Understanding the human dimension is critical for effective conservation management of species involved in human–carnivore conflict. There is also a need to recognize who among the local human population is supportive of wildlife conservation. We investigated how local people's attitudes and knowledge of the leopard cat Prionailurus bengalensis are influenced by socio-demographic variables, encounter rates and the nature of encounters with the felid in Taiwan. During June–August 2014 we interviewed 150 residents in Miaoli County in northern Taiwan, where the leopard cat is known to occur. More than half of the participants indicated they were supportive of leopard cat conservation. The majority of those who expressed positive attitudes towards protection of the leopard cat belonged to younger, more educated socio-demographic groups. Negative attitudes towards leopard cat conservation were most prevalent among farmers, who also reported the highest incidence of negative experiences, mainly involving predation of poultry. We provide recommendations to mitigate human–felid conflict, including changes to animal husbandry practices. We also describe how conservation efforts for this species and wildlife in general in Taiwan could be improved, for example through incentive and awareness-raising programmes.

Ten leopard cats (Prionailurus bengalensis borneoensis) were captured and radio tracked in an agricultural landscape in Sabah, Malaysia. Seventy-two leopard cat scats were analysed for diet while information on prey distribution and abundance was obtained from a concurrent study on small mammals. Mammals, namely murids, were the major prey with Whitehead's rat (Maxomys whiteheadi) being the principal prey species. Leopard cats significantly preferred the relatively open oil palm habitat over both selectively logged dipterocarp forest and secondary forest fragments. Although relative murid abundance was highest in selectively logged dipterocarp forest, oil palm harboured a higher relative abundance of Maxomys whiteheadi. Visibility and ease of movement for leopard cats was also better in oil palm, thereby possibly increasing their hunting success. We suggest that the significantly higher use of oil palm by leopard cats is related to their preference for areas with high prey ‘catchability’ rather than high prey density. Although secondary-forest fragments were least selected, they were important to leopard cats for resting and possibly breeding, highlighting the importance of forest fragments for the conservation of Bornean leopard cats in agricultural landscapes.

The leopard cat Prionailurus bengalensis is a relatively common, small felid ranging throughout Asia. During the past 15 years the natural history of leopard cats has been the topic of five studies; however, the mean sample size of study animals has been low ($ \bar{x}$ = 6.8, range 4–10). We report on the most comprehensive study of leopard cats to date. Between June 1999 and February 2003, 20 leopard cats (14 males and six females) were radio-collared and tracked from 3 to 20 months in Phu Khieo Wildlife Sanctuary, Thailand. Spatial organization of the leopard cats was characterized as weakly territorial with similar intrasexual range sizes and minimal seasonal variation. Mean (± SD) annual home-range (95% minimum convex polygon) size for males was 12.4 km2 (n = 1211 locations, ± 7.1, range 2.2–28.9), whereas females exhibited a mean home-range size of 14 km2 (n = 470, ± 12.2, range 4.4–37.1). Core area (50% minimum convex polygon) averaged 2.0 km2, and the mean 1-day movement was 1298 m (± 981, range 35–8653). Habitat use was generally in proportion to occurrence, and the mean activity (52%) was arrhythmic with crepuscular and nocturnal peaks. Analysis of scats indicated that murids dominated leopard cat diet.