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Physiological Challenges to Fishes in a Warmer and Acidified Future

机译:在温暖和酸化的未来对鱼类的生理挑战

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With the projected levels of global warming and ocean acidification, fishes have to face warmer waters with CO2 levels that are the highest in over 30 million years. The resultant rise in body temperature means that metabolic rates of fish will increase, and some may become energetically compromised. No less worrying, and maybe more surprising, is that rising CO2 concentrations appear to trigger pH regulatory mechanisms that disrupts neural ion gradients, leading to altered neurotransmitter function and maladaptive behavioral changes. We point out the many outstanding questions, including the ultimate one: Will fish be able to adapt to these challenges?
机译:随着全球变暖和海洋酸化的预计水平,鱼类必须面对更温暖的水域,其二氧化碳水平是三千万年来的最高水平。由此导致的体温升高意味着鱼的代谢率将会提高,其中一些可能会受到能量的损害。同样令人担忧的是,也许更令人惊讶的是,二氧化碳浓度的升高似乎会触发pH调节机制,从而破坏神经离子梯度,从而导致神经递质功能的改变和适应不良行为的改变。我们指出了许多悬而未决的问题,其中包括最终的问题:鱼类能否适应这些挑战?

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