Data from: Association between physiological performance and short temporal changes in habitat utilisation modulated by environmental factors

This dataset comprises all raw data used in Dubuc et al., 2021 published in Marine Environmental Research. For additional information regarding the methods used to calculate the different metabolic variables, please refer to the published article: https://doi.org/10.1016/j.marenvres.2021.105448 Respirometry experiments were run on 4 different fish species to determine their metabolic performance in hypoxia. This excel file provides detailed values obtained for each individual fish tested as follow: Species tested, trial and channel number during experiments, fish mass, standard metabolic rate (SMR), critical oxygen level (O2crit), R2 for the linear regression involved in determining O2crit, index of cumulative ambient oxygen deficit (O2deficit), incipient lethal oxygen level (ILO), actual time at O2crit, actual time at ILO, time to ILO (hour), time to ILO (seconds), maximum oxygen supply capacity (alpha). Additionally, all figures obtained from determining SMR and O2crit using fishMO2 R package (Claireaux & Chabot 2016) are provided for complete transparency.本数据集包含发表于《海洋环境研究（Marine Environmental Research）》的Dubuc等人2021年研究中使用的全部原始数据。如需了解不同代谢变量的计算方法，请参阅已发表论文：https://doi.org/10.1016/j.marenvres.2021.105448。 本研究针对4种不同鱼类开展呼吸代谢实验（Respirometry），以测定其在低氧环境下的代谢表现。本Excel文件提供了每条受试鱼类的详细检测数值，具体包括：受试鱼类种类、实验期间的试验编号与通道编号、鱼类体质量、标准代谢率（standard metabolic rate, SMR）、临界氧水平（critical oxygen level, O₂crit）、用于测定临界氧水平的线性回归拟合R²值、累积环境氧亏指数（O₂deficit）、初始致死氧水平（incipient lethal oxygen level, ILO）、临界氧水平下的实际时长、初始致死氧水平下的实际时长、抵达初始致死氧水平所需时长（小时）、抵达初始致死氧水平所需时长（秒）以及最大供氧能力（maximum oxygen supply capacity, α）。 此外，为保障研究透明度，本数据集还提供了使用fishMO2 R包（Claireaux & Chabot 2016）计算标准代谢率与临界氧水平所得的全部图表。