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鳄鱼时代的见闻:古代谱系的新发现。

Dispatches from the age of crocodiles: New discoveries from ancient lineages.

作者信息

Holliday Casey M, Schachner Emma R

机构信息

Department of Pathology and Anatomical Sciences, University of Missouri, Columbia, Missouri, USA.

Department of Cell Biology and Anatomy, School of Medicine, Louisiana State University Health Sciences Center, New Orleans, Louisiana, USA.

出版信息

Anat Rec (Hoboken). 2022 Oct;305(10):2343-2352. doi: 10.1002/ar.25043. Epub 2022 Aug 1.

Abstract

Crocodilians inspire researchers and the public alike with their explosive hunting methodologies, distinct craniofacial and dental morphology, and resplendent fossil record. This special issue highlights recent advances in the biology and paleontology of this fascinating lineage of vertebrates. The authors in this volume bring crocodylians and their extinct ancestors to life using a variety of approaches including fieldwork, imaging, 3D modeling, developmental biology, physiological monitoring, dissection, and a host of other comparative methods. Our journey begins with early crocodylomorphs from the Triassic, carries us through the radiation of crocodyliforms during the rest of the Mesozoic Era, and finally celebrates the diversification development and biology of extant crocodylians. Crocodyliform science has grown appreciably the past few decades. New fossil species and genetic evidence continue to keep phylogenies and our understanding of relationships wavering in key places of the tree such as the relationships of the extinct marine thalattosuchians as well as still living species like gharials. The application of imaging approaches and 3D modeling to both preserved tissues as well as living specimens is now revealing patterns in brain and lung evolution and function, growth strategies, and feeding and locomotor behaviors across the lineage. Comparative anatomical studies are offering new data on genitals, cephalic venous drainage and thoracoabdominal pressures. The new discoveries found here only reveal there is far more work to be done to understand the biology and behavior responsible for the great radiation extinct suchians and their crocodylian descendants experienced during their conquest of Mesozoic and Tertiary ecosystems.

摘要

鳄鱼以其迅猛的捕猎方式、独特的颅面和牙齿形态以及辉煌的化石记录,激发着研究人员和公众的兴趣。本期特刊重点介绍了这一迷人的脊椎动物谱系在生物学和古生物学方面的最新进展。本卷的作者运用了多种方法,包括实地考察、成像、三维建模、发育生物学、生理监测、解剖以及许多其他比较方法,将鳄鱼及其已灭绝的祖先栩栩如生地呈现在我们面前。我们的旅程始于三叠纪早期的鳄形类动物,带领我们穿越中生代其余时期鳄形类动物的辐射演化,最终颂扬现存鳄鱼的多样化发展和生物学特性。在过去几十年里,鳄形类动物科学有了显著发展。新的化石物种和基因证据不断使系统发育以及我们对谱系关键位置关系的理解产生动摇,比如已灭绝的海生狭蜥鳄类的关系以及像印度食鱼鳄这样的现存物种的关系。成像方法和三维建模在保存的组织以及活体标本上的应用,如今正在揭示整个谱系在大脑和肺部进化与功能、生长策略以及摄食和运动行为方面的模式。比较解剖学研究正在提供关于生殖器、头部静脉引流和胸腹压力的新数据。这里发现的新发现仅仅表明,要理解导致已灭绝的狭蜥鳄类及其鳄鱼后代在征服中生代和第三纪生态系统过程中经历巨大辐射演化的生物学和行为,还有更多工作要做。

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