorale permettra de réduire les tensions sociales autour des autres points d’eau du village qui seront utilisés pour des fins de productions maraichères. La présente proposition vise quatre domaines d’activités qui concourent à atteindre différents groupes de bénéficiaires à savoir : les femmes, jeunes et enfants pour le périmètre maraicher, les éleveurs de trois villages et leur cheptel pour le point d’eau pastoral, les agriculteurs (hommes, femmes) pour la riziculture et l’eau potable. Environs, 4541 personnes dont 2214 femmes et un cheptel d’au moins 550 têtes bénéficieront directement des actions du projet et près de 18.164 autres personnes bénéficieront indirectement du projet à travers les liens sociaux et traditionnels. Financial sustainability : Chaque infrastructure du projet génère en soi des recettes qui pourront prendre en charge les frais d’entretien et de renouvellement du système Institutional sustainability : Une structure de gestion consensuelle est mise en place par infrastructure et dont la fonctionnalité et la régularité sont suivies de près par la communauté et la collectivité à travers les comptes d’exploitation, les bilans semestriels, les réunions ordinaires et extraordinaires Environmental sustainability : Chaque initiative du projet veillera à travers les conseils du service technique chargé des questions environnementales, au respect des impacts positifs sur l’environnement. Les différents aménagements proposés contribuent tous au ralentissement de l’écoulement de l’eau, donc à l’alimentation des nappes phréatiques qui favorisent le maintien du couvert végétal et des terres cultivables Technical sustainability : Les techniques utilisées sont certes innovantes mais très accessibles à la capacité de réplique et de maintenance de la population. Un apprentissage est prévu au cours des réalisations pour asseoir une bonne base de durabilité des réalisations. Social sustainability : L’implication de toutes les couches sociales de chaque village depuis la phase d’information et de choix de site, et la prédisposition de bénéficiaires à asseoir une structure de gestion consensuelle, présagent d’une bonne soutanabilité sociale du projet. L’aménagement de la mare pastorale permettra de réduire les tensions sociales autour des autres points d’eau du village qui seront utilisés pour des fins de productions maraichères. INF Le projet porte sur la mobilisation, la conservation et l’utilisation durable des eaux de pluies pour appuyer la résilience des populations du cercle de Douentza face aux effets des changements climatiques. Activités: i) aménagement plaine rizicole de 20ha, ii) amélioration de 2 périmètres maraichers iii) aménagement d’une borne fontaine d’eau potable alimenté par système gravitaire à partir des eaux de source iv) l’aménagement d’une mare pastorale v) stockage et de distribution d'eau potable. IMP E,T WASH,3R,MUS,FSEC wash projects agricultural production / food security La parcelle maraîchère des femmes. Image link 36414.00 67725.00 6061.00 7752.00 2721.00 6403.00 4790.00 131866 Capacités de production agricoles/pastorales sont renforcés. La couverture des besions alimentaires est améliorée. populated place Mali Commune de Petaka (Alamina, Gono), Commune de Koubewel Koundia (Koira-Madina), Commune de Dangol-Bore (Goundourou) ML-5 Cercle de Douentza, Mopti NL-KVK-34200988_DWDG_ML14_620 RAIN foundation Advice 3R measures - Phase 3 RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Acacia Water PRACTICA 2014-10-13 2014-10-20 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_ML14_620 http://rsr.akvo.org/project/2547/ finished Rehabilitation micro dams Sikasso and Koulikoro Regions in Mali Building on the results of the first and second phase (January 2013 until June 2014), the support by Acacia Water and Practica in the third phase (October 2014) focus on advice on the rehabilitation of two micro dams in Koulikoro region and Sikasso region and a 3R refresher training for implementing partners based on acquired knowledge during former trainings. WASH interventions still overlook the potential of RWH as well as the opportunities and challenges the intervention area (or catchment) has to offer in relation to drinking water provision, climate change resilience and food security. Through its involvement in the 3R consortium, RAIN opened up its technical portfolio and program planning towards a holistic approach. From 2013 – 2015, RAIN seeks to expand RWH/WASH programs in Mali to 3R programs. RAIN and its partners in Mali hold a key position in up scaling 3R at an implementation and local policy level, but are in need of expertise and knowledge on how to do so. The objective of this project is to create sustainable water supply for the population in the two regions of Sikasso and Koulikoro. This information will soon be available This information will soon be available capdev | National | NGO staff | not applicable | This information will soon be available R-D Consultancy for the Implementation of 3R measures in the Sikasso and Koulikoro Regions in Mali (phase 3) ADV E,T WASH,3R,MUS wash projects agricultural production / food security Micro barrage de Mafélé, Sikasso Image link 6750.00 2785.00 750.00 10285 Assessment of the potential rehabilitation of 2 micro dams 3R refresher training of partners in Mali populated place Mali ML-BKO NL-KVK-34200988_DWDG_NL13_545 RAIN foundation Environmental Sustainability in WASH package RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Schrijf-Schrijf Wetlands International 2012-12-01 2014-04-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NL13_545 http://rsr.akvo.org/project/2280/ finished Communication package for promotion and knowledge sharing The overall goal of this project is to motivate Dutch WASH Alliance members to include sustainability into the set-up of new water related projects through visualizing the concept of E-sustainabiity. As spin off, communication about this approach should lead to incorporation of E-sustainability in projects of non Dutch WASH Alliance members. This information will soon be available Development of communication materials A better understanding of the role and importance of Environmental Sustainability in the set up of new water (related) projects. capdev | The Netherlands | NGO staff | not applicable | capdev | International | NGO staff | not applicable | This information will soon be available 16 L-P The project consists of the development of 4 factsheets in English and French on Environmental Sustainability and the production of a short animation. INT E,T WASH,3R wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2012-12-01"/> <period-end iso-date="2014-04-01"/> <value value-date="2014-04-01" currency="EUR" rain:type="management" akvo:type="8" akvo:label="Management">750.00</value> <value value-date="2014-04-01" currency="EUR" rain:type="communication" akvo:type="12" akvo:label="PR and Marketing">10250.00</value> <rain:value value-date="2014-04-01" currency="EUR" type="total contracted">11000</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2012-12-01"/> <period-end iso-date="2014-04-01"/> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>4 factsheets in English and French 1 animation movie populated place Netherlands NL-KVK-34200988_DWDG_NL13_546 RAIN foundation Environmental Sustainability Tool RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs RAIN foundation Wetlands International 2013-08-01 2013-09-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NL13_546 http://rsr.akvo.org/project/2281/ finished Awareness creation tool for WASH and landscape approach Develop a Catchment Assessment Tool that will support planning of WASH interventions at the earliest stage of a project in the context of and taking into account opportunities and risks of the surrounding landscape regarding environmentally sustainable approaches and facilitating to make informed decisions regarding this. This information will soon be available 1. Inventory of the assessment methodologies and tools currently used (or under development) by DWA partners E-Sus elements and classify them in their focus on/relevance of particular WASH aspects and approaches (i.eRAIN’s RWHT; PRACTICA’s DWDST; WASTE’s SDST, etc.); 2. Inventory of existing CATs and assessment on usability for the currently to be developed CAT; 3. Identify how to make the connection between the CAT and other methodologies and tools, i.e. particular the DWDST, i.e. how a user can easily ‘move’ from the one tool to the next. 4. Review of the internal and external inventory and defining of applicable and non-applicable elements / tools, regarding the content and quality of the ecological, hydrological and socio-economic aspects relevant for the CAT; 5. Decide on the elements/criteria to be part of the CAT and its form and parallel its linkage to the DWDST. 6. Discuss the inventory of steps 1 to 5 with relevant DWA partners to assess usability in their planning processes. Adjust standards/elements based on the feedback provided by DWA partners. 7. Decide on the form of the CAT and develop the final CAT. The aim is to create awareness amongst key actors of civil society, public and private sector on the linkage between WASH interventions and the ecosystem, who are then capable of balancing environmental and WASH development needs into their strategies and interventions. DWA has identified five approaches that can lead to Environmental Sustainability of WASH interventions, as stated in the definition document of Environmental Sustainability component of the “FIETS” (provided): 1. Thinking with the landscape: understanding of water flows and community needs 2. 3R approach: Recharge, Retention and Re-use of water resources 3. 3R approach: Reduce, Reuse, Recycle of waste(flows) 4. Low cost, low maintenance and environmental friendly technologies 5. Ecosystem service approach: maintaining resources and services of natural environment upon which communities depend It was decided the CAT should mainly focus on: - Supporting planning processes in WASH towards more Environmental Sustainability (as defined by the Dutch WASH Alliance), - Supporting users of the DWDST to make informed decisions on water supply technology selection. capdev | International | NGO staff | not applicable | capdev | National | NGO staff | not applicable | lobby | International | NGO staff | not applicable | Environmental sustainability : DWA has identified five approaches that can lead to Environmental Sustainability of WASH interventions, as stated in the definition document of Environmental Sustainability component of the “FIETS” (provided): 1. Thinking with the landscape: understanding of water flows and community needs 2. 3R approach: Recharge, Retention and Re-use of water resources 3. 3R approach: Reduce, Reuse, Recycle of waste(flows) 4. Low cost, low maintenance and environmental friendly technologies 5. Ecosystem service approach: maintaining resources and services of natural environment upon which communities depend It was decided the CAT should mainly focus on: - Supporting planning processes in WASH towards more Environmental Sustainability (as defined by the Dutch WASH Alliance), - Supporting users of the DWDST to make informed decisions on water supply technology selection. 2 CAP Tool for awareness and promotion of environmental sustainability developed in collaboration with Wetlands International. Part of workplan on environmental sustainability. INT E,T WASH,3R,MUS wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2013-08-01"/> <period-end iso-date="2013-09-30"/> <value value-date="2013-09-30" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">2750.00</value> <rain:value value-date="2013-09-30" currency="EUR" type="total contracted">2750</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2013-08-01"/> <period-end iso-date="2013-09-30"/> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>Inventory of methodologies and tools Final Tool populated place Wageningen, Netherlands Netherlands NL-KVK-34200988_DWDG_NL13_549 RAIN foundation Event on Environmental Sustainability in WASH RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 Dutch Ministry of Foreign Affairs RAIN foundation Pakhuis de Zwijger 2013-08-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NL13_549 http://rsr.akvo.org/project/2282/ finished Circular City #6 in Pakhuis De Zwijger Amsterdam International speakers will introduce us to small-scale initiatives which have a big sustainable impact. This meeting is about learning how to make better use of our natural resources and about the possibilities that are given in our direct environment. This information will soon be available Event on Environmental Sustainability This information will soon be available capdev | International | NGO staff | | This information will soon be available 5 L-P Public event on Env. Sus. as part of Env. Sus workplan. Together with Wetlands International and other WASH partners INT I,E WASH,3R,MUS,BDEV,FSEC wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2013-08-01"/> <period-end iso-date="2013-12-31"/> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2013-08-01"/> <period-end iso-date="2013-12-31"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name">Amsterdam, Netherlands</name> <administrative rain:continent="" country="NL">Netherlands</administrative> <coordinates latitude="52.370220" longitude="4.895170" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2"></name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : DWDG_NL14_590_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2015-11-13T12:54:58+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_DWDG_NL14_590</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref=""/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="590"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="DWDG_NL14_590"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>DWA Environmental Sustainability RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Wetlands International 2014-01-01 2014-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NL14_590 finished - Wetlands International is an engaging partner within the Dutch WASH Alliance (DWA) on achieving results on the Environmental Sustainability (E-Sus) component of its Programme. The plan describes the focus of Wetlands International‘s contribution over 2014 and allocation of the granted budget to facilitate this. This information will soon be available This information will soon be available • Increase conceptual understanding of the E-Sus component to DWA and its partners • Develop tool(s)/ resources to bring conceptual understanding to the practical level (how-to) • Facilitating that catchment assessment work – particularly on the knowing, understanding and optimising the mutual interdependence between WASH and resources and services of natural environment -. • Communicate and visualise on the status, achievements and results on the E-Sus component This information will soon be available CAP This annual plan is written by Wetlands International, on its part of engaging within the Dutch WASH Alliance (DWA) programme 2014 on achieving results on the Environmental Sustainability (E-Sus) component of its Programme. The plan describes the focus of Wetlands International‘s contribution over 2014 and allocation of the granted budget to facilitate this. INT,IMP E WASH,3R,MUS wash projects agricultural production / food security 19429.00 15066.00 27850.00 7090.00 69435 populated place Netherlands NL-KVK-34200988_DWDG_NL15_651 RAIN foundation DWA environmental sustainability RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Wetlands International 2015-01-01 2015-12-31 implementing http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NL15_651 implementing - DWA Environmental Sustainability change and delivery model 2013-2015 This information will soon be available This information will soon be available This information will soon be available This information will soon be available CAP This annual plan is written by Wetlands International, on its part of engaging within the Dutch WASH Alliance (DWA) programme 2015 on achieving results on the Environmental Sustainability (E-Sus) component of its Programme. The plan describes the focus of Wetlands International‘s contribution over 2015 and allocation of the granted budget to facilitate this. INT E WASH,3R,MUS wash projects agricultural production / food security 20000.00 20000.00 43600.00 20000.00 7900.00 111500 populated place Netherlands NL-KVK-34200988_DWDG_NP12_535 RAIN foundation Rainwater harvesting for water supply RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Nepal Water for Health 2012-01-01 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP12_535 http://rsr.akvo.org/project/2285/ finished in Gorkha and Baglung NEWAH has designed WASH projects, in four VDCs, from two districts, Tanglichowk and Phinam of Gorkha district and Jaljala and Bhakunde of Baglung district. The area has been identified in close coordination with DDC’s recommendation and on the basis of community demand.The project will provide safe drinking water service,environmental sanitation and to promote good and sustainable hygiene practices. Interventions target the poorest and most vulnerable people, households and communities. This information will soon be available This information will soon be available Service delivery, Capacity building and Advocacy, in WASH sector, are the three major components to intervene in the project. Environmental Sanitation, Preventive Health, New/ improved water supply, Livelihood, Climate Change and use of GSI sensitive approach are key deliverables of the project. Financial sustainability envisioned beginning of the project with micro finance inception and tying up with O&M fund. At VDC level, savings and credit or multi purpose cooperative will be established. It will work as the local bank which provides financial services for water and sanitation promotion as well as small scale livelihood products. V- WASH CC will be the main WASH governing Institutional body to plan and manage the project. The committee will explore the possibilities and look for project sustainability as well as users voicing towards capacity and rights. Environmental sanitation with climate change issues will be addressed. The project will address basic environmental sanitation issues including promoting eco-san toilets. Similarly, climate change issues will be addressed through sensitization and capacitating the users for appropriate adaptation measures. Some IWRM related work like pond construction, spring protection will be suggested for consideration as alternatives. Locally suitable technological options provisioned in water and sanitation facilities. Proposed projects are located in hill ecological region, west side of the country. Gravity fed water supply system technology will be adapted. For sanitation, users’ choice technical options and locally available materials will be used. Social dimensions like, gender, caste, cultural barriers will be considered during the project implementation. NEWAH will use the gender, equity and social inclusive approach to address such dimensions and incorporate the needs of different disadvantage group of people. infra | Local | households | rural | infra | Local | schools | rural | capdev | Local | communities | rural | Financial sustainability : Financial sustainability envisioned beginning of the project with micro finance inception and tying up with O&M fund. At VDC level, savings and credit or multi purpose cooperative will be established. It will work as the local bank which provides financial services for water and sanitation promotion as well as small scale livelihood products. Institutional sustainability : V- WASH CC will be the main WASH governing Institutional body to plan and manage the project. The committee will explore the possibilities and look for project sustainability as well as users voicing towards capacity and rights. Environmental sustainability : Environmental sanitation with climate change issues will be addressed. The project will address basic environmental sanitation issues including promoting eco-san toilets. Similarly, climate change issues will be addressed through sensitization and capacitating the users for appropriate adaptation measures. Some IWRM related work like pond construction, spring protection will be suggested for consideration as alternatives. Technical sustainability : Locally suitable technological options provisioned in water and sanitation facilities. Proposed projects are located in hill ecological region, west side of the country. Gravity fed water supply system technology will be adapted. For sanitation, users’ choice technical options and locally available materials will be used. Social sustainability : Social dimensions like, gender, caste, cultural barriers will be considered during the project implementation. NEWAH will use the gender, equity and social inclusive approach to address such dimensions and incorporate the needs of different disadvantage group of people. 12 INF The current contract is an integral part of the proposal “Water, Health and Sanitation for Better Life”, as signed by Simavi and NEWAH on 26 February 2010, for the period 2010 - 2012. The proposal for 2012 has been developed in cooperation with the Nepal WASH Alliance and concerns an integrated programme for 2012, funded by both Simavi and RAIN Foundation. IMP T WASH wash projects agricultural production / food security Rainwater harvesting for water supply Image link 45759.00 45759 33631.00 33631 101 jars HH level 6.5m3 1 tank 20m3 communty level populated place 4 VDCs Nepal Tanglichowk and Phinam of Gorkha district and Jaljala and Bhakunde of Baglung district. NP-DH Baglung and Gorkha NL-KVK-34200988_DWDG_NP12_536 RAIN foundation 3R integration WUMP RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs HELVETAS Nepal 2012-10-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP12_536 http://rsr.akvo.org/project/2286/ finished part of WARMP The 3R WUMP module aims to mainstream the issues of recharge, retention and reuse in operational water use planning in Nepal for climate change adaptation and improved water resources management. The overall objective is to improve livelihood of women and marginalized group by improving increased access to and use of sustainable water and sanitation services and improved hygiene practices. Emphasis will be on 3R (Recharge, Retention and Reuse) and its process by incorporating 3R in the basic WUMP steps to produce a 3R WUMP module. The 3R WUMP module basically consist some additional steps, but is closely interlinked with the basic Water Use Master Plan. The 3R WUMP module will be applied in areas where the local water needs for domestic and irrigation water supply cannot be met with the currently available water resources or where the society has an overall interest to capture as much water as possible (e.g. source catchments of a major, inter VDC water supply project). This information will soon be available - Prepare 3R WUMP module with basic WUMP for Improved integrated water resources management mainstreamed with the issue of 3R; - Capacity enhancement, through intensive training, of Rain partners to apply 3R WUMP module; - pilot 3R WUMP module in one VDC + guide pilots of 3R WUMP module by two other RAIN partners - Improved access to sustainable water, sanitation and hygiene services. The 3R concept is a perspective towards up-scaling the use and management of rain-, soil- and ground water for livelihood security and climate change adaptation in a water buffer or catchment. HELVETAS Swiss Intercooperation’s existing approach focuses on planning of water resources and allocation of its use based on the decisions of local communities and governments. The organization’s experience in Nepal realizes the institutional feasibility of low cost planning adapting local resources and implementation of Integrated Water Resources Management components within administrative boundaries. The 3R system envisions something similar, albeit in a catchment or a water buffer. Incorporating the concept of 3R in water management using administrative boundaries, the proposed HELVETAS Swiss Intercooperation approach will deviate from water buffer or catchment management. However, the approach will comply with the objective of the 3R focus on climate change adaptation. This application will be on the side of no regret actions in adapting to climate change, i.e. even if the activity may not directly and effectively support climate change adaptation, it will certainly support local communities in other improvements of their livelihood. In other words, the approach aims at improving water quantity and quality within the administrative boundaries of a Village Development Committee (VDC) through the planned and managed recharge, retention and reuse of groundwater and rainwater. capdev | National | NGO staff | not applicable | lobby | Local | government officials | rural | Institutional sustainability : The 3R concept is a perspective towards up-scaling the use and management of rain-, soil- and ground water for livelihood security and climate change adaptation in a water buffer or catchment. HELVETAS Swiss Intercooperation’s existing approach focuses on planning of water resources and allocation of its use based on the decisions of local communities and governments. The organization’s experience in Nepal realizes the institutional feasibility of low cost planning adapting local resources and implementation of Integrated Water Resources Management components within administrative boundaries. The 3R system envisions something similar, albeit in a catchment or a water buffer. Environmental sustainability : Incorporating the concept of 3R in water management using administrative boundaries, the proposed HELVETAS Swiss Intercooperation approach will deviate from water buffer or catchment management. However, the approach will comply with the objective of the 3R focus on climate change adaptation. This application will be on the side of no regret actions in adapting to climate change, i.e. even if the activity may not directly and effectively support climate change adaptation, it will certainly support local communities in other improvements of their livelihood. In other words, the approach aims at improving water quantity and quality within the administrative boundaries of a Village Development Committee (VDC) through the planned and managed recharge, retention and reuse of groundwater and rainwater. 