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Attitudes towards the snow leopard 787


awareness of posted wildlife laws and knowledge of the benefits of carnivores (Suryawanshi et al., 2014). Previous research, in Spiti Valley, India, found that live-


stock depredation by snow leopards did not substantially influence attitudes (Suryawanshi et al., 2014). In contrast, we found that the number of animals lost contributed to both greater positive and negative attitudes towards snow leopards. Intuitively for positive attitudes, those who lost less livestock would be more likely to agree with positive statements. For negative attitudes, it is possible they may have been instilled prior to loss, or that the herder experi- enced greater predation more than 5 years previously, and therefore agreed with negative statements. Another possibil- ity is that herders withmore negative attitudes exercise great- er caution and use protective measures not outlined in our survey (e.g. fenced pastures, housing newborn livestock), thus reducing loss. Livestock loss was positively correlated with number of livestock owned, indicating that all herders experienced comparable rates of predation. However, the cultivation of negative attitudes and likelihood of retaliation against snow leopards for livestock predation may be de- pendent on the predated animal’s size, age and condition. Tibetan religious beliefs, which mandate respect for wild-


life, may contribute to lower likelihood of holding negative attitudes towards snow leopards. Tibetan Buddhism influ- ences c. 80% of the geographical regions that overlap with snow leopard habitat (Li et al., 2014). Snow leopards were considered religiously important by 93% of the herders we interviewed. Such beliefs probably contribute to the ab- sence of retaliatory killing, although previous interviews in the same area during 2009–2011 reported their occurrence (Li et al., 2013, 2014). Although it appears heartening that no killings were reported to us, it is nevertheless possible that a greater number of interviews would have uncovered such reports, or that herders adopted a ‘universal silence’ in our presence (Oli et al., 1994). Other sympatric carnivores, such as the wolf Canis lupus,


probably face a greater risk of retaliatory killing despite Buddhist teachings (Mishra, 1997). Although we did not enquire about attitudes towards wolves, six herders ex- pressed concern about predation of livestock by wolves. Wolves are viewed negatively because herders presume they play a larger role in livestock predation than snow leo- pards (Suryawanshi et al., 2013). Herders are considered knowledgeable in discerning the species responsible for kills, via resulting wounds (Aryal et al., 2014). However, some kills reported in this study as being by snow leopards could nevertheless have been misidentified and caused by wolves or domestic dogs. Over 70% of herders interviewed owned at least one dog.


Predator proof corralswere positively correlated with herder age, whereas dog ownership was negatively correlated, demonstrating that dogs are more popular with younger herders. Neither predator proof corrals, guarding, nor dog


Oryx, 2021, 55(5), 783–790 © The Author(s), 2020. Published by Cambridge University Press on behalf of Fauna & Flora International doi:10.1017/S0030605319001315


TABLE 4 The Spearman rank-order correlation coefficients (with two-tailed significance in parentheses) of relationships between predictor variables.


Important to religion


Important to religion


Snow leopard abundance


No. of livestock owned1


Dog owned Guarding


Predator proof corral1


Insurance Age1


No. of live- stock lost


Years of formal education


No. of children1


−0.156 (0.203) 0.094 (0.439) 0.301 (0.011)*


0.233 (0.066) 0.085 (0.505) 0.317 (0.009)** 0.201 (0.100) 0.103 (0.401) 0.061 (0.615)


0.144 (0.248) −0.052 (0.669) 0.083 (0.496) 0.264 (0.024)* 0.075 (0.550) −0.158 (0.188) −0.015 (0.902)


−0.284 (0.019)* 0.119 (0.333) −0.103 (0.392) −0.356 (0.003)** 0.146 (0.225) −0.015 (0.903) −0.167 (0.174) −0.042 (0.728)


0.006 (0.960) −0.233 (0.051) 0.180 (0.134) 0.053 (0.659)


−0.054 (0.661) 0.164 (0.182) −0.068 (0.571) −0.260 (0.038)* 0.032 (0.793)* 0.334 (0.005)** −0.225 (0.063) 0.147 (0.221) −0.158 (0.223) −0.209 (0.103) 0.049 (0.706) −0.026 (0.848) −0.191 (0.140) 0.106 (0.418)


−0.027 (0.837) 0.020 (0.879) −0.037 (0.771) −0.262 (0.047)* 0.003 (0.982) 0.188 (0.143)


*P,0.05 (2-tailed); **P,0.01 (2-tailed). 1Variable removed from consideration in general model construction.


0.285 (0.026)* 0.274 (0.030)* −0.499 (0.000)** 0.047 (0.719) 0.200 (0.113)


Snow leopard abundance


No. of livestock owned1


Dog owned Guarding


Predator proof corral1


Insurance


No. of live- stock lost


Age1


Years of formal education


No. of children1


0.619 (0.000)** −0.301 (0.018)*


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