GOALS : |
This project aims at Reducing greenhouse gases (GHG) Emissions from Deforestation and Degradation (REDD) of the Malagasy forest.
By February 2012, it will help to achieve the following objectives:
1. Improve knowledge on effective and verifiable measure of the impact of field activities to reduce GHG emissions and to a lesser extent, to sequester CO2 already present in the atmosphere.
2. Improve the living conditions of local communities through the transfer of natural resource management and development of sustainable agricultural practices (irrigated rice cultivation, agroforestry, etc.)
3. Fully integrate the conservation of the unique biodiversity of Madagascar
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PARTNERS : |
The field operator is the WWF in collaboration with the Ministry of Environment, Forests and Tourism, the regional leaders and other local authorities.
WWF works for a living planet. It aims to stop environmental degradation in the world and build a future in which humans live in harmony with nature.
This project is excusively sponsored by Air France
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DESCRIPTION/CONTEXT :
The fight against deforestation, which is responsible for 17% of global GHG emissions and 28% of C02 emissions (IPCC, 2004), was at the heart of discussions at the United Nations Conference on Climate Change, held in Bali in December 2007. The participating countries sent a strong signal by adopting a plan of action aimed at promoting steps in the fight against deforestation at national and local level, and to include fully the fight against deforestation in the post-Kyoto agreement that has still to be defined.
In the context of the growing interest in the use of forests as an instrument to combat climate change, GoodPlanet decided to fund the Holistic Conservation of the Madagascar forests.
THE PROJECT :
The project is being carried out on a surface of 515 000 hectares : 390 000 hecatares of moist forests and 125 000 hectares of spiny forests.
On five seperate sites, 46 field agents (exclusively Madagascan) have been mobilised to manage the :
Creation of 350 000 ha of protected forest area, in line with Madagascar’s commitment to have 6 million ha of protected areas by 2012
Transfer of management of 140 000 ha of natural ressources : from the state to local communities. This concerns thousands of families and they are implicated in the entire process of the transfer of management
Restoration of 20 000 ha of degraded land : vast community plantations and assisted natural regeneration. Use of exclusively native varieties in order to restaure the ecological integrity of fragmented ecosystems
Reforestation of 5 000 ha for energy : to satisfy the communities’ high demand for wood fuel and to take pressure off primary forests.
Location of the activities - Focus on the Andapa site : transfers of management (TGRN) in periphery of new protected area (NAP)

Find more details on these activities and their status report on the WWF internet page.
ENVIRONMENTAL BENEFITS:
Reduction of the rates of deforestation
Preserving the stock of 61 to 68 million tons of carbon bound in the forests
Restoration of ecosystems (soils, groundwater, biodiveristy).
SOCIAL AND ECONOMIC BENEFITS:
Improvement of the quality of life for local communities due to the diversification of agricultural production and the improvement of their yields.
Encouragement of sustainable agriculture practices
Job creation
Long-term sensitisation of the population on the importance of forest preservation and sustainable management.

THE PROJECT’S CARBON ASSESSMENT:
The potential capture of the forests concerned within the project’s permetres is between 61 and 68 million tons of carbon according to the estimations by the Land-Use, Land-Use Change and Forestry Guide (LULUCF) done by the IPCC (United Nations Intergovernmental Panel on Climate Change) and various studies carried out in Madagascar. Thus the idea is to preserve as much as possible the current carbon stock of the forests by reducing the rate of deforestation.
The aim of the project is to advance existing scientific knowledge on specific topics, while also following as closely as possible methodologies that are currently being developed, most notably the one developed by the BioCarbon Fund in Madagascar.
To that end, several innovative partnerships at national and international level were formed with research institutions, universities and study organisations :
Land-Use analysis:
1. Provision by Spot Image of Very High Definition images (2.5m colours and Quickbird)
2. Provision by ITT of data treatment software (ENVI 4.7 FX)
3. Data Treatment with the Institute and Observatory of Geophysics of Antananarivo
Original Spot 5 image (april 2009) - Training of the Team - Image classified

4. Production by the Carnegie Airborne Observatory of three dimensional computer-generated images via LiDAR (Light Detection and Ranging) tehnology. This very precise measurement of the forests height provides a first assessment of the above-ground biomass and allows to reduce considerably the number of inventories to be conducted on the ground. Process supervised by Gregory P. Asner. Despite some incidents, the overflight mission was successfully achieved end of March 2010 (see news of April 23).

Carbon stocks assessment:
Via ground surveys and analysis in laboratory,
1. Accurate measurement of above-ground biomass (stems, branches) in all sites via the development of allometric models adapted to Malagasy forests. Use of IPCC expansion factors for below-ground biomass. Partnership with the University of Agricultural Sciences of Madagascar and with the Unity Goods and Services of Forest Ecosystems of the CIRAD.
Integral weighing of the selected trees, fresh volume measurement and drying of the wood samples

2. Infra-Red Spectrometric measurements on carbon stocks in both litter and soil in Fort-Dauphin and Andapa/Bealanana. Modeling of the evolution of these stocks under the effect of the rise of temperatures. Partnership with the Eco&Soils Unit de l' Institut de Recherche pour le Développement. With the valued collaboration of Madagascar National Parks inside the Andohahela National Parc (UNESCO World Heritage site).
Soil samples collection and analyzes by spectrometry

Elaboration of reference scenarios:
1. Historic deforestation rate assessment (from 1990 to 2008) by the Carnegie Institution (Stanford University). Based on the analysis of mid-resolution images (Landsat-30m) and very high resolution images (Spot-2.5m) via CLASlite
2. Socio-economic analysis of agents and drivers of deforestation/degradation
3. Mid-term land-use modeling and leakage assessment. Partnership with ONF International.
Developing an alternative methodology to evaluate above-ground biomass:
the objective of this study is to bring together analysis of both radar (Palsar satellite/Alos sensor) and optical images (Spot5) and ground measurement (dendrometry, Leaf Area Index) aiming at characterising forests structure. Partnership with the UMR 7179 (CNRS/MNHN), the University of Paris-Est - Marne-la-Vallée, the Institute and Observatory of Geophysics of Antananarivo and the Ecole Nationale des Eaux et Forêts of Gabon.
LAI-meter - LAI measurement by B.Riéra (CNRS/MNHN) and H. Moinjee (WWF) - Radar image of Libreville (Gabon) and LAI graph

The studies carried out for the carbon evaluations contribute to :
The promotion of the development of mechanisms and models that incorporate the local populations in the process and ensuring that potential funding for emissions reductions projects benefit local communities.
Assisting with the development of a REDD policy of Madagascar, which is part of a group of countries selected by the World Bank's Forest Carbon Partnership Facility. GoodPlanet and the WWF are members of REDD’s Technical Committee, especially created by the Malagasy government.
Use the knowledge acquired to inform international debates during the negotiations on the second phase of the Kyoto Protocol (post-2012).
Want to know more about this country ? Check out Madagascar’s country profile on GoodPlanet.info
Find out more about Madagascar on GoodPlanet.Info's country presentation !
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