a. They can cause rocks to weather.
b. They can cause the rock cycle to stop.
c. They can cause volcanoes to erupt.
d. They can cause metamorphic rocks to form.
Running water, waves, wind, glaciers, and gravity Erosion is formed by wind, water, ice, and gravity.
Wave Rock, in Western Australia, was believed to have been formed by the combination of chemical weathering in the subsurface, before Wave Rock was even fully exposed, together with gradual fluvial erosion of the softer granite beneath the upper surface.
Waves are carriers of energy because waves are caused by energy flowing through the water making them move in a wavy motion. The waves are also caused by the wind blowing on the top of the water.
The most common cause of surface ocean waves is air movement (the wind). Waves within the ocean can also be caused by tides, interactions between waves, submatine earthquakes or volcanic activity, and atmospheric disturbances (storms). Wave size depends on wind speed, wind duration, and the distance of water over which the wind blows. The longer the distance the wind travels over water, or the harder it blows, the higher the waves. As the wind blows over the water, it tries to drag the surface of the water with it. The surface water cannot move as fast as air, so the water rises. After it rises, the water is pulled back down by gravity. The falling water's momentum is carried below the surface, and water pressure from below pushes this swell back up again. This tug of war between gravity and water pressure creates wave motion.
Wind can cause weathering of rocks through "sandblasting", the abrasion from wind carried particles, and through the movement of wind created waves that can weather rocks from applied and hydraulic force.
Weathering and Erosion.
Ocean waves, wind, rivers, and glaciers are all natural forces that shape and erode landscapes. They each transport sediment and influence ecosystems, with ocean waves and rivers carving coastlines and riverbanks, while glaciers reshape mountains and valleys through their slow movement. Additionally, wind plays a crucial role in shaping arid landscapes and distributing sediments in deserts. Together, these elements contribute to the dynamic processes of erosion and deposition in the Earth's geophysical systems.
water, wind, and ice
The three main things that cause erosion are water, wind, and ice. Water erosion occurs from rivers, rainfall, and waves, while wind erosion happens when wind displaces soil and sediment. Ice erosion occurs through processes like glaciers moving over land.
The three main agents of erosion are water, wind, and glaciers. Water erodes through processes like rivers and waves, wind erodes through abrasion and deflation, and glaciers erode through plucking and abrasion.
The strongest agents of erosion are glaciers, followed by rivers, waves, wind, and finally, gravity. Glaciers are capable of shaping entire landscapes through their movement and carving ability, while gravity causes mass movements like landslides and rockfalls. Rivers, waves, and wind also play significant roles in shaping the Earth's surface through erosion.
All
there is actually more than four but its rivers water weather glaciers streams wind gravity waves tide floods ice expansion
They are Wind, Waves, Glaciers and Water/Ice
Running water, waves, wind, glaciers, and gravity Erosion is formed by wind, water, ice, and gravity.
Glaciers, waves, wind, and streams are all natural forces that shape and alter the Earth's landscape. They each transport materials—glaciers move ice and sediment, waves carry sediment along coastlines, wind erodes and deposits particles, and streams flow with water and debris. Additionally, all four processes are driven by energy: glaciers by gravity, waves by wind energy, wind by atmospheric pressure differences, and streams by gravity and topography. Collectively, they contribute to erosion, deposition, and the continuous transformation of ecosystems.
Wind,Running Water,Glaciers, and Waves!