15 R-D The RAIN Foundation and HELVETAS Swiss Intercooperation have agreed to develop a 3R WUMP module that builds on the basic Water Use Master Plan approach developed and implemented by the Water Resource Management Programme of HELVETAS Swiss Intercooperation. The objective of the 3R WUMP module is to mainstream the issues of recharge, retention and reuse in operational water use planning in Nepal for climate change adaptation and improved water resources management. IMP I,E WASH,3R wash projects agricultural production / food security 3R integration WUMP Image link 57038.00 57038 3R integration in WUMP at least 3 RAIN partner organisations trained in 3R WUMP 4000 beneficiairies of 3R WUMP development at VDC level 480 people directly reached with improved water supply populated place Nepal NP-BH Dailekh NL-KVK-34200988_DWDG_NP12_541 RAIN foundation 3R approach in Salyan RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Biogas Sector Partnership Nepal 2012-10-01 2013-06-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP12_541 http://rsr.akvo.org/project/2287/ finished - The project will support selected poor communities of those catchment areas of Salyan district to provide safe drinking water service through rainwater harvesting, small scale gravity flow schemes & spring source conservation and infrastructure improvements, ground water recharge for mid hill source, rainwater and waste water harvesting for irrigation, environmental sanitation and to promote good and sustain hygiene practice. The intervention targets the poorest and most vulnerable people. BSP Nepal has proposed WASH projects to RAIN Foundation & SIMAVI including ground water recharge, spring protection/improvements, small gravity flow water supply schemes and other multiple use of rainwater to support the livelihood of the community people, in two water catchment areas of Salyan district. In Salyan one catchment fully and partly covers the 5 VDCs (Korbang Jhimpe, Triveni, Sinbang & Rim) of constituency no. 2 of Salyan district. This Catchment has five small sub catchments namely Lankinikhola, Sallekhola, Luhamkhola, Tunibot Khola and Ghurkhola. The other catchment belongs to constituency numbers 1 & 2 of the Salyan district, it covers the 6 VDCs (Kupindedha, Majhkanda, Nigalchula, Ghajaripipal, Mulkhola and Devasthal VDCs) partly and fully .The areas have been identified in close coordination with DDC, DWSS sub division office, WASH actors and community demand specially in rainwater harvesting. There are many sub-projects under each water catchment level project. Activities - Outputs / Deliverables - Finishing date Coordination - Meeting - June 2013 Preparation - Questionnaire survey, Contract with local NGO’s- April 2013 Implementation- 58 HH and 2 Institutional/Community RWH systems installed - June 2013 Training - RWH and sanitation mason User and operation and maintenance - June 2013 - Improving access to quantity and quality water supply (mostly rainwater) and sanitation infrastructures, ground water recharge, improving personal hygiene, and improving domestic/ environmental sanitation situation particularly focusing children, women, poor, marginalised, community in remote area. - Enhancing cso's and local government bodies to manage, operate and maintain wash schemes in a sustainable way. - Advocacy/influencing at local level - Develop entrepreneurship skills BSP- Nepal already has experience working with Micro financing Institution in the implementation of rainwater harvesting program in different district. This knowledge and outcome will be replicated in this project site also for the financial sustainability. For effective implementation of the project, partnerships will be build up with existing institutions else new institutions especially in implementation of micro-financing, after sales service will be set up; existing institutes such as village community be capacitated for planning. BSP will work in partnership with government, public &private organization aiming towards achieving common goals of sustainable use of water and sanitation program; their involvement is ensured in the identification of sites, selection of users and trainees for masons to construct RWHS and biogas systems; Along with environmental sanitation the program also aims at addressing issues on climate change. Besides this the RAIN programs aims at conducting multiple Use system (MUS) activities such as use of waste water, slurry of biogas for productive purposes. RWHs and biogas together with drip irrigation will be the interventions in the project, indigenous knowledge will be exercised in developing and modifying improvements of these technologies Rain water harvesting program will be implemented with focus on gender and social equity. Users group with 33% women and marginal group representation will be encouraged to empower women in development program. For ascertaining economic benefits income generation opportunities will be explored; sustainability of the systems will be assured with the provision f necessary trainings of the users and local service providers. infra | Local | households | rural | infra | Local | schools | rural | capdev | Local | private sector actors | rural | Financial sustainability : BSP- Nepal already has experience working with Micro financing Institution in the implementation of rainwater harvesting program in different district. This knowledge and outcome will be replicated in this project site also for the financial sustainability. Institutional sustainability : For effective implementation of the project, partnerships will be build up with existing institutions else new institutions especially in implementation of micro-financing, after sales service will be set up; existing institutes such as village community be capacitated for planning. BSP will work in partnership with government, public &private organization aiming towards achieving common goals of sustainable use of water and sanitation program; their involvement is ensured in the identification of sites, selection of users and trainees for masons to construct RWHS and biogas systems; Environmental sustainability : Along with environmental sanitation the program also aims at addressing issues on climate change. Besides this the RAIN programs aims at conducting multiple Use system (MUS) activities such as use of waste water, slurry of biogas for productive purposes. Technical sustainability : RWHs and biogas together with drip irrigation will be the interventions in the project, indigenous knowledge will be exercised in developing and modifying improvements of these technologies Social sustainability : Rain water harvesting program will be implemented with focus on gender and social equity. Users group with 33% women and marginal group representation will be encouraged to empower women in development program. For ascertaining economic benefits income generation opportunities will be explored; sustainability of the systems will be assured with the provision f necessary trainings of the users and local service providers. 9 INF Project in 2 VDC's in Salyan. The activity will be undertaken together with two local NGOs: - Mid West Youth Unification Centre (MYUC Nepal) and People’s Awareness for Rural Development Centre (PARD Nepal). IMP E,T WASH,3R,MUS wash projects agricultural production / food security 3R approach in Salyan Image link 20000.00 40460.00 4189.12 64649.12 75 HH Level RWH system 2 Institutional RWH systems Sanitation & Hygiene Awareness Program/Trainings at catchme 2 RWH masons training 75 toilets installed type :rooftop | level : household | storage: tan.ferr.rt Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached type :rooftop | level : school | storage: tan.ferr.rt Number of systems Volume for domestic use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached type :- | level : - | storage: - populated place Korbang Jhimpe & Ghajaripipal VDCs Nepal Mid western region NP-RA Salyan NL-KVK-34200988_DWDG_NP12_542 RAIN foundation 3R approach in Salyan RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Biogas Sector Partnership Nepal 2012-12-13 2014-12-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP12_542 http://rsr.akvo.org/project/2288/ finished Additional implementation of rainwater harvesting systems BSPN's objective is to bring substantial positive changes in the lives of Nepali people in the greatest need by: • Improving access to quantity and quality water supply (mostly rainwater) and sanitation infrastructures, ground water recharge, improving personal hygiene, and improving domestic/ environmental sanitation situation particularly focusing children, women, poor, marginalised, community in remote area. This proposal is in line with the earlier proposal submitted for the same period 2012-2013. The proposal is developed for addressing the water, sanitation and hygiene issues of the rural areas of selected villages in Salyan - Korbang Jhimpe, Ghajaripipal and Kupindedaha. The focus is on enabling access to water for drinking, domestic use, operating biogas and micro irrigation. The project has targeted its intervention to the poorest and most vulnerable people, households and communities which has difficult access for drinking water. The project assumes to improve quality of life of those villages and same time enhance entrepreneurship skill for sustainability of the FIETS approach. HH Level RWH system ( Subsidy & User's Training+Supervision & Monitoring Costs) Institutional /Communal RWH ( Subsidy & User's Training+Supervision & Monitoring Costs) Support for drip irrigation, plastic ponds & other appropriate low cost technologies Integrating Biogas User's training Training on use of Slurry for income generation • Enhancing community’s and sector supporting agencies (civil society organization and local government body) to manage, operate and maintain water supply and sanitation scheme or other built up infrastructures in a sustainable way. • Engaging sector advocacy/influencing in local level. • Enhanced dignity through entrepreneurship skill BSP- Nepal already has experience working with Mirco financing Institution in the implementation of rainwater harvesting program in different district. This knowledge and outcome will be replicated in this project site also for the financial sustainability. for effective implementation of the project, partnerships will be build up with existing institutions else new institutions especially in implementation of micro-financing, after sales service will be set up; existing institutes such as village community be capacitated for planning Along with environmental sanitation the program also aims at addressing issues on climate change. Besides this the RAIN programs aims at conducting multiple Use system (MUS) activities such as use of waste water, slurry of biogas for productive purposes. RWHs and biogas together with drip irrigation will be the interventions in the project, indigenous knowledge will be exercised in developing and modifying improvements of these technologies Rain water harvesting program will be implemented with focus on gender and social equity. Users group with 33% women and marginal group representation will be encouraged to empower women in development program. For ascertaining economic benefits income generation opportunities will be explored; sustainability of the systems will be assured with the provision f necessary trainings of the users and local service providers. infra | Local | households | rural | Financial sustainability : BSP- Nepal already has experience working with Mirco financing Institution in the implementation of rainwater harvesting program in different district. This knowledge and outcome will be replicated in this project site also for the financial sustainability. Institutional sustainability : for effective implementation of the project, partnerships will be build up with existing institutions else new institutions especially in implementation of micro-financing, after sales service will be set up; existing institutes such as village community be capacitated for planning Environmental sustainability : Along with environmental sanitation the program also aims at addressing issues on climate change. Besides this the RAIN programs aims at conducting multiple Use system (MUS) activities such as use of waste water, slurry of biogas for productive purposes. Technical sustainability : RWHs and biogas together with drip irrigation will be the interventions in the project, indigenous knowledge will be exercised in developing and modifying improvements of these technologies Social sustainability : Rain water harvesting program will be implemented with focus on gender and social equity. Users group with 33% women and marginal group representation will be encouraged to empower women in development program. For ascertaining economic benefits income generation opportunities will be explored; sustainability of the systems will be assured with the provision f necessary trainings of the users and local service providers. 19 INF extra budget for extra implementation. Content-wise there is no difference with DWDG_NE12_541 IMP E,T WASH,3R,MUS wash projects agricultural production / food security 3R approach in Salyan Image link 84537.00 84537 86401.04 86401.04 55 household rainwater harvesting tanks training of masons and user committees 2 institutional level rainwater harvesting tanks populated place Salyan Nepal Salyan Districts, Villages: Korbang Jhimpe, Ghajaripipal and Kupindedaha NL-KVK-34200988_DWDG_NP13_514 RAIN foundation Piloting the 3R approach RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Nepal Water for Health 2013-02-01 2015-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP13_514 http://rsr.akvo.org/project/2289/ finished in disadvantaged areas of Gorkha district, Nepal The proposed 3R projects will be implemented in Tanglichowk Village Development Committee (VDC). In addition to a complete catchment and hydrologic assessment of these catchments Rainwater Jars have been previously surveyed and are proposed by NEWAH to be constructed. Additionally the community has requested rainwater harvesting jars in additional VDC's outside the proposed 3R catchments: in Phinam, Masel and Nareswor VDCs as well as some parts of Gorkha Municipality. Most of the project communities are situated in the rural and remote locations. Majority of land area is covered with rocky hills. The altitude of these VDCs ranges from 1000m to 1700m meters. The settlement of the community is scattered with sloppy terrains. Most of the houses are made of mud mortar with slate roofing and very few with dry grasses. The community is inhabited by various castes and ethnicity with lower castes. Nepali is the main language of the community for communication. Agriculture is the main occupation for majority of people in the project areas. Some male people use to go India for labor because their own production from agriculture is not enough for them for the whole year. In Nareswor, Tanglichok and Masel VDCs the proposed interventions are all located high in the catchment along ridge lines. The water sources below these areas are currently unprotected traditional sources and as such there is also considerable potential for contamination. 1. High Catchment Intervention (Decentralised Household Scale) 2013 and 2014– Stage I: Implementation of RWH jars for household use and at community level (Masel, Phinam, Nareswor, Gorkha Municipality, Tanglichowk) 2014 – Stage II: MUS Expansion of RWH for livelihood uses (3R Catchments only) 2015 – Stage III: Monitoring and evaluation of optimised RWH systems 2. Mid-Low Catchment Intervention (Centralised Community-Scale) – Tanglichok 3R Catchments 2013 – Stage I: Implementation of Gravity-flow systems/springs (Simavi) 2014 – Stage II: Upstream MUS expansion of RWH through sub-surface storage and decentralised 3R catchment initiatives (RAIN Foundation) 2015 – Stage III: Monitoring and evaluation of community-scale systems 3. Catchment-Scale Intervention (Decentralised Catchment-scale): piloting the 3R-WUMP module in Tanglichok 3R Catchments 2013 – Stage I: Hydrologic Monitoring and Modelling, 3R Opportunity mapping 2014 – Stage II: Implementation of catchment-wide recharge and retention 2015 – Stage III: Monitoring and Evaluation of project and development of Draft 3R Catchment Methodology. Piloting the 3R approach/ Supporting local government mechanisms for effective 3R approach to WASH planning and delivery/ Strengthening the community capacity to manage, operate and maintain WASH systems in a sustainable way/ Improving knowledge and basic understanding of catchment processes within the target community/Enhancing community realisation of their potential to undertake other development opportunities/ Creating a stronger research position to refine 3R approach in a Nepali context. Financial sustainability will be promoted at the VDC level through establishing or linking with existing savings and credit cooperatives if available. NEWAH shall promote the use of micro-finance for within the intervention area and conduct workshops with the community to promote it's use. Throughout the project, NEWAH will facilitate and provide linkages between the community and micro-finance institutions as well as biogas providers. Due to the potential for income generating activities, NEWAH will conduct training on micro-finance within the target community and link with local savings and credit groups. Initial 'seed' capital of RS 100,000 has been reflected in the budget to 'kick-start' existing savings and credit groups within the target catchment area. Within the target catchments the VDC V-WASH CC will be the main WASH governing Institutional body to plan and manage the project. NEWAH will also facilitate linkages between the WSUC and the district level Federation of Drinking water and sanitation users Network (FEDWASUN) so that beneficiaries have a sustainable institutional mechanism for raising future concerns. Institutional training is provided to the WSUC through NEWAHs existing processes in addition to biannual support visits for a period of two (2) years post-construction. This visit also develops the capacity of the community and provides refresher training to WSUCs if required. NEWAH will work in partnership with Water and Sanitation Users Committee (WSUC) and local government WASH structures such as Village Water Supply Sanitation and Hygiene Coordination Committee (V-WASH CC) to provide and promote drinking water services as well as facilitate awareness and education programs. The WSUC will be responsible to mobilise the local communities during the training. They will be involved in managing the local materials like sand, aggregate and stone collection for water supply structure construction and keeping records of all the construction materials received at project site and expenditure made at the project level. Through the retention and recharge of peak flow runoff, anthropogenic erosion will be decreased reducing impacts on downstream aquatic ecosystems. Revegetation, if proposed, will be conducted in a manner conducive to promoting ecosystem biodiversity. Through proposed education the community will have a greater understanding of natural catchment processes contributing to improved community management practices and improved environmental health. An initial site visit to the intervention catchment will be conducted and catchment areas delineated. The purpose of the initial investigation will be to gather context and scope potential locations for runoff monitoring equipment and rainfall gauges. NEWAH will liaise with BSP to apply their developed Area Selection Tool to the catchment to confirm the catchment is appropriate for a 3R pilot. Specific 3R intervention measures will not be known until a catchment assessment and hydrologic modelling is complete but may include decentralised measures such as: • Erosion prevention and slope stabilization • Revegetation to improve infiltration and/or soil water retention • Terracing, bunds or eyebrow pits construction to promote infiltration. • Sub-surface infiltration measures Proposed technical solutions will be context-appropriate and utilise sustainable, locally available materials wherever possible. The use of nominated community members for hydrologic monitoring ensures a level of sustainable technical knowledge is retained within the community. The use of local community labour in construction ensures that beneficiaries have not only an understanding of system construction but take ownership in their asset. Training in system operation and maintenance ensures that infrastructure will be sustainable and managed effectively by the intervention community. However, as 3R approach is new for NEWAH and communities, NEWAH staff may face challenges on applying the suitable technologies in the field which shall be communicated to BSP Nepal and RAIN and support and suggestions will be sought. Rainfall/Runoff Monitoring: Daily rainfall and runoff data will be monitored from April 2013 until September 2015, rainfall guage/s will be located as close to the catchment centroid as possible and runoff monitoring locations will be selected based on a compromise of optimum locations for both data collection for model validation, and post-construction quantitive comparison. Sub-daily runoff and rainfall measurements will be collected for a number of storm events to allow model calibration and validation. A monitoring database and internal NEWAH processes for data collection and storage will be developed to ensure accurate and regular collection of data by regional office staff. Runoff monitoring will occur at both catchment outfalls, as well as small (1 – 2 ha) agricultural and forested catchments within both intervention catchment to aid in model calibration. It has been assumed that runoff measurement at outfall will occur through the construction of concrete flumes, and runoff measurements of small catchments by rectangular or v-notch weirs, and this has been reflected in the budget. Detailed Catchment and Agricultural Survey: A detailed catchment and socio-economic survey will be conducted in order to provide hydrogeologic data, a demographic and agricultural profile and to ground-truth land-use/vegetation data and catchment topography. On site constraints and landowner boundaries will be mapped in addition to on-site soil infiltration testing. Hydrologic Model Selection, Setup, Calibration and Validation: An appropriate hydrologic model for the catchments will be selected and a model constructed. Following final wet-season precipitation in October, modelling calibration and validation will occur and a coarse water-balance model will be developed to provide temporal context on water surplus and deficit. The standard NEWAH approach actively includes groups disadvantaged by gender, caste and religion, and a Gender and Social Inclusion (GESI) approach during planning, capacity building and paid job opportunities will be used. An accessible and equitable water supply systems increases social well-being as less time is spent on water collection by girls and women, resulting in an increased enrollment in schools. A safe water supply system reduces instances of easily preventable disease reducing the financial burden of sickness and improving social harmony. In order to ensure community participation and to build trust, monitoring will be undertaken by intervention community and recorded manually for monthly entry by NEWAH's PME team. Monitoring equipment will also be installed in a participatory manner utilizing local labour and materials when possible. infra | Local | households | rural | infra | Local | schools | rural | infra | Local | health centers | rural | capdev | District | government officials | rural | Financial sustainability : Financial sustainability will be promoted at the VDC level through establishing or linking with existing savings and credit cooperatives if available. NEWAH shall promote the use of micro-finance for within the intervention area and conduct workshops with the community to promote it's use. Throughout the project, NEWAH will facilitate and provide linkages between the community and micro-finance institutions as well as biogas providers. Due to the potential for income generating activities, NEWAH will conduct training on micro-finance within the target community and link with local savings and credit groups. Initial 'seed' capital of RS 100,000 has been reflected in the budget to 'kick-start' existing savings and credit groups within the target catchment area. Institutional sustainability : Within the target catchments the VDC V-WASH CC will be the main WASH governing Institutional body to plan and manage the project. NEWAH will also facilitate linkages between the WSUC and the district level Federation of Drinking water and sanitation users Network (FEDWASUN) so that beneficiaries have a sustainable institutional mechanism for raising future concerns. Institutional training is provided to the WSUC through NEWAHs existing processes in addition to biannual support visits for a period of two (2) years post-construction. This visit also develops the capacity of the community and provides refresher training to WSUCs if required. NEWAH will work in partnership with Water and Sanitation Users Committee (WSUC) and local government WASH structures such as Village Water Supply Sanitation and Hygiene Coordination Committee (V-WASH CC) to provide and promote drinking water services as well as facilitate awareness and education programs. The WSUC will be responsible to mobilise the local communities during the training. They will be involved in managing the local materials like sand, aggregate and stone collection for water supply structure construction and keeping records of all the construction materials received at project site and expenditure made at the project level. Environmental sustainability : Through the retention and recharge of peak flow runoff, anthropogenic erosion will be decreased reducing impacts on downstream aquatic ecosystems. Revegetation, if proposed, will be conducted in a manner conducive to promoting ecosystem biodiversity. Through proposed education the community will have a greater understanding of natural catchment processes contributing to improved community management practices and improved environmental health. An initial site visit to the intervention catchment will be conducted and catchment areas delineated. The purpose of the initial investigation will be to gather context and scope potential locations for runoff monitoring equipment and rainfall gauges. NEWAH will liaise with BSP to apply their developed Area Selection Tool to the catchment to confirm the catchment is appropriate for a 3R pilot. Specific 3R intervention measures will not be known until a catchment assessment and hydrologic modelling is complete but may include decentralised measures such as: • Erosion prevention and slope stabilization • Revegetation to improve infiltration and/or soil water retention • Terracing, bunds or eyebrow pits construction to promote infiltration. • Sub-surface infiltration measures Technical sustainability : Proposed technical solutions will be context-appropriate and utilise sustainable, locally available materials wherever possible. The use of nominated community members for hydrologic monitoring ensures a level of sustainable technical knowledge is retained within the community. The use of local community labour in construction ensures that beneficiaries have not only an understanding of system construction but take ownership in their asset. Training in system operation and maintenance ensures that infrastructure will be sustainable and managed effectively by the intervention community. However, as 3R approach is new for NEWAH and communities, NEWAH staff may face challenges on applying the suitable technologies in the field which shall be communicated to BSP Nepal and RAIN and support and suggestions will be sought. Rainfall/Runoff Monitoring: Daily rainfall and runoff data will be monitored from April 2013 until September 2015, rainfall guage/s will be located as close to the catchment centroid as possible and runoff monitoring locations will be selected based on a compromise of optimum locations for both data collection for model validation, and post-construction quantitive comparison. Sub-daily runoff and rainfall measurements will be collected for a number of storm events to allow model calibration and validation. A monitoring database and internal NEWAH processes for data collection and storage will be developed to ensure accurate and regular collection of data by regional office staff. Runoff monitoring will occur at both catchment outfalls, as well as small (1 – 2 ha) agricultural and forested catchments within both intervention catchment to aid in model calibration. It has been assumed that runoff measurement at outfall will occur through the construction of concrete flumes, and runoff measurements of small catchments by rectangular or v-notch weirs, and this has been reflected in the budget. Detailed Catchment and Agricultural Survey: A detailed catchment and socio-economic survey will be conducted in order to provide hydrogeologic data, a demographic and agricultural profile and to ground-truth land-use/vegetation data and catchment topography. On site constraints and landowner boundaries will be mapped in addition to on-site soil infiltration testing. Hydrologic Model Selection, Setup, Calibration and Validation: An appropriate hydrologic model for the catchments will be selected and a model constructed. Following final wet-season precipitation in October, modelling calibration and validation will occur and a coarse water-balance model will be developed to provide temporal context on water surplus and deficit. Social sustainability : The standard NEWAH approach actively includes groups disadvantaged by gender, caste and religion, and a Gender and Social Inclusion (GESI) approach during planning, capacity building and paid job opportunities will be used. An accessible and equitable water supply systems increases social well-being as less time is spent on water collection by girls and women, resulting in an increased enrollment in schools. A safe water supply system reduces instances of easily preventable disease reducing the financial burden of sickness and improving social harmony. In order to ensure community participation and to build trust, monitoring will be undertaken by intervention community and recorded manually for monthly entry by NEWAH's PME team. Monitoring equipment will also be installed in a participatory manner utilizing local labour and materials when possible. 