Building on previous Rufford-funded work, the project introduces Passive Acoustic Monitoring (PAM) as an innovative, non-invasive method to obtain continuous data on chimpanzee occupancy, habitat use, and human-generated disturbances. PAM will complement camera trapping, direct observations, and habitat assessments, together providing a comprehensive understanding of chimpanzee spatial ecology. The project also integrates ecological data with information on tree species such as Xylopia aethiopica, which holds high value for both chimpanzees and surrounding communities. Mapping these habitats will support targeted conservation actions in areas most affected by degradation and development.

A central aim of the project is to strengthen local capacity. Training workshops will equip park rangers, conservation managers, and lecturers from the Garoua Wildlife School with practical skills in bioacoustics, remote sensing, and advanced wildlife monitoring tools. Community engagement is another key component: outreach activities, participatory mapping, and awareness campaigns will foster coexistence, reduce illegal activities, and promote sustainable resource use among the 80 villages surrounding the park.

Furthermore, the project seeks to provide evidence-based recommendations for integrating PAM data into national conservation strategies, Environmental Impact Assessments, and future updates of the IUCN Action Plan for P. t. ellioti. Dissemination efforts will include peer-reviewed publications, policy briefs, and presentations at national and regional conservation workshops.