Eutrophication substantially influences the community structure of aquatic organisms and
has become a major threat to biodiversity. However, whether eutrophication is linked to …

Eutrophication of inland waters is a mostly anthropogenic phenomenon impacting aquatic
biodiversity worldwide, and might change biotic community structure and ecosystem …

Human activities, such as land use change and eutrophication, threaten freshwater
biodiversity and ecosystem function. In this study, we examined both the α-and β-diversity of …

River ecosystems face growing threats from human‐induced stressors, resulting in habitat
degradation and biodiversity loss. Crucial to these ecosystems, macroinvertebrates maintain …

Despite introduction of legislation such as the EU Nitrates and Water Framework Directives
(Directives 91/676/EEC and 2000/60/EC respectively), agricultural practices are often still …

A sound understanding of the community changes over time and its driving forces is at the
centre of biodiversity conservation and ecology research. In this study, we examined:(i) the …

The amphibian decline crisis has been challenging to address because of the complexity of
factors—and their multitude of interactive effects—that drive this global issue. Dissecting …

Biodiversity loss is caused by intensive human activities and threatens human well-being.
However, less is known about how the combined effects of multiple stressors on the diversity …

Deterministic factors including homogeneous and heterogeneous selection and stochastic
factors jointly shape ecological communities. However, a quantitative synthesis of the factors …

Green tides, the phenomenon whereby large volume of marine environment is taken over by
the sea lettuce Ulva spp, are a seasonal occurrence thought to be caused mainly by …