A mismatch of community attitudes and actions: A study of koalas

• Three areas (suburban, peri-urban, eco-village) of one community were surveyed.
• Attitudes toward koalas were correlated to area of residence within the community.
• Peri-urban residents likely to have positive attitudes toward koala conservation.
• Suburban residents unlikely to participate in koala conservation measures.
• Area of residence is important in involving local community in wildlife management.

Many wildlife populations, particularly in urban areas, are in decline. This is in part due to a disconnection between the lives of urban residents and native wildlife. The reconnection of social and ecological systems by understanding the linkages between people's attitudes and conservation behavior will help improve conservation outcomes. This study investigated the attitudes of local communities toward koala populations and sustainable wildlife conservation in southeast Queensland, Australia. Data was collected using a questionnaire in face-to-face surveys (n = 102). Principal Component Analysis was used to quantify attitude and action statements into key components. Further analysis of demographics and knowledge of koalas was performed using analysis of variance and regression analysis. Results suggested that residents’ attitude toward koala conservation was strongly correlated with their home's proximity to relatively intact habitat. Residents living in peri-urban areas were significantly more likely than suburban residents to have a positive attitude toward koala conservation, and be willing to participate in actions to conserve koalas, such as traffic calming measures, community conservation schemes and support for council-led conservation actions. These results highlight the importance of understanding variations in community behavior toward biodiversity conservation in urban and peri-urban neighborhoods and suggest that local governments and conservation groups use area of residence to target urban planning and conservation initiatives more effectively.