Lourenço Wilson R
Sorbonne Universités, Institut de Systématique, Muséum national d'Histoire naturelle, Evolution, Biodiversité (ISYEB), Paris, France.
J Venom Anim Toxins Incl Trop Dis. 2023 Aug 14;29:e20230040. doi: 10.1590/1678-9199-JVATITD-2023-0040. eCollection 2023.
This synoptic review aims to bring some general information on fossil scorpions, namely those trapped in amber - fossilized resin - ranging from Lower Cretaceous through the Palaeocene and up to the Miocene. The question to be addressed is how the study of these fossils can be connected with possible present scorpionism problems. A precise knowledge of these ancient lineages provides information about the evolution of extant lineages, including the buthoids, which contain most known noxious species. Among the Arthropods found trapped in amber, scorpions are considered rare. A limited number of elements have been described from the Late Tertiary Dominican and Mexican amber, while the most ancient Tertiary amber from the Baltic region produced more consistent results in the last 30 years, primarily focusing on a single limited lineage. Contrarily, the Cretaceous amber from Myanmar, also called Burmite, has yielded and continues to yield a significant number of results represented by several distinct lineages, which attest to the considerable degree of diversity that existed in the Burmese amber-producing forests. As in my previous similar contributions to this journal, the content of this note is primarily addressed to non-specialists whose research embraces scorpions in various fields such as venom toxins and public health. An overview knowledge of at least some fossil lineages can eventually help to clarify why some extant elements associated with the buthoids represent dangerous species while others are not noxious.
这篇综述旨在介绍一些关于化石蝎子的一般信息,即那些被困在琥珀(化石树脂)中的蝎子,其年代范围从下白垩纪到古新世,直至中新世。需要解决的问题是,对这些化石的研究如何能与当前可能存在的蝎蜇问题联系起来。对这些古老谱系的精确了解为现存谱系的进化提供了信息,包括钳蝎类,其中包含了大多数已知的有毒物种。在被困于琥珀中的节肢动物中,蝎子被认为是稀有的。从晚第三纪多米尼加和墨西哥琥珀中描述的元素数量有限,而在过去30年里,来自波罗的海地区最古老的第三纪琥珀产生了更为一致的结果,主要集中在一个有限的单一谱系上。相反,来自缅甸的白垩纪琥珀,也称为缅甸琥珀,已经产生并持续产生大量由几个不同谱系代表的结果,这证明了缅甸琥珀形成森林中存在的相当程度的多样性。与我之前在本期刊上发表的类似文章一样,本笔记的内容主要面向非专业人士,他们的研究涉及蝎子在毒液毒素和公共卫生等各个领域的情况。对至少一些化石谱系的概述性了解最终有助于阐明为什么一些与钳蝎类相关的现存物种是危险物种,而其他一些则无毒。