Organic nitrogen is a crucial component of the nitrogen element, and its mineralization by
sediment organisms may trigger river eutrophication. Microplastics (MPs), as emerging …

The Baltic Sea faces prolonged eutrophication due to nutrient pollution, with the Nemunas
River regulating nutrient input via the Curonian Lagoon. In this study, we aimed to assess …

Excessive nutrient inputs have caused eutrophication of coastal ecosystems worldwide,
triggering extensive algal blooms, oxygen‐depletion, and collapse of local fisheries. In the …

Deep-sea benthic fauna is vital for a well-functioning marine ecosystem but is increasingly
under threat from a changing environment. To monitor and conserve this fauna, an …

The mineralization of organic matter at the sediment plays a crucial role in ecosystem
functioning by facilitating the biogeochemical cycling of carbon and nutrients. This process …

Deep-sea benthic fauna is vital for a well-functioning marine ecosystem but is increasingly
under threat from a changing environment. To monitor and conserve this fauna, an …

Ecosystems are shaped by physical, chemical, and biological drivers, which affect the
quality and quantity of basal energy sources, with impacts that cascade to higher trophic …

Benthic macrofauna modifies carbon and nutrient retention and recycling processes in
coastal habitats directly through their metabolism. As animal tissues have a higher …

Аннотация Макрозообентос играет важную роль в биогеохимических процессах. В
восточной части Финского залива в последние десятилетия макрозообентос быстро …

Deep-sea benthic fauna is vital for a well-functioning marine ecosystem but is increasingly
under threat from a changing environment. To monitor and conserve this fauna, an …