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Natural features that shape the Earth’s surface
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- Landforms are natural features that shape the Earth’s surface. They are the result of various geological processes and can be found across the planet, encompassing a wide range of shapes, sizes, and formations.
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Jul 3, 2023 · Landforms are natural features that shape the Earth's surface. They are the result of various geological processes and can be found across the planet, encompassing a wide range of shapes, sizes, and formations.
Landforms are natural planetary features that together make up a planet's terrain. Terrain, also known as "relief", is the third (vertical) dimension of the planet's surface.
- Aeolian landforms are planetary features that have been formed by wind, through either construction or erosion. The word "aeolian" is derived from...
- Cryogenic landforms are created by periglacial processes resulting from alternate freezing, thawing and cooling over time. Cryogenic weathering can...
- These landforms include the oceans themselves, as well as relief features beneath the sea and along the surrounding coast. Coastal landforms can be...
- Erosion is a process by which sediment or other material is gradually taken away from a landform. This is facilitated by a number of factors, inclu...
- Fluvial landforms are created through processes associated with rivers and streams. Sediment is eroded, moved and deposited elsewhere in an ever-sh...
- Impact events, or collisions between astronomical objects such as planets, moons, comets and asteroids, have occurred throughout the evolution of o...
- Karst landforms are created through the dissolution of certain types of rocks, frequently limestone, dolomite and gypsum, but occasionally more res...
- Lacustrine landforms, also known as lake plains, began as lakes that became filled with sediment. Over time, water drains or evaporates from the la...
- One of the most easily-observable landforms, mountains tower over the surrounding topography. The typical mountain landform consists of a large pea...
- Slope landforms are formed by tectonic activity and erosion. These landforms can range in scope from gentle rises to nearly vertical cliff faces. C...
Apr 25, 2024 · A landform is a feature on Earth's surface that is part of the terrain. Mountains, hills, plateaus, and plains are the four major types of landforms.
A landform is a natural or anthropogenic [1][2] land feature on the solid surface of the Earth or other planetary body. Landforms together make up a given terrain, and their arrangement in the landscape is known as topography.
- Mountains. There is no standard geological meaning for mountains. But it is usually defined as a landform that rises above anything around it, forming a steep slope and a pointed, relatively narrow summit.
- Valleys. A valley is a lowland area or surface depression of the earth between higher lands such as mountains or hills. In simple terms, it can be defined as a natural trough bounded by mountains or hills on the surface of the earth sloping down to the lake, ocean or stream, which is created because of water or ice erosion.
- Plateaus. Plateaus are one of the major landforms. These are supposed to be fairly flat areas sharply higher than the land surrounding it. Plateaus are existent in every continent and cover almost one third of the earth’s periphery.
- Glaciers. Glaciers are the perennial ice sheets on the planet. They are huge masses of ice that slowly move over the land or ocean surface. Glaciers are predominantly seen in the peaks of high mountains and in the cold Polar Regions.
Aug 21, 2019 · A landform is any surface feature on Earth. Landforms create the planet’s different natural landscapes. They provide homes for wildlife and humans. A place’s landforms make up its topography. In other words, topography is how landforms are laid out in a particular area. Landforms can create stunning views.
landform, any conspicuous topographic feature on the Earth or a similar planetary body or satellite. Familiar examples are mountains (including volcanic cones), plateaus, and valleys. Comparable structures have been detected on Mars, Venus, the Moon, and certain satellites of Jupiter and Saturn.
