A quarter of the deforested Amazon has regrown as secondary tropical forest and yet the climatic importance of these complex regenerating landscapes is only beginning to be recognised. Advances in satellite remote-sensing have transformed our ability to detect and...
Historically the control of deforestation in the Brazilian Amazon has been related to several different drivers such as law enforcement (Assunção & Rocha 2014; Schwartzman, Moutinho & Hamburg 2012); social control of supply chains - soy moratorium (Gibbs et...
The forests of southeastern Amazonia are highly threatened by disturbances such as fragmentation, understory fires, and extreme climatic events. Large‐bodied frugivores such as the lowland tapir (Tapirus terrestris) have the potential to offset this process,...
Several hypotheses have been proposed to explain the mechanisms that generate temporal and spatial species richness patterns. We tested four common hypotheses (water, energy, climatic heterogeneity and net primary productivity) to evaluate which factors best...
In South America, the largest area of tropical savanna is the Brazilian Cerrado biome, which encompasses a considerable range of environmental variation, with different types of soil, geology, geomorphology and climate, as well as distinct types of vegetation....
This article presents a 21st Century agenda for Amazonian conservation. The agenda calls for developing a system of refugia and a scientific methodology for predicting impacts of the infrastructure development vision for the region. It also calls for a...
Human-modified forests are an ever-increasing feature across the Amazon Basin, but little is known about how stem growth is influenced by extreme climatic events and the resulting wildfires. Here we assess for the first time the impacts of human-driven disturbance...