Over the past three decades, tropical forest clearing and burning have greatly altered the Amazonian landscape by increasing the cover of pastures and secondary forests. The alteration of biogeochemical processes on these lands is of particular interest on highly weathered Oxisols that cover large areas in the region because of concerns regarding possible nutrient limitation in agricultural land uses and during forest regrowth. The objectives of this study were to quantify (1) the reaccumulation of nutrients in biomass of secondary land uses, (2) changes in soil nutrient contents, (3) internal nutrient cycles, and (4) input–output budgets for the landscape mosaic.
Daniel Markewitz, Eric Davidson, Paulo Moutinho, Daniel Nepstad
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Protegido: Documentos Conserv
Protegido: Documentos Conserv
Conserv é um projeto em desenvolvimento pelo IPAM, Woods Hole Research Center (WHRC) e Environmental Defense Fund (EDF) que tem como objetivo ser um mecanismo de compensação financeira para produtores rurais que mantêm remanescentes florestais além do que é...
Brazil-China Cooperation for Sustainable Development
Brazil-China Cooperation for Sustainable Development
IPAM produces research on the relationship between Brazil and China across climate, trade, and environmental conservation agendas - from protecting the Cerrado and the Amazon to opportunities for sustainable cooperation between the two countries. Explore two IPAM...