34 R-D - Implementing 3R + WUMP approach in 2 sub catchments. - Construction of household rwh systems (jars) in additional localities - collaboration with Simavi and with Engineers Without Borders - multi-year project IMP I,E,T WASH,3R,MUS wash projects agricultural production / food security Piloting the 3R approach Image link 169857.00 169857 8 community level RWH infra of 20m3 122 household level RWH infra of 6m3 Hydrologic Monitoring and Modelling, 3R Opportunity mapping Upstream MUS expansion of RWH through sub-surface storage Formation + training of 61 people in 3 water user commiteesc type :rooftop | level : household | storage: tan.jar.rt Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached type :rooftop | level : school | storage: tan.ferr.rt Number of systems Volume for domestic use in m3 Number of women reached Number of women reached Number of girls reached Number of boys reached type :rooftop | level : health | storage: tan.ferr.rt Number of systems Volume for domestic use in m3 Number of women reached type :surface runoff | level : community | storage: pon.cem.sr populated place Tanglichowk VDC, Nareswor VDC, Masel VDCs, Gorkha Municipality Nepal Two subcatchments of Tanglichowk VDC and household interventions in Nareswor and Masel VDCs NP-DH Baglung NL-KVK-34200988_DWDG_NP13_516 RAIN foundation Demonstrating MUS of RWH in Surkhet RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Environment and Public Health Organisation Resource centres on Urban Agriculture and Food security 2013-04-01 2014-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP13_516 http://rsr.akvo.org/project/2290/ finished retention, re(use) of rainwater + reduce, recycle, reuse of waste(water) The project areas selected for the proposal are Birendranagar Municipality, Janajyotee Higher Secondary School (Junior Technician in Agriculture-JTA School) of Badhichaur and Neta VDC, in Surkhet District. The development of rain water harvesting and 5R demonstration systems in the municipality and school premises is seen to be very effective for creating awareness and sensitizing a bigger mass of this region. In Neta VDC, 30 households will acquire RWH for MUS systems. Birendranagar Municipality (BM) is a regional headquarter of Mid-Western Development Region. Community people visit for any governmental legal work; the public from other districts in the region too come here for government administrative service. The visitors of this region will get chance to learn more about RWH and productive reuse; thus the municipality building itself becomes a showcase for RWH and productive reuse. Janajyotee Higher Secondary School has more than 1500 students and is located at Badhichaur village, 20 KM away from BM. It is a training centre for junior technician in agriculture (JTA). The establishment of a RWH demo site in the school will help provide sufficient water for school community, integrated with sanitation and re-use system, and will be developed as a show-case of MUS. Neta VDC is 36 KM from BM. The water situation is grim: people here do not have access to sufficient pipe water for drinking and are compelled to use river water for drinking purpose. Construction of demonstration sites, construction of household level RWH for MUS systems, training on rwh and productive reuse, promotion and lobby of RWH for MUS, stimulation of microfinance for household level systems. •Increase awareness on 5R (Recharge, retention and Re-use with reduce, recycle and productive reuse of water and waste) at community and institutions level •Implement pilot to showcase of 5R component: recharge, retention, and productive reuse of rainwater and reduce, re-use and recycle of waste water and solid wastes •Partnership with other WASH Alliance member and local institutions for technology transfer and capacity development in rain water harvesting and 5R As the target group belong to lowest economic strata, self investment is not possible. A small subsidy will be provided and the gap will be met through microfinance. The microfinance facility will be provided in coordination with Environment Development Society for installation of rain water harvesting at household level. To enable repayment of the loan will be made possible through income generation from the productive use of waste water and waste. The monitoring of fund flow will be monitored by RHCC-BSPN. The project will be implemented in coordination with the Municipality in case of the rainwater harvesting integrated with 5R demonstration in Birendra Municipality. The project in Janajyotee Higher Secondary School will be carried out in partnership with the School Management committee. The interventions in Neta VDC will be carried out in co-ordination with the VDC and the community. Fostering the adoption of the 5R approach, we believe, will enable access to water primarily for drinking and it multiple use at the household level twill support in improving sanitation and food security through vegetable farming using efficient micro irrigation. These will contribute to enhancing health, environment and economic status of the community people. The revolving fund will be prepared collecting 10% equivalent costs of hardware construction form community/institutions and the fund will be used for the operation and maintenance in the long run. Users will be trained on minor operation and maintenance and effective use of water, sustainable sanitation, hygiene behavior, livelihood enhancement through productive reuse. The project will be monitoring at regular intervals to ensure smooth implementation and build the confidence of the users. The homogenous community of 30 households is comprised of indigenous people with very low income. infra | Local | households | rural | infra | District | other institutions | urban | infra | District | schools | peri-urban | capdev | District | schools | peri-urban | capdev | Local | households | rural | lobby | District | government officials | urban | lobby | District | schools | peri-urban | Financial sustainability : As the target group belong to lowest economic strata, self investment is not possible. A small subsidy will be provided and the gap will be met through microfinance. The microfinance facility will be provided in coordination with Environment Development Society for installation of rain water harvesting at household level. To enable repayment of the loan will be made possible through income generation from the productive use of waste water and waste. The monitoring of fund flow will be monitored by RHCC-BSPN. Institutional sustainability : The project will be implemented in coordination with the Municipality in case of the rainwater harvesting integrated with 5R demonstration in Birendra Municipality. The project in Janajyotee Higher Secondary School will be carried out in partnership with the School Management committee. The interventions in Neta VDC will be carried out in co-ordination with the VDC and the community. Environmental sustainability : Fostering the adoption of the 5R approach, we believe, will enable access to water primarily for drinking and it multiple use at the household level twill support in improving sanitation and food security through vegetable farming using efficient micro irrigation. These will contribute to enhancing health, environment and economic status of the community people. Technical sustainability : The revolving fund will be prepared collecting 10% equivalent costs of hardware construction form community/institutions and the fund will be used for the operation and maintenance in the long run. Users will be trained on minor operation and maintenance and effective use of water, sustainable sanitation, hygiene behavior, livelihood enhancement through productive reuse. The project will be monitoring at regular intervals to ensure smooth implementation and build the confidence of the users. Social sustainability : The homogenous community of 30 households is comprised of indigenous people with very low income. 18 R-D Demonstration sites at Birendranagar Municipality (regional headquarter of Mid-Western Development Region), at Janajyotee Higher Secondary School and implementation of RWH for MUS with household systems in Neta VDC. For demo-sites: collaboration with RUAF on urban agriculture, and on integration of RWH with sanitation and re-use system. For village implementation: collaboration with Environment Development Society (EDS) on micro-financing of RWH systems. IMP E,T WASH,MUS,FSEC wash projects agricultural production / food security Demonstrating MUS of RWH in Surkhet Image link 5160.00 2700.00 31822.00 1827.00 4526.00 3938.00 23741.00 73714 6102.00 25793.00 31895 2 demonstration sits at community level 30 household RWH for MUS sytems type :rooftop | level : household | storage: tan.jar.rt Number of systems Volume for domestic use in m3 Volume for productive use in m3 Number of women reached Number of women reached type :rooftop | level : school | storage: tan.ferr.rt Number of systems type :rooftop | level : other | storage: tan.ferr.rt Number of systems populated place Birendranagar Municipality, Badhichaur village and Neta VDC Nepal Neta VDC: 82.8863897,28.4793318 Badichaur village: ? cannot find map NP-BH Surkhet District NL-KVK-34200988_DWDG_NP13_534 RAIN foundation Joint activities 2013 Nepal WASH alliance RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Lumanti Support Group for Shelter Advisers on urban environment and development ICCO 2013-01-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP13_534 http://rsr.akvo.org/project/2291/ finished - RAIN supports the Nepal WASH Alliance (NWA) by contributing to joint activities of the NWA and by contributing to the functioning of the NWA country coordinator. This information will soon be available Regular Coordination meeting 4-6 times a year Progress sharing seminar of NWA to sector stakeholders Meetings with governmental partners and other stakeholders, Workshop on social sustainability /communucation to develop GESI guideline Capacity enhancement & alliance building ToT on WASH ( social trainer ) to field based staffs of partner organizations to be organized jointly ToT on WASH (technical)to field based technical staffs of partner organizations to be organized jointly Refresher training to LLB & other masons who can be up graded IEC materials & sani kit for mass awareness campaigns and trainers Contribution to sanitation campaigns & events on regional & national levels : World water day, World Toilet day,National sanitation week, world handwashing day Follow up visit of CC in project sites of NWA Learning , knowledge Sharing & advocacy Review workshops of planning & reporting Participation & sharing in NECOSAN & SACOSAN Workshop on "Concept & Vision of NWA beyond 2015" Workshop PME regular coordination meetings; capacity enhancement & alliance building; promotion and lobby & advocacy; learning, knowledge & sharing capdev | National | NGO staff | not applicable | capdev | District | government officials | not applicable | lobby | National | government officials | not applicable | This information will soon be available 12 L-P This is a financial contribution from RAIN Foundation to the proposal Joint Activities Costs carried out by Lumanti, with main contract holder WASTE as being the Country Lead organisation of the Dutch WASH Alliance programme in Nepal. WASTE will be responsible for all financial control, quality of the activities and time management. Revisions in the contract will be the main responsibility of WASTE and will be made in consultation with the responsible programme officer of the RAIN Foundation. INT I WASH wash projects agricultural production / food security Joint activities 2013 Nepal WASH alliance Image link 57645.00 57645 6 coordination meetings 3 workshops on alliance wide themes (GESI, technical WASH) IEC Materials developed visits of CC to NWA partners populated place Kathmandu Nepal NP-BA NL-KVK-34200988_DWDG_NP13_538 RAIN foundation Support to RHCC and 3R WUMP development RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs MetaMeta 2013-04-08 2013-07-19 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP13_538 http://rsr.akvo.org/project/2292/ finished - MetaMeta,, as close partner of RAIN within the 3R consortium, was asked to - support the RHCC to write up the multi annual activity plan within the Dutch WASH Alliance program (2013-2015) and to develop a multi year strategy (beyond the Dutch WASH Alliance program). - support Helvetas SI in developing and operationalising the 3R WUMP modules. RAIN has been working in Nepal since 2004 on rain water harvesting implementation through different partners. Since 2006, a ‘rainwater harvesting capacity centre’ (RHCC) was established. The RHCC is hosted by BSP – Nepal. After 7 years of collaboration between RAIN and the RHCC, a new multi-year strategy and activity plan are needed for the RHCC. Metameta will provide guidance in the process of developing those. 3R being one of the main pillars of RAINs strategy for the upcoming years, first steps have been made in 2011 and 2012 to introduce the catchment approach and 3R methodology to Nepal. Several partners are taking up the 3R approach in their upcoming RAIN supported implementation projects and Helvetas SI Nepal has been engaged to develop a 3R-module to incorporate it within its own water planning tool (WUMP).Metameta will provide support to ensure the 3R thinking is well reflected and taken up in the WUMP. 1. Develop a multi year strategy (in collaboration with RHCC):  1.1. Determining the strategic positioning of the RHCC (a) related to the Nepali (decentralised) RWH context and the Nepali WASH sector and (b) in light of the DWA/NWA activities and given time framework  1.2. Identifying needed activities and potential (additional) parties to operationalise this vision  1.3. Identifying possible strategic partnerships and possible funders to realise the envisioned ambitions 2. Seek collaboration with Han Heijnen  2.1. provide insight in the plans of national policy on implementation of RWH on a decentralised level  2.2. advise RAIN and the RHCC on how to practically respond to this/ get involved 3. Support RHCC to write up the multi annual activity plan within the WASH program (2013-2015) 4. Support Helvetas in developing and operationalising the 3R WUMP module  4.1. content-wise input on document (module)  4.2. active contribution to training development and participation in training  4.3. document the trainings - write up lessons learned.  4.4. give back-stopping assistance during set-up and implementation of pilots  4.5. provide recommendations on follow-up training in Nepal, and outscaling towards other countries Determining the strategic positioning of the RHCC (a) related to the Nepali (decentralised) RWH context and the Nepali WASH sector and (b) in light of the DWA/NWA activities and given time framework through Supporting Helvetas in developing and operationalising the 3R WUMP module is needed to make sure the 3R thinking is well represented in the WUMP. capdev | National | NGO staff | not applicable | This information will soon be available 3 CAP assistance to RHCC with regards to strategy formulation and drawing up year plan 2013 intensive coaching and support to Helvetas Nepal in WUMP 3R development, and training facilitation INT I,E 3R wash projects agricultural production / food security Support to RHCC and 3R WUMP development Image link 11950.00 11950 11950.00 11950 Training module WUMP with 3R approach integrated Note providing insight on national policy Zero draft multi year strategic “living” document RHCC Multi annual activity plan RHCC Training report3R WUMP populated place Nepal NL-KVK-34200988_DWDG_NP13_544 RAIN foundation Study on outcomes micro-credit for RWH RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs RAIN foundation 2013-05-01 2013-12-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP13_544 http://rsr.akvo.org/project/2293/ finished Identifying the potential of productivity loan for RWH in Nepal This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available 8 R-D Study in collaboration with Anup Basnet and Frederik Claasen to further develop the current micro-finance set-up of BSP-Nepal. Supported by WASTE. INT F,I,E MUS,BDEV wash projects agricultural production / food security Micro-finance for RWH Image link 661.00 181.00 175.00 1017 661.00 181.00 175.00 1017 populated place Nepal NL-KVK-34200988_DWDG_NP14_573 RAIN foundation Upscaling Micro-Finance and RWH RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs RAIN foundation 2014-01-01 2014-06-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP14_573 http://rsr.akvo.org/project/2294/ finished Through public-private partnerships This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available 6 R-D Supporting and coodinating the development of a consortium and proposal for a micro-finance loan for productive use of rainwater IMP F,I,E WASH,MUS,BDEV,FSEC wash projects agricultural production / food security Upscaling Micro-Finance and RWH Image link 1377.00 1377 populated place Nepal NL-KVK-34200988_DWDG_NP14_586 RAIN foundation WUMP+3R implementation and monitoring RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs HELVETAS Nepal 2014-05-01 2015-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP14_586 http://rsr.akvo.org/project/2295/ finished - 1. Implementation of WUMP + 3 R Schemes 2. Capacity enhancement at NWA level 3. Capacity enhancement at local level 4. Monitoring and documentation The results of the piloting WUMP + 3R are promising for the better management of water resources and make communities more resilience to climate change adaptation. As WUMP + 3R (master plan) includes short term and long term plan for the implementation of water schemes (drinking water and sanitation, irrigation, energy etc.) and associated 3R measures, HELVETAS and RAIN realized necessity of follow up activities. - Follow up monitoring of the WUMP +3R approach by HELVETAS Nepal, BSP Nepal and NEWAH - Technical back stopping to RAIN partners to apply WUMP+3R approach. - Additional implementation of 3R water schemes in WUMP + 3R piloted VDC by HELVETAS in Dailekh with special focus on 3R measures - Reaching out to the Nepali water sector in order to validate with and inform stakeholders on WUMP+3R The activities planned for the year 2014/15 will focus on following areas: i) support the WUMP+ 3R pilot VDCs for the implementation of water schemes with especial focus on 3R measures ii) Conduct training for NWA partners to apply WUMP+ 3R iii) Organize sharing event among different stakeholders in the water sector iv) Provide technical backstopping (coaching and monitoring) to Rain partners to apply WUMP +3R v) Conduct training for V-WASH-CC members to implement WUMP+3R schemes vi) Conduct follow up activities and document WUMP +3R learning through monitoring Local communities make use of improved access to drinking water or irrigation by adopting effective water resources management and 3R measures in Dailekh. Different stakeholders in the water sector are aware and accept the validity of the WUMP+3R approach. NWA partners are capacitated to apply WUMP +3R approach. RAIN partners BSP Nepal and NEWAH in particular are intensively monitored and coached by HELVETAS in the application of WUMP+3R. Learning is documented through process-monitoring infra | Local | communities | rural | capdev | National | NGO staff | not applicable | lobby | District | government officials | rural | This information will soon be available 31 CAP follow up of WUMP3R pilot phase: - additional implementation by HELVETAS - coaching by HELVETAS of RAIN partners BSP and NEWAH - local level stakeholder capacity development in 4 VDCs - process monitoring and documentation - capacity development on WUMP3R at NWA level - sharing and validation among larger water sector INT,IMP I,E,T,S WASH,3R wash projects agricultural production / food security Plantation in Banshpani 3R Scheme Image link 82762.00 82762 79922.00 79922 training sessions on WUMP+3R 52 RWH jars 50 soil cement ponds for rooftop collection 5 road water harvesting ponds 12 other 3R schemes (retention ponds, source conservation, . populated place Nepal Dailekh District NL-KVK-34200988_DWDG_NP14_606 RAIN foundation Joint Activities NWA 2014 RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Lumanti Support Group for Shelter Simavi ICCO 2014-01-01 2015-12-31 finalising http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP14_606 http://rsr.akvo.org/project/2296/ finalising - The NWA gathers 12 Nepali organisations. To streamline their activities unedr the WASH Alliance, and to provide a learning platform, the country coordinator, in close consultation with the Steering Committtee of the NWA and with the Country Group of the DWA has defined a joint activity programme for 2014 This information will soon be available Regular Coordination meeting ( 4-6 times a year) Workshop/training on" Business model & WASH sustainbility " Regional workshop on Menstrual Hygiene Workshop on PME , FLOW & outcome monitoring 2014 Post ODF Study Matching fund for Joint Sector Review jointly review progress of the NWA learn and exchange jointly plan the next project year jointly lobby at national level streamline the monitoring of the activities capdev | National | NGO staff | not applicable | lobby | National | government officials | not applicable | This information will soon be available 12 CAP RAIN contribbution to the joint activity program Nepal WASH Alliance 2014 INT I WASH wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-01-01"/> <period-end iso-date="2015-12-31"/> <value value-date="2015-12-31" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">14288.62</value> <rain:value value-date="2015-12-31" currency="EUR" type="total contracted">14288.62</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-01-01"/> <period-end iso-date="2015-12-31"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name"></name> <administrative rain:continent="Asia" country="NP">Nepal</administrative> <coordinates latitude="27.700001" longitude="85.333328" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2"></name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : DWDG_NP14_611_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2015-08-18T12:00:51+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_DWDG_NP14_611</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref="2370"/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="611"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="DWDG_NP14_611"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>FLOW RWH infrastructure mapping BSP-Nepal RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Biogas Sector Partnership Nepal 2014-07-15 2015-10-15 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP14_611 http://rsr.akvo.org/project/2370/ finished Mapping exercise of all infrastructures constructed under WASH Alliance This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available R-D The overall objective of the mapping is to - Make an inventory of all infrastructure constructed by BSP under RAIN DWA contracts in the period 2011 – 2014. - Conduct online mapping of all sites RWH infrastructure sites, by using the mobile-based field survey tool and the ‘Survey RAIN Nepal RWH infra mapping’, provided by RAIN INT E,T WASH,3R,MUS wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-07-15"/> <period-end iso-date="2015-10-15"/> <value value-date="2015-10-15" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">41326.00</value> <rain:value value-date="2015-10-15" currency="EUR" type="total contracted">41326</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-07-15"/> <period-end iso-date="2015-10-15"/> <value value-date="2015-10-15" currency="EUR" rain:type="employment">41326.00</value> <value value-date="2015-10-15" currency="EUR" type="total actual">41326</value> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name"></name> <administrative rain:continent="Asia" country="NP">Nepal</administrative> <coordinates latitude="27.700001" longitude="85.333328" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2"></name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : DWDG_NP14_615_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2015-12-13T16:35:09+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_DWDG_NP14_615</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref="2371"/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="615"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="DWDG_NP14_615"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>Boosting RWH entrepreneurship RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Smart Paani Simavi 2014-09-01 2015-09-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP14_615 http://rsr.akvo.org/project/2371/ finished through a decentralised network of franchise takers SmartPaani Pvt. Ltd is expanding to 11 Urban Nodal Points across Nepal using a model similar to the franchise model used globally. This proposal outlines our request for support from the RAIN Foundation for 5 out of 11 of the UNPs. This is in-line with RAIN’s goal to work more with the private sector to expand rainwater harvesting and also a way to support some of the trained masons that RAIN has set up across Nepal with its other partners, by giving them long-term legitimacy Nepal’s access to water and sanitation is improving, access to improved water sources (80%+) is on target to meet the MDGs by 2015. Sanitation (48%) however is lagging behind, and even the “improved” water sources are not adequate as nearly half (43%) are not functioning properly (WASH Status Report 2011). Many systems installed, drinking or sanitation related, are not properly maintained and because of many reasons maintenance service is not reliable. In many projects to address these issues, the approach to date has been single solution approach based, often focused on installing the equipment (drinking water system, toilet, treatment plant) without assessing long-term maintenance. Many times, civil contractors or masons are hired to build the system designed by project-based NGOs, so when the project finishes the civil contractor/mason has no incentive or liability for longer-term maintenance. What we have seen is this resulting in broken down systems over time. SmartPaani will develop a conceptual business plan, conduct market research and collect data on household and institutional level, they identify entrepreneurs and develop business plans. They will also establish UNP’s by providing technical/business support and trainings, installations and exchange trips and learning experiences, and advertising on the UNP’s nationally and regionally. Over the course of 2014 to mid-2015, SmartPaani plans to setup of 11 urban nodes across Nepal, centered in municipalities with a high potential demand for rainwater harvesting and other water conservation technologies. This will expand SmartPaani services across Nepal and along with it rainwater harvesting and other water conservation technologies; it will create a network of independent entrepreneurs (or increase the capacity of existing entrepreneurs). The beneficiaries from establishing three entrepreneurs in municipalities across Nepal are 3 types; a) value-chain beneficiaries (entrepreneur, employee, suppliers, etc) and b) direct beneficiaries from each installation (household, school, institution). a) Value-Chain Beneficiaries: After almost 3 years of operation, SmartPaani has 15 full-time employees in Kathmandu along with several part-time interns and consultants. Since we are targeting medium-sized municipalities, we expect the nodes to employ between 5-10 people over a similar time period. Additional benefits will be distributed down the value-chain, as this is a business that uses raw materials like pipes, tanks, sand, and gravel, to create systems including large biosand filters and greywater recycling systems. b) Direct beneficiaries: SmartPaani has installed more than 220 systems in under 3-years of operation. While this is in the capital, the nodes in medium-sized municipalities will target generating similar numbers around 150 for each node over a 3-year period. This information will soon be available 13 CAP SmartPaani Pvt. Ltd is proposing collaboration with RAIN Foundation to increase the adoption of rainwater harvesting across Nepal by setting up SmartPaani Urban Nodal Points across the country. SmartPaani is looking at collaborating with RAIN for the expansion into 5 of the UNPs. This proposal outlines the key investments and activities required to bring this to fruition and establishing a path-breaking collaboration between a foundation (RAIN) and the private sector (SmartPaani) to promote RWH INT F,I,T WASH,BDEV wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-09-01"/> <period-end iso-date="2015-09-30"/> <value value-date="2015-09-30" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">21781.00</value> <rain:value value-date="2015-09-30" currency="EUR" type="total contracted">21781</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-09-01"/> <period-end iso-date="2015-09-30"/> <value value-date="2015-09-30" currency="EUR" rain:type="employment">22136.00</value> <value value-date="2015-09-30" currency="EUR" type="total actual">22136</value> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>Simple business plans for 6 UNPs Market Research Summary Set up of 6 UNPs Funding plan to seek venture capital for SmartPaani to expand and support an increased network of Financial report on the funds invested by RAIN and the predicted ROI of the investment populated place Nepal NL-KVK-34200988_DWDG_NP14_617 RAIN foundation Assessment Field work BSP 2012 2013 RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Min Basnet 2014-02-05 2014-02-28 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP14_617 http://rsr.akvo.org/project/2341/ finished - During 2013, BSP Nepal has been working under two contracts for RAIN Foundation on implementing rain water harvesting projects in 3 VDCs in Salyan District: Korbang Jhimpe, Ghajarapipal and Kupindedah. The work under these two contracts will be assessed. This information will soon be available - Field visit to intervention area - Quality check of a sample of the infrastructure - Interviews with VDC’s, BSP staff, local partner organizations (PARD and MYUC) and with a sample of the beneficiaries. The aim of the third party assessment is to - Objectively check whether the work done on the ground coincides with what was planned according to the contracts, and/or according to what was reported on by BSP; - Assess the level of quality of the implementation (both the hard ware as well as the socio-economic and institutional aspects of the project implementation); - Provide recommendations to BSP-Nepal on how to improve their work. This information will soon be available 1 CAP RAIN has sought the services of a third party to assess the work that has been done by the implementing partner BSP-Nepal over the course 2012 - 2013. INT WASH wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-02-05"/> <period-end iso-date="2014-02-28"/> <value value-date="2014-02-28" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">857.00</value> <rain:value value-date="2014-02-28" currency="EUR" type="total contracted">857</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-02-05"/> <period-end iso-date="2014-02-28"/> <value value-date="2014-02-28" currency="EUR" rain:type="employment">851.15</value> <value value-date="2014-02-28" currency="EUR" type="total actual">851.15</value> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>technical and social assessment per VDC conclusion with recommendations populated place Nepal Salyan District NL-KVK-34200988_DWDG_NP15_628 RAIN foundation Water Resources Management Programme (WARM-P) RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs HELVETAS Nepal 2015-02-01 2015-09-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP15_628 http://rsr.akvo.org/project/2750/ finished WUMP+3R The overall goal of the proposed project is improving the livelihood of disadvantaged people through sustainable water resources management and improved access to water for drinking and productive uses. To achieve this goal, the project will implement 3R schemes planned in the WUMP already prepared and capacitate local level stakeholders (VDC/ WASH-CCs, users committee and community). A total of 1,620 people will benefit from implementation of different 3R schemes. The coverage of water supply and sanitation in Dailekh district are 53.9 per cent and 43.1 per cent, respectively (CBS: 2011). Dullu Municipality in Dailekh district is newly announced municipality by the government of Nepal. Water Use Master Plan (WUMP) prepared in four VDCs then (Badalamji, Nepa, Nauelkatuwal and Paduka) revealed that access to piped water supply is about 40 %. On average, 2.5 hours per day per house hold spent for the collection of drinking water in these areas. There are many settlements which lacks reliable water source for the construction of conventional water supply or they have water source with little discharge. On one hand there is growing demand of water for domestic and productive uses, on the other hand the effect of climate change is emerging as a key challenge for the water sector. New technologies like rain water harvesting could be one of the solutions for the drinking water for the hill tops where other options are unfeasible or too costly. This information will soon be available The overall objective is improving the livelihood of disadvantaged people through sustainable water resources management and improved access to water for drinking and productive uses. The specific objectives are: 1. Implementation of WUMP + 3 R Schemes: Local communities make use of improved access to drinking water or irrigation by adopting effective water resources management and 3R measures in Dailekh. 