Galoux A B
Radiat Environ Biophys. 1978 Aug 10;15(2):113-30. doi: 10.1007/BF01323261.
An attempt is made to apply thermodynamics of irreversible processes to a forest ecosystem. It is assumed to consist of two open sub-systems with chemical reactions (living organisms and abiotic environment) included in one closed system. Entropy flow and entropy production are considered taking into account entropy calculation of incoming and outgoing radiant energy. Some figures are given for the oak mixed forest of Virelles-Blaimont for one vegetation period. Estimated values are calculated for the whole biospheric-atmospheric system.
人们尝试将不可逆过程热力学应用于森林生态系统。假定该生态系统由两个开放子系统组成，其中包含化学反应（生物有机体和非生物环境），这两个开放子系统共同构成一个封闭系统。在考虑进出辐射能熵计算的情况下，对熵流和熵产生进行了研究。给出了维雷勒 - 布莱蒙特橡树林一个植被期的一些数据。还计算了整个生物圈 - 大气系统的估计值。
