Fish physiology research to aid in the development and commercialization of equipment for climate change biology

这项拟议的研究将提供生物信息，Qubit系统公司将利用这些信息开发供气候变化研究人员使用的新技术。气候变化是一个日益严重的经济、社会和环境问题，引起了人们极大的研究兴趣。不幸的是，由于缺乏成本效益高的技术来准确测量水中的二氧化碳水平，对水环境中的影响和适应潜力的研究受到阻碍。我们将在加拿大鱼类物种中进行实验，以回答两个问题，这两个问题将帮助Qubit Systems完善和充分开发这项新技术。首先，鱼的新陈代谢产生二氧化碳的自然速率能以多快的速度适应变化的环境？其次，当环境中二氧化碳浓度升高到什么程度时，鱼的生理会受到干扰？该项目将为量子比特系统公司建立一种新的、持久的关系，为其带来宝贵的经济利益，它将

The proposed research will provide biological information that will be used by Qubit Systems Inc. to develop novel technology for use by climate change researchers. Climate change is a growing economic, social, and environmental problem that is attracting a huge amount of research interest. Unfortunately, research on the impacts and potential for adaptation in the aquatic environment is hampered by the lack of cost-effective technology to accurately measure CO2 levels in water. We will carry out experiments in Canadian fish species to answer two questions that will help Qubit Systems refine and fully develop this new technology. Firstly, how quickly does the natural rate of CO2 production by a fish's metabolism adjust to changing conditions? Secondly, at what levels of elevated environmental CO2 does a fish's physiology become disrupted? The project will forge a new and lasting relationship with valuable economic benefits for Qubit Systems, and it will