Biotic and abiotic factors affecting survival and growth of recently settled infaunal bivalves
not only determine the strength of 0-year class populations, but the structure and function of …

Identifying the effects of stressors before they impact ecosystem functioning can be
challenging in dynamic, heterogeneous 'real-world'ecosystems. In aquatic systems, for …

Detrital subsidies from marine macrophytes are prevalent in temperate estuaries, and their
role in structuring benthic macrofaunal communities is well documented, but the resulting …

Climate change has altered the physiochemical conditions of the coastal ocean but effects
on infaunal communities have not been well assessed. Here, we used multivariate …

Coastal ocean acidification research is dominated by laboratory-based studies that cannot
necessarily predict real-world ecosystem response given its complexity. We enriched …

Human activities are altering coastal environments at local and global scales with largely
unknown consequences. Catchment land-use changes increase the rates of delivery of fine …

Estuarine systems are of crucial importance to the provision of goods and services on a
global scale. High human population densities in coastal systems have caused an …

Ecosystems are often connected by the transfer of resource 'subsidies' across their
boundaries. In temperate estuaries, marine macrophyte leaf litter represents an obvious and …