Abstract Knowledge of the quantitative and qualitative properties of salmonid faeces is
necessary for aquaculture waste dispersal models, and the design of integrated multi …

Salmon aquaculture discharges organic wastes into the marine environment. Salmon
metabolism and the waste discharges add nutrients and organic matter to and remove …

Chilean Patagonia is one of the largest estuarine systems in the world. It is characterized by
a complex geography of approximately 3300 islands, a total surface area of 240,000 km 2 …

Benthic organic enrichment due to sedimentation of waste feed and fecal matter released
from salmon and other marine finfish aquaculture facilities has traditionally been measured …

We investigated the relative distribution of allochthonous (ie, terrigenous) organic matter in
the complex, continuous, river–fjord–sound–channel–gulf system of Chile's North Patagonia …

Models that simulate the input and fate of waste material from marine cage finfish farms are
considered valuable tools within management strategies for predicting environmental …

The initial phase of a collaborative ambient monitoring program (AMP) for the Strait of
Georgia (SoG)(Marine Environmental Research, in press.) has focused on the benthos …

An integrated approach is described for modelling interactions between off-shore fish cages
and biogeochemical fluxes of carbon (C), nitrogen (N) and phosphorus (P). Two individual …

Local differences in trophic structure and composition of organic matter subsidies can
influence the capacity of soft sediment communities to assimilate recycled organic matter …

The eutrophication of sediments underlying marine fish farms is one of the major
environmental concerns of the industry and regulatory agencies. In this study, a mechanistic …