Quantifying nonlinear driving forces of land surface temperature dynamics in the Tarim River Basin under climate warming

Key Points

• Land surface temperature dynamics are significantly influenced by nonlinear driving forces, with implications for local ecosystems.
• Key evidence shows a strong correlation between climate warming and increased land surface temperature variations in this region.
• Analysis of environmental data across the Tarim River Basin reveals critical insights into temperature behavior under changing climatic conditions.
• These findings underscore the necessity for proactive measures to address climate change impacts, calling for further investigation in similar ecosystems.