Liang Liang

Liang Liang (studbook number 1115) is a female giant panda born on September 15, 2014, at the Chengdu Research Base of Giant Panda Breeding in China. She is the offspring of Pan Pan and Mei Mei; her father Pan Pan was a widely documented male giant panda known for his extensive contributions to global captive giant panda breeding programs, a lineage that places Liang Liang among a cohort of pandas with high genetic value for species conservation efforts. She remained at the Chengdu facility for the first year of her life, receiving standard captive care and observational assessments to support her healthy development prior to her international placement.

On September 15, 2015, coinciding with her first birthday, Liang Liang was transferred to Zoo Negara, the National Zoo of Malaysia, as part of the China-Malaysia giant panda international conservation cooperation program. This long-term collaborative initiative centers on three core goals: expanding public access to education about giant panda ecology, supporting peer-reviewed research into captive breeding best practices, and contributing to broader species recovery frameworks for the vulnerable giant panda population. Official population records confirm Liang Liang is alive and in good health as of the most recent status updates from the cooperative program.

Liang Liang has a documented calm, foraging-focused behavioral profile, with the majority of her daily activity cycle dedicated to feeding on locally sourced bamboo species adapted to the Malaysian climate. She has emerged as one of Zoo Negara’s most prominent cultural and educational attractions, drawing consistent visitor traffic from across Malaysia and Southeast Asia. Her public presence has been credited with raising regional awareness of giant panda conservation needs, as well as broader issues of habitat protection for vulnerable forest species. Her ongoing participation in the cooperative breeding program also supports global efforts to maintain a genetically diverse captive giant panda population, a key safeguard against population decline for the species.