All ecological disciplines consider temporal dynamics, although relevant concepts have
been developed almost independently. We here introduce basic principles of temporal …

Soils underpin terrestrial ecosystem functions, but they face numerous anthropogenic
pressures. Despite their crucial ecological role, we know little about how soils react to more than …

Most statistical models assume linearity and few variable interactions, even though real‐world
ecological patterns often result from nonlinear and highly interactive processes. We here …

Species distribution models (SDMs) are widely used in ecology, biogeography and
conservation biology to estimate relationships between environmental variables and species …

With the occurrence of extreme events projected to increase under climate change, it is critical
to assess the risk they pose to food security and identify suitable adaptation options. While …

Researchers and engineers have increasingly used Deep Learning (DL) for a variety of
Remote Sensing (RS) tasks. However, data from local observations or via ground truth is often …

Flows of water, soil, litter, and anthropogenic materials in and around rivers lead to the mixing
of their resident microbial communities and subsequently to a resultant community distinct …

Synthesis of primary ecological data is often assumed to achieve a notion of ‘generality’,
through the quantification of overall effect sizes and consistency among studies, and has …

Biodiversity is crucial for the provision of ecosystem functions. However, ecosystems are now
exposed to a rapidly growing number of anthropogenic pressures, and it remains unknown …

Background pH is frequently reported as the main driver for prokaryotic community structure
in soils. However, pH changes are also linked to “spillover effects” on other chemical …