Forest Recovery Following Pasture Abandonment in Amazonia: Canopy Seasonality, Fire Resistance and Ants

19 de julho de 1995

jul 19, 1995

Daniel C. Nepstad, Peter Jipp, Paulo Moutinho, Gustavo Negreiros, Simone Vieira
 

Tropical forests are important regulators of the flux and storage of carbon, water, and energy in the Biosphere, and they are the habitat of more than three-fourths of the world’s plant and animal species. These ecosystems are also undergoing rapid conversion through pasture formation, shifting cultivation and timber highgrading as the people of tropical nations turn to forestlands for sustenance and wealth.

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Effects of experimental fuel additions on fire intensity and severity: unexpected carbon resilience of a neotropical forest

Effects of experimental fuel additions on fire intensity and severity: unexpected carbon resilience of a neotropical forest

Global changes and associated droughts, heat waves, logging activities, and forest fragmentation may intensify fires in Amazonia by altering forest microclimate and fuel dynamics. To isolate the effects of fuel loads on fire behavior and fire‐induced changes in forest carbon cycling, we manipulated fine fuel loads in a fire experiment located in southeast Amazonia.

Clima e Desmatamento no Xingu

Clima e Desmatamento no Xingu

Boletim produzido pelo consórcio composto pelo IPAM, ICV, ISA, Fórum Mato-Grossense de Meio Ambiente e Desenvolvimento de MT (Formad) e Sindicato dos Trabalhadores Rurais de Lucas do Rio Verde (STR Lucas), no âmbito do projeto Governança Florestal nas Cabeceiras do Rio Xingu, e faz parte das ações da Campanha "Y Ikatu Xingu".