The ecophysiology of Antarctic marine ectotherms is an area of active research. This review of recent progress covers metabolism, mitochondrial function, aerobic scope, growth and development. Energetics is shown to be a central feature of adaptation to temperature, with mitochondrial function and tissue oxygen supply important in setting limits to organismal size and performance
Abstract: Research has been carried out on the effect of temperature on the physiological properties...
To determine if evolution to polar water temperatures has altered the way in which Antarctic marine ...
The radiation of notothenioid fishes (order Perciformes) in the Southern Ocean provides a model syst...
A cause and effect understanding of thermal limitation and adaptation at various levels of biologica...
Antarctic species possess very low metabolic rates and poor capacities to change their physiological...
The concept of ‘metabolic cold adaptation’, namely that polar marine ectotherms are adapted in havin...
Antarctic fauna are highly adapted to the frigid waters of the Southern Ocean. This study describes ...
1. Biological capacities to respond to changing environments dictate success or failure of populatio...
Global warming is affecting the Antarctic continent in complex ways. Because Antarctic organisms are...
Antarctic species possess very low metabolic rates and poor capacities to change their physiological...
Antarctic ecosystems represent one extreme of the continuum of environmental conditions across the p...
In an integrative approach, this thesis addressed thermal tolerance in temperate and Antarctic fish ...
Antarctic fish of the suborder Notothenioidei display remarkable metabolic adaptations to life in th...
In an integrative approach, this thesis addressed thermal tolerance in temperate and Antarctic fish ...
Introduction Ongoing ocean warming and acidification increasingly affect marine ecosystems, in parti...
Abstract: Research has been carried out on the effect of temperature on the physiological properties...
To determine if evolution to polar water temperatures has altered the way in which Antarctic marine ...
The radiation of notothenioid fishes (order Perciformes) in the Southern Ocean provides a model syst...
A cause and effect understanding of thermal limitation and adaptation at various levels of biologica...
Antarctic species possess very low metabolic rates and poor capacities to change their physiological...
The concept of ‘metabolic cold adaptation’, namely that polar marine ectotherms are adapted in havin...
Antarctic fauna are highly adapted to the frigid waters of the Southern Ocean. This study describes ...
1. Biological capacities to respond to changing environments dictate success or failure of populatio...
Global warming is affecting the Antarctic continent in complex ways. Because Antarctic organisms are...
Antarctic species possess very low metabolic rates and poor capacities to change their physiological...
Antarctic ecosystems represent one extreme of the continuum of environmental conditions across the p...
In an integrative approach, this thesis addressed thermal tolerance in temperate and Antarctic fish ...
Antarctic fish of the suborder Notothenioidei display remarkable metabolic adaptations to life in th...
In an integrative approach, this thesis addressed thermal tolerance in temperate and Antarctic fish ...
Introduction Ongoing ocean warming and acidification increasingly affect marine ecosystems, in parti...
Abstract: Research has been carried out on the effect of temperature on the physiological properties...
To determine if evolution to polar water temperatures has altered the way in which Antarctic marine ...
The radiation of notothenioid fishes (order Perciformes) in the Southern Ocean provides a model syst...
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