Abstract

Mesocarnivores constitute a diverse and often abundant group of species, which are increasingly occupying hweigher trophic levels within multi‐use landscapes. Yet, we know relatively little about their interactions with each other, especially in human‐altered areas. Using camera trap data collected in a forestry concession in the Greater Gorongosa ecosystem of central Mozambique, we examined the spatiotemporal relationships and potential for intraguild competition among three understudied African carnivores: African civets (Civettictis civetta), bushy‐tailed mongooses (Bdeogale crassicauda), and large‐spotted genets (Genetta maculata). After accounting for habitat preferences and tolerance to anthropogenic factors, we found that African civets and bushy‐tailed mongooses avoid each other spatially and temporally. Additionally, civets and mongooses were also both more likely to use sites farther away from human settlements, possibly decreasing the total available habitat for each species if competition is driving this spatial partitioning. In contrast, we did not find evidence for spatial or temporal partitioning between large‐spotted genets and African civets, but bushy‐tailed mongooses altered their activity patterns where they co‐occurred with genets. Our study contributes to scant ecological knowledge of these mesocarnivores and adds to our understanding of community dynamics in human‐altered ecosystems.

Highlights

  • Human population growth has caused rapid land use changes and the decline of apex carnivore populations (Ripple et al, 2014)

  • We investigated the potential for competitive interactions among three common but understudied mesocarnivores: African civets, large-spotted genets, and bushy-tailed mongooses (Bdeogale crassicauda; Table 1)

  • We considered δ estimates significant if the 95% credibility interval (CI) did not overlap zero

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Summary

| INTRODUCTION

Human population growth has caused rapid land use changes and the decline of apex carnivore populations (Ripple et al, 2014). In the absence of wolves (Canis lupus) in much of the United States, coyotes (Canis latrans) have become dominant carnivores, suppressing or changing the activity patterns of smaller carnivores such as foxes (Urocyon cinereoargenteus, Vulpes velox, and Vulpes vulpes) and increasing bird diversity (Fedriani, Fuller, Sauvajot, & York, 2000; Harrison, Bissonette, & Sherburne, 1989; Levi & Wilmers, 2012; Thompson & Gese, 2007) In urban environments, these dynamics change such that foxes, which are more tolerant of human infrastructure, more frequently use urban areas as a refuge from coyotes while still avoiding people spatially and temporally (Moll et al, 2018).

| MATERIALS AND METHODS
Findings
| DISCUSSION
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