Mudflows could very well be an agent of erosion. Their massive weight will move anything in their path. Rocks right up to boulders can be swept down in the rush of the material in response to gravity. And they can be extremely abrasive depending on the material suspended in them. It is the moving mass of mudflows that gives them the ability to "power through" anything that extends up even a fraction of an inch above "ground level" that makes them unstoppable. You've seen what water slamming into things does. Imagine "water" that has several times the mass of liquid H2O (which mud has) slamming into a bank of earth or into a pile of rocks. Goodbye earth or rocks.
Yes.
Wind is an agent of erosion. It is responsible for moving material from one place to another place.
It's heavy, it moves, it grinds.
Waves
Water.
Wind is the weakest agent of erosion.
The agent of erosion on cliffs mostly is gravity.
Water is considered the greatest agent of erosion on Earth because it can wear away rocks and soil through processes like rivers cutting through valleys, waves eroding coastlines, and glaciers reshaping landscapes.
Gravity induced moving water is the most effective agent of erosion.
Water erosion, particularly through processes like rivers, streams, and rainfall, is generally considered to be the most significant agent of erosion on Earth.
Water is the most common agent of erosion on Earth. It is responsible for shaping the landscape through processes such as river erosion, coastal erosion, and weathering.
Planting vegetation, building retaining walls, creating diversion channels, and constructing debris basins are effective ways to prevent and slow down mudflows. It is also important to properly manage land use practices in areas prone to mudflows to minimize the risk of erosion and sedimentation.
Water
wind is an agent of erosion which causes sheet erosion
Water, specifically through processes such as rain, rivers, and waves, is the predominant agent of erosion on Earth's surface. It carries and deposits sediment, shaping the landscape over time.
Gravity.
Water