FERREIRA, J.

LAURENT, F.

MOURA, F.

PIKETTY, M.-G.

PIMENTEL, G.

PLASSIN, S.

POCCARD-CHAPUIS, R.

THLÊS, M.

English

Repository Open Access to Scientific Information from Embrapa

     Parallel Session L3 Towards Climate-smart Solutions  Wednesday, 18 March 2015   8:3 − 2:30  Oral Presentations                                               L3.4 Climate-smart landscapes, watersheds and territories 75  11:45 A platform for landscape ecoefficiency monitoring and jurisdictional certification in the Amazon region  Ferreira Joice1, Poccard-Chapuis René2, Laurent François3, Plassin Sophie2, Thalês Marcelo4, Moura Fabricia4, Pimentel Gustavo5, Piketty Marie-Gabrielle6  1Embrapa Amazonia Oriental, Belém - PA, 66095-100, Brazil 2UMR SELMET – CIRAD, Paragominas - PA, 68626-140, Brazil 3Université du Maine, Le Mans  72085, France 4Museu Paraense Emilio Goeldi, Belém - PA, 66095-100, Brazil 5Embrapa Amazonia Oriental, Belém - PA 66095-100, Brazil 6UR GREEN – CIRAD, Montpellier 34000, France  The process of deforestation in the Brazilian Amazon region during the six last decades has built disorganized landscapes, in terms of agronomic, ecological, economic and social aspects. Pastures were implanted after slash-and-burn, in a spatially systematic diffusion, buffering the road network with a land tenure objective, and with no consideration for topography or other natural resources, except hydrographic network for watering cattle. This spatial pattern of colonization has generated a large waste of space and natural resources. Since ten years, the zero deforestation policies are building a new legal context for land use and natural resources management, opening possibilities for landscape optimization for ecosystemic services and ecological intensification. To repair environmental liabilities, to connect remaining forest and preserve landscapes, to protect hydrolocical resources, to manage the land tenure and agricultural diversification, local actors need a tool to take into account the spatial distribution of the environmental, economic, agronomic and social organization in each jurisdiction.  The authors present in this communication a G)S tool at the municipality level, able to support the local actors  decisions and interrogations to build new ecoefficient landscapes, in order to mitigate emissions, optimize natural resources productivities, farm profitability and to plan local policies such as localizing logistics or agro-industrial plants. The main options about land-use changes, mitigation practices, pasture management practices, use of fire, are informed with a remote sensing set of indicators, crossing land tenure layers, and forest connection metrics.   The participative use of this tool should help local multistakeholders platform to monitor, evaluate and plan innovation, mitigation, diversification and synergies at the landscape scale, and improve the local governance s inclusion of smallholders. An external certification of this system at a jurisdictional level will be provided, demonstrating that local institutions can assume environmental responsibilities, and attracting new investors in a green economy perspective.      

A platform for landscape ecoefficiency monitoring and jurisdictional certification in the Amazon region.

http://www.alice.cnptia.embrapa.br/bitstream/doc/1061717/1/L3p75.pdf

A platform for landscape ecoefficiency monitoring and jurisdictional certification in the Amazon region.

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