2. Capacity enhancement at local level: Local level stakeholders in targeted VDCs of Dailekh are capacitated to implement WUMP+ 3R. This information will soon be available 9 INF The overall goal of the proposed project is improving the livelihood of disadvantaged people through sustainable water resources management and improved access to water for drinking and productive uses. To achieve this goal, the project will implement 3R schemes planned in the WUMP already prepared and capacitate local level stakeholders (VDC/ WASH-CCs, users committee and community). A total of 1,620 people will benefit from implementation of different 3R schemes. IMP E,T WASH,3R,MUS wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2015-02-01"/> <period-end iso-date="2015-09-30"/> <value value-date="2015-09-30" currency="EUR" rain:type="management" akvo:type="8" akvo:label="Management">4547.50</value> <value value-date="2015-09-30" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">6797.50</value> <value value-date="2015-09-30" currency="EUR" rain:type="hardware" akvo:type="9" akvo:label="Equipment">43600.00</value> <value value-date="2015-09-30" currency="EUR" rain:type="transport" akvo:type="10" akvo:label="Transportation">1495.50</value> <value value-date="2015-09-30" currency="EUR" rain:type="training" akvo:type="7" akvo:label="Training">1875.00</value> <value value-date="2015-09-30" currency="EUR" rain:type="communication" akvo:type="12" akvo:label="PR and Marketing">227.38</value> <value value-date="2015-09-30" currency="EUR" rain:type="contingency" akvo:type="1" akvo:label="Contingency">2273.75</value> <rain:value value-date="2015-09-30" currency="EUR" type="total contracted">60816.63</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2015-02-01"/> <period-end iso-date="2015-09-30"/> <value value-date="2015-09-30" currency="EUR" rain:type="employment">4079440.00</value> <value value-date="2015-09-30" currency="EUR" type="total actual">4079440</value> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>Improved access to safe drinking water for 660 people 660 people are aware of the importance of good sanitation and hygiene practices 60 rain water jars, 2 source improvement schemes and 6 other RWH schemes implemented 4 VDCs are applying their WUMP as water management planning tool 160 persons trained to render quality service for construction and maintenance of RWH/3R schemes populated place Dullu Nepal Dullu Municipality (Former Paduka, Nepa, Naulekatuwal, Badalamji, Dullu and Chuidipusakot VDCs) Dailekh NL-KVK-34200988_DWDG_NP15_629 RAIN foundation Increased access to water though RWH RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Nepal Water for Health 2015-02-01 2015-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP15_629 http://rsr.akvo.org/project/2751/ finished 3R approach in disadvantaged areas of Gorkha district A catchment-based 3R approach to water supply delivery decreases temporal variability of supply and provides inherent mechanisms to improve both, water quality and quantity, agricultural productivity and adaptation to climate change. It maps opportunities to increase and utilize natural or anthropogenic water storage as a buffer for periods of low rainfall. This approach provides a holistic and integrated approach to WASH Delivery and Education. Recently, NEWAH has approached Water, Sanitation and Hygiene implementation utilizing a Village Development Committee (VDC) coverage approach over a longer time-frame of WASH implementation. The use of a catchment-coverage approach to WASH delivery using the principles of 3R through the RAIN Foundation aims to further NEWAHs success in WASH delivery and education by conducting a pilot application of the 3R approach in villages of Tanglichowk VDC. This information will soon be available The overall objective is to increase access to water and micro irrigation system though the rain water harvesting system to the people of the Gorkha district. The specific objectives are: 1. To increased access to water 2. To enhance capacity of the target people 3. To disseminate knowledge and skills This information will soon be available 11 INF A catchment-based 3R approach to water supply delivery decreases temporal variability of supply and provides inherent mechanisms to improve both, water quality and quantity, agricultural productivity and adaptation to climate change. It maps opportunities to increase and utilize natural or anthropogenic water storage as a buffer for periods of low rainfall. This approach provides a holistic and integrated approach to WASH Delivery and Education. IMP I,E,T WASH,3R,MUS wash projects agricultural production / food security 3R approach in Gorkha Image link 1008.88 3700.56 50753.19 5399.52 2098.47 201.78 746.57 63908.97 492 people will have access to water though the RWH jars 1119 people will have access to water though community and institutional level RWH systems 2 communities will have to access to improved micro irrigation 2 V-WASH-CC will get knowledge on 3R 5 communities will have skill on repair and maintenance populated place Darbung VDC, Finam VDC, Tanglichok, Ghairung VDC, Namjung Nepal Gorkha NL-KVK-34200988_DWDG_NP15_653 RAIN foundation Outcome Monitoring BSP-Nepal projects RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Biogas Sector Partnership Nepal 2015-09-22 2015-10-22 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP15_653 finished As part of the Dutch WASH Alliance programme 2011 - 2015 BSP-Nepal as part of the Dutch WASH alliance programme in Nepal, will conduct an outcome measurement of all its projects during the period 2011 - 2015 in Salyan and Palpa district. In the context of Nepal and it’s foundation in 2004, RAIN has been working with its partners to promote, develop, spread and implement rainwater harvesting systems. Having initiated the promotion of RWH in Nepal as decentralized drinking water source and for enabling use of biogas in water scarce areas, today the technology is being promoted for multiple uses to ensure livelihood enhancement. Presently the integration of 3R (retention, recharge and reuse) principals is accepted for enabling access to water from different natural sources for variety of purposes like domestic and productive use ranging from drinking, sanitation, energy generation to food security and climate change adaptation as it is more related to the enhancement of indigenous knowledge . - Household surveys using Akvo Flow: to gain understanding into a number of people that for example make use of safe drinking water and/or use improved sanitation facilities - Focused group discussions: to gain understanding into reasons behind a change (or why change did not happen) - Key informant interviews: to gather further information on specific topics or to cross check information collected - Secondary data: are to be used to support other evidence and preferably in comparison with baseline or midterm data. - To conduct outcome monitoring based on the indicators applicable to BSP by using Akvo Flow - To inform the Dutch Ministry of Foreign Affairs, as well as the partners and in particular the Dutch WASH Alliance members and other stakeholders on the outcome of RAIN’s projects under DWA five-year programme. This information will soon be available 1 R-D In order to get a holistic figure of BSP-Nepal’s implementation work under the Dutch WASH Alliance (2011-2014), BSP-Nepal will conduct a mapping exercise using the Akvo FLOW as part of the outcome monitoring of its projects under the DWA. IMP F,E,T WASH,3R,MUS wash projects agricultural production / food security Man at underground water harvesting tank Image link 437.00 4372.00 625.00 5434 5701.43 5701.43 • Monitoring and analysis of information as how the services are being taken by the communities. • Captivating the real time data of different water harvesting structures (Rain water Harvesting tan • Attribution of visualized data in Google Map along with GPS location of each household with a sing populated place Nepal Salyan NL-KVK-34200988_DWDG_NP15_654 RAIN foundation Outcome monitoring ENPHO projects RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Environment and Public Health Organisation 2015-12-01 2015-12-14 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_NP15_654 finished As part of the Dutch WASH Alliance programme 2011 - 2015 The Rainwater Harvesting Project with support from the Rain, The Netherlands has actively developed the access to drinking water in Thumka Village in Neta VDC, Surkhet taking the source as rain water. Similarly development of demonstration centres in Birendranagar Municipality and Janajyoti Higher Secondary School, Baddichaur for promotion of the technology has been conducted through FIETS approach. Nepal WASH Alliance (NWA) - a consortium Nepali NGOs working on WASH issues, with support from Dutch WASH Alliance (DWA) is working in Nepal to aid implementation of collaborative action on WASH and meet this national sanitation target. Environment and Public Health Organization (ENPHO), one of the members of NWA, is implementing three DWA projects at the urban and peri-urban areas of Surkhet District, in close coordination with the local stakeholders and governing bodies. Questionnaires development Selection of Local Consultant Training and Field Testing Field Data Collection Data Upload • Increase awareness on 5R (Recharge, Retention and Re use) with reduce, recycle and productive use of water and waste at community and institutions level • Implement pilot to showcase of 5R component: recharge, retention and productive reuse of rainwater and reduce, re use and recycle of waste water and solid waste. • Partnership with other WASH Alliance member and local institutions for technology transfer and capacity development in rain water harvesting and 5R This information will soon be available 1 R-D Nepal WASH Alliance (NWA) - a consortium Nepali NGOs working on WASH issues, with support from Dutch WASH Alliance (DWA) is working in Nepal to aid implementation of collaborative action on WASH and meet this national sanitation target. Environment and Public Health Organization (ENPHO), one of the members of NWA, is implementing three DWA projects at the urban and peri-urban areas of Surkhet District, in close coordination with the local stakeholders and governing bodies. IMP I,E,T WASH,MUS wash projects agricultural production / food security ENPHO rainwater jar Image link 1151.00 1151 1151.00 1151 Outcome indicators DWA measured in ENPHO projects Report with description of impacts ENPHO projects based on indicators populated place Birendranagar, Baddichaur VDC, Neta VDC Nepal Surkhet NL-KVK-34200988_DWDG_UG11_472 RAIN foundation Raising awareness on rainwater harvesting RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Uganda Rainwater Association 2011-07-01 2011-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG11_472 http://rsr.akvo.org/project/440/ finished Collaborative support to Uganda RainWater Association Uganda still has a lot to do in order to meet the MDG on water and sanitation. Rainwater harvesting is a viable option for the provision of clean water but has been greatly down played by the ministry of water and development actors. Uganda rainwater Association has been advocating for its promotion and RAIN foundation came in to support URWA in these activities. Uganda Rainwater Association is a national membership non-governmental organization that was formed in 1999. URWA supports communities to improve their social-economic situation, through mobilization, information, skills and experience sharing. The major focus of community support has been rainwater harvesting for domestic water supply. Uganda receives a bimodal rainfall pattern with two distinct rainy seasons in a year with about 1200 mm rainfall annually for 2/3 of the country. Yet the current climate changes affecting people in Uganda, call for measures that retain water rather than extract it from underground sources. Rainwater harvesting (RWH) is an ancient method of water supply that has been given more attention as a result of increasing availability of hard roofing, cost reductions and other innovations in rwh technologies. Due to the fact that it provides an alternative sources of sustainable water both to the community and households. The ministry of water and environment is thinking more about setting policies and guidelines to improve rainwater harvesting in Uganda. There is a review of the water policy currently on going and there has been an interest to include rainwater harvesting in the policy which has not been there before. This is a positive sign to show that the ministry is also seeing the extent to which rainwater harvesting is contributing to water coverage. When URWA got the funds, a process documentation training was carried out for its members to improve their documenting skills in rainwater harvesting. Demo jars and tanks were also constructed in the rwenzori region to promote rainwater harvesting and in addition case studies, position papers on rainwater harvesting were also produced to increase on information circulation this raises awareness and encourages good practices to be passed on and shared. Rainwater harvesting, be it from roof-catchments, rock-catchments or different sorts of dams, is a sustainable and environmentally sound intervention, it does not deplete existing water sources or lowers the groundwater table. By retaining water that would otherwise flow away rainwater harvesting interventions compensate some of the negative climatic effects of global warming, cooling the climate and allowing more vegetation to develop. URWA wants rainwater harvesting to be sustainable in Uganda and encourages self-supply from the grass root level that will easily be replicated to other regions that have not yet taken it up. Financial sustainability : Rainwater harvesting, be it from roof-catchments, rock-catchments or different sorts of dams, is a sustainable and environmentally sound intervention, it does not deplete existing water sources or lowers the groundwater table. By retaining water that would otherwise flow away rainwater harvesting interventions compensate some of the negative climatic effects of global warming, cooling the climate and allowing more vegetation to develop. URWA wants rainwater harvesting to be sustainable in Uganda and encourages self-supply from the grass root level that will easily be replicated to other regions that have not yet taken it up. L-P The following indicators will be used to measure the progress of the project; 1. Awareness on rainwater harvesting as a viable water supply option raised amongst stakeholders. 2. Recognition of various rainwater stakeholders contribution realized. skills of WASH alliance partners developed. 3. Information sharing and documentation on rainwater harvesting improved. INT I,E,T WASH,MUS wash projects agricultural production / food security Promoting self supply Image link 14232.00 14232 14232.00 14232 To raise awareness on rainwater harvesting at national and N populated place Kampala Uganda NL-KVK-34200988_DWDG_UG12_471 RAIN foundation Environmental Sustinability pilot in Rwambu RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Joint Effort to Save the Environment 2012-03-26 1970-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG12_471 http://rsr.akvo.org/project/439/ finished Phase 1 JESE in partnership with RAIN and Wetlands International will research and up-scale the integration of wetland management, rain water harvesting and water, sanitation and hygiene (WASH) in the Rwenzori region. To achieve this a pilot project is set up, located in the transboundary resource Rwambu catchment covering the districts of Kamwenge and Ibanda. In 2011, this project focused on an in-depth assessment of the Rwambu catchment to start the planning of an action-research and implementation for 2013 - 2015. Wetland management in Rwambu wetland, water, sanitation, hygiene and soil degradation in surrounding villages and hills of the wetland have always been treated as separate problems. The Uganda based organization JESE has questioned the sectorial approach and asked for the possibilities to explore a catchment based or landscape based approach. In 2012 an assessment by JESE, Wetland International and RAIN foundation revealed how relevant the added value of integrated model. Thinking about the integration of Wetland management, WASH provision and Water harvesting solutions really is catching two birds with one stone. Retention of uphill water provides clean drinking water in the areas where it is most needed and at the time when it is most needed. It also protects the wetland from flooding and siltation and combined with agricultural and agroforestry projects, provides alternatives for local communities which hopefully will reduce land pressure and thus encroachment of the wetland. Intensive collaboration between JESE, Wetlands International and Rainfoundation resulted in a detailed action planning. In the remaining months of 2012 JESE will select sites for intervention and do a baseline study on these sites. Evidence based learning on integration of water recharge, reuse, retention, wetland management and WASH for sustainable livelihood improvement. Recharge groundwater and provide soil conservation measures for water for production and domestic use and stabilize runoff and silt flow. Improve management, ecology and legal status of the Rwambu wetland for local communities. Improve access to safe water, handling and reuse of waste flows for productive use. Increase hygiene practices. In 2015, the project aims to have provided sufficient tools, lessons-learned and evidence to ensure integration of Environmental Sustainability in WASH service delivery, which has not only led to upscaling / uptake of this approach in Uganda but also in other country programmes of the Dutch WASH Alliance. It will contribute to evidence and capacity building as well as lobby and advocacy on environmental issues concerning WASH, with a special focus on wetlands management and water harvesting for WASH. Environmental sustainability : In 2015, the project aims to have provided sufficient tools, lessons-learned and evidence to ensure integration of Environmental Sustainability in WASH service delivery, which has not only led to upscaling / uptake of this approach in Uganda but also in other country programmes of the Dutch WASH Alliance. It will contribute to evidence and capacity building as well as lobby and advocacy on environmental issues concerning WASH, with a special focus on wetlands management and water harvesting for WASH. R-D Evidence based learning on area based integration of water recharge, re-use, retention, wetland management and WASH for sustainable livelihoods improvement IMP I,E,T,S WASH,3R,MUS,FSEC wash projects agricultural production / food security Rwambu youth gathering papyrus in the wetland Image link 71468.37 71468.37 71468.37 71468.37 Ecological, socio-economical and hydrological assessment Action plan for implementation pilot Capacity building plan for JESE populated place Rwambu catchment Uganda Rwenzori NL-KVK-34200988_DWDG_UG12_581 RAIN foundation Raising awareness on rainwater harvesting RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Uganda Rainwater Association 2012-06-25 2012-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG12_581 finished Collaborative support to Uganda RainWater Association This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available L-P raising awareness on RWH and at national and NGO level in Uganda E,T WASH wash projects agricultural production / food security Raising awareness on rainwater harvesting Image link 20000.00 20000 20000.00 20000 populated place Kampala Uganda UG-102 Uganda NL-KVK-34200988_DWDG_UG13_512 RAIN foundation Environmental Sustinability pilot in Rwambu RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Joint Effort to Save the Environment Wetlands International Uganda Rainwater Association 2013-01-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG13_512 http://rsr.akvo.org/project/2301/ finished Phase 2 This project is a pilot that aims to provide practical lessons and documentation for the Environmental sustainability of FIETS. It focuses on a a wetland in the the Rwambu area, on the border of the Kamwenge and Ibanda district in Western Uganda and integrates WASH interventions with wetland management and a variety of water retention measures Degenerating wetland, dropping water tables, waterborne diseases Plant 6000 gravelia trees Promote Agroforestry on the steeper slopes ( Grass bunds, Grass strips, Hillside terrances ) Promotion / trial of indigenous tree species seed farmer managed that might be coppiced. Stone bunds, increase the linear length to 4000m Introduce alternatives for boundary marking instead of trenches using vetiva or elephant grass Increase linear length of Fanya juus to 3000m Percolation pits/ ponds 4 2 small rock catchments with 02 ferro cement tanks of 30 cubics. Construction of 07 shallow wells on both the Ibanda and Kamwenge sides. Construct 02 cattle troughs at 1K4 Kinagamukono 1K4-Spring protection (02 small earth bunds, replant the grass, animal friendly walls, flatter surface and gentle slopes.) Rwensigire trading center borehole (Increase recharge on the uphill of the borehole, look at the potential for infiltration pits/ponds. Improve agricultural land with fanya juus). Desilt pump after recharge. Kichwaba Spring improvement. ( construct storage tanks to tap water from the spring and supply to neighbouring communities) Capacity building in 3Rs for the community and district local government officials. Establishment of 03 community based tree nurseries ( Graveria, indegineous tree species and vetiva) 02 community based coffee nurseries to establish a safety belt around the wetland. Facilitate stakeholder planning, coordination and advocacy interventions. Institutional development for the communities in Ntara Sub County ( around Kichwamba Spring) Registration of the CBO at sub county and district level for legal recognition Capacity building on group dynamics, wetland importancies and relevant policies/guidelines. Wetland dermacation and mapping, restoration ( Ntara) Pilot 02 fish ponds for fish farming and recharge of groundwater. ( Cat fish) Income Generating Activities ( Piggery, Bee hives, Hiefers ) Physical dermarcation of the wetland Construction of a temporary bridge Construction of toilets for 300 people (20 toilets ( 18 at household level, 02 at institutional level ( 3 stance) All to be done on strategic locations to improve water quality of the developed water infrastructure Community awareness meetings on Ecosan toilet use and management 1. To improve the management, ecology and legal status of the Rwambu wetland for the local communities to sustainably access the full range of services by 2015. 2. Recharge ground water uphill and provide soil conservation measures in order to provide water for production and safe drinking water uphill to stabilize runoff and silt flows. 3. Improve access to and handling of safe water, handling and re-use of waste flows for productive use, increase hygiene practices Three wetland management committees have been established that have been trained on management principles, Local governmental agencies are aware of the project and involved in its implementation. The pilot provides the background for the environmental sustainability package of RAIN. Everything in the project is geared towards generating a better understanding of the E in Fiets Bunds, terraces, trees, vegetation strips are all made from locally available materials and members of the local community have been engaged in the construction. Off take wells are at the request of the people, but all have been furnished with simple appropriate technologies that recharge the groundwater. All cement structures are simple and low maintainance. Local environment around these structures has been improved trainings on gender and social inclusion are included in this program infra | Local | communities | rural | capdev | Regional | NGO staff | rural | capdev | Regional | government officials | rural | Institutional sustainability : Three wetland management committees have been established that have been trained on management principles, Local governmental agencies are aware of the project and involved in its implementation. Environmental sustainability : The pilot provides the background for the environmental sustainability package of RAIN. Everything in the project is geared towards generating a better understanding of the E in Fiets Technical sustainability : Bunds, terraces, trees, vegetation strips are all made from locally available materials and members of the local community have been engaged in the construction. Off take wells are at the request of the people, but all have been furnished with simple appropriate technologies that recharge the groundwater. All cement structures are simple and low maintainance. Local environment around these structures has been improved Social sustainability : trainings on gender and social inclusion are included in this program 12 R-D This project is a pilot that aims to provide practical lessons and documentation for the Environmental sustainability of FIETS. It focuses on a a wetland in the the Rwambu area, on the border of the Kamwenge and Ibanda district in Western Uganda and integrates WASH interventions with wetland management and a variety of water retention measures IMP I,E,T,S WASH,3R,MUS,FSEC wash projects agricultural production / food security Environmental Sustinability pilot in Rwambu Image link 13058.00 18235.00 49502.00 4374.00 4258.00 89427 Uphill improvement of water buffering capacity Hillslope agricultural improvement Provision of safe drinking water from sustainable sources Environmentally sustainably sanitation Wetland protection populated place Rwambu Uganda Rwambu river is on the boundary of the Kamwenge and Ibanda district UG-405 NL-KVK-34200988_DWDG_UG13_515 RAIN foundation Raising awareness on rainwater harvesting RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Uganda Rainwater Association 1970-01-01 1970-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG13_515 http://rsr.akvo.org/project/2302/ finished Through joint action This information will soon be available This information will soon be available This information will soon be available 1 To raise awareness of rainwater harvesting at national and NGO level to enhance advocacy and lobbying to policy and decision makers 2 To strengthen the capacity of URWA and its members to effectively and efficiently promote rainwater harvesting in Uganda. To promote research and development of appropriate technologies approaches and best practices in rainwater harvesting to inform learning decision making and project implementation This information will soon be available 12 L-P Uganda still has a lot to do in order to meet the MDG on water and sanitation. Rainwater harvesting is a viable option for the provision of clean water but has been greatly down played by the ministry of water and development actors. Uganda rainwater Association has been advocating for its promotion and RAIN foundation came in to support URWA in these activities. INT F,I,E,T WASH,3R,MUS wash projects agricultural production / food security Raising awareness on rainwater harvesting Image link 49791.00 49791 49791.00 49791 populated place Uganda NL-KVK-34200988_DWDG_UG13_578 RAIN foundation Support on monitoring and evaluation RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Network for Water and Sanitation (Netwas Uganda) 2011-03-04 2015-03-04 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG13_578 finished Capacity building under Uganda WASH Alliance programme This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available R-D Monitoring and evaluation of the Rwambu wetland project, this project was subcontracted to Netwas by ICCO Uganda I,T WASH,3R,FSEC wash projects agricultural production / food security Support on monitoring and evaluation Image link 10000.00 10000 10000.00 10000 populated place Rwambu Uganda UG-413 Uganda NL-KVK-34200988_DWDG_UG14_595 RAIN foundation Rwambu Environmental Sustainability Pilot RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Joint Effort to Save the Environment Uganda Rainwater Association Network for Water and Sanitation (Netwas Uganda) 