Global Ecology and Conservation (Oct 2023)
Local farmers' perceptions of ecosystem services and disservices provided by the Black-necked Crane (Grus nigricollis) and their conservation implications
Abstract
Incorporating local farmers' perceptions into conservation management has great significance because they have become the key stakeholders in wildlife conservation, especially that of waterbirds. The Black-necked Crane (Grus nigricollis) interacts closely with local farmers throughout its distribution, resulting in human–bird conflict. The evaluation of ecosystem services/disservices among local populations should help to address this relationship. We examined local farmers' perceptions of agreement with the ecosystem services and disservices provided by the Black-necked Crane in one of its large wintering sites by conducting semi-structured interviews with farmers around Caohai Wetland in Guizhou Province, China. The influences of socio-demographic variables, ecological knowledge, and attitude on farmers' agreement with ecosystem services and disservices were explored by generalized linear mixed models. Most of the farmers perceived a few benefits from the Black-necked Crane, whereas approximately one-third of them regarded the species as harmful. The most mentioned service was aesthetic value, followed by leisure and ecotourism, and therapeutic value, while crop consumption was the most commonly mentioned disservice. Their levels of agreement with services were associated with attitude and age, while those with disservices were determined by education attainment and household size. Local government and conservation organizations could use social media platforms, such as TikTok and WeChat, to convey information on the benefits or ecosystem services provided by the black-necked crane, and ecological compensation could be implemented to alleviate farmer–bird conflict. This study demonstrated the significance of the inclusion of local stakeholders and ecosystem service evaluation in conservation management. This framework can be applied to other protected species or ecosystems facing similar situations.
