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biologyfish
environmental adaptation
climate adaptation
water temperature
cold-climate processes
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arctic char
aquaculture
2 Dossier(s) trouvé(s) pour le chercheur principal "Ballantyne, James" (les projets pluriannuels sont regroupés):
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Environment Adaptation in Arctic Aquatic Organisms
chercheur principal: Ballantyne, James
Année(s) de permis: 2000
Résumé: This project will examine the adaptation of freshwater fish to low temperatures. The data to be collected includes blood and tissue samples from fish. These samples will be analyzed for enzymes, fats and proteins. These results will be compared to samples taken from other locations (e.g. Nunavut, southern waters). This work will provide important information relating the sensitivity of Arctic ...
Année(s) de permis: 2000
Résumé: This project will examine the adaptation of freshwater fish to low temperatures. The data to be collected includes blood and tissue samples from fish. These samples will be analyzed for enzymes, fats and proteins. These results will be compared to samples taken from other locations (e.g. Nunavut, southern waters). This work will provide important information relating the sensitivity of Arctic ...
Enhancement of Arctic Charr Culture in Canada
chercheur principal: Ballantyne, James
Année(s) de permis: 1998
Résumé: The project will develop new, improved lines of arctic charr for the aquaculture industry by sampling arctic charr from sites throughout the Canadian arctic, characterizing the charr physiologically and genetically, and selectively breeding for traits desirable for hatchery culture (improved survival at higher temperatures and salinities). Genetic characterization will facilitate future stock iden...
Année(s) de permis: 1998
Résumé: The project will develop new, improved lines of arctic charr for the aquaculture industry by sampling arctic charr from sites throughout the Canadian arctic, characterizing the charr physiologically and genetically, and selectively breeding for traits desirable for hatchery culture (improved survival at higher temperatures and salinities). Genetic characterization will facilitate future stock iden...
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