A new member of the morphometrics jungle to better monitor vulnerable lagoons

V. Bonhomme
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Abstract

In the recent years, morphometrics, the quantitative description of shape and its covariation [1] gained considerable momentum in evolutionary ecology. Using the form of organisms to describe, classify and try to understand their diversity can be traced back at least to Aristotle. More recently, two successive revolutions rejuvenated this idea [1– 3]: first, a proper mathematical refoundation of the theory of shape, then a technical revolution in the apparatus able to acquire raw data. By using a feature extraction method and planning its massive use on data acquired by aerial drones, the study by Lacaux and colleagues [4] retraces this curse of events.
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形态测量丛林的新成员,以更好地监测脆弱的泻湖
近年来,形态计量学,即形状及其协变的定量描述[1]在进化生态学中获得了相当大的发展势头。用有机体的形式来描述、分类并试图理解它们的多样性,至少可以追溯到亚里士多德。最近,两次连续的革命使这一思想重新焕发了活力[1 - 3]:首先,对形状理论进行了适当的数学重建,然后是能够获取原始数据的设备的技术革命。Lacaux及其同事[4]的研究通过使用一种特征提取方法,并规划其在无人机获取的数据上的大规模使用,追溯了这一事件的诅咒。
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