GET /rest/v1/project_custom_field/?ordering=id&page=2
HTTP 200 OK
Allow: GET, POST, HEAD, OPTIONS
Content-Type: application/json
Vary: Accept

{
    "count": 9318,
    "next": "https://rsr.akvo.org/rest/v1/project_custom_field/?ordering=id&page=3",
    "previous": "https://rsr.akvo.org/rest/v1/project_custom_field/?ordering=id",
    "results": [
        {
            "id": 31,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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. ",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 442
        },
        {
            "id": 32,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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 ",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2274
        },
        {
            "id": 33,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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.",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2275
        },
        {
            "id": 34,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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.",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2277
        },
        {
            "id": 35,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "NEWAH has designed WASH projects, in four VDCs, from two districts,\r\nTanglichowk 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. ",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2285
        },
        {
            "id": 36,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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. \r\n",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2287
        },
        {
            "id": 37,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "BSPN's objective is to bring substantial positive changes in the lives of Nepali people in the greatest need by: \r\n•\tImproving 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.\r\n",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2288
        },
        {
            "id": 39,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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.",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2290
        },
        {
            "id": 40,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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 ",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2371
        },
        {
            "id": 41,
            "name": "target_group",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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).\r\n\r\na)\tValue-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. \r\nAdditional 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. \r\n\r\nb)\t 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. \r\n",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2371
        },
        {
            "id": 42,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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.",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2750
        },
        {
            "id": 43,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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.",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2751
        },
        {
            "id": 44,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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.",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 439
        },
        {
            "id": 46,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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. ",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2309
        },
        {
            "id": 47,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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.  ",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2310
        },
        {
            "id": 48,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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. ",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2311
        },
        {
            "id": 49,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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: \r\n1. Explains why RWH mapping is essential and how to do it (with a simple, general method) \r\n2. Shows the results for the countries assessed in 2010 in an interactive webmap, as an example of potential results. \r\n3. Can later be extended by coupling to a hydrological model and climate scenarios; an exercise for which a quote is desired. \r\n",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2313
        },
        {
            "id": 50,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "1.\tEffective fundraising at different levels (governments, private sector and donor community) in order to increase access to water through RWH;\r\n2.\tIncreased capacity of local and regional RWH actors in order to facilitate implementation and knowledge concerning RWH projects.\r\n3.\tShared knowledge and expertise concerning RWH between the two parties’ staff members and among members of their networks;\r\n4.\tIncreased awareness on RWH at local, national and international level to promote RWH ",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2548
        },
        {
            "id": 53,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "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).",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 113
        },
        {
            "id": 55,
            "name": "project_plan_summary",
            "section": 4,
            "max_characters": 0,
            "help_text": "",
            "value": "Le projet a pour objectif général « d’améliorer les conditions de vie des populations de la commune rurale de Tankougounadjé ». \r\nLa 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.",
            "mandatory": false,
            "order": 0,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 2325
        },
        {
            "id": 58,
            "name": "Replication and scale",
            "section": 4,
            "max_characters": 600,
            "help_text": "Describe to what extent this project might lead to replication and/or up-scaling.",
            "value": " ",
            "mandatory": true,
            "order": 6,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3810
        },
        {
            "id": 59,
            "name": "Environmental sustainability",
            "section": 4,
            "max_characters": 600,
