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Deposition is when particals are dropped of and left. Erosion is where particales are carried away

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When do glaciers advance downward causing further erosional landforms?

Glaciers advance downward and cause further erosional landforms during periods of glacial advance when snowfall exceeds melting. This results in the glacier flowing and moving downhill, eroding the landscape through processes like plucking and abrasion.


What is a blowout in relation to depositional landforms and geographical terms?

Blowouts are saucer-, bowl- and trough-shaped landforms naturally eroded or "blown out" by the wind, often because there has been a reduction in the area's vegetation cover. Human activity, including tourism and overcrowding on coastal dunes and overgrazing in desert and semi-arid regions also commonly leads to blowout development.


Do landforms change over time?

Yes, Geography is just one time plane of Geology. Earth's erosional and tectonic forces are acting to change landforms all the time, it is just that our lives are too short to see/notice much of the changes.


Why can a glacier continue to erode and transport rock even while retreating?

A glacier can continue eroding and transporting rock while retreating because it still has the ability to pluck and scour the landscape as it moves. Additionally, meltwater from the glacier can also carry and transport sediment, even as the glacier itself is retreating. The erosional processes associated with glaciers can be powerful and persistent, contributing to landscape modification even during retreat.


Mountain ranges in Egypt?

There are no major mountain ranges in Egypt. The landscape is dominated by deserts, with some smaller mountainous areas in the east and southwest. The highest peak in Egypt is Mount Catherine, located in the Sinai Peninsula.

Related Questions

When was the landscape dominated by ferns?

225 million years ago


What planet has a landscape dominated by iron oxide and impact craters?

Mars


What is the most important erosional agent in desert?

water


What erosional agent accounts for most of the erosion on Earth's surface?

Water is the erosional agent that accounts for most of the erosion on Earth's surface. It can take the form of rivers, oceans, rain, and glaciers, which all contribute to the shaping of the landscape through processes like erosion and sediment transport.


How do floods change landforms?

It changes by force rubbing up against items creating friction, causing erosion, which can change landforms.


Is there no aesthetic difference between showing a landscape dominated movie in a movie theater and on television?

Showing a landscape-dominated movie in a movie theater can enhance the visual experience due to the larger screen size, superior sound quality, and immersive environment. The movie theater setting can fully envelop the audience in the visuals, creating a more impactful viewing experience compared to watching the same film on television, where the scale and immersive qualities may not be as pronounced.


What land feature dominates Australia?

Australia's landscape is dominated by the Outback, a region of deserts and semi-arid land.


Which area is wind a major erosional agent in?

Wind is a major erosional agent in arid and semi-arid regions, such as deserts. The wind carries and deposits sand and dust particles, shaping the landscape through processes like deflation, abrasion, and sandblasting. Wind erosion is particularly prominent in areas with little vegetation to anchor the soil.


What is the difference between a landscape designer and a landscape architect?

A Landscape Architect has a professional degree, and in 49 of 50 states you have to be Registered with the Board of Landscape Architecture to be able to call yourself "Landscape Architect". Anyone can refer to themselves as a Landscape Designer legally.


Is truncated spur erosion or deposition?

Truncated spurs are erosional features that form when a river cuts into the landscape, creating sharply-pointed ridges. They are not associated with deposition but are a result of erosion and the downward cutting of a river.


What are high energy depositional environments?

High energy depositional environments are areas with strong currents, waves, or wind that result in the rapid deposition of coarse-grained sediments like sand or gravel. Examples include beaches, deltas, and river channels where sediment is quickly transported and deposited due to the force of the moving water. These environments typically have dynamic conditions that constantly shape and reshape the landscape.


When do glaciers advance downward causing further erosional landforms?

Glaciers advance downward and cause further erosional landforms during periods of glacial advance when snowfall exceeds melting. This results in the glacier flowing and moving downhill, eroding the landscape through processes like plucking and abrasion.