0
What else can I help you with?
When does a glacier deposit its load?
A glacier deposits its load when the ice melts, releasing the sediments and rocks it carried. This can happen when the glacier reaches lower elevations or warmer temperatures, causing the ice to melt and the sediments to be left behind.
What is the general term for all sediments deposited by a glacier?
Glacial deposits, often referred to as glacial drift, are the general term for all sediments deposited by a glacier. This can include material like till, moraine, and glacial erratics left behind as the glacier moves and melts.
How are salts deposit formed?
High tides flood the salt pans with sea water which evaporates to leave behind salt deposits. This is how salt deposits are formed.
What does a glacier deposit as it recedes?
As a glacier recedes, it deposits materials such as rocks, sand, and gravel that were previously frozen within the ice. These deposits are known as glacial moraines and can vary in size and composition depending on the glacier's movement and the type of material it picks up along its path.
What do glaciers leave behind as they leave?
They leave behind cold water. <><><> They also leave behind to rock and soil that they have pushed forward, known as morraine. THIS IS TRUE.Gradpoint/Novanet :) ;) -jesstyn wise a.k.a bill
When deposits of till build up What is left behind?
When deposits of till build up, they can leave behind various landforms such as moraines, drumlins, eskers, and outwash plains. These features are created by the movement of glaciers and the deposition of sediments as the glacier retreats.
What do glaciers leave behind as the retreat?
As glaciers retreat, they leave behind deposits of rocks.
The soil and rocks left behind by a glacier?
The soil and rocks left behind by a glacier are called moraine. Moraines can be classified as lateral, medial, or terminal, depending on where they are deposited in relation to the glacier. These deposits play a vital role in shaping the landscape and providing insights into glacial history.
When does a glacier deposit the sediment it is carrying?
When a glacier melts it deposits the sediment it eroded from the land, creating various landforms.
What formation is small hill like mound formed from the deposits as the glacier recedes?
drumlin
When does a glacier deposit its load?
A glacier deposits its load when the ice melts, releasing the sediments and rocks it carried. This can happen when the glacier reaches lower elevations or warmer temperatures, causing the ice to melt and the sediments to be left behind.
How does a moraine form?
A moraine forms when a glacier carries and deposits rocks, soil, and other debris as it moves. These materials accumulate at the glacier's edges or are left behind when the glacier retreats, creating a ridge or mound called a moraine.
What is the general term for all sediments deposited by a glacier?
Glacial deposits, often referred to as glacial drift, are the general term for all sediments deposited by a glacier. This can include material like till, moraine, and glacial erratics left behind as the glacier moves and melts.
Which formation is a small hill-like mound formed from the deposits as the glacier recedes?
A small hill-like mound formed from the deposits as a glacier recedes is called a moraine. Moraines are composed of till, which is a mix of rock, sediment, and debris that the glacier carries and deposits as it moves and melts.
What does a glacier do to the surface of the earth as it recedes?
the glacier deposits various rocks and sediment it displaced as it moved forward
How are salts deposit formed?
High tides flood the salt pans with sea water which evaporates to leave behind salt deposits. This is how salt deposits are formed.
What does a glacier deposit as it recedes?
As a glacier recedes, it deposits materials such as rocks, sand, and gravel that were previously frozen within the ice. These deposits are known as glacial moraines and can vary in size and composition depending on the glacier's movement and the type of material it picks up along its path.
