Abstract

From butterflies to elephants, the rapidly developing science of movement ecology is providing increasingly detailed spatio-temporal data on a wide array of mobile animals. Thus, this discipline also holds great promise for improving the conservation of wildlife. To measure progress towards this promise, we investigated the degree to which movement ecology research is connected to conservation goals as well as the proportion of studies that were incorporated into federal and international status assessments for mobile species at risk. We examined 13,349 “movement ecology” papers published between 1990 and 2014 and found that explicit connections to conservation and management were made in 35% (n = 4, 672) of these papers, with the number of connections increasing over time. We then measured the uptake of movement ecology research into species status assessment and recovery plans (n = 72 documents) produced by three different governance agencies for 12 endangered mobile species. We found that on average 60 % of available movement ecology research was used in the status assessment process, demonstrating that when movement ecology research is available, it is generally being utilized in conservation planning. However, for 25% of these species, there was little movement research available to be used, highlighting that knowledge gaps remain for some at-risk species despite the general growth of movement ecology research. We outline opportunities for movement ecology to promote more effective conservation of taxa that move.

Highlights

  • Humans have tracked the movements of animals for millennia—first for our survival, and more recently to better understand, manage, and protect wildlife and fisheries populations

  • We have identified important linkages between the production of movement ecology science and the intent to inform the effective conservation and management of highly mobile animals

  • We found that much of the available movement ecology research for a given species at risk was used in the status assessments we examined, suggesting movement ecology is providing valuable data for improving the conservation of wildlife

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Summary

Introduction

Humans have tracked the movements of animals for millennia—first for our survival, and more recently to better understand, manage, and protect wildlife and fisheries populations. Realizing the promise of movement ecology requires effective integration of movement data at relevant scales to inform conservation policy (Hays et al, 2016). We consider future directions for the integration of movement ecology and conservation policy that could promote the effective management and recovery of threatened species.

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