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Usage Examples
Filter by Meaning Understanding the geomorphology of a region helps predict the occurrence of landslides.
Geomorphology helps scientists understand how mountains are formed.
The study of geomorphology involves analyzing the effects of wind on desert landscapes.
Geomorphology studies the formation and evolution of river valleys.
The geomorphology of coastal regions is influenced by factors such as wave action and sea level changes.
The application of geomorphology is vital for understanding the effects of climate change on coastal erosion and sea-level rise.
The field of geomorphology investigates the geological processes that create and modify volcanic landforms.
Understanding the principles of geomorphology is essential for predicting landslides and mitigating their effects.
Geomorphology plays a crucial role in assessing the impact of human activities on natural landscapes.
Geomorphology plays a crucial role in understanding the formation of river valleys.
Geomorphology provides insights into the formation of mountain ranges and their erosion over time.
Geomorphology explores the geological history of an area through the examination of landforms.
Geomorphology examines the impact of glaciers on landforms and the landscape.
The field of geomorphology examines the impact of glaciers on landforms.
The geomorphology of deserts involves the study of wind erosion and sand dune formation.
The field trip allowed students to observe firsthand the landforms discussed in their geomorphology class.
Geomorphology uses computer models to simulate the erosion of cliffs.
The study of tectonic geomorphology helps us understand the relationship between geological forces and landforms.
The professor specializes in the study of fluvial geomorphology, focusing on river processes and landforms.
Geomorphology investigates the effects of volcanic activity on the Earth's surface.
The field trip to the river valley allowed students to observe and analyze the geomorphology of the landscape.
The geomorphology of the coastline is constantly changing due to erosion and sedimentation processes.
The geomorphology of the desert region is characterized by sand dunes and arid landscapes.
The study of coastal geomorphology helps us understand how beaches change over time.
Geomorphology plays a crucial role in assessing the impact of human activities on the environment.
The research project focuses on applying geomorphology to study the impact of landslides.
The research paper explores the effects of climate change on the geomorphology of mountainous areas.
Geomorphology examines how rivers shape the landscape.
The course on geomorphology covers the formation of mountains and valleys.
The study of fluvial geomorphology helps us understand the behavior of rivers.
The scientist used advanced remote sensing techniques to map the geomorphology of the coastal region.
The textbook provides a comprehensive overview of the principles and methods used in geomorphology research.
The scientist used geomorphology to analyze the formation of sand dunes in the desert.
The conference featured presentations on the application of GIS in geomorphology research.
The study of coastal geomorphology helps us understand the processes behind beach erosion and sediment transport.
The scientist used geomorphology to analyze the effects of rainfall on river erosion.
The geomorphology of the desert region fascinated the researchers studying the formation of sand dunes.
The geomorphology of the ancient volcanic region revealed fascinating patterns of lava flows and volcanic cones.
The geomorphology of the desert region was characterized by vast sand dunes and wind-eroded rock formations.
The research project focused on the geomorphology of river deltas, studying the intricate interactions between sediment deposition and tidal currents.
The course on geomorphology provided insight into how tectonic forces shape the Earth's surface.
The professor taught a comprehensive course on geomorphology, covering topics such as river systems and glacial landforms.
The geomorphology research team conducted field surveys to investigate the impact of vegetation changes on soil erosion rates in the watershed.
The application of geomorphology in urban planning aids in identifying areas prone to landslides and erosion.
The geomorphology of the coastal area played a crucial role in determining the vulnerability of the region to erosion and storm surges.
The study of geomorphology provides insights into the effects of climate change on the formation and degradation of permafrost.
The coastal geomorphology study aimed to understand the long-term effects of sea-level rise on the erosion and retreat of sandy beaches.
Geomorphology played a crucial role in reconstructing the geological history of the region, unraveling the formation of valleys and mountain ranges.
The geomorphology of the mountainous region influenced the construction of roads and bridges to withstand landslides and rockfalls.
The study of karst geomorphology explores the formation of limestone caves and sinkholes.
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