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形状分析作为狍管理中的一种辅助工具:一种基于下颌骨形状与营养资源关系的新方法。

Shape Analysis as an Additional Tool in Roe Deer () Management: A New Approach Based on the Relationship between Mandible Shape and Trophic Resources.

作者信息

Pacioni Cesare, Mercati Francesca, Catorci Andrea, Brusaferro Andrea, Strubbe Diederik, Scocco Paola

机构信息

Terrestrial Ecology Unit, Department of Biology, Faculty of Sciences, Ghent University, 9000 Ghent, Belgium.

Department of Veterinary Medicine, University of Perugia, 06126 Perugia, Italy.

出版信息

Animals (Basel). 2021 May 29;11(6):1611. doi: 10.3390/ani11061611.

Abstract

The analysis of body shape variability has always been a central element in biology. More recently, geometric morphometry has developed as a new field in shape analysis, with the aim to study body morphological variations and the identification of their causes. In wildlife management, geometric morphometry could be a useful tool to compare the anatomical structures of an organism and quantify its geometric information in order to relate them to environmental factors, thus identifying the causes and effects of the variation and acting management and/or conservation plans. The aim of our study is to evaluate the relationship between roe deer mandible shape and trophic resources available during autumn and winter. We applied a geometric morphometry approach consisting of a Relative Warp analysis of landmark data in 26 roe deer fawn mandibles. Each sample was assigned to an age category and to an environmental category based on the territory carrying capacity. The mandible shape of samples under 8 months of age is likely influenced by the availability of trophic resources. Our findings suggest that the mandible shape is a reliable instrument to assess resource availability. Geometric morphometry could thus represent an additional tool for roe deer management.

摘要

身体形状变异性分析一直是生物学的核心要素。最近,几何形态测量学作为形状分析的一个新领域得到了发展,旨在研究身体形态变化及其成因。在野生动物管理中,几何形态测量学可能是一个有用的工具,用于比较生物体的解剖结构并量化其几何信息,以便将它们与环境因素联系起来,从而确定变异的原因和影响,并制定管理和/或保护计划。我们研究的目的是评估狍子下颌骨形状与秋冬季节可获得的营养资源之间的关系。我们应用了一种几何形态测量学方法,对26只狍子幼崽下颌骨的地标数据进行相对扭曲分析。每个样本根据领地承载能力被分配到一个年龄类别和一个环境类别。8个月以下幼崽的下颌骨形状可能受营养资源可获得性的影响。我们的研究结果表明,下颌骨形状是评估资源可获得性的可靠工具。因此,几何形态测量学可以成为狍子管理的一个额外工具。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/06f7/8228368/ba75f85b0354/animals-11-01611-g001.jpg

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