Climate change will alter freshwater ecosystems but specific effects will vary among regions
and the type of water body. Here, we give an integrative review of the observed and …

Species reintroductions–the translocation of individuals to areas in which a species has
been extirpated with the aim of re‐establishing a self‐sustaining population–have become a …

Climate change is expected to not only raise water temperatures, but also to cause
brownification of aquatic ecosystems via increased inputs of terrestrial dissolved organic …

The seabed is the most extensive habitat on the planet. It occupies at least 75% of the
Earth's surface, far more if the planar areas of the shelves and slopes are taken into account …

Studies of lake ecosystems have often treated benthic and pelagic habitats as discrete food
chains with parallel, separated compartments. A limited number of studies on the importance …

To examine if changes in species composition of a plankton community in the past due to
anthropogenic activities can be clarified in lakes without any monitoring data, we analyzed …

In an altered stretch of the lowland River Warta, central Poland, downstream of the Jeziorsko
Reservoir, patches of submersed aquatic macrophytes (SAM) are dependent on water …

An increase in nutrient levels due to eutrophication has considerable effects on lake
ecosystems. Cladocerans are intermediate consumers in lake ecosystems; thus, they are …

The quantity and quality of sedimentary organic matter (SOM) in relation to material and
energy flows are crucial for understanding the current state and future development of lake …

In the spring and summer of each year, large patches of submersed aquatic macrophytes
overgrow the bottom of the alluvial Warta River downstream of a large dam reservoir owing …