Short‐term impacts of selective logging on forest elephants

Inglés. peer reviewed

Inglés. Abstract Although forest elephants (Loxodonta cyclotis) are known to use logged forests, the impact of selective logging on this critically endangered species has never been well established. Considering the potential of some logged areas to serve as other effective area‐based conservation measures, aligning with the Convention on Biological Diversity's 30/30 initiative, we aimed to assess the short‐term impacts of logging on three population parameters: the presence, abundance, and activity of forest elephants. Combining camera traps and dung surveys before and after logging operations, we assessed the response of forest elephants in a certified timber concession in Gabon. Encouragingly, we found no negative effects of logging on the three population parameters studied. There was no discernible change in the presence of elephants after logging, and their abundance actually increased (relative abundance index from 1.56 to 2.59; p‐value 0.0139) at one of the study sites. Activity patterns were also unaffected, showing sustained activity during daylight hours. We also identified the logging‐associated factors that have significantly influenced forest elephant's abundance. Notably, logging intensity, as measured by the average number of trees harvested per hectare, and road density were positively correlated with the number of forest elephant observations (logging intensity effect: 0.2992, p‐value 0.035; road density effect: 0.3628, p‐value 0.060). As global conservation goals evolve, this research provides important insights into the coexistence of well‐managed industrial activities and the conservation of endangered species, highlighting the need to include responsibly managed timber concessions in future conservation strategies. It also underscores the importance of wider adoption of sustainable practices such as low‐impact logging, promoted by certification schemes such as FSC or PEFC, to secure the future of central African forests and their unique wildlife.