            "help_text": "Try to answer at least 2 of the following questions: Are sustainable water sources used, e.g. rainwater or groundwater? If yes, how does this effect the ground water level? Will the project result in additional waste streams? If so, how are these dealt with? Is the project anticipating on future (predicted) effects of pollution and/or climate change on the water situation in the region (e.g. water availability and quality)?",
            "value": " ",
            "mandatory": true,
            "order": 3,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3810
        },
        {
            "id": 60,
            "name": "Institutional sustainability",
            "section": 4,
            "max_characters": 600,
            "help_text": "Try to answer at least 4 of the following questions: Is the ownership of the water facility clear? Who will be held responsible (person, community, water company or government) after the project period? How will they get sufficiently involved in the project to be able to take on this responsibility? Is it somebody's paid job to do operation and maintenance? Is there an organisation responsible for the quality control of the facility? Are all expected roles, tasks and responsibilities clearly defined and agreed? What about the gender balance in committees?",
            "value": " ",
            "mandatory": true,
            "order": 2,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3810
        },
        {
            "id": 61,
            "name": "Financial sustainability",
            "section": 4,
            "max_characters": 600,
            "help_text": "Try to answer at least 3 of the following questions: How are future operations & maintenance (incl. trainings, salaries and replacements) paid? Is budget set aside for this and who is the account holder? Who are paying: consumers, public sector or private investors? What local financial instruments are used: household contributions, recurrent tax revenues, fee systems, decentralized funds? Goal: make sure that the products/services can be delivered after the project period based on local revenues through one of the financial instruments.",
            "value": " ",
            "mandatory": true,
            "order": 1,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3810
        },
        {
            "id": 62,
            "name": "Technical sustainability",
            "section": 4,
            "max_characters": 600,
            "help_text": "Try to answer at least 3 of the following questions: Is the technology choice appropriate for the local circumstances? Can the technology be locally manufactured? If not, can spare parts be obtained easily in case repairs or replacement is needed? Are the skills for operation and maintenance available or are trainings needed? If yes, what kind of trainings and for whom? Is the proposed technology affordable for local users, including costs of maintenance and replacement?",
            "value": " ",
            "mandatory": true,
            "order": 4,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3810
        },
        {
            "id": 63,
            "name": "Social sustainability",
            "section": 4,
            "max_characters": 600,
            "help_text": "Try to answer the following questions: How strong is the demand/need for this water facility? Are needs of women, vulnerable groups and/or the poorest included in this project? Do they also play a role in capacity building? Is the project aligned with socio-cultural values and local customs?",
            "value": " ",
            "mandatory": true,
            "order": 5,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3810
        },
        {
            "id": 64,
            "name": "Entry Criteria: I have read and comply with the Aqua for All entry criteria",
            "section": 1,
            "max_characters": 0,
            "help_text": "Click here to read the entry criteria: http://aquaforall.org/wp-content/uploads/2014/10/Aqua-for-All-Drempelcriteria-ENG.pdf",
            "value": "True",
            "mandatory": true,
            "order": 1,
            "type": "boolean",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3810
        },
        {
            "id": 65,
            "name": "I don’t comply with the entry criteria for the following reason:",
            "section": 1,
            "max_characters": 0,
            "help_text": "",
            "value": "",
            "mandatory": false,
            "order": 2,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3810
        },
        {
            "id": 66,
            "name": "Replication and scale",
            "section": 4,
            "max_characters": 600,
            "help_text": "Describe to what extent this project might lead to replication and/or up-scaling.",
            "value": "When proven its effectiveness, the programme can be introduced by the other branch offices of MDF in addition to offering the training package to local organisations that recognise the value of combining youth entrepreneurship with WASH. The established WASH enterprise support network will furthermore play a role in following up with the new businesses established. ",
            "mandatory": true,
            "order": 6,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3811
        },
        {
            "id": 67,
            "name": "Financial sustainability",
            "section": 4,
            "max_characters": 600,
            "help_text": "Try to answer at least 3 of the following questions: How are future operations & maintenance (incl. trainings, salaries and replacements) paid? Is budget set aside for this and who is the account holder? Who are paying: consumers, public sector or private investors? What local financial instruments are used: household contributions, recurrent tax revenues, fee systems, decentralized funds? Goal: make sure that the products/services can be delivered after the project period based on local revenues through one of the financial instruments.",
            "value": "To ensure EnterWASH can expand its reach, we will seek to offer the training package to relevant organisations working across Ghana and in other countries where MDF operates. It will be offered commercially based on a package fee for the WASH entrepreneurship manual and training of trainers. Possible customers are NGOs, international organisations & local and national government agencies working on topics related to WASH and youth (entrepreneurship).  ",
            "mandatory": true,
            "order": 1,
            "type": "text",
            "dropdown_options": null,
            "dropdown_selection": null,
            "project": 3811
        }
    ]
}