@AEI_IR

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

 Oldendorf (Luhe), Deutschland
int-res.com/journals/aei/aei-home/
Joined August 2016
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47Media
#Modelling and expert judgement were combined to estimate how #SalmonLice affect young wild #Salmon. Assumptions about #Migration timing and #Tolerance have large effects on modelled effects but limited impact on overall uncertainty. bit.ly/aei00533
An adult female salmon louse on the skin of a salmon. Two long egg strings protrude from the body of the salmon louse.

ALT An adult female salmon louse on the skin of a salmon. Two long egg strings protrude from the body of the salmon louse.

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Can you see the #louse? Neither can the #cleanerfish. A new study shows that smaller, more transparent #salmonlice on the head are more likely to survive cleaner fish predation. bit.ly/aei00530
Close-up of a salmon with a small, pale translucent sea louse attached to the top of its head. The image highlights that lice remaining after cleaner fish exposure are often smaller, less visible, and concentrated on the head.

ALT Close-up of a salmon with a small, pale translucent sea louse attached to the top of its head. The image highlights that lice remaining after cleaner fish exposure are often smaller, less visible, and concentrated on the head.

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Pond water quality changes drive microbial and parasitic infections in smallholder fish farms in Kenya. Insights for better fish health and sustainable aquaculture. bit.ly/aei00524
A smallholder aquaculture pond during water quality observation and sampling with a man reaching into the water.

ALT A smallholder aquaculture pond during water quality observation and sampling with a man reaching into the water.

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New submission deadline for the virtual AEI Theme Section. See bit.ly/aei_themesection2 for further details
Fish held by a hand. The fish shows signs of sea lice infection.

ALT Fish held by a hand. The fish shows signs of sea lice infection.

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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. bit.ly/aei00523
A close-up image of a ghost shrimp as it emerges from a burrow in the sand.

ALT A close-up image of a ghost shrimp as it emerges from a burrow in the sand.

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The rise and fall of #cleanerfish in Norwegian #salmon farms: from promising solution to cautionary tale. bit.ly/aei00520
Photo of lumpfish (Cyclopterus lumpus), a species commonly used as cleaner fish to control sea lice on Norwegian salmon farms.

ALT Photo of lumpfish (Cyclopterus lumpus), a species commonly used as cleaner fish to control sea lice on Norwegian salmon farms.

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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 bit.ly/aei_themesection2
A fish with attached sea lice.

ALT A fish with attached sea lice.

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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! bit.ly/aei00508
Winter day in a mussel farm in Åfjord, Norway.

ALT Winter day in a mussel farm in Åfjord, Norway.

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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. bit.ly/aei_17_235
An aquaculture farm with two circular pens situated in a fjord.

ALT An aquaculture farm with two circular pens situated in a fjord.

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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
Three images to represent vermifiltration and composting of aquaculture side-stream.

ALT Three images to represent vermifiltration and composting of aquaculture side-stream.

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‼️‼️‼️ 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. ‼️‼️‼️
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▶️ The website is now working again ✔️
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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
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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
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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
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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
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#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
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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
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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
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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
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