Department of Biological Sciences, Dartmouth College, Hanover, NH 03755, USA.
Curr Biol. 2021 Nov 22;31(22):R1458-R1464. doi: 10.1016/j.cub.2021.09.082.
Many animals shape and modify their physical environment, thereby creating a diversity of structures, from underground burrows to constructed nests to towering above-ground edifices, all of which are referred to as 'animal architecture'. Examples of animal architecture are found everywhere on Earth: beneath the sea and on land, below and above ground, and hanging into the air off trees and precipices. Fossils suggest that animals have been acting as architects by constructing shelters and other built structures for hundreds of millions of years. Animal architects are widespread taxonomically, spanning invertebrates (Figure 1) and vertebrates (Figure 2). Their architectural creations are diverse, including: the fortress-like mounds of termites, the housing markets of architecturally remodeled shells of social hermit crabs, the subterranean tunnel systems of naked mole rats, the intricately decorated bowers of bowerbirds or the engineered dams of beavers. Even the tallest of human architecture is rivaled by animal architecture: termite mounds exceed skyscrapers in their size relative to that of the architects. Animal architecture raises many fascinating questions at the interface of behavior, ecology and evolution: How is this architecture built? What instinctive 'blueprints' or cognitive mechanisms underlie its creation? What functions does the architecture serve? And why did it evolve? Notably, because architecture changes the world, it may have far-reaching impacts on collective behavior and social life, interactions among communities of species and whole ecosystems. Architecture may even have altered the very course of evolution.
许多动物会塑造和改造它们的物理环境,从而创造出各种结构,从地下洞穴到构建的巢穴,再到高耸的地上建筑,所有这些都被称为“动物建筑”。动物建筑的例子在地球上随处可见:在海洋和陆地之下和之上,在地下和地上,以及在树上和悬崖上悬挂在空中。化石表明,动物通过建造庇护所和其他建筑结构已经有数亿年的历史了。动物建筑师在分类上分布广泛,包括无脊椎动物(图 1)和脊椎动物(图 2)。它们的建筑创作多种多样,包括:白蚁的堡垒状土丘、建筑改造后的群居寄居蟹的壳状住房市场、裸鼹鼠的地下隧道系统、园丁鸟错综复杂的装饰花棚或海狸的工程水坝。即使是最高的人类建筑也比不上动物建筑:相对于建筑师的体型而言,白蚁土丘的大小超过了摩天大楼。动物建筑在行为、生态学和进化的交叉点上提出了许多引人入胜的问题:这些建筑是如何建造的?本能的“蓝图”或认知机制是什么?建筑的功能是什么?它为什么会进化?值得注意的是,由于建筑改变了世界,它可能对集体行为和社会生活、物种群落之间的相互作用以及整个生态系统产生深远的影响。建筑甚至可能改变了进化的进程。