黑料网

Abstract

The impacts of climate change on biodiversity are increasingly evident, with altered temperature and precipitation patterns affecting ecosystems worldwide. As species struggle to adapt to shifting environmental conditions, the risk to biodiversity escalates, threatening ecosystem services and human livelihoods. Remote sensing technology offers a powerful tool for monitoring and assessing the impacts of climate change on biodiversity, providing high-resolution spatial data that can reveal patterns of habitat loss, species migration, and ecosystem degradation. This study explores the use of remote sensing techniques to assess biodiversity risks in changing climates, focusing on the detection of habitat change, the monitoring of species distribution, and the identification of key stressors affecting biodiversity. By integrating remote sensing data with climate models and biodiversity metrics, this study demonstrates the utility of these technologies in identifying areas of high conservation priority and informing effective biodiversity management strategies. The results highlight the potential of remote sensing in enhancing biodiversity monitoring and supporting climate adaptation efforts.