Science. 1972 Jun 30;176(4042):1443-5. doi: 10.1126/science.176.4042.1443.
Electronic equipment allows fishes, by their spatial movements, to regulate the temperature in experimental tanks. Swimming into warmer water causes the temperature of the entire tank to increase; conversely, swimming into cooler water causes the temperature to decrease. The technique may be adapted for studying simultaneous behavioral regulation of temperature and nonthermal factors.
电子设备使鱼类能够通过其空间运动来调节实验水箱中的温度。游入较温暖的水中会导致整个水箱的温度升高；相反，游入较冷的水中会导致温度降低。该技术可用于研究温度和非热因素的同时行为调节。
