Studies focusing on the interactions between climate patterns and vegetation, examining how climate change affects plant growth, distribution, and biodiversity. These studies often use remote sensing and field data to understand the impact of climate on vegetation dynamics. 
Research in this area explores the relationship between climate change and forest fires, investigating how changes in climate variables such as temperature and precipitation influence the frequency, intensity, and distribution of wildfires. 
Exploring innovative fire management techniques and remote sensing to enhance wildfire response and management.
This field examines the effects of climate change on the hydrological cycle, including precipitation patterns, river flows, and groundwater levels. It aims to understand how changing climates affect water resources and flood risks. 
LULC classification involves categorizing the Earth’s surface into various types based on observed land cover, such as forests, urban areas, or water bodies. This research is crucial for environmental monitoring and urban planning. 
This area involves the development and application of numerical methods and algorithms to solve mathematical problems that are typically too complex for analytical solutions. It’s essential in engineering, physics, and economics for modeling and simulations. 
Research here focuses on the observation and analysis of water bodies’ behavior and characteristics, including their distribution, flow, and quality. It often involves the use of satellite imagery and sensors for real-time monitoring. 