2014-03-11 2014-12-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG14_595 finished Ibanda and Kamwenge in Uganda 2014 This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available R-D This is the program of JESE and the RAIN Foundation for the Implementation of the action plan for 2014 of the Environmental sustainability pilot in the Rwambu catchment, Ibanda and Kamwege district Uganda IMP F,I,E,T,S WASH,3R,MUS,FSEC wash projects agricultural production / food security training at a checkdam in rwambu Image link 4411.76 18823.53 43676.47 3345.59 70257.35 populated place Rwambu Uganda UG-406 Kamwenge and Ibanda NL-KVK-34200988_DWDG_UG14_596 RAIN foundation URWA awareness raising RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Uganda Rainwater Association 2014-04-01 2015-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG14_596 finished setting the enabling environment for the uptake of 3R and rainwater harvest This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available L-P Being the contract with URWA for the following objectives To raise awareness of rainwater harvesting at national and NGO level to enhance advocacy and lobbying to policy and decision makers To facilitate collaboration and information sharing amongst the various stakeholders To promote research and development of appropriate technology approaches and best practices in rainwater harvesting To strengthen the capacity of URWA and its members to effectively and efficiently fulfil their mandate IMP I WASH wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-04-01"/> <period-end iso-date="2015-01-01"/> <value value-date="2015-01-01" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">15375.00</value> <value value-date="2015-01-01" currency="EUR" rain:type="training" akvo:type="7" akvo:label="Training">15312.50</value> <value value-date="2015-01-01" currency="EUR" rain:type="communication" akvo:type="12" akvo:label="PR and Marketing">3437.50</value> <value value-date="2015-01-01" currency="EUR" rain:type="other" akvo:type="2" akvo:label="Other">3750.00</value> <rain:value value-date="2015-01-01" currency="EUR" type="total contracted">37875</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-04-01"/> <period-end iso-date="2015-01-01"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name">Kampala</name> <administrative rain:continent="Africa" country="UG">Uganda</administrative> <coordinates latitude="0.313610" longitude="32.581108" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2">UG-102</name> <rain:subdivision rain:type="subdivision" rain:encoding="none">Kampala</rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : DWDG_UG15_657_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2016-03-02T10:44:11+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_DWDG_UG15_657</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref=""/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="657"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="DWDG_UG15_657"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>Middle Mpanga Catchment RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs 2015-03-04 2015-12-29 finalising http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG15_657 finalising Phasing out and scaling up the Rwambu Environmental Sustainability Pilot The projectplan details a number of activities to prepare the Rwambu area for the phasing out of the project. At the same time at Rwebikwato the project will implement 3 shallow wells combined with land management interventions. Kiyagaara parish, in Kahunge sub-county, Kamwenge District is water stressed with only (9) reliable protected water points and (49) unprotected ones in the whole parish. It has (3) head water sources for the Mubiro stream at Kabamanya hills, Kajujuma stream at Nyanja and Katabiduku at Kakira hills which is all draining in the Mpanga River. However, these sources are almost drying up as a result of poor farming practices upstream of them. In addition, consumption of contaminated water has led to the spread of water borne diseases like acute diarrheal, intestinal worms, dysentery and skin diseases which is water washed due to lack of enough clean bathing water. Many families have had to sell their land to pay for treatment in a proper hospital. On average, a family spends about 10% of the monthly household’s income per person infected In an effort to build on the already existing efforts of the Rotary Club of Iganga, RAIN Foundation secured funds from Aqua Quest Netherlands to construct three (03) protected shallow wells Kiagara parish. RAIN Foundation through JESE constructed an additional shallow well (01), mobilised communities through groups to establish water recharge measures (soil bunds) around the 04 water sources to sustain their functionality throughout the year. This information will soon be available This information will soon be available INF In 2015 JESE and RAIN focussed on the phasing out of implementation activities in the Rwambu area while working on further recognition of the approach. In other areas, Rwebikwato, RAIN, JESE and the began to explore collaborations and applying the lessons from Rwambu IMP F,I,E,T,S WASH,3R,MUS,FSEC wash projects agricultural production / food security Improved crop yield through water harvesting terra Image link 18110.90 18110.9 4 shallow wells b) Community Institutional structure development to manage water infrastructure close to 8000 meter of trenches populated place Uganda UG-413 kamwenge NL-KVK-34200988_DWDG_UG15_658 RAIN foundation Awareness raising for 3R RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs 2015-02-04 2015-09-30 finished http://rainfoundation.org/project/NL-KVK-34200988_DWDG_UG15_658 finished Awareness raising and setting the enabling environment for the uptake of 3R Uganda Rainwater Association is working towards increased awareness creation for stakeholders to recognize the role of rainwater harvesting in increasing access to clean water for improving hygiene in homes, schools, health centres and other public institutions, and also its role in improving livelihoods by providing water for production and environment conservation The National Development Plan (2010 - 2015) noted lack of knowledge and experience in adaptation of water harvesting techniques and proposed systematic implementation of domestic rainwater harvesting at household and community level. The Vision 2040 noted challenges in management of water resources and proposed construction of medium and large reservoirs to deal with water floods and water shortages Uganda Rainwater Association is working towards increased awareness creation for stakeholders to recognize the role of rainwater harvesting in increasing access to clean water for improving hygiene in homes, schools, health centres and other public institutions, and also its role in improving livelihoods by providing water for production and environment conservation. Objective 1: Advocate for sustainable rainwater harvesting and management practices through policy formulation and sharing information Objective 2: Develop the Capacity in the Sector for sustainable harvesting and management of rainwater for domestic and production purposes lobby | National | government officials | urban | lobby | National | NGO staff | urban | lobby | National | households | rural | This information will soon be available L-P Uganda Rainwater Association (URWA) is a national membership non-governmental organization (NGO) that was formed in 1999. URWA supports communities to improve their socio-economic situation through mobilization, information, skills and experience sharing. The major focus of community support is promotion of rainwater harvesting for domestic water supply, agricultural production, and environment use IMP I,E WASH,3R wash projects agricultural production / food security URWA in training in the field Image link 11212.03 11212.03 Community voices captured and shared with line ministries and policy makers Information sharing on RWH enhanced knowledge on the ferrocement rainwater harvesting technology Effective project management and coordination populated place Uganda UG-102 Kampala Uganda NL-KVK-34200988_FSIF_KE13_518 RAIN foundation Promoting rain4food through SEARNET RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development SEARNET 2013-04-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_KE13_518 http://rsr.akvo.org/project/2306/ finished Institutional strengthening of SEARNET RAIN foundation and SearNet have formed partnership to enlarge their networks and to join forces in promoting RWH. They will collaborate in strengthening their mutual activities. Both Participants are aware that they can complement each other in order to reach the mutual goal of promoting RWH. RAIN foundation and SearNet work on the areas of rain water harvesting (RWH).The Rainwater Harvesting Implementation Network (RAIN) is a global network, which focuses on global implementation of RWH structures and capacity building on the ground. SEARNET is a network of registered non-profit member rainwater harvesting (RWH) associations whose primary objective is to promote rainwater in their respective countries and the Sub-Saharan region. -Register SearNeT network as a legal entity -Have a minimum of three proposals submitted to a variety of funding organizations -Provide trainings to both artisans and professionals of RWH, Publish research on successful RWH stories and properly documenting at -least five international case studies on RWH in close collaboration with RAIN -Provide networking services for exchange of information, knowledge and awareness raising on RWH. -Promote RWH on (inter)national fora - Disseminate and promote RWH for food security, through five press releases, two policy briefs, 10 newsletters and eight visits to local line ministries of water, agriculture and Environmental resources; -RAIN, SearNeT and their members shall promote far-reaching cooperation between the organisations involved in RWH in West Africa, Eastern and Southern Africa and South (East) Asia. The project aims to bring together a diversity of RWH key actors with focus on Southern and Eastern Africa. Effective fundraising at different levels (governmental, private sector and community) in order to increase access to water through RWH; Registration of SearNet as a legal entity. RAIN and SEARNET will increase awareness on RWH at local, national and international levels to promote RWH as a significant complement to conventional systems of watermanagement; Increase the capacity of local and regional RWH actors in order to facilitate implementation and knowledge concerning RWH projects. Exchange knowledge and expertise concerning RWH between the participants and members of their networks; capdev | International | | | lobby | International | | | Financial sustainability : Effective fundraising at different levels (governmental, private sector and community) in order to increase access to water through RWH; Institutional sustainability : Registration of SearNet as a legal entity. Environmental sustainability : RAIN and SEARNET will increase awareness on RWH at local, national and international levels to promote RWH as a significant complement to conventional systems of watermanagement; Technical sustainability : Increase the capacity of local and regional RWH actors in order to facilitate implementation and knowledge concerning RWH projects. Social sustainability : Exchange knowledge and expertise concerning RWH between the participants and members of their networks; 8 L-P Develop a framework for co-operation to boost RWH for food security by bringing together a diversity of knowledge, experiences and lessons drawn from “key-actors” in Southern and Eastern Africa. INT I WASH,3R,MUS,FSEC wash projects agricultural production / food security Promoting rain4food through SEARNET Image link 15000.00 10000.00 5000.00 30000 populated place Kenya Kenya NL-KVK-34200988_FSIF_KE13_580 RAIN foundation Ukambani 3R learning mission RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development Sahellian Solutions Foundation 2013-06-01 2013-07-01 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_KE13_580 http://rsr.akvo.org/project/2307/ finished - This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available CAP This training was held in Kitui and Kibwezi for Uganda and Kenya partners of the DWA to introduce them to the concepts of 3R INT I,E,T WASH,3R,MUS,FSEC wash projects agricultural production / food security Ukambani 3R learning mission Image link 2760.00 2760 2760.00 2760 populated place Kenya KE-400 Kitui and Kibwezi NL-KVK-34200988_FSIF_NL13_543 RAIN foundation Scoping study on RWH practices in Brasil RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development Han Heijnen 2013-02-15 2013-04-30 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL13_543 http://rsr.akvo.org/project/2308/ finished Enhancing economic resilience in northern through RWH One of the countries that has made important progress in this area is Brazil, where large rainwater harvesting programmes for domestic and small-scale agriculture have been implemented since 2003. ABCMAC – the Brazil rainwater harvesting association - and EMBRAPA – an agricultural research agency - have played important roles in facilitating initial technical development and promulgation of rainwater harvesting technologies and experiences. RAIN wants to learn from this and disseminate. The one million tank programme (P1MC) was initiated to ensure water security for poor households in remote areas in the Nort East. The P1 + 2 (one piece of land and 2 sources of water) project was initiated later when it became clear that provision of a water store for domestic use is often not enough to help families get out of poverty. Access to sufficient land is further critical to have a reasonable livelihood. Desk- and field research 1. To study the extent to which the P1MC and P1+2 programmes are attaining their objectives, including positive- and negative impacts. 2. To analyse the P1MC and P1+2 programmes to identify the success factors, context specific characteristics and key elements for a sustainable and successful roll-out elsewhere 3. To meet a variety of RWH stakeholders 4. To give recommendations to RAIN on how these Brazilian RWH experiences can be used in other RWH country or regional programmes At the end of 1999, as a consequence of the awareness building on rainwater harvesting, the Programa um Milhão de Cisternais rurais/Program for 1 Million Cisterns (P1MC) was developed by ASA. ASA - Articulação no Semi-Árido Brasileiro/Articulating (the needs) for the Semi-arid Areas of Brazil is a network of almost 3000 NGOs working in the SAB. ASA aims to empower civil society to build participatory processes for sustainable development and cope with the semi-arid areas based on cultural values and social justice. (ASA, 2011) P1MC was launched in 2003. ASA uses an on-line project management system, and on April 24, 2013, one could read on the website that it had constructed over 458’000 domestic rainwater reservoirs. P1MC is being executed by the civil society in a decentralized manner (at the community, municipal, micro-region, state and regional levels) with initial funding from the Ministry of the Environment , and later from State and international, as well as the private sector. P1+2: Programa uma Terra e duas Águas/Programme 1 piece of land and 2 sources of water runs since 2007. It aims to further enhance the livelihood opportunities in this vast area by focusing on water for production. So far it has completed rainwater collection systems existing of 9000 tanks of 52.000 l capacity, 420 subsurface dams and 302 rock catchments. In addition 208 Volanta-type water pumps have been installed and one trench water storage pit. Altogether P1+2 serves some 12’000 families. ASA is funded by various ministries and entities within the Government of Brazil, including Governo de Minas Gerais – Secretaria de Agricultura Familiar (SAF), Ministério do Desenvolvimento Agrário (MDA), Ministério do Desenvolvimento Social e Combate à fome (MDS), Ministério da Integração Nacional, etc. ASA hold regular conferences with its constituent partners and stakeholders. In the conferences it reviews the progress and key issues of the Projects as well as reviews political and policy aspects. The last Conference was held in November 2012, in Januária in Minais Gerais. A quick overview of some technologies and approaches is given: - domestic reservoirs - reservoirs of 52m3 - hand dug wells - subsurface dams - rock catchments - water storage pits capdev | International | NGO staff | not applicable | capdev | International | government officials | not applicable | capdev | International | other institutions | not applicable | Institutional sustainability : At the end of 1999, as a consequence of the awareness building on rainwater harvesting, the Programa um Milhão de Cisternais rurais/Program for 1 Million Cisterns (P1MC) was developed by ASA. ASA - Articulação no Semi-Árido Brasileiro/Articulating (the needs) for the Semi-arid Areas of Brazil is a network of almost 3000 NGOs working in the SAB. ASA aims to empower civil society to build participatory processes for sustainable development and cope with the semi-arid areas based on cultural values and social justice. (ASA, 2011) P1MC was launched in 2003. ASA uses an on-line project management system, and on April 24, 2013, one could read on the website that it had constructed over 458’000 domestic rainwater reservoirs. P1MC is being executed by the civil society in a decentralized manner (at the community, municipal, micro-region, state and regional levels) with initial funding from the Ministry of the Environment , and later from State and international, as well as the private sector. P1+2: Programa uma Terra e duas Águas/Programme 1 piece of land and 2 sources of water runs since 2007. It aims to further enhance the livelihood opportunities in this vast area by focusing on water for production. So far it has completed rainwater collection systems existing of 9000 tanks of 52.000 l capacity, 420 subsurface dams and 302 rock catchments. In addition 208 Volanta-type water pumps have been installed and one trench water storage pit. Altogether P1+2 serves some 12’000 families. ASA is funded by various ministries and entities within the Government of Brazil, including Governo de Minas Gerais – Secretaria de Agricultura Familiar (SAF), Ministério do Desenvolvimento Agrário (MDA), Ministério do Desenvolvimento Social e Combate à fome (MDS), Ministério da Integração Nacional, etc. ASA hold regular conferences with its constituent partners and stakeholders. In the conferences it reviews the progress and key issues of the Projects as well as reviews political and policy aspects. The last Conference was held in November 2012, in Januária in Minais Gerais. Technical sustainability : A quick overview of some technologies and approaches is given: - domestic reservoirs - reservoirs of 52m3 - hand dug wells - subsurface dams - rock catchments - water storage pits 2 R-D This study address a specific component under the first objective of IFAD, which is a preliminary study on RWH practices and stakeholders in Brazil, with a specific focus on the 1 million cistern programme (P1MC) and P1+2 programme. The outcomes of this preliminary study will be used for further dissemination and learning for practioners and policy makers in other areas of the world. ADV I,T WASH,MUS,FSEC wash projects agricultural production / food security RWH in Brasil Image link 5753.00 1000.00 1170.00 7923 5753.00 1000.00 1170.00 7923 Final report including conclusions and recommendations populated place North-East Brasil Netherlands North eastern parts of Brasil (semi-arid lands) - it includes nine states: Alagoas, Bahia, Ceará, Paraíba, Pernambuco, Piauí, Rio Grande do Norte, Sergipe and (Northern) Minas Gerais NL-KVK-34200988_FSIF_NL13_551 RAIN foundation Promoting rain4food through IRHA RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development International Rainwater Harvesting Alliance 2013-02-11 2014-06-11 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL13_551 finished - RAIN and IRHA will collaborate to enlarge their scope on promoting and implementing RWH. They will join strategies and share knowledge and expertise in the areas of RWH. They will collaborate in fund raising, capacity building activities. They will formulate strategic actions together to complement each-other on the field and to come out as pressure group among RWH networks and mobilize resources at country, regional and international scale. RAIN and IRHA are non governmental organizations based in the Netherlands and in Switzerland. They are both active in promoting and implementing RWH in local, regional and international levels. Currently they work in supporting poor and marginalized communities in meeting their water needs with particular focus to woman and children. Geographically, they are active in the most poor locations of Africa and Asia with plans to extend to Latin America region. They recognize the benefit of collaboration and joint strategies and expertise in order to enlarge the scope of their activities. they have mutual aim to empower local communities to become self supporting and develop their economies and food production through RWH. -Information exchange on partners and contacts, the state of the art on RWH, innovation and potential projects and programmes -Promote RWH in seminars, field visits and conferences -Co-fund raising for RWH projects -Co-facilitate trainings or seminars The objectives of this project are to -carry out effective fund raising at different levels -build the capacity of regional and local RWH actors -share knowledge and expertise among their staff and their networks -bring increased awareness on RWH at local and regional and international level Both organizations have reached mutual agreement to work together on RWH and complement each-other's work. They are clear on their separate tasks as individual organizations and as a partner. capdev | International | | | capdev | Local | communities | rural | capdev | National | government officials | rural | Institutional sustainability : Both organizations have reached mutual agreement to work together on RWH and complement each-other's work. They are clear on their separate tasks as individual organizations and as a partner. 36 L-P RAIN foundation and the International Rainwater Harvesting Network (IRHA) have made partnership to jointly promote rain Water Harvesting (RWH) and empower communities. They collaborate their knowledge and expertise of their staff and their networks to fund raise in different levels, build the capacity of local communities and NGOs, implement awareness raising projects in different regions of the world. INT F,I,E,T WASH,3R,MUS,FSEC wash projects agricultural production / food security IRHA presentation during conference Image link 7000.00 8334.00 15334 populated place Netherlands NL-NH NL-KVK-34200988_FSIF_NL13_552 RAIN foundation Promoting rain4food through SpN RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development MetaMeta MetaMeta 2013-08-21 2014-10-10 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL13_552 finished - RAIN foundation and Spate Irrigation Network have formed partnership to collaborate in promoting RWH in local, national, regional and international level. The partnership is aimed to strengthen the lobbying and capacity development activities of both organization. Both organizations recognize the need for partnership and collaboration for reaching wider target and mobilize different resources. This project will mainly focus on the use of RWH for food security. RAIN and Spate Irrigation Network have mutual interest in promoting RWH for enhancing food security of poor communities and marginalized groups. Both organizations are based in the Netherlands.They are active in Asia, Eastern and western Africa and SPN is also active in the Middle East. Most of the implementation regions are poverty stricken and face chronic food insecurity. Their collaboration strengthen their presence on the field and help them to attain their goals more effectively.They will mobilize their experts and resources in RWH, 3R, irrigation to build the capacity of local organizations and communities in RWH and food security. Together, they plan to catalyze and pilot innovative RWH technologies and approaches in the different regions. -Set up two innovative RWH techniques -The development of modules for international short courses on spate irrigation and 3R -prepare knowledge material and publication on RWH, 3R and irrigation and food security The objectives of the project are to -Bring together diversity of actors focusing on Easter and western Africa, Asia and the Middle East -Provide access to each other's database -Join forces to promote and lobby RWH to policy makers Both organizations have taken time to realize the common grounds where they can join forces to further enhance their promotion and implementation spheres. Tasks are clearly described between them and areas of collaboration are underlined. They have developed transparent knowledge and information sharing mechanism that allow them to update themselves on the progress of the project. capdev | Regional | | | capdev | National | government officials | rural | lobby | National | government officials | rural | innov | Local | | rural | Institutional sustainability : Both organizations have taken time to realize the common grounds where they can join forces to further enhance their promotion and implementation spheres. Tasks are clearly described between them and areas of collaboration are underlined. They have developed transparent knowledge and information sharing mechanism that allow them to update themselves on the progress of the project. CAP RAIN and SPN are collaborating to increase promotion of RWH for variety of uses with the optimal participation of local people.They cooperate stimulating new initiatives and piloting new projects in the areas of RWH. They establish transparent information and knowledge sharing system and they will exchange expertise when needed.They join strategies to facilitate capacity development activities in the national, regional and international levels. INT I,E,T 3R,MUS,FSEC wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2013-08-21"/> <period-end iso-date="2014-10-10"/> <value value-date="2014-10-10" currency="EUR" rain:type="management" akvo:type="8" akvo:label="Management">23850.00</value> <value value-date="2014-10-10" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">13000.00</value> <rain:value value-date="2014-10-10" currency="EUR" type="total contracted">36850</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2013-08-21"/> <period-end iso-date="2014-10-10"/> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>Increased capacity on RWH from roads Increased capacity on RWH/check dams Research available on RWH programmes/projects. RWH module up Improved quality of know-how and expertise, active CoP, numb Guideline available on integrated kitchen gardening approach populated place Netherlands NL-NH NL-KVK-34200988_FSIF_NL13_553 RAIN foundation Promoting rain4food through TWC RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development MetaMeta 2013-08-22 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL13_553 finished - RAIN Foundation and the WaterChannel are joining forces to promote RWH for food security in poor and marginalized regions of Asia and Africa. The collaboration will provide them a platform where the two organization can join their strategies and expertise in the RWH sector. Furthermore, partnership will allow them to co-operate on awareness raising and capacity development activities to increase the integration of RWH as food security mechanism in local, regional and international levels. RAIN and the WaterChannel will work together to increase the promotion of RWH for food security. More than half of the global agricultural product depends on rainwater. Most chronically food insecure regions of the world are occupied with rain fed agriculture and subsistence farming. Increased rain fall variability and extreme weather events are affecting the worlds already vulnerable communities. any of the food insecure regions have on average enough rainfall for food production however the lack the mechanism for making maximum use of the rainwater. The promotion of RWH mechanisms is therefore a core part in empowering farmers and local people to become self supporting and develop sustainable economies. Raising the awareness of communities and policy makers will enhance the integration of RWH in water management and water use at local, regional and international levels. The project will carry out the following activities to reach its goals -The WaterChannel and RAIN will jointly work on publishing booklets, leaflets, articles, research and case studies concerning RWH and/or 3R -RAIN embed the WaterChannel platform (i.e. video) into the new website on RWH for Food Security. -The WaterChannel staff will actively participate in the RWH CoP (Community of Practice), link their CoP to the CoP of RWSN and actively contribute to the knowledge management component concerning RWH and 3R that is build under the RAIN/IFAD programme -Linking with worldwide water harvesting knowledge/networks through WaterChannel and RAIN The project have the following objectives -Jointly promote and disseminate success stories/research -Exchange know-how and expertise -Linking knowledge and experts concerning RWH / 3R with other regions -Share information on programme/project result -Disseminate impacts of RWH -Lobby & Advocacy Both organizations have taken time to realize the common grounds where they can join forces to further enhance their promotion and implementation spheres. Tasks are clearly described between them and areas of collaboration are underlined. They have developed lobby | International | | | capdev | National | schools | | Institutional sustainability : Both organizations have taken time to realize the common grounds where they can join forces to further enhance their promotion and implementation spheres. Tasks are clearly described between them and areas of collaboration are underlined. They have developed 4 L-P This project is executed by collaboration between RAIN foundation and the WaterChannel based in the Netherlands. RAIN foundation primarily work on promoting and implementing RWH in poor and marginalized parts of Easter and Western Africa and Asia. The WaterChannel was launched at the World Water Forum in 2009. It focuses on supporting education and awareness through video materials. The two organizations will collaborate in the areas of rain water harvesting (RWH) and food security. INT I,E 3R,FSEC wash projects agricultural production / food security The Water Channel Image link 6000.00 6160.00 12160 No of viewers of videos - dissemination both through WaterCh Improved quality of know-how and expertise, increased number Increased number of CoP members, increased quality of netwo populated place Netherlands NL-NH NL-KVK-34200988_FSIF_NL13_561 RAIN foundation Promoting rain4food through RWSN RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development SKAT foundation Rural Water Supply Network 2013-07-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL13_561 finished - Network support for the online community (Dgroups). This information will soon be available - Set up the online community; - Provide a basic understanding of how the Dgroups software works; - Feed news from the community into the RWSN newsletter; - Support the facilitation and synthesis process for e-discussions; - Support the community in the development of its work plan, in particularseeking synergies with other communities and RWSN member organisations; - Undertake regular consultation with the leader to build up and strengthen the online community; - Support the development and quality assurance of publications by the community; - Provide support to monitor the activity, outputs and outcomes of the community; This information will soon be available capdev | International | NGO staff | not applicable | capdev | International | government officials | not applicable | capdev | International | private sector actors | not applicable | capdev | International | communities | not applicable | This information will soon be available L-P Set up of online Community of Practice on Rainwater harvesting INT I,T FSEC wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2013-07-01"/> <period-end iso-date="2013-12-31"/> <value value-date="2013-12-31" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">9850.00</value> <rain:value value-date="2013-12-31" currency="EUR" type="total contracted">9850</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2013-07-01"/> <period-end iso-date="2013-12-31"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name"></name> <administrative rain:continent="" country="NL">Netherlands</administrative> <coordinates latitude="52.370220" longitude="4.895170" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2">NL-NH</name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : FSIF_NL14_587_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2015-11-13T12:49:17+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_FSIF_NL14_587</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref=""/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="587"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="FSIF_NL14_587"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>Technical RWH tool for GIS mapping RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development Future Water 2014-05-08 2014-07-28 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL14_587 finished Methodology and technical tool development The RAIN foundation tries to improve this understanding and sees potential in having a web-based tool to support their work. They envision a tool which: 1. Explains why RWH mapping is essential and how to do it (with a simple, general method) 2. Shows the results for the countries assessed in 2010 in an interactive webmap, as an example of potential results. 