Integrating morphology and phylogenomics supports a terrestrial origin of insect flight

1、语录

我想象着一种小型水生昆虫，它在被动的空气中学习飞行;当然不是通过研究空气动力学，而是通过反复试验。

I picture a small aquatic insect. . .which would thus learn to fly while passively air-borne; not, of
course, by studying aerodynamics, but by trial and error. —Sir Vincent Wigglesworth

 2、前言

在所有现存的动物群中，昆虫的惊人多样性使解决它们的系统发育关系成为一项艰巨的任务。昆虫的系统发育是各种宏观进化现象的支点，如翅膀飞行的进化、亲代抚育、与植物的共同物种形成以及不同喂养方式的形态特殊化等。

The phylogeny of insects is the fulcrum that underlies various macroevolutionary phenomena,such as the evolution of winged flight,
parental care, cospeciation with plants, and morphological specializations for diverse modes of feeding, to name but a few.

标签：terrestrial,origin,flight,系统发育,but,insect,飞行,空气,昆虫
来源： https://www.cnblogs.com/djx571/p/10357380.html