J. Calatayud

The paper examines how forest structural diversity affects tree growth synchrony in response to climate change, finding that heterogeneous forests show lower synchrony than recently-established ones.

This study shows that dung beetles have multidimensional thermal niches, where temperature effects vary across diel, seasonal, and geographical scales, leading to potential trade-offs in species responses to warming.

The paper analyzes the Phanerozoic fossil record to identify three major biotic transitions by revealing four global benthic mega-assemblages and their shifts in dominance.

The paper identifies 16 global climatic regions based on species niches, consistent across animal groups and plant classifications, highlighting climatic restrictions for life.

This study uses a network approach to analyze how Pleistocene climate change shaped regional species pools of European Carabus beetles, showing that recent climate events had a greater impact than deep-time evolution.

This study shows human activity can reconfigure zoogeographical regions by altering species distributions, challenging the assumption that these regions are stable over time.