3. Can later be extended by coupling to a hydrological model and climate scenarios; an exercise for which a quote is desired. This information will soon be available This information will soon be available This information will soon be available This information will soon be available 3 L-P RWH GIS mapping methodology for country and catchment level INT I,T 3R,MUS wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-05-08"/> <period-end iso-date="2014-07-28"/> <value value-date="2014-07-28" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">8470.00</value> <rain:value value-date="2014-07-28" currency="EUR" type="total contracted">8470</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-05-08"/> <period-end iso-date="2014-07-28"/> <value value-date="2014-07-28" currency="EUR" rain:type="employment">8470.00</value> <value value-date="2014-07-28" currency="EUR" type="total actual">8470</value> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>Report on a simple RWH mapping methodology Webmap tool to present RWH mapping results populated place Netherlands Tool can be applied globally NL-NH NL-KVK-34200988_FSIF_NL14_593 RAIN foundation Promoting rain4food through RWSN RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development Rural Water Supply Network 2014-05-21 2014-04-30 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL14_593 finished - This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available CAP Strengthen the accessible knowledge base and increase breadth and appetite of the target audience of the IFAD program ADV,INT wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-05-21"/> <period-end iso-date="2014-04-30"/> <value value-date="2014-04-30" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">15580.00</value> <value value-date="2014-04-30" currency="EUR" rain:type="training" akvo:type="7" akvo:label="Training">29520.00</value> <value value-date="2014-04-30" currency="EUR" rain:type="communication" akvo:type="12" akvo:label="PR and Marketing">13120.00</value> <rain:value value-date="2014-04-30" currency="EUR" type="total contracted">58220</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-05-21"/> <period-end iso-date="2014-04-30"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name"></name> <administrative rain:continent="" country="NL">Netherlands</administrative> <coordinates latitude="52.370220" longitude="4.895170" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2">NL-NH</name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : FSIF_NL14_600_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2015-11-13T12:45:20+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_FSIF_NL14_600</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref=""/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="600"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="FSIF_NL14_600"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>Development RWH, GIS and Environmental tool RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development Rainbow Collection 2014-05-01 2015-10-01 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL14_600 finished Supporting implementers and decision makers in uptake of RWH Based on the demand on simple online information on rainwater harvesting, 3R and Environmental Sustainability in WASH, RAIN in collaboration, Rainbow Collection and Wetlands International developed several tools that support practitioners in water management planning. This information will soon be available This information will soon be available These tools will provide practitioners with easily accessible information on rainwater harvesting, 3R and Environmental Sustainability, by taking visitors through the information in a step by step approach, linking also to other online available information and tools. These tools are directly focusing on providing information on Environmental Sustainability. They support practitioners from NGOs and governmental organisations to integrate aspects like rainwater harvesting, 3R and Environmental Sustainability in WASH in water management plans and projects. Environmental sustainability : These tools are directly focusing on providing information on Environmental Sustainability. They support practitioners from NGOs and governmental organisations to integrate aspects like rainwater harvesting, 3R and Environmental Sustainability in WASH in water management plans and projects. 17 CAP How to integrate rainwater harvesting in your project? How do integrate Environmental Sustainability in WASH projects? Where to find more detailed technical rainwater harvesting solutions? How to identify the potential of rainwater harvesting in your country or project area? Let these tools support you in this. Need advice? Contact us. INT I,E,T,S WASH,3R,MUS,FSEC wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-05-01"/> <period-end iso-date="2015-10-01"/> <value value-date="2015-10-01" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">15183.00</value> <rain:value value-date="2015-10-01" currency="EUR" type="total contracted">15183</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-05-01"/> <period-end iso-date="2015-10-01"/> <value value-date="2015-10-01" currency="EUR" rain:type="employment">15183.00</value> <value value-date="2015-10-01" currency="EUR" type="total actual">15183</value> </rain:budget> <!--RESULT SECTION--> <result type="1" aggregation-status="false" rain:type="d_output1"> <title>Rainwater harvesting decision support tool GIS rainwater harvesting mapping tool Information page on Environmental Sustainability in WASH populated place Netherlands NL-NH NL-KVK-34200988_FSIF_NL14_625 RAIN foundation Promoting rain4food through Excellent Develop RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development Excellent Development 2014-08-15 2014-12-31 finalising http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL14_625 finalising - 1. Effective fundraising at different levels (governments, private sector and donor community) in order to increase access to water through RWH; 2. Increased capacity of local and regional RWH actors in order to facilitate implementation and knowledge concerning RWH projects. 3. Shared knowledge and expertise concerning RWH between the two parties’ staff members and among members of their networks; 4. Increased awareness on RWH at local, national and international level to promote RWH This information will soon be available This information will soon be available 1.act as ambassador in your network for promotion /awareness /networking /fundraising around RWH for Food Security platform 2. knowledge management activities 3. innovative technologies and approaches (activities) This information will soon be available CAP RAIN and ED wish to collaborate by working together to increase tangible results in the area of promoting rainwater harvesting (RWH) and sand dams as a valuable water source for a variety of uses with the optimal participation of local people. INT wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2014-08-15"/> <period-end iso-date="2014-12-31"/> <value value-date="2014-12-31" currency="EUR" rain:type="management" akvo:type="8" akvo:label="Management">2000.00</value> <value value-date="2014-12-31" currency="EUR" rain:type="communication" akvo:type="12" akvo:label="PR and Marketing">8050.00</value> <rain:value value-date="2014-12-31" currency="EUR" type="total contracted">10050</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2014-08-15"/> <period-end iso-date="2014-12-31"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name"></name> <administrative rain:continent="" country="NL">Netherlands</administrative> <coordinates latitude="52.370220" longitude="4.895170" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2">NL-DR</name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : FSIF_NL15_640_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2015-11-13T12:39:08+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_FSIF_NL15_640</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref="2754"/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="640"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="FSIF_NL15_640"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>BEST PRACTICE VIDEO IN THREE COUNTRIES RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development 2015-01-20 2015-04-30 finished http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL15_640 http://rsr.akvo.org/project/2754/ finished Following Rainwater harvesting champions in Ethiopia, Kenya, Uganda This video is targeted to the large development audience to inspire and appeal to the advancement and utilisation of rainwater for improving human well-being This information will soon be available This information will soon be available Video shooting in Ethiopia, Kenya and Uganda lobby | International | | | This information will soon be available R-D The video should be appealing to a large audience of stakeholders and inspiring them about the work RAIN does by showing 3 projects in 3 countries. In order to appeal to a broad viewer audience the video will explain the essence of these projects, but will not deeply cover the technical aspects of these projects. Instead the video will focus on people who are ‘champions’ of rainwater harvesting within their community. INT WASH,3R,MUS wash projects agricultural production / food security Water is integral to our lives Image link 10955.46 10955.46 populated place East Africa Netherlands KE-500 NL-KVK-34200988_FSIF_NL15_652 RAIN foundation Promoting rain4food through TWC RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development MetaMeta 2015-09-17 2015-12-31 implementing http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL15_652 implementing Strengthening RWH platform and outreach expansion 1. Increased capacity of local, regional and international RWH actors in order to facilitate implementation and knowledge concerning RWH. 2. Shared knowledge and expertise concerning RWH between the two parties’ staff members and among members of their networks; 3. Increased awareness on RWH at local, national and international level to promote RWH as a significant complement to conventional systems of water management; This information will soon be available This information will soon be available This information will soon be available capdev | International | | | This information will soon be available CAP For 2015 the focus will be on strengthening and elaborating the existing networks and building further on the outcomes of the webinar that were organized in 2014 INT E,T,S WASH,3R,MUS wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2015-09-17"/> <period-end iso-date="2015-12-31"/> <value value-date="2015-12-31" currency="EUR" rain:type="communication" akvo:type="12" akvo:label="PR and Marketing">8400.00</value> <rain:value value-date="2015-12-31" currency="EUR" type="total contracted">8400</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2015-09-17"/> <period-end iso-date="2015-12-31"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name"></name> <administrative rain:continent="" country="NL">Netherlands</administrative> <coordinates latitude="51.697819" longitude="5.303670" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2">NL-NH</name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : FSIF_NL15_655_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2015-11-27T15:34:17+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_FSIF_NL15_655</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref=""/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="655"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="FSIF_NL15_655"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>Promoting rain4food through RWSN RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation International Fund for Agricultural Development Rural Water Supply Network 2015-10-01 2015-12-31 implementing http://rainfoundation.org/project/NL-KVK-34200988_FSIF_NL15_655 implementing - This information will soon be available This information will soon be available This information will soon be available This information will soon be available This information will soon be available L-P Strengthen the accessible knowledge base and increase breadth and appetite of the target audience of the IFAD program INT FSEC wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2015-10-01"/> <period-end iso-date="2015-12-31"/> <value value-date="2015-12-31" currency="EUR" rain:type="management" akvo:type="8" akvo:label="Management">3280.00</value> <value value-date="2015-12-31" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">2460.00</value> <value value-date="2015-12-31" currency="EUR" rain:type="training" akvo:type="7" akvo:label="Training">3280.00</value> <value value-date="2015-12-31" currency="EUR" rain:type="communication" akvo:type="12" akvo:label="PR and Marketing">820.00</value> <rain:value value-date="2015-12-31" currency="EUR" type="total contracted">9840</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2015-10-01"/> <period-end iso-date="2015-12-31"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name"></name> <administrative rain:continent="" country="NL">Netherlands</administrative> <coordinates latitude="52.370220" longitude="4.895170" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2"></name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : RAIN_ET15_648_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2016-03-02T09:49:58+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_RAIN_ET15_648</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref=""/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="648"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="RAIN_ET15_648"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>Climate-Resilient Irrigation and Water Manage RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation RAIN foundation 2015-03-01 2016-08-31 implementing http://rainfoundation.org/project/NL-KVK-34200988_RAIN_ET15_648 implementing RWH for household level drip Irrigation in Haramaya woreda This information will soon be available This information will soon be available Selected number of kits is installed on a selected number of plots according to land size and cropping pattern; Selected number of technicians is trained on low cost/low pressure micro irrigation techniques; Selected number of farmers is trained on low cost/low pressure micro irrigation techniques; The performance of the new techniques for one season is monitored; Conclusions and recommendation are drawn on the feasibility of implementation and the possibility of extrapolation to other basins. The overall, long term objective of this study (and its planned continuation) is to improve the livelihoods of Haramaya small-scale farmers, without degrading the scarce water resources, by increasing crop water productivity ratio with an appropriate, feasible and affordable irrigation technology. infra | Local | households | rural | capdev | Local | households | rural | This information will soon be available 18 R-D Haramaya Wereda is facing increasing water shortages due to overexploitation and mismanagement of its water resources. The project will be aimed at enhancing crop water productivity through the integration of shallow well with simple and low-cost water lifting and small holder drip irrigation technologies. Moreover, training on rainwater harvesting, 3R, watershed management, OM of shallow wells and installation of drip kits will be considered. ADV,INT,IMP F,I,E,T,S MUS,FSEC wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2015-03-01"/> <period-end iso-date="2016-08-31"/> <value value-date="2016-08-31" currency="EUR" rain:type="management" akvo:type="8" akvo:label="Management">5800.00</value> <value value-date="2016-08-31" currency="EUR" rain:type="employment" akvo:type="5" akvo:label="Employment">4850.00</value> <value value-date="2016-08-31" currency="EUR" rain:type="hardware" akvo:type="9" akvo:label="Equipment">13850.00</value> <value value-date="2016-08-31" currency="EUR" rain:type="training" akvo:type="7" akvo:label="Training">14350.00</value> <rain:value value-date="2016-08-31" currency="EUR" type="total contracted">38850</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2015-03-01"/> <period-end iso-date="2016-08-31"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name">Haramaya Woreda, Ethiopia</name> <administrative rain:continent="Africa" country="ET">Ethiopia</administrative> <coordinates latitude="9.493043" longitude="42.228848" rain:explanation="centre of project area"/> <description rain:type="loc_free">The project area, Haramaya District, is first populous wereda with population density of 360 persons/km2. The estimated rural population of the catchment is about 18932 with male/female ratio of 104/100. The average household size is 4.74 a total of more than 3360 households. The livelihood of the community is mainly based on mixed farming, that is, cropping and livestock production. Despite the high population pressure, the lands are intensively cultivated. All marginal and grazing lands are brought under cultivation.</description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2">ET-DD</name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> <!--_______________________ Starting activity : RSDG_ET09_451_______________________--> <iati-activity xml:lang="EN" version="1.03" last-updated-datetime="2015-07-21T13:07:41+00:00" hierarchy="1" default-currency="EUR"> <iati-identifier>NL-KVK-34200988_RSDG_ET09_451</iati-identifier> <other-identifier owner-name="akvorsr" owner-ref="2892"/> <other-identifier owner-name="rainpms" rain:type="id" owner-ref="451"/> <other-identifier owner-name="rainpms" rain:type="abbreviation" owner-ref="RSDG_ET09_451"/> <reporting-org type="21" rain:organisationtype="international NGO" rain:url="http://rainfoundation.org" ref="NL-KVK-34200988">RAIN foundation</reporting-org> <title>Rainwater Harvesting RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Ethiopian Rainwater Harvesting Association 2009-06-11 2009-07-29 finished http://rainfoundation.org/project/NL-KVK-34200988_RSDG_ET09_451 http://rsr.akvo.org/project/2892/ finished Provision of sustainable income in Amhara Ethiopia In six small villages 17 Rain Water Harvesting (RWH) systems will be put in place, as well as 17 latrines, and the capacity of the local implementing partner will be strengthened. Currently, women and children in the project area spend hours each day collecting water for productive use and drinking. Most months, water is collected from a local river. When the river runs dry, they get it from unprotected springs and wells. Often these sources are miles away from their homes and frequently contaminated. The impact of unsafe water has devastating effects on all users. Incidences of child mortality and morbidity are on the rise and children are often sick from diarrhea. This information will soon be available • Harvesting rainwater with 17 tanks to improve access to safe water. Depending on season and no. of people rooftop gutters draining into 5,000 liters capacity tanks could meet between 25-75% of a household’s water needs during rainy season and several dry months • Providing 17 latrines and educating on WASH issues. Children and women to be engaged and educated in WASH issues; build capacity of community on health and sanitation • Capacity of DFT will be strengthened through trainings on WASH "The sustainability of the anticipated project is briefly highlighted hereunder: • Technological sustainability: appropriate care taken in identifying and applying the different RWH technologies, research support, imparting knowledge (building awareness, participation and skill training), effectiveness of identified technologies (design review /durability), availability of access routes to improvements with the advent of access to research information through ERHA; • Community management and ownership: Community organisation and training through the various capacity building inputs/activities and facilitation of communities’ active involvement would enlarge the local commitment and sense of ownership. Based on earlier experiences of managing RWH systems through local water management committees, ERHA is convinced that the long-term sustainability is ensured effectively. In case of unforeseen problems, the local water management committees can directly contact ERHA or DFT for assistance. • Economic and financial sustainability: the RWH systems provided by the project require minimal provisions, with comparative advantage of requiring almost no running cost involved for their continued use. Once the RWH structures are built to good standards, the need and frequency for repairs is very limited. If any, these should be repairable with local materials and skills. • Ecological sustainability: there is no any negative impact on the environment as a result of developing the RWH structures and accompanying technologies (like gutters and filters). Promotion of RWH contributes in forestalling such major ecological problems as overexploitation and dropping groundwater levels as well as the environmental pollution caused from applying high-tech water supply facilities. In addition, the excess rainwater from catchments usually percolates into the ground to recharge the groundwater. Financial sustainability : "The sustainability of the anticipated project is briefly highlighted hereunder: • Technological sustainability: appropriate care taken in identifying and applying the different RWH technologies, research support, imparting knowledge (building awareness, participation and skill training), effectiveness of identified technologies (design review /durability), availability of access routes to improvements with the advent of access to research information through ERHA; • Community management and ownership: Community organisation and training through the various capacity building inputs/activities and facilitation of communities’ active involvement would enlarge the local commitment and sense of ownership. Based on earlier experiences of managing RWH systems through local water management committees, ERHA is convinced that the long-term sustainability is ensured effectively. In case of unforeseen problems, the local water management committees can directly contact ERHA or DFT for assistance. • Economic and financial sustainability: the RWH systems provided by the project require minimal provisions, with comparative advantage of requiring almost no running cost involved for their continued use. Once the RWH structures are built to good standards, the need and frequency for repairs is very limited. If any, these should be repairable with local materials and skills. • Ecological sustainability: there is no any negative impact on the environment as a result of developing the RWH structures and accompanying technologies (like gutters and filters). Promotion of RWH contributes in forestalling such major ecological problems as overexploitation and dropping groundwater levels as well as the environmental pollution caused from applying high-tech water supply facilities. In addition, the excess rainwater from catchments usually percolates into the ground to recharge the groundwater. INF This is a proposal to implement a project focusing on provision of sustainable income for the disadvantaged population through harvesting rainwater. The project will be implemented in North Showa administrative Zone of Amhara Region in Ethiopia in six small villages (Goshe Bado, Angollela, Mio Meda, Moya Mangult, Gift and Chimbre) and a local elementary school located around Debre Birhan town. ERHA intends to implement the project in partnership with "Developing Families Together (DFT)", an NGO working towards poverty reduction for improving the quality of rural life of the poor in Ethiopia. In collaboration with the ERHA, DFT will work to alleviate the problems of the community through: • Harvesting rainwater by building 17 tanks which will improve the access to safe water. Depending on the season and the number of people in the household, rooftop gutters draining into a 5,000- liters' capacity rainwater tanks could meet between 25%-75% of a household’s water needs during the rainy season and several dry months that follow; • Providing 17 latrines and educating on hygiene and sanitation issues. The disadvantaged segment of the population (mostly children and women) will be engaged and educated in health and sanitation issues. This will build the capacity of community on health and sanitation; • In addition, the capacity of DFT will be strengthened through trainings on water and sanitation related topics. Other expected results: Water collected through rainwater harvesting prevents long queues at the springs, it saves time and backbreaking work for women and children and it is especially useful for older men and women who cannot go to the rivers or springs. Not having to fetch water means improved school attendance for children and more income generating activities for women. As water quality is usually better compared to existing sources, it is also expected to improve health of users. Rainwater can also be used for other purposes, such as agriculture i.e. using it to grow nutritious food. Furthermore, it can be used to water domestic animals. With the strict attention to community awareness raising and education, the replicability and future cost sharing arrangements, the expected results and impacts could be by far greater. Currently, women and children in the project area spend hours each day collecting water for productive use and drinking. Most months, water is collected from a local river. When the river runs dry, they get it from unprotected springs and wells. Often these sources are miles away from their homes, and unfortunately, the water is frequently contaminated. The impact of unsafe water has devastating effects on all users. Incidences of child mortality and morbidity are on the rise and children are often sick from diarrhea. Each episode hinders a child’s growth by lowering their appetite and reducing their calorie and nutrient uptake. Repeated infections can lead to increased malnutrition, which in turn increases susceptibility to further infection. Persistent diarrhea and severe diseases, such as cholera and dysentery, jeopardize children’s healthy development. According to local statistics, more than 50% of the children are suffering from chronic malnutrition and more than 10% from acute malnutrition. Local sanitation customs further impede access to safe drinking water. Unsanitary conditions and practices at the household level, such as the absence of sanitary latrines, unsafe waste disposal and unhygienic behavior in childcare and food preparation, create a dangerous environment with health risks. IMP T wash projects agricultural production / food security Rainwater Harvesting Image link populated place Basona-Worana Ethiopia Debre Berhan Town Amhara NL-KVK-34200988_RSDG_ET09_464 RAIN foundation Rainwater harvesting for Nicolas School RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Rainbows4children Stiftung 2010-03-09 1970-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_RSDG_ET09_464 http://rsr.akvo.org/project/158/ finished Construction of water storage tank and collection pipes for 2 schools The project takes place in a very dry part of Ethiopia. The rainy season is short and the aim is to harvest rainwater for the children at the school to use. 80% of children at the school have parents with disabilities such as loss of arms, legs or eyesight. Water collected will be used to provide water for drinking, washing hands & sanitation. The local water supply is unreliable, and exists in unsanitary conditions. The project will copy an existing successful project at the nearby Kindergarten. The school where the water tanks are to be installed is in Mekele, Tigray which is one of the driest regions of Ethiopia. Water is very scarce and the supply of town water is irregular and often unavailable for days or even weeks. Although the appropriate facilities are available at the school (toilets, taps etc), hygiene is inadequate due to the lack of water. This results in health problems including gasto-intestinal illness and eye infections which can have severe consequences if not promptly treated. Because most of the children at the school have one or more parents with disabilities, their family incomes are very low, even by Ethiopian standards and medicines to cure these illnesses are mostly unaffordable. For example, a packet of antibiotics to cure an eye infection typically costs the equivalent one month's income for these families. A reliable supply of water provided by collection of rainwater from the school roofs will have a significant impact on the health of the children The school project is in 3 stages:- Kindergarten, Primary School, Secondary School. The Kindergarten was completed in 2005 and a water harvesting tank (capacity 50,000 litres) has been successfully installed. The tank will be filled during the coming rainy season (July - September 2010) and will then supply water. The consultant for this project was Bekele Moges .The Primary school is 75% completed and educating 380 children. During summer 2010 a 4th floor will be added to complete the school. The secondary school will be constructed during the same period. When complete, there will be places for 1200 children in total. Funding is needed for a rainwater collection system and bio-sand filter at the primary school and at the secondary school (100,000 litres for each building). The engineering expertise and construction work for the existing water collection system was carried out by experienced Ethiopian organisations who have a successful track-record with this kind of project. 