Estuarine and coastal marine sediment-water fluxes are considered to be important
ecological features, but a global-scale assessment has yet to be developed. Goals of this …

To cope with increasing nitrogen loading to estuarine systems, the demand for removal via
denitrification is rising. Understanding how the connections between biogeochemistry and …

Estuarine ecosystems have very high ecological and economic value, and also act as a
buffer for coastal oceans by processing nutrient inputs from terrestrial sources. However …

Benthic communities play a major role in organic matter remineralisation and the mediation
of many aspects of shelf sea biogeochemistry. Few studies have considered how changes in …

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 …

Stable isotope analyses of the abundant infaunal polychaete Hediste diversicolor,
recognised as an indicator of sewage pollution, support the hypothesis that nutrient …

Measurements of sediment–water fluxes of O2, NO23, NH4, and PO4 and water column and
sediment variables were conducted at 348 sites in Chesapeake Bay and Maryland Coastal …

Coastal nutrient pollution is an ever-present threat to estuaries worldwide. Benthic
denitrification has been identified as a crucial ecosystem service to help mitigate increasing …

To mitigate the adverse environmental impacts of aquaculture operations, recirculating
aquaculture systems (RASs) have emerged as promising alternatives to traditional …

1.1 Background The Coorong is culturally, environmentally and economically important at
local, national and international scales but has experienced a long-term decline in its …