Sixty degrees of solutions: field techniques for human–jaguar coexistence

Symplectic ID
2120413
Source
Ora (Hyrax)
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Sunday, 13 September, 2026 - 03:23
DOI
10.3390/ani15091247
Publication Date
Monday, 28 April, 2025
Keywords
jaguars
depredation
human–jaguar coexistence
anti-depredation strategies
carnivore conservation
carnivores
livestock
Authors
Polisar, J
Hoogesteijn, R
Hoogesteijn, A
Viana, DFP
Chinchilla Valdiviezo, SJ
Valderrama Vásquez, C
Devlin, AL
Arias Herrera, RJ
Babola, M
Bauer, F
Cassaigne Guasco, I
Chang, CY
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Abstract
<p>The current range of the jaguar (Panthera onca) spans sixty degrees of latitude across eighteen countries in the Western Hemisphere and covers approximately 7,000,000 km<sup>2</sup>. Throughout this geographical breadth, jaguars represent an essential component of native biological diversity, but conflict revolving around real and perceived jaguar depredation on livestock is a factor in jaguar mortality. We developed a structured questionnaire to evaluate the effectiveness of anti-depredation strategies from northern Mexico to Argentina, collecting data from 11 countries and 248 livestock operations, 194 with efficacy metrics, and 24 with benefit–cost ratios (value of the livestock losses averted/cost of the intervention). Using coarse categories, 11 intervention types were tested. Techniques effectively reducing livestock losses were documented across the entire livestock operation size (2–130,000 ha, 5–30,000 head) and biome spectrum. While the techniques varied in complexity and required levels of investment, successful reductions in depredation were achieved at all levels. We conclude that anti-depredation strategies are highly effective, and when benefits are evaluated, they surpass costs, sometimes substantially. Given the proven efficacy and cost-effectiveness of the techniques described in this paper, we advocate for broader application across the species range to increase tolerance towards jaguars and a more effective human–jaguar coexistence.</p>
Publisher
MDPI
Journal Title
Animals
eISSN
2076-2615
Volume
15
Issue
9
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uuid_32c2ba1a-00e4-48c0-8fa6-07fee3ed1888
Publication Status
Published
Open access
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