Abstract

Recent temperature trends have raised concerns about their impact on global biodiversity. The rise in global temperatures due to climate change has been widely documented, and its effects on ecosystems and species are becoming increasingly apparent. Remote sensing technologies offer valuable tools for monitoring and understanding these changes at a global scale. This article investigates the correlation between temperature trends and biodiversity shifts using remote sensing data. By analyzing satellite-based temperature records and biodiversity indices, this study highlights the spatial and temporal impacts of rising temperatures on ecosystems. The findings indicate that temperature increases are accelerating habitat loss, altering species distributions, and threatening biodiversity, especially in sensitive ecosystems such as tropical forests and polar regions. The study underscores the need for adaptive conservation strategies informed by remote sensing data to mitigate these effects.