BioProject

We focused on Quercus variabilis distributed at elevations of 800, 1000, 1300, 1400 m in a warm-temperate forest in China, conducting a comprehensive analysis of its leaf functional traits, metabolome, and transcriptome to systematically elucidate the elevation adaptation mechanism of this species. More...

We focused on Quercus variabilis distributed at elevations of 800, 1000, 1300, 1400 m in a warm-temperate forest in China, conducting a comprehensive analysis of its leaf functional traits, metabolome, and transcriptome to systematically elucidate the elevation adaptation mechanism of this species. This study has a profound impact on exploring the development direction and ecological strategies of plants in the context of global environmental change. Less...