Hypoxia is a harmful result of anthropogenic climate change. With the expansion of global
low-oxygen zones (LOZs), many organisms have faced unprecedented challenges affecting …

Aquatic ecosystems are responsible for about 50% of global productivity. They mitigate
climate change by taking up a substantial fraction of anthropogenically emitted CO2 and …

Human‐induced expansion of oxygen‐deficient zones can have dramatic impacts on marine
systems and its resident biota. One example is the formation of the potent neurotoxic …

Meiofauna, organisms smaller than 1 mm, are the most abundant and diverse invertebrates
inhabiting the world's ocean floor but their contribution to benthic oxygen demand is still …

Environmental DNA (eDNA) is currently developing as a powerful tool for assessing aquatic
species dynamics. However, its utility as an assessment tool for quantification remain under …

Coastal waters worldwide suffer from increased eutrophication and seasonal bottom water
hypoxia. Here, we assess the dynamics of iron (Fe), manganese (Mn), and phosphorus (P) …

Benthic macrofauna is regularly used in monitoring programmes, however the vast majority
of benthic eukaryotic biodiversity lies mostly in microscopic organisms, such as meiofauna …

Coastal and shelf sediments are central in the global nitrogen (N) cycle as important sites for
the removal of fixed N. However, this ecosystem service can be hampered by ongoing …

Benthic organisms are crucial in the regulation of the ecosystem functions. The interactions
between benthic nematodes and sediment bacteria across divergent environmental …

The organic enrichment effects on the meiofauna and nematofauna were assessed for field
sediment and other experimental ones enriched with organic matters conducted in the …