Abstract

Understanding the geomorphological evolution of landscapes involves unraveling the intricate processes and timescales that shape Earth's surface. This research article explores the dynamic interactions between geological processes, climatic factors, and human activities in shaping landscapes over varying temporal scales. It synthesizes current knowledge from geomorphological studies, integrating field observations, remote sensing techniques, and computational modeling to elucidate the transformative forces acting upon landscapes. Key themes include erosional and depositional processes, tectonic influences, climate change impacts, and the anthropogenic footprint on geomorphological dynamics. The article aims to provide a comprehensive overview of the methodologies used to study landscape evolution, highlighting interdisciplinary approaches and their implications for environmental management and sustainable development.