physical geography
Quick Summary
Physical geography is a branch of geography that focuses on the natural features and changes of the Earth's surface. It examines the Earth's surface processes, including field and laboratory investigations of contemporary processes and the reconstruction of past environments. This field involves understanding systems of natural environmental processes and often collaborates with disciplines like physics, chemistry, biology, and mathematics.12
Key areas within physical geography include:
* Geomorphology: The study of landforms and landscape evolution.2
* Hydrology: The study of water's role in erosion, transport, and deposition.2
* Climatology: The study of climate systems and weather patterns.2
* Biogeography: The study of the distribution of plants and animals in relation to environmental conditions.2
Physical geography aims to understand how the environment works and how it produces its characteristic features, often integrating these studies into models of environmental systems to predict future changes.23
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geographyPhysical geography and physical systemsAs a consequence of these changes, physical geography moved away from inductive accounts of environments and their origins and toward analysis of physical systems and processes. Interest in the physiography of the Earth’s surface was replaced by research on how…
Read MoreAs a consequence of these changes, physical geography moved away from inductive accounts of environments and their origins and toward analysis of physical systems and processes. Interest in the physiography of the Earth’s surface was replaced by research on how…
Read More
geographyPhysical geographySince the reorientation after 1970 of physical geography to the study of systems of natural environmental processes, there have been major changes in both research and teaching. Much research now involves large, tightly focused collaborative programs of careful measurement, modeling, and analysis. It…
Read MoreSince the reorientation after 1970 of physical geography to the study of systems of natural environmental processes, there have been major changes in both research and teaching. Much research now involves large, tightly focused collaborative programs of careful measurement, modeling, and analysis. It…
Read More