Explanation:
What are 3 physical features of the western US?
The West contains several major biomes, including arid and semi-arid plateaus and plains, particularly in the American Southwest; forested mountains, including three major ranges, the Sierra Nevada, the Cascades, and Rocky Mountains; the long coastal shoreline of the American Pacific Coast; and the rainforests of the ...Free Fire Science (Geomorphology) (Greek: , ge, "earth"; μορφή, morfé, "form"; and , logos, "study") is the scientific study of landforms and the processes that shape them; And more broadly, it is the study of the processes that control the relief and topography of any planet. Geomorphologists try to understand what causes landscapes to look as they appear, they try to learn the history and dynamics of landforms, and use land observations, physical tests, and numerical modeling. Let us forecast future changes through a combination. Geomorphology is studied in geology, geology, geodesy, engineering geology, archeology, and geotechnical engineering, and this broad base of interest generates the widest variety of research styles and interests within the discipline. Peshal is considered to be the father of geomorphology.
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Earth's surface
The Earth's surface develops in response to a combination of natural and anthropogenic processes and responds with a balance between processes that add and remove material. Such processes can operate at different scales of space and time. On the most widespread scale, landscape formation occurs through tectonic uplift and volcanism. Denaturation occurs by erosion and widespread wasting, creating sediments that are transported and deposited elsewhere within the landscape or off the coast.[1] On a progressively smaller scale, similar concept Applies where unit landforms develop in response to a balance of additive (tectonic or sedimentary) and subsidence processes (erosion). Modern geomorphology is the study of the divergence of the flow of material on a planet's surface and is therefore closely related to sedimentology, which can equally be viewed as the convergence of that flow.
Geomorphic processes are influenced by tectonics, climate, ecology, and human activities, and equally many of these factors can be influenced by ongoing development on the Earth's surface, for example, through isostasis or montane precipitation. Many geomorphologists take particular interest in the possibility of feedback between climate and tectonics mediated by geomorphic processes.[2]
Practical applications of geomorphology include hazard assessment, including landslide forecasting and mitigation, river control and restoration, and coastal protection.
