OCEANS
The most forceful erosive water is typically found in the form of fast-flowing rivers, flash floods, or storm surges. These powerful water currents can erode and transport large amounts of sediment, rocks, and debris, shaping the landscape over time.
gravity
Erosive energy refers to the force and power of natural processes like water flow, wind, or ice that break down and transport rock, sediment, and soil. It plays a key role in shaping landscapes through erosion and weathering.
a stream or river that has low gradient has less energy for erosion
The most erosive force in nature refers to the agent that causes the greatest erosion or wearing away of the Earth's surface. This force is typically driven by factors such as water, wind, ice, or gravity, which can gradually break down rocks and transport sediment from one place to another. These processes contribute to shaping the Earth's landscapes over time.
L. Strand has written: 'Erosive burning research' -- subject(s): Erosive burning
Rain and running water can enlarge existing cracks in rocks through its erosive powers. Freezing water in a rock crack will expand, causing additional fracture.
Primarily the erosive power of wind and water. Rivers and rain will wear away even the hardest stone.
Although the Nile is the longest, I believe the Amazon will cause the most erosion. The Amazon has the greatest discharge: the amount of water it transfers, so you can imagine that the erosive force is great too. The greater the volume of water, the greater the sheer force it exerts on its banks and bed, as well as anything that stands as an obstacle.
The erosive effectiveness of streamflow is primarily determined by the velocity of the flowing water. Higher velocity water has more kinetic energy, which allows it to transport larger sediment particles and erode material more effectively. Other factors, such as the volume of water, channel shape, and sediment load, also play a role in stream erosion.
Running Water
Water is the erosive agent responsible for mudslides and boulders rolling down hills. The force of water can dislodge soil and rocks on steep slopes, causing them to slide or roll downhill rapidly. Factors such as heavy rainfall, steep terrain, and loose soil can contribute to these erosion processes.