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Evolution of the Tropical Forests since 1990 and analysis of the deforestation drivers
Philippe Mayaux, Frédéric Achard, René Beuchle, Hans-Jürgen Stibig, Hugh D. Eva, Andreas Brink, Catherine Bodart, Silvia Carboni, Baudouin Desclée, François Donnay, Andrea Lupi, Jukka Miettinen, Rastislav Raši, Roman Seliger, Dario Simonetti Institute for Environment and Sustainability Joint Research Centre - European Commission + FAO collaborators + 150 regional experts
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JRC heritage in tropical forest monitoring
TREES-1 ( ) First reliable maps of the tropical forests TREES-2 ( ) Global estimates of deforestation TREES-3 ( ) Regional estimates of deforestation + C emissions FOROBS ( ) Assessment of forest degradation OFAC ( ) Regional Observatory for Central African Forests ReCaREDD ( ) Capacity-building on forest degradation
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Final report released in Dec. 2012 Global forest land-use change
Joint FAO/JRC report Final report released in Dec. 2012 FAO & JRC. 2012 Global forest land-use change 1990–2005 FAO Forestry Paper No. 169. Food and Agriculture Organization of the United Nations and European Commission Joint Research Centre. Rome, FAO.
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FAO/JRC Forest Resource Assessment
1990 2000 2005 2010 Regions that JRC will analyse
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for which 30 m resolution satellite data are collected
Systematic sampling of Landsat images at 3 epochs The methodology is based on the analysis of a systematic sample of sites for which 30 m resolution satellite data are collected Sub-Saharan Africa 2,045 Central & South America and the Caribbean 1,230 South and Southeast Asia 741
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Methodology: Example Change Map 1990-2000 1990 2000 Change From Forest
To Forest No change
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Regional TREES-3 Validation Workshops for Africa
Workshop West Africa Dakar (08-13 March 2010) 15 Experts from 14 countries 3 JRC support staff Workshop East Africa Nairobi (28 Sept- 2 Oct 2009) 12 Experts from 10 countries 4 support staff including 3 JRC Workshop Central Africa Kinshasa (28 Sept- 9 Oct 2009) 15 Experts from 7 countries 6 support staff from FAO, UCL & JRC Workshop Southern Africa Cape Town (3-7 May 2010) 15 Experts from 8 countries 3 support staff including 2 JRC 7
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Forest area (106 ha)
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Deforestation estimates (H+D Forests)
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Drivers of Change in Southeast Asia
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Deforestation drivers in Amazon Basin
Direct drivers Agro-business: wide range of commodities such as beef, soy, maize, oil palm, sugar, rice, cacao, coffee, pulp & paper, tobacco. Subsistence agriculture (+ fuel wood) Forest exploitation (timber extraction, artisanal logging…) Extractive industries (mining, oil) Infrastructure and urbanisation Underlying causes Population growth and local economic development Weak governance structures and law Global demand for commodities Cash crop plantations and pasture Soya, sugar cane, cattle, other cash crops Urbanisation and infra-structure (roads) improvements The road network has grown from nothing in 1970 to thousands of km’s $40 billion investment from 2000 to 2007 in highways and infrastructure Concession logging and illegal logging 1 hectare of forest costs 10 times less than a hectare of pasture Direct and Indirect effect of biofuel Sugar cane and oil Palm (Pará)
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Deforestation drivers in Congo Basin
Importance Subsistence agriculture Rural and food for cities Fuel wood & charcoal Rural and peri-urban Mining, oil Limited extent, but strong impact Logging in concessions Very low impact Illegal logging ???? Agro-industry Low impact, but increasing Infrastructure Limited extent but increasing Urbanisation Climate Change Drier climate in coastal part Cash crop plantations and pasture Soya, sugar cane, cattle, other cash crops Urbanisation and infra-structure (roads) improvements The road network has grown from nothing in 1970 to thousands of km’s $40 billion investment from 2000 to 2007 in highways and infrastructure Concession logging and illegal logging 1 hectare of forest costs 10 times less than a hectare of pasture Direct and Indirect effect of biofuel Sugar cane and oil Palm (Pará) Underlying causes Population growth Local economic development Weak governance (institutions and law)
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Need for a long-term land-use planning
Category Role Research needs Incentives/ policies Forests Timber Production Ecology (regeneration) FLEGT, Lacey Act… REDD+ Forests / plantations Fuel wood production Agronomy Carbon credits / CDM Protection and Conservation CC mitig. / adapt. Hydrology Biodiv. royalties NTFP, bushmeat Sustainability of proteins provision Small-scale Agriculture Food for rural population Socio-economy Price policy Agro-industries High revenue Market prices, Round tables Mines, oil Revenue Impact assessment Market prices, EITI
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New data and methods for degradation (RECAREDD)
Landsat, 30 m resolution Kompsat, 4 m resolution
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Conclusions Deforestation is still a hot issue, but political will can reduce the intensity of the phenomenon Illegal logging is not a main deforestation driver, bad governance is Focus on other benefits than VPAs of the FLEGT Action Plan on other policies FLEGT must be combined with the others EU policies for a long-term maintenance of the ecosystem services provided by tropical forests: biodiversity, energy, REDD+, sustainable agriculture, EITI… FLEGT is an important process, but the goal is the sustainable provision of services by forests Need for an innovative land-use planning policy in terms of local, national and global benefit (which ecosystem services for which beneficiaries?) TECHNICAL capacities on forest management are desperately missing
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Merci Thank you
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