Estimation of Carbon Storage in the Biomass - Alimengo, Paul
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Tropical forests, spread over an area of 13.76 million km2, account for 60% of all forests (Alain Rousteau, 2010) and play a key role in the global carbon dioxide (CO2) cycle, potentially offering opportunities to contribute to climate change mitigation and adaptation measures (Greenpeace, 2008), both in terms of carbon flows and the volume of carbon stored. Photosynthesis is a process driven by solar radiation. We are interested in estimating carbon storage in the litter biomass of the Yoko Forest Reserve, in the case of monodominant stands of Gilbertiodendron dewevrei. Is there a difference…mehr

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Produktbeschreibung
Tropical forests, spread over an area of 13.76 million km2, account for 60% of all forests (Alain Rousteau, 2010) and play a key role in the global carbon dioxide (CO2) cycle, potentially offering opportunities to contribute to climate change mitigation and adaptation measures (Greenpeace, 2008), both in terms of carbon flows and the volume of carbon stored. Photosynthesis is a process driven by solar radiation. We are interested in estimating carbon storage in the litter biomass of the Yoko Forest Reserve, in the case of monodominant stands of Gilbertiodendron dewevrei. Is there a difference between the amount of carbon stored in the litter biomass of these different stands? The choice of species is based primarily on their specific abundance, with a view to determining carbon storage in litter biomass. Our work was carried out 32 km from the town of Kisangani on the left bank of the Congo River.
Autorenporträt
Nacido en Dingila el 12 de diciembre de 1994. Diplomado en Bioingeniería en Desarrollo y Gestión de Recursos Naturales por la Universidad de Kisangani (RD Congo). Especialista en conservación de la biodiversidad.