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

Qualifying and quantifying nutrient flows within open‐water Integrated Multi‐Trophic
Aquaculture (IMTA) systems is necessary to determine transfer efficiencies and to assess …

A model has been developed for estimating the holding capacity of sites for fish farming.
Expressed in terms of maximum fish production per month, the holding capacity is estimated …

The species composition and dynamics of phytoplankton in the water column and its
contribution to clam, Ruditapes philippinarum, and oyster, Crassostrea gigas, production …

The field culture of bivalve molluscs is dependent on the production and supply of
phytoplankton and other food sources, its consumption by these suspension feeders, and its …

A simple lower trophic level, bio-physical marine ecosystem model is developed for the
purpose of assessing the environmental effects of bivalve aquaculture in coastal …

Aquaculture in many countries around the world has become the biggest source of seafood
for human consumption. While it alleviates the pressure on wild capture fisheries, the long …

Abstract Goal, Scope and Background Marine cage aquaculture produces a large amount of
waste that is released directly into the environment. To effectively manage the mariculture …

A decision support system (DSS) is described to assess far-and near-field variables
potentially affected by marine finfish aquaculture. The DSS consists of 20 questions that …

Two deterministic models were applied to simulate hydrographic and water quality
conditions within a sub-tropical marine fish culture site, where trash fish is used as feed. A …