1) Construct during June – August 2010 water tanks each of capacity 100,000 litres plus collection pipes to harvest rainwater from school roofs and use bio-sand filters to make potable water available. 2) During the school year 2010 -2011 plant small vegetable patches to educate the children about efficient use of water and the value of water harvesting. 3) Improve health / hygiene of the school children by having water available for drinking, washing, and for the toilets, every school day as of September 2010. The projects will be constructed using locally sourced stone and locally made cement. The cement is in turn made in Ethiopia using environmentally friendly hydro-electric power and locally quarried rock. All the labour for the project comes from local people and provides valuable employment opportunities for them. Once installed, the tanks and filters will be maintained by school staff. Maintenance of the sand filter will provide an opportunity to teach the older children the appropriate techniques so that they develop the skills to maintain similar filters where used in their local communities. Similarly, the planting of vegetable gardens watered from these projects provides a valuable teaching opportunity in which the children can learn skills needed to grow their own food as they become adults. In the Tigray region where the school is located, water harvesting is encouraged but the necessary skills and education are often missing. These 2 projects will provide an excellent example to young people and to the local community of how this can work in practice. To keep the tanks maintained and well used, R4C will install a water management committee consisting of teachers, parents and children who will be trained – and give training - and are responsible for operation & maintenance of the tanks Management - expenses and fee for consultancy of Bekele Moges Other - charges/costs for Rain Foundation local expertise. We expect that the local community (parents of students) may help support the activity through the water club and by assisting in the support of the workers on the project. ERHA are finally assessing the costs for the project and will make final adjustments to the estimates given below. Financial sustainability : The projects will be constructed using locally sourced stone and locally made cement. The cement is in turn made in Ethiopia using environmentally friendly hydro-electric power and locally quarried rock. All the labour for the project comes from local people and provides valuable employment opportunities for them. Once installed, the tanks and filters will be maintained by school staff. Maintenance of the sand filter will provide an opportunity to teach the older children the appropriate techniques so that they develop the skills to maintain similar filters where used in their local communities. Similarly, the planting of vegetable gardens watered from these projects provides a valuable teaching opportunity in which the children can learn skills needed to grow their own food as they become adults. In the Tigray region where the school is located, water harvesting is encouraged but the necessary skills and education are often missing. These 2 projects will provide an excellent example to young people and to the local community of how this can work in practice. To keep the tanks maintained and well used, R4C will install a water management committee consisting of teachers, parents and children who will be trained – and give training - and are responsible for operation & maintenance of the tanks Institutional sustainability : Management - expenses and fee for consultancy of Bekele Moges Other - charges/costs for Rain Foundation local expertise. We expect that the local community (parents of students) may help support the activity through the water club and by assisting in the support of the workers on the project. ERHA are finally assessing the costs for the project and will make final adjustments to the estimates given below. INF Because there is an existing successful installation, the 2 new installations will be based on the existing design but scaled up to the larger capacity needed. The project consultant (Bekele Moges) and the consultant engineers will be briefed as soon as funding becomes available. Once completed a bid document will be issued to 3-5 experienced contractors for bidding. The winning bidder will be awarded the contract and then begin construction. A significant percentage of the project costs are held in reserve pending final approval of the completed installation by the project owners and the consulting engineer. Sanitation systems (toilets plus hand-washing facilities) are already constructed for the Kindergarten and primary schools and we have a budget for the sanitation system at the secondary school. The issue is lack of water leading to poor hygiene conditions. The existing tank in the vicinity of the Kindergarten is above ground because the soil in this location (black cotton soil) is not suitable for underground tank construction. We are basing our cost estimate on the assumption that this will be the same situation for the 2 tanks for which we are requesting funding. Above-ground tanks are more expensive per cubic metre of capacity than below-ground tanks. We will have a ground survey done and get a detailed estimate and if the areas where the 2 new tanks are to be located are suitable for below-ground tanks then we can adjust the amount accordingly. Local RWH expert, Bekele Moges, well known to Rain Foundation, will advice on the design, implementation and check the project. A mid-term and end-term evaluation of the overall project, will take place by an independent expert organisation called ERHA. RAIN, R4C and the expert organization will prepare together the programme of qualifications and demands, to make an independent measurement and evaluation possible. IMP F,I,E,T WASH,3R,MUS wash projects agricultural production / food security Classroom with Children Image link Water tank / pipes built within budget by end Sep 2010 Vegetable Garden planted and in use by school yr 2010-11 School toilets have water for cleaning on daily basis Water available for hand washing on every school day Potable water available on every school day populated place Mekele Ethiopia Tigray NL-KVK-34200988_RSDG_ET09_485 RAIN foundation Rainwater Harvesting RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Ethiopian Rainwater Harvesting Association 2009-06-11 2009-07-29 finished http://rainfoundation.org/project/NL-KVK-34200988_RSDG_ET09_485 http://rsr.akvo.org/project/29/ finished Provision of sustainable income in Amhara Ethiopia In six small villages 17 Rain Water Harvesting (RWH) systems will be put in place, as well as 17 latrines, and the capacity of the local implementing partner will be strengthened. Currently, women and children in the project area spend hours each day collecting water for productive use and drinking. Most months, water is collected from a local river. When the river runs dry, they get it from unprotected springs and wells. Often these sources are miles away from their homes and frequently contaminated. The impact of unsafe water has devastating effects on all users. Incidences of child mortality and morbidity are on the rise and children are often sick from diarrhea. This information will soon be available • Harvesting rainwater with 17 tanks to improve access to safe water. Depending on season and no. of people rooftop gutters draining into 5,000 liters capacity tanks could meet between 25-75% of a household’s water needs during rainy season and several dry months • Providing 17 latrines and educating on WASH issues. Children and women to be engaged and educated in WASH issues; build capacity of community on health and sanitation • Capacity of DFT will be strengthened through trainings on WASH "The sustainability of the anticipated project is briefly highlighted hereunder: • Technological sustainability: appropriate care taken in identifying and applying the different RWH technologies, research support, imparting knowledge (building awareness, participation and skill training), effectiveness of identified technologies (design review /durability), availability of access routes to improvements with the advent of access to research information through ERHA; • Community management and ownership: Community organisation and training through the various capacity building inputs/activities and facilitation of communities’ active involvement would enlarge the local commitment and sense of ownership. Based on earlier experiences of managing RWH systems through local water management committees, ERHA is convinced that the long-term sustainability is ensured effectively. In case of unforeseen problems, the local water management committees can directly contact ERHA or DFT for assistance. • Economic and financial sustainability: the RWH systems provided by the project require minimal provisions, with comparative advantage of requiring almost no running cost involved for their continued use. Once the RWH structures are built to good standards, the need and frequency for repairs is very limited. If any, these should be repairable with local materials and skills. • Ecological sustainability: there is no any negative impact on the environment as a result of developing the RWH structures and accompanying technologies (like gutters and filters). Promotion of RWH contributes in forestalling such major ecological problems as overexploitation and dropping groundwater levels as well as the environmental pollution caused from applying high-tech water supply facilities. In addition, the excess rainwater from catchments usually percolates into the ground to recharge the groundwater. Financial sustainability : "The sustainability of the anticipated project is briefly highlighted hereunder: • Technological sustainability: appropriate care taken in identifying and applying the different RWH technologies, research support, imparting knowledge (building awareness, participation and skill training), effectiveness of identified technologies (design review /durability), availability of access routes to improvements with the advent of access to research information through ERHA; • Community management and ownership: Community organisation and training through the various capacity building inputs/activities and facilitation of communities’ active involvement would enlarge the local commitment and sense of ownership. Based on earlier experiences of managing RWH systems through local water management committees, ERHA is convinced that the long-term sustainability is ensured effectively. In case of unforeseen problems, the local water management committees can directly contact ERHA or DFT for assistance. • Economic and financial sustainability: the RWH systems provided by the project require minimal provisions, with comparative advantage of requiring almost no running cost involved for their continued use. Once the RWH structures are built to good standards, the need and frequency for repairs is very limited. If any, these should be repairable with local materials and skills. • Ecological sustainability: there is no any negative impact on the environment as a result of developing the RWH structures and accompanying technologies (like gutters and filters). Promotion of RWH contributes in forestalling such major ecological problems as overexploitation and dropping groundwater levels as well as the environmental pollution caused from applying high-tech water supply facilities. In addition, the excess rainwater from catchments usually percolates into the ground to recharge the groundwater. CAP This is a proposal to implement a project focusing on provision of sustainable income for the disadvantaged population through harvesting rainwater. The project will be implemented in North Showa administrative Zone of Amhara Region in Ethiopia in six small villages (Goshe Bado, Angollela, Mio Meda, Moya Mangult, Gift and Chimbre) and a local elementary school located around Debre Birhan town. ERHA intends to implement the project in partnership with "Developing Families Together (DFT)", an NGO working towards poverty reduction for improving the quality of rural life of the poor in Ethiopia. In collaboration with the ERHA, DFT will work to alleviate the problems of the community through: • Harvesting rainwater by building 17 tanks which will improve the access to safe water. Depending on the season and the number of people in the household, rooftop gutters draining into a 5,000- liters' capacity rainwater tanks could meet between 25%-75% of a household’s water needs during the rainy season and several dry months that follow; • Providing 17 latrines and educating on hygiene and sanitation issues. The disadvantaged segment of the population (mostly children and women) will be engaged and educated in health and sanitation issues. This will build the capacity of community on health and sanitation; • In addition, the capacity of DFT will be strengthened through trainings on water and sanitation related topics. Other expected results: Water collected through rainwater harvesting prevents long queues at the springs, it saves time and backbreaking work for women and children and it is especially useful for older men and women who cannot go to the rivers or springs. Not having to fetch water means improved school attendance for children and more income generating activities for women. As water quality is usually better compared to existing sources, it is also expected to improve health of users. Rainwater can also be used for other purposes, such as agriculture i.e. using it to grow nutritious food. Furthermore, it can be used to water domestic animals. With the strict attention to community awareness raising and education, the replicability and future cost sharing arrangements, the expected results and impacts could be by far greater. Currently, women and children in the project area spend hours each day collecting water for productive use and drinking. Most months, water is collected from a local river. When the river runs dry, they get it from unprotected springs and wells. Often these sources are miles away from their homes, and unfortunately, the water is frequently contaminated. The impact of unsafe water has devastating effects on all users. Incidences of child mortality and morbidity are on the rise and children are often sick from diarrhea. Each episode hinders a child’s growth by lowering their appetite and reducing their calorie and nutrient uptake. Repeated infections can lead to increased malnutrition, which in turn increases susceptibility to further infection. Persistent diarrhea and severe diseases, such as cholera and dysentery, jeopardize children’s healthy development. According to local statistics, more than 50% of the children are suffering from chronic malnutrition and more than 10% from acute malnutrition. Local sanitation customs further impede access to safe drinking water. Unsanitary conditions and practices at the household level, such as the absence of sanitary latrines, unsafe waste disposal and unhygienic behavior in childcare and food preparation, create a dangerous environment with health risks. IMP I,T WASH,MUS wash projects agricultural production / food security rainwater harvesting Image link populated place Basona-Worana Ethiopia Debre Berhan Town Amhara NL-KVK-34200988_RSDG_NP09_454 RAIN foundation Bring on the rain in Nepal RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Biogas Sector Partnership Nepal 2009-11-04 1970-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_RSDG_NP09_454 http://rsr.akvo.org/project/112/ finished Safe water through rainwater harvesting for 68 households in Alamdevi The project consists of the implementation of 68 rainwater harvesting tanks. The water from the systems will be used for drinking, small domestic use and for biogas production. People living in this area currently have to walk 2 -3 hours to fetch water at a spring. This spring only provides water from June - October (during the rainy season). After the project is completed, water will be available at their doorstep instead of many walking hours downhill. The project in the village of Alamdevi is located in the western part of Shayangja district. In the district 2 other projects funded by RAIN Foundation are already under construction. People from the village of Alamdevi received news from these projects and got interested to have rainwater harvesting tanks, since their situation is comparable. Currently people, most women and girls, are spending 2-3 hours daily to collect the drinking water from a spring located in downhill of the village. They have to cue and wait their turn to fetch the water. This is not only a time consuming activity, but is also a heavy physical burden, since women carry the weight of the water cans on their head, while walking up steep slopes. In the rainy season, the paths can get very slippery, leading to injuries. Mostly, on women from a household is responsible for fetching water for the whole family, and sometimes their cattle, meaning she will be busy fetching water for the whole day. The project will start as soon as funding is found. Since implementation under RAIN funding is already taking place in neighbouring villages, implementation can start quickly as the local context is known. - water supply at a household level (10 m3 per household) to at least overcome the dry period, for drinking, small domestic uses and biogas production - training and awareness sessions on operation, maintenance and management of rwh systems to ensure sustainable water supply - training and awareness on water quality issues related to the rwh systems - awareness on hygiene issues related to water A construction, management and a maintenance committee will be formed by the local community and women group to supervise the involvement of the community during the construction phase and to address the repair and maintenance fund for the rainwater harvesting systems. There is 50% female representation in all the committees formed. The water management committee will receive a general training on operation and maintenance of the rainwater harvesting systems as well a training on hygiene and sanitation. The management committee will manage a maintenance fund for the minor repair and maintenance. The rainwater harvesting systems constructed by BSP Nepal will be guaranteed ( 3 years - civil structure and 1 year- pipes and fittings). Should any problems occur within this period, BSP-Nepal will cover the costs. Periodic monitoring will be carried out and necessary training will be given during this process in case of problems encountered by the users. Financial sustainability : A construction, management and a maintenance committee will be formed by the local community and women group to supervise the involvement of the community during the construction phase and to address the repair and maintenance fund for the rainwater harvesting systems. There is 50% female representation in all the committees formed. The water management committee will receive a general training on operation and maintenance of the rainwater harvesting systems as well a training on hygiene and sanitation. The management committee will manage a maintenance fund for the minor repair and maintenance. The rainwater harvesting systems constructed by BSP Nepal will be guaranteed ( 3 years - civil structure and 1 year- pipes and fittings). Should any problems occur within this period, BSP-Nepal will cover the costs. Periodic monitoring will be carried out and necessary training will be given during this process in case of problems encountered by the users. - BSP-Nepal has been working with RAIN Foundation since 2004 and is a trusted partner, with several years of experience with the implementation of rainwater harvesting systems and biogas systems. BSP-Nepal works throughout the country. BSP-Nepal was established as an NGO in 2003 to take over the implementation responsibility of BSP, which formerly was managed directly by the Netherlands Development Organisation (SNV). IMP wash projects agricultural production / food security Completed RWH Tank, Nepal Image link 68 household rwh systems to provide people with safe and suf 68 people trained on operation, maintenance and management Awareness raised on water quality and hygiene type :rooftop | level : household | storage: tan.mas.rt Number of systems Volume for domestic use in m3 Volume for productive use in m3 populated place Alamdevi VDC Nepal Shyangja NL-KVK-34200988_RSDG_NP09_455 RAIN foundation Water and biogas for livelihood improvement RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Biogas Sector Partnership Nepal 2009-11-04 1970-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_RSDG_NP09_455 http://rsr.akvo.org/project/113/ finished Safe water for 50 households and 1 school in Sarkuwa, Nepal The project consists of the implementation of 50 rainwater harvesting tanks. The water from the systems will be used for drinking, small domestic use and for biogas production. 50 biogas tanks will also be build, which will be financed by a subsidy model and local contribution and are therefore not part of this project budget. People living in this area currently have to walk 2 -3 hours to fetch water from a spring. This spring only provides water from June - October (during the rainy season). The project is located in Sarkuwa village, which is located at the eastern part of the Baglung district. It takes 4 hour by public vehicle from Baglung headquarter to Gawa and another half an hour by foot to reach the site. Water scarcity is a major issue in this area and women and children spent most of their time on collecting water. During the rainy season they can get water from a spring source which takes appr. 1 - 2 hours per trip. In the dry season however, the spring still produces water, but people have to wait 1 - 2 hours since the capacity is not adequate. There is lower secondary school in the village. The children and teachers at this school have to use the same water source as the villagers, which is very time consuming. The project will start as soon as funding is found. - water supply at a household level (10 m3 per household) to at least overcome the dry period, for drinking, small domestic uses and biogas production - water supply at a school level (35 m3) to be used during school days by schoolchildren and teachers - training and awareness sessions on operation, maintenance and management of rwh systems to ensure sustainable water supply - training and awarenss on water quality issues related to the rwh systems - awareness on hygiene issues related to water A construction, management and a maintenance commiittee will be formed by the local community, a women group and the school administration to supervise the involvement of the community during the construction phase and to address the repair and maintenence fund for the rainwater harvesting systems. There is 50% female representation in all the committees formed. The water management committee will receive a general training on operation and maintenance of the rainwater harvesting systems as well a training on hygiene and sanitation. The management committee will manage a maintenance fund of NRs. 50,000.00 (450 euro) for minor repairs and maintenance. The rainwater harvesting systems constructed by BSP Nepal will be guareented (3 years - civil structure and 1 year- pipes and fittings). Should any problems occur within this period, BSP-Nepal will cover the costs. Periodic monitoring will be carried out and necessary training will be given during this process in case of problems encountered by the users. Financial sustainability : A construction, management and a maintenance commiittee will be formed by the local community, a women group and the school administration to supervise the involvement of the community during the construction phase and to address the repair and maintenence fund for the rainwater harvesting systems. There is 50% female representation in all the committees formed. The water management committee will receive a general training on operation and maintenance of the rainwater harvesting systems as well a training on hygiene and sanitation. The management committee will manage a maintenance fund of NRs. 50,000.00 (450 euro) for minor repairs and maintenance. The rainwater harvesting systems constructed by BSP Nepal will be guareented (3 years - civil structure and 1 year- pipes and fittings). Should any problems occur within this period, BSP-Nepal will cover the costs. Periodic monitoring will be carried out and necessary training will be given during this process in case of problems encountered by the users. INF BSP-Nepal has been working with RAIN Foundation since 2004 and is a trusted partner, with several years of experience with the implementation of rainwater harvesting systems and biogas systems. BSP-Nepal works throughout the country. Biogas Sector Partnership Nepal (BSP-Nepal) is the implementing agency of Biogas Support Programme (BSP) Phase-IV. BSP-Nepal was established as an NGO in 2003 to take over the implementation responsibility of BSP, which formerly was managed directly by the Netherlands Development Organisation (SNV). Since BSP-Nepal took over the responsibilty of implementing BSP Phase-IV, it very much considers itself responsible for the development of the biogas sector, further strengthening and expanding the sector while at the same time interlinking it with the issues of other development sectors. Further, since last few years it has also embarked on promotion of rain