 The Ching Hai Tibetan Plateau, QTP, is highly sensitive to climate change due to its unique geography and high altitude. Temperature, solar radiation and water availability are key drivers of vegetation sensitivity on the plateau. Temperature has been shown to have a positive effect on forests, grasslands and barren or sparsely vegetated areas, BSVs, while solar radiation has a negative effect on these land cover types. Water availability has a positive effect on grasslands and BSVs, but no clear trends were seen in forests. These findings suggest that temperature is the most important driver of vegetation sensitivity on the QTP, followed by solar radiation and water availability. Additionally, temperature and solar radiation jointly dominate the vegetation sensitivity in the central to eastern QTP, while water availability dominates the sensitivity of forests in the southeast and grasslands in the northwest and southwest. This study provides valuable information for understanding the effects of climate change on vegetation sensitivity on the QTP, which can inform future conservation and management efforts. This article was authored by Kai Wu, Jiao Chen, Han Yang and others. We are article.tv, links in the description below.