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Climate, Community & Biodiversity Climate, Community and Biodiversity Alliance (CCBA) Review of multiple-benefit projects in Madagascar Current carbon.

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Presentation on theme: "Climate, Community & Biodiversity Climate, Community and Biodiversity Alliance (CCBA) Review of multiple-benefit projects in Madagascar Current carbon."— Presentation transcript:

1 Climate, Community & Biodiversity Climate, Community and Biodiversity Alliance (CCBA) Review of multiple-benefit projects in Madagascar Current carbon market opportunities & limitations with respect to sustainable development

2 Standards for ensuring integrity of carbon offset projects www.climate-standards.org

3 www.climate-standards.org CCB Standards Ensuring integrity of claimed outcomes: Climate protection Conserving biodiversity Supporting sustainable development in poor communities climate-standards.org

4 Makira CI and WCS launched the Makira Forest Project in Madagascar w/ GoM WCS is the project implementer working with the MEEF. CI provides carbon expertise & markets offsets. Working to declare and protect 350,000 Ha under GoM EP3. 8 of 10 local communities have agreements. Goal to engage 112 communities, 10,500 inhabitants over 50K ha Goal to cut deforestation rate by at least 50% resulting in 18,000 Ha

5 M-Z Corridor Mantadia-Zahamena corridor is key to Madagascar Durban Vision & EP3 Threat from tavy production and illegal logging Inhabitants: 43,266 in 44 villages Establish zoning & local management Avoided Deforestation (>300K Ha) Corridor Restoration (3,020 Ha) Forest/Fruit Gardens (1,260 Ha) Fuelwood Plantation (660 Ha) 1M Kyoto eligible, 9M voluntary tons Funding: WB, GoM,CI, USAID… Parc National Zahamena Parc National Mantadia

6 Sustainable Development Benefits BenefitsLocal (human/community) Provincial National Biodiversity conservation Healthier, more resilient local environment; Natural forest products Healthier natural environment; Tourist revenue Healthier environment; Tourist revenue; Meeting obligations under international agreements Carbon sequestration and storage Healthier local microclimate; Potential carbon offset finance Amelioration of climatic oscillations; potentially strengthened economy Strengthened economy; Meeting obligations under international treaties Undeflected succession/ Refugia Less labour input to fallows; Improved natural seed dispersal Improved ecology; possible tourism opportunities Genetic stock of potential medicines; crops; other useful products, etc. Wider availability of herbal medicines – healthier people; availability of useful products for selective use; less hardship Healthier populace – less pressure on local health system; Possible strengthening/expansi on of local economy Healthier population; possibly strengthened economy; possible export trade

7 Sustainable Development Benefits BenefitsLocal (human/community) Provincial National Water regulationImproved water availability Stabilised hydrological flows Soil retentionBetter, more reliable crops; healthier people Reduced water runoff; reduced risk of flooding Nutrient cyclingBetter, more reliable crops; healthier people; increased crop range Possible increase in local trade; healthier local markets More sustainable economy Biological control Reduced risk of pest problems; improved crops Possible increase in local trade; healthier markets More sustainable economy Food securityHealthier people; more time for other activities Increased local trade; healthier local market More sustainable economy; Resilience to environmental disturbance Reduced risk of disturbance; buffering from cyclones Reduced risk of population displacements Reduced risk of emergency infrastructure needs Non-Timber forest products More local needs met;Possible strengthening of local economy More resilient, sustainable economy CulturalNew cultural opportunities Enhanced local culture Improved sustainability

8 Some Project Lessons Learned Technical carbon project experience needed Early funding for project definition and community outreach Projects must mitigate risks and be ‘investment grade’ Difficult to meet Kyoto regulatory rules and laws Where government lands and enforcement are required, governments must commit to delivery of carbon offsets Project complexities, low understanding of carbon, and delayed carbon funding slows community and government acceptance Role of Ministry of Env & Kyoto DNA are critical Carbon funding will usually only cover a portion of overall corridor-scale project costs (20-35%) Perpetuity cost structure not solved, typical projects 30 years

9 Carbon Market: Scaling Up Avoided deforestation, if included in policies, may provide single largest source of conservation financing for tropical forests Pricing for Kyoto compliant and EU ERs $5-$15/tCO2 Pricing supports only limited sustainable development benefits Japan and EU ETS focusing more on regulatory purchases Land-use not included in EU ETS is significant disadvantage Only niche market interested in multiple-benefit land-use projects Risk profile of CDM and land-use projects results in price discount Responsibility to validate premise that land-use projects provide better development and biodiversity benefits through CCBA

10 Thank You!


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