Wild fish is an important component of sea-based #aquaculture and environment interactions. #AI can help us to understand more about wild fish aggregation patterns at aquaculture sites. #NTNUÅlesund bit.ly/aei_14_97 @KanaBanno

Unregulated culture of the increasingly popular ornamental fish Polypterus senegalus in Indonesia increases the threat of establishment and spread of this predatory fish. Likely established populations have been found in Indonesian waters. bit.ly/aei_14_127

By combining existing strategies to control sea-lice on farmed salmonids with the strategy used by nature to reduce salmon lice infection pressure on wild stocks, all salmonids along the coast would stand a better chance of surviving.  bit.ly/aei_14_181

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Modelling salmon lice-induced mortality of wild salmon post-smolts is highly sensitive to calibration data. The findings help explain why different virtual post-smolt models provide different estimates of salmon lice-induced mortality.bit.ly/aei_14_263 Veterinærinstituttet

How much mussel farming could fit within a medium-productive fjord? Using an ecosystem model, this study explored the mussel farming capacity of the Hardanger fjord (Norway) and its interaction with the food chain and salmon farming. bit.ly/aei_15_1

We show that factors forcing host growth promote viral proliferation and epidemic risk in oysters, thus providing perspectives for disease management based on manipulation of host metabolism. bit.ly/aei_15_19 @fpernet

We show that factors forcing host growth promote viral proliferation and epidemic risk in oysters, thus providing perspectives for disease management based on manipulation of host metabolism. bit.ly/aei_15_19 @fpernet

Excess benthic organic matter inputs affect the seafloor environment under intensive finfish aquaculture systems. Biogeochemical recovery times are input dependent with some parameters requiring longer fallowing periods to recover bit.ly/aei_15_115

Models for salmon growth, feed supply, fecal production and sedimentation can be used for performance-based management of salmon farms to determine if regulatory standards for benthic impacts due to waste deposition are maintained. bit.ly/aei_14_309

Exciting news! First paper from Lobster Grower 2 published. As part of LG2, our researchers investigated the impact of sea-based container culture (SBCC) of lobsters on the local ecology of the study site in St Austell Bay, Cornwall. Read more about it! bit.ly/aei_15_215

Over half of the farmed Atlantic salmon from a wild spawning population caught in an upstream migration trap in the River Etne, Norway, in the period 2014–2018 were mature. bit.ly/AEI_15_271

#Seagrass, on-bottom #oysteraquaculture, suspended oyster aquaculture, and bare mudflat create a habitat mosaic in Willapa Bay, WA. All habitat types are used by fish and mobile invertebrates, but with varying community assemblages. bit.ly/aei_15_307

The tropical Blacklip Rock #Oyster is exceptional for bioremediation. Super-fast filtration rates and removes nitrogen, phosphorus, total suspended solids, chl a. Great potential for prawn waste-water bioremediation and #ReefCredits. bit.ly/aei_16_133

Do #mussel and #seaweed farms provide fish habitats? Results from camera and fishing surveys in UK farms suggest that farms could create new feeding grounds for fish of commercial and ecological importance. bit.ly/aei_16_145

First experimental proof showing how long after detachment lion's mane #jellyfish #cnidocysts in #tentacles can catch prey and thus potentially harm aquaculture fish (ca. 3.5 wk) allowing for a hypothetical risk assessment. bit.ly/aei_16_263

Check out our most recent article, offering new insight into improving the monitoring of #FishAquaculture's impact on the seafloor in Norway. bit.ly/aei_16_267

New study: #Compost #worms turn #aquaculture #sludge from #catfish and #trout farms into nutrient-rich compost and potential animal feed ingredients—paving the way for a circular economy in aquaculture! bit.ly/aei_17_137