Wilson E O
Science. 1985 Jun 28;228(4707):1489-95. doi: 10.1126/science.228.4707.1489.
Studies on the social insects (ants, bees, wasps, and termites) have focused increasingly on sociogenesis, the process by which colony members undergo changes in caste, behavior, and physical location incident to colonial development. Caste is determined in individuals largely by environmental cues that trigger a sequence of progressive physiological restrictions. Individual determination, which is socially mediated, yields an age-size frequency distribution of the worker population that enhances survival and reproduction of the colony as a whole, typically at the expense of individuals. This "adaptive demography" varies in a predictable manner according to the species and size of the colony. The demography is richly augmented by behavioral pacemaking on the part of certain castes and programmed changes in the physical position of colony members according to age and size. Much of what has been observed in these three colony-level traits (adaptive demography, pacemaking, and positional effects) can be interpreted as the product of ritualization of dominance and other forms of selfish behavior that is still found in the more primitive insect societies. Some of the processes can also be usefully compared with morphogenesis at the levels of cells and tissues.
对群居昆虫(蚂蚁、蜜蜂、黄蜂和白蚁)的研究越来越关注社会起源,即群体成员在群体发展过程中经历种姓、行为和物理位置变化的过程。个体的种姓很大程度上由环境线索决定,这些线索引发一系列渐进的生理限制。个体的决定是由社会介导的,产生了工蚁群体的年龄-大小频率分布,这通常以个体为代价,提高了整个群体的生存和繁殖能力。这种“适应性种群统计学”根据物种和群体大小以可预测的方式变化。某些种姓的行为起搏以及群体成员根据年龄和大小进行的物理位置的程序化变化极大地增强了种群统计学。在这三个群体水平特征(适应性种群统计学、起搏和位置效应)中观察到的许多现象可以解释为在更原始的昆虫社会中仍然存在的支配仪式化和其他形式的自私行为的产物。其中一些过程也可以与细胞和组织水平的形态发生进行有益的比较。