AEI_IR

Aquaculture Environment Interactions (AEI) is a multidisciplinary journal for primary research studies on environmental sustainability of aquaculture.

[AEI_IR @AEI_IR]

As burrowing #shrimp increases difficulties for #shellfishaquaculture, an exploratory investigation of biological control methods found a shrimp parasite does not affect burrowing abilities but reveals a relationship with migrating #sturgeon. https://t.co/DhCmSnFJXI

[AEI_IR @AEI_IR]

The rise and fall of #cleanerfish in Norwegian #salmon farms: from promising solution to cautionary tale. https://t.co/RZG3dJleA5

[AEI_IR @AEI_IR]

This new #AEI #ThemeSection will collate original research articles, reviews, and perspectives that advance our understanding of parasite–host–environment dynamics in aquaculture systems and promote sustainable management strategies. Further details at https://t.co/xRMz98Wn8y

[AEI_IR @AEI_IR]

Comparing fjord- and farm-scale models for #mussel #aquaculture in Norway’s #Hardangerfjord. At low stocking densities, the modelling approach becomes less relevant, but at high densities, spatial resolution and scale matter! https://t.co/9wIRqNYwwo

[AEI_IR @AEI_IR]

A new study from #Hardangerfjord shows temperature increase, #aquaculture, and reduced underwater light affect #primaryproduction differently. Even with more #fishfarming, the risk of #eutrophication remains low, except in very local areas. https://t.co/fu3oVZSDiw

[AEI_IR @AEI_IR]

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! https://t.co/e2btaoppN9

[AEI_IR @AEI_IR]

▶️ The website is now working again ✔️

[AEI_IR @AEI_IR]

‼️‼️‼️ We are currently experiencing technical issues that may be affecting general access to our Inter-Research website. We are working to resolve them as soon as possible. ‼️‼️‼️

[AEI_IR @AEI_IR]

Check out our most recent article, offering new insight into improving the monitoring of #FishAquaculture's impact on the seafloor in Norway. https://t.co/cWAPJEnYBJ

[AEI_IR @AEI_IR]

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. https://t.co/pbC2e7z1Ll

[AEI_IR @AEI_IR]

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. https://t.co/KOKpJ1LxuR

[AEI_IR @AEI_IR]

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. https://t.co/WpjOEmLBLi

[AEI_IR @AEI_IR]

#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. https://t.co/jqUkkibSXH

[AEI_IR @AEI_IR]

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. https://t.co/mHrDv8LeHu

[AEI_IR @AEI_IR]

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! https://t.co/m1TuOUGl4v

[AEI_IR @AEI_IR]

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. https://t.co/AmsV4tHxYX

[AEI_IR @AEI_IR]

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 https://t.co/jrlPn1jiVM

[AEI_IR @AEI_IR]

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. https://t.co/CUoYFid16g
@fpernet

[AEI_IR @AEI_IR]

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. https://t.co/CUoYFid16g
@fpernet

[AEI_IR @AEI_IR]

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. https://t.co/My2sTA5Kpo