Zhijie Jack Tseng

This study identifies shared genetic adaptation signals in mesopelagic lanternfishes to climate change using whole-genome sequencing across multiple oceanic regions.

This study uses a comprehensive fossil dataset to show that Cenozoic climate changes influenced skeletal diversification in carnivorans, with major transitions occurring during key climatic events.

This paper shows that Paleocene placental mammals in China developed high tooth size disparity early, tracked environmental changes in dental shape later, and achieved maximum dental shape-performance integration within 10 million years post-K-Pg extinction.

This study examines functional trade-offs and covariation among skeletal regions in carnivorans to understand their ecological adaptations and landscape topology.