Eutrophication is a complex process and often associated with not only a change in overall
algal biomass but also with a change in biodiversity. Common metrics of eutrophication (eg …

Relating biodiversity to ecosystem functioning in natural communities has become a
paramount challenge as links between trophic complexity and multiple ecosystem functions …

Plant and soil C: N: P ratios are of critical importance to productivity, food-web dynamics,
and nutrient cycling in terrestrial ecosystems worldwide. Plant diversity continues to decline …

In the past two decades, a large number of studies have investigated the relationship
between biodiversity and ecosystem functioning, most of which focussed on a limited set of …

Human‐driven changes in nitrogen (N) and phosphorus (P) inputs are modifying
biogeochemical cycles and the trophic state of many habitats worldwide. These alterations …

Correlations among plant traits often reflect important trade‐offs or allometric relationships in
biological functions like carbon gain, support, water uptake, and reproduction that are …

The application of ionomics and ecological stoichiometry benefits conservation biology with
necessary ecological and evolutionary relevance, allowing unresolved problems to be …

Anthropogenic global warming has major implications for mobile terrestrial insects, including
long‐term effects from constant warming, for example, on species distribution patterns, and …

Ecosystem responses to changes in species diversity are often studied individually.
However, changes in species diversity can simultaneously influence multiple …

Understanding the joint effect of multiple drivers of environmental change is a key scientific
challenge. The dominant approach today is to compare observed joint effects with …