Individual dietary variation has important ecological and evolutionary consequences.
However, it has been overlooked in many taxa that are thought to have homogeneous diets …

Functional traits play an important role in studying the functional niche in plant communities.
However, it remains unclear whether the functional niches of typical forest plant communities …

Loss in intraspecific diversity can alter ecosystem functions, but the underlying mechanisms
are still elusive, and intraspecific biodiversity–ecosystem function (iBEF) relationships have …

Trait‐based models of ecological communities and ecosystem functioning often fail to
account for intraspecific variation in functional traits, assuming that intraspecific variability is …

Climate change is altering the multifunctionality of ecosystems worldwide and is often
associated with changes in biodiversity that can modulate the impacts of climate change on …

Testing whether intra‐and interspecific biodiversity facets co‐vary spatially across trophic
levels is of utmost importance to generalize processes driving biodiversity patterns in natural …

Intraspecific trait variation (ITV), potentially driven by genetic and non‐genetic mechanisms,
can underlie variability in resource acquisition, individual fitness and ecological interactions …

Functional traits are pivotal for understanding the functional niche within plant communities.
Yet, the relationship between the functional niches of typical forest plant communities across …

Artificial reefs are widely recognized for their role in improving the ecological environment
and creating protected habitats for marine organisms, ultimately enhancing biodiversity …

A species introduced outside of its native range will likely encounter unusual abiotic and
biotic conditions, and may exhibit phenotypic traits that may facilitate survival and …