Hao Xie, Xiao Zhou, Shengshan He, Mingchun Zhang, Jian Yang, Yan Huang, Hemin Zhang, Xiaoxing Bian

Habitat fragmentation continues to threaten the long-term viability of the giant panda (Ailuropoda melanoleuca) despite decades of sustained conservation efforts. Beyond large-scale habitat restoration, conservation translocation, specifically the release of captive-born individuals, has emerged as a key strategy for genetic rescue and the reinforcement of wild populations. China’s efforts to reintroduce giant pandas began in the 1980s and have progressed through iterative experimentation and adaptive learning.
Following the successful release of the first trained juvenile panda, Taotao, in 2012, a multi-institutional conservation network has refined breeding, behavioral training, and release protocols. To date, approximately 40 individuals have completed wild-adaptation training at the China Conservation and Research Center for the Giant Panda, with 10 pandas released into suitable habitats, of which 9 have survived for at least two years post-release. A major innovation has been captive-born mothers rearing cubs with minimal human contact, promoting the development of natural foraging skills, predator avoidance, and other essential survival behaviors.
Over time, substantial experience has been accumulated in pre-release conditioning, site selection, and post-release monitoring. This presentation summarizes lessons from China’s panda translocation program and highlights both achievements and remaining challenges. We seek to engage the international bear conservation community in dialogue on best practices for conservation translocation and to advance the standardization of release-site assessment, behavioral training, and long-term monitoring frameworks. By sharing these experiences, we hope to contribute to improved translocation outcomes for giant pandas and other large carnivores facing habitat fragmentation worldwide.