Vinther Jakob
Schools of Earth Sciences and Biological Sciences, University of Bristol, Bristol, United Kingdom.
Bioessays. 2015 Jun;37(6):643-56. doi: 10.1002/bies.201500018. Epub 2015 Apr 8.
Melanin, and other pigments have recently been shown to preserve over geologic time scales, and are found in several different organisms. This opens up the possibility of inferring colours and colour patterns ranging from invertebrates to feathered dinosaurs and mammals. An emerging discipline is palaeo colour: colour plays an important role in display and camouflage as well as in integumental strengthening and protection, which makes possible the hitherto difficult task of doing inferences about past ecologies, behaviours, and organismal appearance. Several studies and techniques have been presented in the last couple of years that have described ways to characterize pigment patterns. Here, I will review the available methods and the likely applications to understand past ecologies. A golden age of colourized dinosaurs and other animals is now dawning upon us, which may elucidate the nature of ancient predator prey interactions and display structures.
黑色素和其他色素最近被证明能在地质时间尺度上保存下来,并且在几种不同的生物体中都能找到。这为推断从无脊椎动物到有羽毛恐龙和哺乳动物的颜色及颜色模式开辟了可能性。一个新兴的学科是古颜色学:颜色在展示、伪装以及体表强化和保护方面都起着重要作用,这使得推断过去的生态、行为和生物体外观这一迄今为止困难的任务成为可能。在过去几年里,已经提出了几项研究和技术,描述了表征色素模式的方法。在这里,我将回顾现有的方法以及它们在理解过去生态方面可能的应用。一个恐龙和其他动物彩色化的黄金时代正在向我们走来,这可能会阐明古代捕食者与猎物相互作用的本质以及展示结构。