Achieving carbon neutrality in China: Spectral clustering analysis of plant diversity

Plants have a long history and diverse species. They play critical role in the ecological chain, human production life. With vast territory, China has rich plant species complex geographical regions, research on distribution of diversity is significant for utilising, developing, protecting biological resources. This study aimed to China. It obtained data China, then analysed it via spectral clustering visualised Echarts. was found that Yunnan records most considerable diversity, followed by Sichuan Tibet, meaning Southwestern part extensive diversity. While expected Tibet backward economic development hence lower level destruction Sichuan’s quite good. The land abundance still wide variety plants owing excellent irrigation projects since 256BC. Besides, Hengduan Mountains were main route Chinese migrate from west east, which might be closely related Himalayan orogeny. orogeny promotes formation Qinghai–Tibet Plateau, vital factor biodiversity provides basis China’s conservation enhances our understanding biodiversity. As increases soil organic carbon storage, offers insights into neutrality practitioners researchers.