Abstract

This study provides a framework to assess the feasibility of reintroducing carnivores into an area, using African wild dogs (Lycaon pictus) as an example. The Great Fish River Nature Reserve in the Eastern Cape Province, South Africa, has been identified as a potential reserve to reintroduce wild dogs, and we applied this framework to provide a threat assessment of the surrounding area to determine potential levels of human-wildlife conflict. Although 56% of neighbouring landowners and local communities were positive about a wild dog reintroduction, data collected from questionnaire surveys revealed that human-wild dog conflict is a potential threat to wild dog survival in the area. Additional potential threats include diseases, snaring, poaching and hunting wild dogs for the use of traditional medicine. A threat index was developed to establish which properties harboured the greatest threats to wild dogs. This index was significantly influenced by the respondent’s first language (isiXhosa had more positive indices), education level (poorer education was synonymous with more positive threat indices), land use (wildlife ranching being the most negative) and land tenure (community respondents had more positive indices than private landowners). Although threats are present, they can be effectively mitigated through strategies such as carnivore education programs, vaccination campaigns and anti-snare patrols to promote a successful reintroduction of this endangered canid.

Highlights

  • As a direct consequence of globally declining animal populations, conservation and management of small, disjunct populations has become inevitable [1]

  • We developed a global approach for assessing the potential threat landscape that could readily be adapted for other reintroduced carnivores

  • The Great Fish River Nature Reserve (GFRNR) is situated in the Fish River Valley, Eastern Cape, South Africa (Fig 1; [22]), approximately 40 km northeast of Grahamstown and 32 km south of Alice [23,24]

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Summary

Introduction

As a direct consequence of globally declining animal populations, conservation and management of small, disjunct populations has become inevitable [1]. Reintroductions have become an important conservation strategy to support population recovery [1,2] and to re-establish a species within its historical range after being locally extirpated [1]. Evaluation of the suitability of proposed reintroduction sites must be conducted prior to any reintroduction effort [3,4]. The proposed site should ideally fall within the historical range of the species, the population must be sustainable for the foreseeable future, and there should be sufficient capacity for the site to sustain the diet of the reintroduced species [2,3]. Crucial, part of reintroduction planning is to assess the potential threats in and around the reintroduction site.

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