Aquaculture Environment Interactions

Papers
(The median citation count of Aquaculture Environment Interactions is 3. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-01-01 to 2026-01-01.)
ArticleCitations
Tolerance to fluctuating currents in farmed Atlantic salmon: a novel method to simulate offshore wave effects in the laboratory21
Aquaculture organic enrichment of marine sediments: assimilative capacity, geochemical indicators, variability, and impact classification19
Effects of razor clam polyculture on plankton size fraction structure and carbon metabolism in an aquaculture system of crabs and shrimp18
Effects of floating oyster aquaculture on a Zostera marina dominated bed in Chesapeake Bay18
Temperature-driven suitability shifts of sea lice species under climate change and the implications for salmon farming16
Effects of finfish farms in eastern Canada (Nova Scotia) on American lobster and rock crab movements15
Recognising trade-offs between welfare and environmental outcomes in aquaculture will enable good decisions15
Aquaculture carrying capacity of Nile tilapia Oreochromis niloticus and Nile crocodile Crocodylus niloticus in Lake Kariba, Zambia and Zimbabwe14
Nutrient recovery from trout pond and catfish recirculating aquaculture systems through vermifiltration and composting12
Spatiotemporally dependent relationship between salmon lice from salmon farms and infestation on juvenile Pacific salmon in British Columbia, Canada12
Consumption of periphyton and bioseston by Mozambique tilapia in aqua dams with three different substrates12
Ecological impacts of deep-sea cage culture on fish communities of the South China Sea based on environmental DNA10
Investigation of sessile sea lice on Atlantic salmon post-smolts in Central and Western Norway reveals substantial predominance of Lepeophtheirus salmonis compared to Caligus elongatus10
Paternal heat exposure affects progeny larval development in green-lipped mussels Perna canaliculus9
Salmon lice loads on Atlantic salmon smolts associated with reduced welfare and increased population mortalities8
Correlations among environmental factors, antibiotic resistance genes, and microbial communities in Apostichopus japonicus nursery ponds8
Caught in the trap: over half of the farmed Atlantic salmon removed from a wild spawning population in the period 2014-2018 were mature8
Pacific oysters are a sink and a potential source of the eelgrass pathogen, Labyrinthula zosterae8
A gap analysis on modelling of sea lice infection pressure from salmonid farms. II. Identifying and ranking knowledge gaps: output of an international workshop8
Settlement and recruitment of fish in mussel farms8
Expansion of shellfish aquaculture has no impact on settlement rates8
Low-impact rearing of a commercially valuable shellfish: sea-based container culture of European lobster Homarus gammarus in the United Kingdom8
Analysing ecological carrying capacity of bivalve aquaculture within the Yellow River Estuary ecoregion through mass-balance modelling8
Predicting eider predation potentials on mussels in Danish coastal areas—implications for mussel farming site-selection7
Aquaculture and eelgrass Zostera marina interactions in temperate ecosystems7
Quantifying regional feed utilization, production and nutrient waste emission of Norwegian salmon cage aquaculture7
Connecting the dots: evidence of interactions between wild Atlantic cod Gadus morhua, the benthic environment and salmon farm discharges6
Geographic redistribution of farmed salmonids reduces salmon lice infestations and treatment frequency in a simulation study6
Modeling the effect of cage drag on particle residence time within fish farms in the Bay of Fundy6
Ecosystem modelling to assess the impact of rearing density, environment variability and mortality on oyster production6
A novel approach for wild fish monitoring at aquaculture sites: wild fish presence analysis using computer vision6
Detached tentacles of lion’s mane jellyfish Cyanea capillata can injure aquaculture fish6
De novo reefs: Fish habitat provision by oyster aquaculture varies with farming method5
Investigating cumulative impacts: coastal primary production in a warmer, darker, and nutrient-enriched future5
Modeling of waste outputs in the aquatic environment from a commercial cage farm under neotropical climate conditions4
A decision support system to predict mortality events in finfish aquaculture4
Simulating fish farm enrichment and fallowing impacts reveals unequal biogeochemical recovery of benthic variables4
Movement of american lobster Homarus americanus associated with offshore mussel Mytilus edulis aquaculture4
Effect of temperature on development rate and egg production in Caligus elongatus and other sea louse species4
Modelling salmon lice-induced mortality of wild salmon post-smolts is highly sensitive to calibration data4
CORRECTION: Fish dispersal from a sabotage-mediated massive escape event4
Effects of organic particle deposition on porewater oxygenation and oxygen exchange in cohesive sediment4
Environmental impact of exposed salmon farms: transect reveals matching gradients in seafloor ecosystem structural and functional proxies4
Isolation level and density effects during roe enhancement of the temperate sea urchin Heliocidaris erythrogramma3
Effects on enzyme activity and DNA integrity in rainbow trout Oncorhynchus mykiss exposed to fish farm effluents3
Quantification of finfish assemblages associated with mussel and seaweed farms in southwest UK provides evidence of potential benefits to fisheries3
Considering elements of natural strategies to control salmon lice infestation in marine cage culture3
Disentangling the key drivers of salmon louse Lepeophtheirus salmonis fecundity using multiyear field samples3
The role of flocculation in the spatial and temporal variation in organic matter flux at an active salmon aquaculture site in a deep fjord: results from south-west Newfoundland, Canada3
Monitoring regional benthic environment of Norwegian salmon cage farms3
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