Design with longevity and futureproofingin mind > Put in place social and environmental safeguards > Provide sustainable, equitable financial incentives > Build robust,long-term monitoringsystems > Engage local communities in a participatory approach > Account forsite-specific and complex dynamic contexts > Emphasisean adaptive management approach > Consider trade-offs and synergies across multiple scales > Principles Nine Principles for Nature-based Solutions. These principles are the product of the review and synthesis of core principles fromthe many interventions that qualify as NbS, other meta-analyses, and lessons learned from the case studies.]]> Engage local communities in a participatory approach > Design with longevity and futureproofingin mind > Give parity to all three pillars ofthe triple win > Put in place social and environmental safeguards > Build robust,long-term monitoringsystems > Emphasise anadaptive management approach > Provide sustainable, equitable financial incentives > Consider trade-offs and synergies across multiple scales >]]> Ecosystem-based disaster risk reduction in Haiti > Mangrove restoration in Madagascar and Indonesia > Urban reforestation in South Africa Return to Principles]]> Agroforestry in Bolivia > Integrated water resource management in the Democratic Republic of the Congo > Coastal afforestation in Bangladesh Return to Principles]]> Ecosystem-based disaster risk reduction in Afghanistan > Ecosystem-based disaster risk reduction in Haiti > Climate-resilient agriculture in Cambodia Return to Principles]]> Ecosystem-based adaptation in The Gambia > Mangrove restoration in Madagascar and Indonesia > Coastal afforestation in Bangladesh Return to Principles]]> Ecosystem-based adaptation in The Gambia > Mangrove restoration in Madagascar and Indonesia > Wetland restoration and climate-smart agriculture in Uganda Return to Principles]]> Silvopastoral systems in Colombia > Mangrove restoration in Viet Nam Return to Principles]]> Agroforestry in Bolivia > Mangrove restoration in Viet Nam Return to Principles]]> Climate-resilient agriculture in Cambodia > Ecosystem-based adaptation in The Gambia £ > Wetland restoration and climate-smart agriculture in Uganda Return to Principles]]> Ecosystem-based disaster risk reduction in Afghanistan > Silvopastoral systems in Colombia > Integrated water resource management in the Democratic Republic of the Congo Return to Principles]]> Account forsite-specific and complex dynamic contexts > Design with longevity and futureproofingin mind > Considertrade-offs and synergies across multiple scales> Engage local communities in a participatory approach > Put in placesocial and environmental safeguards > Provide sustainable, equitable financial incentives > Build robust,long-term monitoringsystems > Emphasise an adaptive management approach > Welcome to the Triple Win Toolkit: Implementation Guidance Use this interactive guide to learn more about how to implement a Nature-based Solution that efficiently and effectively addresses thetriple win. Step 1Click on a Principleto reveal the KeyConsiderations thatunderpin its adherence. Step 2Click on a Key Considerationto find out moreinformation andexplore useful resources. Principle KeyConsideration Effective Nature-basedSolutions 22 Intervention suitability Riskassessment Stakeholder analysis Disaggregate targets Stakeholder engagement Obtainconsent Biodiversity indicators Multi-dimensional poverty Driversof climatechange Biodiversity objectives Driversof biodiversity loss Trade-offs Multiple benefits Cost-benefit analysis Disaggregate impacts Sustainable livelihoods Financialimpacts Adaptive management Considerthe context Value for money Monitoring systems Assess effectiveness Adaptivecapacity Local partnerships Main-streaming Planahead Safeguards Give parityto all threepillars of the triple win > Engage local communities in a participatory approach > Account forsite-specific and complex dynamic contexts > Put in placesocial and environmental safeguards > Design with longevity and futureproofingin mind > Build robust,long-term monitoringsystems > Emphasise an adaptive management approach > Provide sustainable, equitable financial incentives > Considertrade-offs and synergies across multiple scales>]]> ]]> ]]> ]]> ]]> ]]> ]]> ]]> ]]> ]]> 2,500 households. To reduce habitat loss across 400,000 ha forest and protect threatened species. Funding: Total project budget: £743,524 (GBP) Ibis Rice in Cambodia with project partners  Sansom Mlup Grey Darwin Initiative £299,491 (GBP) Wildlife Conservation Society £115,941 (GBP) Sansom Mlup Prey £328,092 (GBP) Biodiversity 7% increase in critically endangered bird’snests protected. Climate Adaptation to climate change through 579 households using drought-resilient seeds. People Basic NecessitySurvey scores increased by 0.34; increased food security. Project achievements as of 2020: 150]]> 1,250 families of Ibis Rice farmers have tested and adopted drought-resilient agricultural practices and complementary soil conservation techniques. Deforestation rates decrease around target villages compared to deforestation rates in the wider landscape. This outcome assumes that premiums paid for Ibis Rice are sufficient to change behaviours, which has been shown through previous Darwin projects. Increase of 20% in the number of critically endangered nests protected. Poverty status improved by 20% for people in Ibis Rice villages (measured through surveys on Basic Necessity Scores, rice harvest and food security). Impacts of Ibis Rice program on threatened bird populations, habitat trends and human livelihoods are monitored and disseminated to a wide audience, including relevant national and regional Payments for Ecosystem Services (PES) policymakers. Lessons learnt Incentives to promote compliance may need to look beyond economic drivers and adapt approaches towards the local context. This project found groups continuing to engage in illegal activities were incentivised to engage when approached directly, increasing community buy-in. Approaches towards local community engagement should be inclusive of all smaller groups, such as smaller networks of farmers, which may not be reached effectively. Sustainability and legacy of project This project is designed to expand the Ibis Rice concept as a locally managed, climate-change resilient initiative that can be sustained without future inputs. The project delivers an alternative development pathway with clear short-term financial benefits and structures that support the long-term socioeconomic development of local communities. Village Marketing Networks facilitate planned, sustainable resource use. Land-use plans thatform the basis for the conservation agreements and the delineation of community-use zones within protected areas guarantee access to forest resources by participants. By registeringthese plans with government, the project ensures that land cannot be appropriated for development by agro-industrial plantations. Ibis Rice has proven to be a relatively low cost mechanism for incentivising conservation, which at current scale and input can be sustained through market sales alone. Potential for further expansion of the concept is high, owing to the number of suitable villages and communitybuy-in. This potential becomes accessible when international certification is achieved to open stable, high-volume, high-value international markets, thus securing funding of on-going activities. Further information: https://www.darwininitiative.org.uk/project/DAR24028/ Diagram of the NbS interactions showing that climate-resilient agriculture,coupled with PES schemes, can provide multiple benefits. Climate changeadaptation Nitrogen fixation andcarbon sequestration Soil fertility Increased incomes & livelihood benefits Biodiversity enhancement Climate change mitigation More habitat for wildlife Forest protection Certification Drought-tolerate rice Devolvedgovernance Return to Principles]]>