The sediment-water interface in the coastal ocean is a highly dynamic zone controlling
biogeochemical fluxes of greenhouse gases, nutrients, and metals. Processes in the …

Estuaries in rainfall poor regions are highly susceptible to climatic and hydrological
changes. The Coorong, a Ramsar-listed estuarine-coastal lagoon at the end of the Murray …

Benthic fluxes of biogenic compounds play a major role in the biogeochemistry of shallow
aquatic environments. Quantifying these fluxes at the scale of a lagoon is a challenge …

Anaerobic ammonium oxidation, associated with both iron (Feammox) and manganese
(Mnammox) reduction, is a microbial nitrogen (N) removal mechanism recently identified in …

Nitrogen loads in natural waters remain elevated in populated and agricultural areas with
serious impact on estuarine and coastal ecosystems. Intertidal sediments can play a …

The effects of single macrofauna taxa on benthic nitrogen (N) cycling have been extensively
studied, whereas how macrofaunal communities affect N-related processes remains poorly …

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 …

In order to predict the effects of climate change on polar ecosystems, disentangling
mechanisms of nutrient transfer in food webs is crucial. We investigated sources of nutrients …

In this study, we provide insights into that characteristics of two sites representing different
conditions of productivity and salinity impact on trophic network structures of macrophyte …

To investigate nitrogen (N) cycling in oyster reef habitats along the East coast of Australia,
we assessed N-cycling gene abundances in oyster shell biofilms and surrounding …