William A. Thompson

Environmentally Realistic Levels of Total Suspended Solids Damage Gill Structure and Compromise Swimming Performance in Some Freshwater Fish Species

Xena C Montoya, Courtney M. Smith, William A. Thompson, Jonathan Mark Wilson et autres

Total suspended solids (TSS) have been shown to damage the structural integrity of fish gills, impairing their function, including gas exchange. However, studies showing linkages between gill damage due to TSS and fish performance are limited. There is a large diversity of …

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Venlafaxine alters energy mobilization during hypoxia in juvenile rainbow trout (Oncorhynchus mykiss)

Olena Kuntyj, Mustajab Khalid, William A. Thompson, Deborah L. MacLatchy et autres

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Increased thermal tolerance does not alter behavioural performance in zebrafish larvae following rapid warming

William A. Thompson, Hunter Herron, Maxwell Hendershot, Derek Somo et autres

Does an acute exposure to venlafaxine alter hypoxia responses in juvenile rainbow trout (Oncorhynchus mykiss)?

Olena Kuntyj, Mustajab Khalid, William A. Thompson, Deborah MacLatchy et autres

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Elevated temperature during rearing diminishes swimming and disturbs the metabolism of yellow perch larvae

Mellissa Easwaramoorthy, William A. Thompson, Shamaila Fraz, Joshua P. Nederveen et autres

Temperate waters, such as the Great Lakes, are predicted to increase in temperature by 1°C every decade. Many poikilothermic fish thermoregulate behaviourally, moving to more suitable thermal environments. Embryos are incapable of locomotion and may be exposed to non-optimal temperatures during development. …

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The effect of early life thermal environment on morphology and growth of yellow perch ( Perca flavescens )

Shamaila Fraz, William A. Thompson, Milena Gallucci, Mellissa Easwaramoorthy et autres

Early life development in fishes is a period of high phenotypic plasticity. Water temperatures during embryogenesis can lead to alterations in growth and metabolic and morphological phenotypic variations. This study aimed to characterize the effects of temperature on the growth and morphology …

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Temperature- and ontogeny-dependent metabolism in invasive early juvenile round goby (Neogobius melanostomus)

Hunter A. Herron, Sina Zarini, William A. Thompson, Andy J. Turko et autres

The round goby (Neogobius melanostomus) is the fastest spreading invasive fish in the Laurentian Great Lakes, and concurrent invasions are occurring globally. To inform management and mitigation strategies, metabolic rate of adult round goby has been rigorously quantified, but metabolism of the …

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An Investigation of Elevated Temperatures and Seasonality on Embryonic Lake (Coregonus Clupeaformis) and Round (Prosopium Cylindraceum) Whitefish

Meghan L. M. Fuzzen, William A. Thompson, Lisa Laframboise, Douglas R. Boreham et autres

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The marine worm Capitella teleta is sensitive to neurochemical manipulation, as revealed via a novel behavioural tool

Maxwell Hendershot, William A. Thompson, Alexis Ramos, Olivia Bradshaw et autres

Anthropogenic impacts have increased in contaminants in marine habitats, such as pharmaceuticals, personal care products, and pesticides, and these compounds act as neurochemicals in aquatic organisms. Capitella teleta Blake, Grassle & Eckelbarger, 2009 are marine annelid polychaete worms that live in the …

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Venlafaxine alters energy mobilization during hypoxia in juvenile rainbow trout (Oncorhynchus mykiss)

Olena Kuntyj, Muhammad Azeem Ur Rahman Khalid Khalid, William A. Thompson, Deborah L. MacLatchy et autres

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The marine worm Capitella teleta is sensitive to neurochemical manipulation, as revealed via a novel high-throughput behavioural tool

Maxwell Hendershot, William A. Thompson, Alexis Ramos, Olivia Bradshaw et autres

Abstract Anthropogenic impacts have led to increases in contaminants in marine habitats. The presence of compounds such as pharmaceuticals, personal care products, and pesticides is a concern, as these compounds have been shown to act as neurochemicals in aquatic organisms. However, screens …

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Elevated temperature during rearing diminishes swimming and disturbs the metabolism of yellow perch larvae

Mellissa Easwaramoorthy, William A. Thompson, Shamaila Fraz, Joshua P. Nederveen et autres

Abstract Temperate waters, such as the Great Lakes, are predicted to increase by 1°C every decade. Poikilothermic fish thermoregulate behaviourally, moving to more suitable thermal environments. Embryos are incapable of locomotion and may be exposed to non-optimal temperatures during development. Increased temperature …

ca (code pays fourni par la source)