Monitoring the Water Extraction Changes and Land Surface Temperature

Monitoring the LST and Water Extraction presents a comprehensive analysis of the impact of water extraction on land surface temperature (LST) in Kanigiri Mandal, India, leveraging Sentinel satellite data and Google Earth Engine processing capabilities. By employing the Normalized Difference Water Index (NDWI) for water extraction and LST retrieval, the study offers valuable insights into the temporal trends and spatial patterns of LST dynamics from 2019 to 2022. Such insights are crucial for diverse applications, ranging from land management and agriculture to environmental monitoring and planning. The findings of land surface temperature hold significant implications for sustainable development and resource management strategies in the region. By understanding the relationship between water extraction activities and LST fluctuations, stakeholders can better assess the potential impacts on agricultural productivity, water availability, and ecosystem health. Moreover, the insights gained from the study can aid in formulating effective drought assessment and mitigation plans, providing decision-makers with valuable information to address the challenges posed by changing environmental conditions. Overall, the research contributes to advancing our understanding of the complex interactions between human activities and environmental dynamics, thereby facilitating informed decision- making processes for sustainable development and resilience- building efforts in Kanigiri Mandal and similar regions