Abstract

The geomorphological evolution of landscapes reflects the interplay of diverse processes and operates across varying temporal scales, shaping Earth's surface over geological epochs to human timescales. This abstract explores the fundamental processes driving landscape dynamics, including erosional and depositional forces, tectonic activity, climate change impacts, and human interventions. Geomorphological studies integrate field observations, remote sensing technologies, and computational modeling to unravel the complexities of landscape evolution. By synthesizing current research, this abstract highlights the interdisciplinary approaches used to understand and predict landscape responses to natural and anthropogenic influences. Understanding the processes and timescales involved in landscape evolution is essential for sustainable land management and environmental stewardship in a changing world.