waterharvesting systems and linking it with biogas promotion in areas where water is scarce. IMP T WASH wash projects agricultural production / food security School children and teachers using water from RWH Image link 50 household rwh systems to provide 219 people with water 50 people trained on operation, maintenance and management 1 school RWH system to provide 181 children with water Awareness raised on water and hygiene at HHs and school populated place Sarkuwa VDC Nepal Baglun NL-KVK-34200988_RSDG_NP09_457 RAIN foundation Safe water supply for Paanchkal, Nepal RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Dutch Ministry of Foreign Affairs Biogas Sector Partnership Nepal 2009-11-04 1970-01-01 finished http://rainfoundation.org/project/NL-KVK-34200988_RSDG_NP09_457 http://rsr.akvo.org/project/115/ finished 34 rainwater harvesting tanks This project proposal involves an additional 34 rainwater harvesting (rwh) systems for a village where NRCS is already constructing 56 rwh systems funded by RAIN Foundation. The village of Paanchkal is located in a rural and hilly area, where water is currently fetched by mostly women and girls at a distance of 1,5 km, where people have to queue for 1 - 4 hours. This source only provides water during June till November.A study showed that water boreholes are not an option. This village is located in a upperhill area and people are currently using water from a spirng located 1,5 km away in the rainy season, During the dry season, this spring dries up and women and girls have to walk to a spring even further away. Although the sping is located relatively near to the village, queing takes up much of their time and can take up to 4 hours. A study showed that borehole drilling is not an option for this area. By constructing a RWH tank at each household, women and girls can have water at their doorstep and spend the hours previously spend on fetching water on other activities like education or generating an income. The project will start as soon as funding is found. Since implementation of the 56 other households in the same village will finish early 2010, implementation can start quickly as the local context is known. - water supply at a household level (10 m3 per household) to at least overcome the dry period, for drinking and other small domestic uses - training and awareness sessions on operation, maintenance and management of rwh systems to ensure sustainable water supply - training and awarenss on water quality issues related to the rwh systems - awareness on hygiene issues related to water The local ownership is guaranteed since the beneficiaries have been involved and organised in a water management committee since the definition of the project. The request for RWH tanks came from the beneficiaries themselves. All responsible persons from each households will be trained on operation, maintenance and management of their RWH tank. The water management committee will also manage a maintenace fund, to ensure that minor repairs can be financed. Next to this, the RWH tank implemented consists largely of materials which are locally available, and the beneficiaries will contribute in constructing the tank. The RWH tanks have a simple design and don't need any complicated maintenance. Monitoring and evaluation of the project will be ensured by NRCS, who will be supported by RAINs Rainwater Harvesting Capacity Centre BSP-Nepal. Financial sustainability : The local ownership is guaranteed since the beneficiaries have been involved and organised in a water management committee since the definition of the project. The request for RWH tanks came from the beneficiaries themselves. All responsible persons from each households will be trained on operation, maintenance and management of their RWH tank. The water management committee will also manage a maintenace fund, to ensure that minor repairs can be financed. Next to this, the RWH tank implemented consists largely of materials which are locally available, and the beneficiaries will contribute in constructing the tank. The RWH tanks have a simple design and don't need any complicated maintenance. Monitoring and evaluation of the project will be ensured by NRCS, who will be supported by RAINs Rainwater Harvesting Capacity Centre BSP-Nepal. INF People in surrounding villages have already started to request for RWH tanks as well. IMP E,T WASH,MUS wash projects agricultural production / food security A famliy in front of a rainwater harvesting tank Image link 34 households RWH systems to provide people with safe water 34 people trained on operation, maintenance and management Awareness raised on water quality and hygiene at 34 househol populated place Paanchkal Nepal Kavre NL-KVK-34200988_WOAA_ET12_483 RAIN foundation Wateroogst RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Aqua for All South Ethiopia People's Development Association 2012-08-01 2013-11-01 finished http://rainfoundation.org/project/NL-KVK-34200988_WOAA_ET12_483 http://rsr.akvo.org/project/674/ finished Sand Dam Construction at Konso Woreda/Eshimale The selected project intervention area in Konso woreda is affected by great seasonal water scarcity. To allivate this problem SEPDA will construct one sand dam on Kabagama dry river which will retain the water in the wet season to provide yearround water supply to 700 pupils and their homes. Konso woreda which is located in South-Western Highlands of Ethiopia at latitude and longitude of 5'15′ N and 37'30′E respectively, in a terrain characterized by steep slopes and soils highly susceptible to erosion. The Konso have developed a complex and highly sophisticated agricultural system, which has allowed them to subsist in a mountainous area, harsh conditions and irregular rainfall. Farming is based on an elaborate system of terracing, soil and water conservation practises, irrigation, multiple cropping systems with the integration of livestock and forestry and crop biodiversity. This information will soon be available - To enhance the hygiene and sanitation knowledge of the pupils in the school and their households - To minimize the time spent on fetching water by children and women and thus enable children to enrole in school. - To substantial reduction in the incidence of water born disease & child mortality by providing clearn water - To ensure environmental benefits like aquifer recharge. - To contribute to the achievement of of better health, hygiene and sanitation of community Financial: Sand dams provide a clean, reliable water source, close to their homes. The low cost of operating and maintaining sand dams means that these schemes are well suited to remote and poorly served regions like Konso woreda. Based on the capability of the community the water community will set a minimum affordable fee that would help them to purchase spare parts of the pump and cover maintenance cost. Institutional: The sand dam construction is undertaken with the full participation of the local community and government in order to create commitment and local ownership. After the construction the system will be handed over to the community and local government (woreda water development office). The water management committee, that will be established at the start of the project, will be responsible for the daily operation and management of the scheme. The Woreda water management office will provide backstop support and be responsible for overall monitoring of the water system as well as major repair when needed. Environmental: The sand dam will retain the water for a longer period of time in the river bed as well as the river banks. This can be observed by regreening of the river banks. This will then increase the water holding capacity as well. Another possitive effect is that the river flow will be regulated (moderated), in stead how heavy flushes of water. Technical: Sand dams are the lowest cost form of rainwater harvesting and its robust nature and very low operational and maintenance costs make it particularly suited to remote and poorly served regions. The technical barriers to adoption are low: The technical skills required to construct can be developed locally. It is a solution that is scaleable and has a broader application for use as a rural and game park road crossing to replace less effective culvert bridges. Social: As far as the local norms is concerned this project is planned to alleviate the core problems of the community in which all the stakeholders from the woreda to Kebele level have active participation from inception to the M&E. In the current situation the community, mainly women and children get their water from unprotected sources like scope holes in the river bed and other remote water sources. Time spend on water fetching can take up to 6 hours. By providing access to improved water source in the community time will be freed for children to attend school and also to access to better quality water will have a positive effect on their health. Financial sustainability : Financial: Sand dams provide a clean, reliable water source, close to their homes. The low cost of operating and maintaining sand dams means that these schemes are well suited to remote and poorly served regions like Konso woreda. Based on the capability of the community the water community will set a minimum affordable fee that would help them to purchase spare parts of the pump and cover maintenance cost. Institutional: The sand dam construction is undertaken with the full participation of the local community and government in order to create commitment and local ownership. After the construction the system will be handed over to the community and local government (woreda water development office). The water management committee, that will be established at the start of the project, will be responsible for the daily operation and management of the scheme. The Woreda water management office will provide backstop support and be responsible for overall monitoring of the water system as well as major repair when needed. Environmental: The sand dam will retain the water for a longer period of time in the river bed as well as the river banks. This can be observed by regreening of the river banks. This will then increase the water holding capacity as well. Another possitive effect is that the river flow will be regulated (moderated), in stead how heavy flushes of water. Technical: Sand dams are the lowest cost form of rainwater harvesting and its robust nature and very low operational and maintenance costs make it particularly suited to remote and poorly served regions. The technical barriers to adoption are low: The technical skills required to construct can be developed locally. It is a solution that is scaleable and has a broader application for use as a rural and game park road crossing to replace less effective culvert bridges. Social: As far as the local norms is concerned this project is planned to alleviate the core problems of the community in which all the stakeholders from the woreda to Kebele level have active participation from inception to the M&E. In the current situation the community, mainly women and children get their water from unprotected sources like scope holes in the river bed and other remote water sources. Time spend on water fetching can take up to 6 hours. By providing access to improved water source in the community time will be freed for children to attend school and also to access to better quality water will have a positive effect on their health. INF * Site selection * Designing of the Sand dam construction * Project agreement signing with local government * Local water committe management selection * Provision of training on operation, maintainance and WASH * Mobilization of construction crew * Community mobilization * Construction of Sand dam * Installation of water pump * Hand over to the local community/government Target group: The sand dam will be constructed near to the Eyana primary school which has 700 students. These students will be the direct benificiaries since secure water source will become available within 400 meter from the schoolcompound. Children can bring the water to the school before the classes start so that water is available at the school during the day for drinking and handwashing. After school children can easily take water to their houses. IMP T WASH,3R,MUS wash projects agricultural production / food security Water is collected from a scope hole in the river Image link One sand dam on Kabagama dry river with 1 handpump Water management committee established 20 community members trained on operation and maintenance 30 people from different backgrounds got eduction on hygiene School WASH club established populated place Konso/Karat/Eshimale Ethiopia NL-KVK-34200988_WOAA_ET13_529 RAIN foundation Sand dam construction at Enyana school in All RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation Aqua for All South Ethiopia People's Development Association 2013-04-01 2014-12-31 finalising http://rainfoundation.org/project/NL-KVK-34200988_WOAA_ET13_529 http://rsr.akvo.org/project/2324/ finalising Providing household and communal water The project is designed to provide potable water for 700 students in the Ayene School in Konso Woreda through the construction of sand dams using the 3R approach. This is planned to reduce school drop outs in the dry season and enhance the performance of the students by reducing the burden of fetching water from long distances. The project site is characterized by steep slopes and soils highly susceptible to erosion. The Konso have developed a complex and highly sophisticated agricultural system, which has allowed them to subsist in a mountainous area, harsh conditions and irregular rainfall. Farming is based on an elaborate system of terracing, soil and water conservation practises, irrigation, multiple cropping systems with the integration of livestock and forestry and crop biodiversity. * Site selection * Designing of the Sand dam construction * Project agreement signing with local government * Local water committee management selection * Provision of training on operation, maintainance and WASH * Mobilization of construction crew * Community mobilization * Construction of Sand dam * Installation of water pump * Hand over to the local community/government To enhance the hygiene and sanitation knowledge of the pupils in the school and their households To minimize the time spent on fetching water by children and women and thus enable children to enroll in school. To substantial reduction in the incidence of water born disease & child mortality by providing clear water To ensure environmental benefits like aquifer recharge. To contribute to the achievement of of better health, hygiene and sanitation of community Based on the capability of the community the water community will set a minimum affordable fee that would help them to purchase spare parts of the pump and cover maintenance cost. The sand dam construction is undertaken with the full participation of the local community and government in order to create commitment and local ownership. After the construction the system will be handed over to the community and local government (woreda water development office). The water management committee, that will be established at the start of the project, will be responsible for the daily operation and management of the scheme. The Woreda water management office will provide backstop support and be responsible for overall monitoring of the water system as well as major repair when needed. The sand dam will retain the water for a longer period of time in the river bed as well as the river banks. This can be observed by regreening of the river banks. This will then increase the water holding capacity as well. Another positive effect is that the river flow will be regulated (moderated), in stead of heavy flushes of water. Sand dams are the lowest cost form of rainwater harvesting and its robust nature and very low operational and maintenance costs make it particularly suited to remote and poorly served regions. The technical barriers to adoption are low: The technical skills required to construct can be developed locally. It is a solution that is scalable and has a broader application for use as a rural and game park road crossing to replace less effective culvert bridges. Communities have been consulted from the start of the project through out the implementation phase. They have reached consensus on the use of the sand dam and RWH facilities. they will also be taking responsibility in the maintenance of the system infra | District | schools | rural | lobby | District | schools | rural | Financial sustainability : Based on the capability of the community the water community will set a minimum affordable fee that would help them to purchase spare parts of the pump and cover maintenance cost. Institutional sustainability : The sand dam construction is undertaken with the full participation of the local community and government in order to create commitment and local ownership. After the construction the system will be handed over to the community and local government (woreda water development office). The water management committee, that will be established at the start of the project, will be responsible for the daily operation and management of the scheme. The Woreda water management office will provide backstop support and be responsible for overall monitoring of the water system as well as major repair when needed. Environmental sustainability : The sand dam will retain the water for a longer period of time in the river bed as well as the river banks. This can be observed by regreening of the river banks. This will then increase the water holding capacity as well. Another positive effect is that the river flow will be regulated (moderated), in stead of heavy flushes of water. Technical sustainability : Sand dams are the lowest cost form of rainwater harvesting and its robust nature and very low operational and maintenance costs make it particularly suited to remote and poorly served regions. The technical barriers to adoption are low: The technical skills required to construct can be developed locally. It is a solution that is scalable and has a broader application for use as a rural and game park road crossing to replace less effective culvert bridges. Social sustainability : Communities have been consulted from the start of the project through out the implementation phase. They have reached consensus on the use of the sand dam and RWH facilities. they will also be taking responsibility in the maintenance of the system INF The selected project intervention area in Alle woreda is affected by great seasonal water scarcity. To alleviate this problem SEPDA will construct one sanddam on Kabagama dry river which will retain the water in the wet season to provide year-round water supply to 700 pupils and their homes. IMP F,I,E,T,S WASH,3R,MUS,FSEC wash projects agricultural production / food security Sand dam construction at Enyana school in All Image link 16208.00 16208 One sand dam on Kabagama dry river with 1 handpump Water management committee established 20 community members trained on operation and maintenance 30 people from different backgrounds got education on hygien school WASH club established populated place Alle Woreda (Konso) Ethiopia Alle woreda, was previously known as Konso. It is located in the South-Western Highlands of Ethiopia SNNP NL-KVK-34200988_WSUS_BF13_519 RAIN foundation De l’eau pour la commune de Tankougounadjé RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation U.S. Agency for International Development Association des Volontaires pour le Développement au Sahel 2013-05-01 2015-05-31 finalising http://rainfoundation.org/project/NL-KVK-34200988_WSUS_BF13_519 http://rsr.akvo.org/project/2325/ finalising L’approche 3R en appui à l’amélioration de la gestion des ressources en eau Le projet a pour objectif général « d’améliorer les conditions de vie des populations de la commune rurale de Tankougounadjé ». La mise en œuvre du projet se fera par le développement de techniques de rétention des eaux de pluies, de recharge des nappes phréatiques, la réalisation de points d’eau potable et de points d’eau maraîchers et des techniques d’amélioration de la fertilité et de l’humidité des sols agricoles. La Région du Sahel burkinabé est une zone sujette aux aléas climatiques, notamment les effets négatifs des changements climatiques. La déforestation, la dégradation des sols et l’érosion hydrique font que les eaux de pluies ruissellent vers le fleuve Niger pendant que les nappes phréatiques s’appauvrissent, rendant ainsi de plus en plus difficile l’approvisionnement en eau potable de la population humaine et animale qui, elle, ne cesse de croitre. La population est essentiellement agropastorale : elle vit de l’agriculture et de l’élevage. Des techniques agricoles rudimentaires conjuguées aux effets néfastes des changements climatiques induisent une insécurité alimentaire presque chronique. Resultat 1: * Appuyer la réalisation de 18 impluviums au profit des ménages les plus vulnérables * Identifier la zone d'intervention : sous bassin versant, villages * Identifier les besoins en eau potable et productive de la population * Identifier des sites et ouvrages 3R appropriés pour établir des nouvelles sources d'eau * Renforcer les capacités des CVD dans la gestion des systèmes 3R * Appuyer l'élaboration des règles de gestion des ouvrages réalisés * Réaliser 4 barrages de sable * Réaliser 4 puits fermés et équipés de pompe * Réaliser 1 micro retenue d'eau * Réaliser 2 puits maraîchers au profit des femmes * Réaliser 1 puits à usage pastorale (abreuvement du bétail) * Appuyer la mise en place de 12 comités de gestion des ouvrages réalisés * Assurer la formation des 12 comités de gestion mis en place * Informer et former les communautés sur l'hygiène et l'assainissement Resultat 2: * Identifier des besoins en techniques agricoles et maraichères de la population * Renforcer des capacités techniques et organisationnelles des femmes pour le maraîchage * Mise en place de sites maraîchers (système d'irrigation efficiente) * Former les bénéficiaires de fosses fumières sur les techniques de compostage * Appuyer la mise en place de 30 fosses fumières au niveau de 30 exploitations * Réaliser 3 digues filtrantes * Appuyer l'aménagement de 60 ha de terres agricoles en demi-lunes, zai ou cordons pierreux * Appuyer l'aménagement de 30 ha de terres sylvopastorales en demi-lunes et cordons pierreux * Appuyer la réalisation de 2 traitements de ravines. Activités transversales: * Etablir la situation de référence * Information et mobilisation des communautés autour du projet * Planifier les actions avec les bénéficiaires * Renforcer les capacités des responsables CVD, élus locaux et responsables d'organisations dans le domaine du genre * Conduite de la CVCA dans la zone d'intervention * Suivi de l'exécution du projet par équipe VDS * Monitoring externe * Capitalisation (rapports périodiques) * Programme d'activités * Evaluation finale 1. L'accès aux sources d'eau potable est amélioré dans la commune de Tankougounadjé. 2. La production agrosylvopastorale est améliorée dans la commune de Tankougounadjé. infra | Local | communities | rural | capdev | Local | communities | rural | This information will soon be available 25 INF L’objectif général du projet est de contribuer à l’amélioration des conditions de vie des populations de la commune rurale de Tankougounadjé. IMP E,T WASH,3R,MUS,FSEC wash projects agricultural production / food security De l’eau pour la commune de Tankougounadjé Image link 43416.00 135975.00 8324.00 4573.00 26182.00 218470 Sources d'eau à utilisation domestique et productive Techniques agricoles 3R introduites et practiquées populated place Commune de Tankougounadjé Burkina Faso Villages: Tiena, Moussoua et BF-04 Sahel NL-KVK-34200988_WSUS_BF13_520 RAIN foundation Identification des sites pour approche 3R RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation U.S. Agency for International Development Bureau d'etudes et de Recherche Appliquees 2013-01-01 2013-12-31 finished http://rainfoundation.org/project/NL-KVK-34200988_WSUS_BF13_520 http://rsr.akvo.org/project/2326/ finished - Dans le but de recharger les nappes qui seront exploitées par le système de puits modernes ou de forages manuels, pour l’eau potable et l’eau agricole (bétail, maraîchage) les objectifs de la présente mission sont : - Identifier les sites appropriés pour la réalisation de barrages de sable. - Identifier les sites appropriés pour la réalisation de mini retenues d’eau. Dans le but de recharger les nappes qui seront exploitées par le système de puits modernes ou de forages manuels, pour l'eau potable et l'eau agricole (bétail, maraîchage), les objectifs de la présente mission sont : - Identifier les sites appropriés pour la réalisation de barrages de sable - Identifier les sites appropriés pour la réalisation de mini retenues d'eau This information will soon be available This information will soon be available This information will soon be available 12 R-D Dans le but de recharger les nappes qui seront exploitées par le système de puits modernes ou de forages manuels, pour l’eau potable et l’eau agricole (bétail, maraîchage) les objectifs de la présente mission sont : - Identifier les sites appropriés pour la réalisation de barrages de sable. - Identifier les sites appropriés pour la réalisation de mini retenues d’eau. ADV E,T 3R wash projects agricultural production / food security Identification des sites pour approche 3R Image link 3154.00 3154 3154.00 3154 populated place Commune de Tankougounadjé Burkina Faso Sahel NL-KVK-34200988_WSUS_BF13_522 RAIN foundation Advice 3R measures - Tankougounadje RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation U.S. Agency for International Development Acacia Water Association des Volontaires pour le Développement au Sahel 2012-09-01 2013-03-01 finished http://rainfoundation.org/project/NL-KVK-34200988_WSUS_BF13_522 http://rsr.akvo.org/project/2327/ finished Catchment selection Catchment identification for the implementaiton of 3R measures (sand -dams, micro-dam, contour bounds, impluvia) in Northern Burkina Faso Catchment identification for the implementaiton of 3R measures (sand -dams, micro-dam, contour bounds, impluvia) in Northern Burkina Faso This information will soon be available This information will soon be available capdev | National | NGO staff | not applicable | This information will soon be available 5 R-D Catchment selection for the Implementation of 3R measures in the commune of Tankougounadie, Yagha province, Burkina Faso ADV E,T 3R wash projects agricultural production / food security Implementation of 3R measures - Tankougounadi Image link 17550.00 17550 17550.00 17550 populated place Burkina Faso NL-KVK-34200988_WSUS_BF15_645 RAIN foundation SNV Burkina Faso RAIN foundation http://rainfoundation.org info@rainfoundation.org Barentszplein 7, 1013 NJ Amsterdam, The Netherlands +31 (0)20 58 18 250 RAIN foundation U.S. Agency for International Development SNV Burkina Faso 2015-03-27 2015-05-10 finished http://rainfoundation.org/project/NL-KVK-34200988_WSUS_BF15_645 http://rsr.akvo.org/project/2976/ finished - La mise en oevre des projets 3R en collaboration avec DWA et USAID WA WASH ont connu un succès, le besoin d'une mise à l'echelle de l'expérience. Cette étude vise dans un premier temps à présenter les raisons du succès et son impact et ensuite elle devra présenter les méthodes à mettre en place pour une mise à l'echelle La mise à l'echelle de l'expérience. Cette étude vise dans un premier temps à présenter les raisons du succès et son impact et ensuite elle devra présenter les méthodes à mettre en place pour une mise à l'echelle This information will soon be available This information will soon be available This information will soon be available R-D Elaboration d'un plan de mise à l'echelle de l'approche 3R basé sur les experiences dans le cadre du programme WA WASH financié par USAID avec l'implementation du projet De l'eau pour la commune de Tankougounadjé. L'approche 3R en appui à l'amélioration de la gestion des ressources en eau avec VDS dans le Nord du Burkina Faso ADV E,S WASH,3R,MUS,BDEV,FSEC,OTH wash projects agricultural production / food security <category code="A08">Image link</category> </document-link> <!--CONTRACTED BUDGET SECTION--> <!--only contracted budget lines are in IATI namespace, totals and deviations from contracted data (actual budgets) are defined in the RAIN namespace--> <budget type="1" rain:budgettype="contracted"> <period-start iso-date="2015-03-27"/> <period-end iso-date="2015-05-10"/> <value value-date="2015-05-10" currency="EUR" rain:type="other" akvo:type="2" akvo:label="Other">8250.00</value> <rain:value value-date="2015-05-10" currency="EUR" type="total contracted">8250</rain:value> </budget> <!--REVISED BUDGET SECTION (actual budget)--> <rain:budget type="2" budgettype="actual"> <period-start iso-date="2015-03-27"/> <period-end iso-date="2015-05-10"/> </rain:budget> <!--RESULT SECTION--> <!--RESULTS INFRASTRUCTURE DATA--> <!--LOCATION SECTION--> <location> <location-type code="PPL">populated place</location-type> <name rain:type="loc_name">Burkina Faso</name> <administrative rain:continent="Africa" country="BF">Burkina Faso</administrative> <coordinates latitude="12.238330" longitude="-1.561590" rain:explanation="centre of project area"/> <description rain:type="loc_free"></description> </location> <location> <location-type code="ADM1"/> <name rain:type="loc_iso31662" rain:encoding="ISO 3166-2">BF-03</name> <rain:subdivision rain:type="subdivision" rain:encoding="none"></rain:subdivision> <rain:geojson rain:type="loc_geojson" rain:encoding="geoJSON" rain:status="no geoJSON data available yet"/> </location> </iati-activity> </iati-activities> 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