Anthony K Gamperl

15PUBLICATIONS
12CO-AUTHORS
Fish physiology and geneticsEvolutionary impacts of climate changeFluid-structure interaction and aeroacousticsEcological impacts of climate change and ecological adaptation
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Publications (15)

|Jul 08, 2026
The relevance and application of measures of thermal tolerance to fish ecology, conservation and aquaculture.

|Jul 03, 2026
The Cardiorespiratory Response of Atlantic Salmon and Nile Tilapia to Similar Acute Thermal and Hypoxic Challenges: The Complete Story.

|Mar 24, 2026
Increased heart rate and blood oxygen extraction are key to the ability of schoolmaster snapper (Lutjanus apodus) to swim maximally at high temperatures.

F P H Durnford, E S Porter, A K Gamperl

|Jan 30, 2025
It's a good thing that severely hypoxic salmon (Salmo salar) have a limited capacity to increase heart rate when warmed.

Anthony K Gamperl, Julie J H Nati, Kathy A Clow

|Oct 10, 2024
Near-maximally swimming schoolmaster snapper (Lutjanus apodus) have a greater metabolic capacity, and slightly lower thermal tolerance, than when tested at rest.

Julie J H Nati, Peter Malorey, Anthony K Gamperl

|Oct 06, 2024
Hyperoxia does not improve the acute upper thermal tolerance of a tropical marine fish (Lutjanus apodus).

Rebeccah M Sandrelli, Emma S Porter, Anthony K Gamperl

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Frequent Collaborators

3 joint publications

Emma Scarlett Porter

2 joint publications

Fábio S Zanuzzo

2 joint publications

Eric H Ignatz

2 joint publications

Rebeccah M Sandrelli