Abstract

Trait data are fundamental for many aspects of ecological research, particularly for modeling species response to environmental change. We synthesised information from the literature (mainly field guides) and direct measurements from museum specimens, providing a comprehensive dataset of 26 attributes, covering the 43 resident species of Odonata in Britain. Traits included in this database range from morphological traits (e.g. body length) to attributes based on the distribution of the species (e.g. climatic restriction). We measured 11 morphometric traits from five adult males and five adult females per species. Using digital callipers, these measurements were taken from dry museum specimens, all of which were wild caught individuals. Repeated measures were also taken to estimate measurement error. The trait data are stored in an online repository (https://github.com/BiologicalRecordsCentre/Odonata_traits), alongside R code designed to give an overview of the morphometric data, and to combine the morphometric data to the single value per trait per species data.

Highlights

  • Trait data are vital components of many ecological, evolutionary and conservation research projects

  • Comparative trait-based analysis is an ideal approach for interpreting these distribution trends, such analyses are currently limited by a lack of trait data

  • The trait data we present are applicable to a wide range of research projects, studies aimed at understanding and predicting the dynamics of Odonata during times of environmental change will benefit from this data

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Summary

Introduction

Trait data are vital components of many ecological, evolutionary and conservation research projects. Trait data, body size, distribution status, habitat preference, wing length, generation time

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