Abstract Changes in stream biodiversity are now mainly driven by land-use development.
However, a literature review on the impact of land use on stream macroinvertebrates is …

Freshwaters are considered among the most endangered ecosystems globally due to
multiple stressors, which coincide in time and space. These local stressors typically result …

Stream ecosystems in high-mountain regions are susceptible to rapid environmental
change, including warming and increased human activities. Understanding elevational …

Conversion of forests to urban land-use in the processes of urbanization is one of the major
causes of biotic homogenization (ie, decline in beta diversity) in freshwater ecosystems …

Revealing how aquatic organisms respond to dam impacts is essential for river
biomonitoring and management. Traditional examinations of dam impacts on …

Under a global change scenario, human-induced impacts alter multiple facets of river
biodiversity (ie, taxonomic, functional and phylogenetic). Hence, focusing on changes in …

Hydropower dams and their reservoirs are major disturbances affecting riverine ecosystems
worldwide. However, most existing knowledge comes from large hydropower systems. We …

The expansion of fish farming globally, driven by rising demand for fish as a food source,
has raised substantial environmental concerns due to its impact on aquatic ecosystems. This …

The urbanization of riverine landscapes is an increasing threat to river ecosystems.
However, it is unclear which metrics can best assess the response of macroinvertebrates to …

The expansion of urban areas has led to land-use changes that affect aquatic biodiversity
and ecosystem processes through several ways, such as increased runoff, water pollution …