The future of tropical forests depends on their ability to resist and recover from multiple disturbances. Here, we evaluated how edge effects, experimental fires, extreme droughts, and blowdowns reshaped forest structure, composition, and functional traits over two decades in the Amazon–Cerrado transition. Initially, forests resisted low-intensity fires, but subsequent high-intensity fires during severe droughts sharply increased susceptibility to further disturbances. Along forest edges bordering agriculture, these compound disturbances drove losses of tree species richness, declines in Amazonian forest-specialist
species, and shifts toward generalists with broad distributions, indicating increased compositional homogenization (i.e., reduced taxonomic diversity and dominance of generalist species).
Mato Grosso no caminho do desenvolvimento de baixas emissões: custos e benefícios da implementação do sistema estadual de REDD+
Mato Grosso no caminho do desenvolvimento de baixas emissões: custos e benefícios da implementação do sistema estadual de REDD+
O estudo tem como objetivo identificar, caracterizar e avaliar custos e benefícios advindos da implementação do Sistema de REDD+ no Estado do Mato Grosso.