Amazonian environments are being degraded by modern industrial and agricultural
activities at a pace far above anything previously known, imperiling its vast biodiversity …

Well-designed approaches to ecological restoration can benefit nature and society. This is
particularly the case in tropical agroecosystems, where restoration can provide substantial …

Sulfur (S) availability plays key roles in the growth and health of microbes and plants, but
little is known about how land use change and phosphorus (P) addition affect the soil S …

The geographic distribution of plant diversity matches the gradient of habitat heterogeneity
from lowlands to mountain regions. However, little is known about how much this …

Soil fertility is key point to pastures systems and drives the microbial communities and their
functionality. Therefore, an understanding of the interaction between soil fertility and …

Land‐use and land‐cover transitions can affect biodiversity and ecosystem functioning in a
myriad of ways, including how energy is transferred within food‐webs. Size spectra (ie …

Much of the world's formerly “intact” land cover has been modified by humans with major
impacts on biodiversity. Extensive areas of already modified land are now being subjected …

This study develops an analytical framework comprising “ecosystem pattern–trade-off and
synergy process–multidimensional response mechanism–future risk management” to …

Climate extremes and biotic interactions at the neighbourhood scale affect tropical forest
dynamics with long‐term consequences for biodiversity, global carbon cycling and climate …

Physical gradients are major natural drivers of global biodiversity. A key question is
understanding how biogeographic patterns are impacted by transformation of natural …