both
Well, darling, Uluru is mainly affected by physical weathering due to extreme temperature changes causing the rock to expand and contract. Erosion also plays a role, with water and wind slowly breaking down the sandstone layers over time. So, in a nutshell, both weathering and erosion are giving Uluru a bit of a makeover, whether it likes it or not.
Uluru is made out of a type of sandstone called arkose, which is rich in the mineral feldspar. This gives Uluru its distinctive red color. Over millions of years, erosion and weathering have shaped Uluru into its current form.
Uluru, a sacred monolith in Australia, has undergone erosion and weathering over millions of years, resulting in its current shape and appearance. It has also played a significant role in the culture and traditions of the Indigenous Anangu people, who have lived in the area for thousands of years. Changes in management and tourism practices have been implemented to ensure its preservation and respect for its cultural significance.
weathering and erosion the glacier used abrasion and then all of the rocks would be taken away by erosion
For thousands of years, Uluru has been subject to erosion from the wind and the rain. Uluru lies in a vast, flat plain, and high winds can whip across the desert, throwing up sand particles which erode Uluru. Rainfalls, although rare, can be heavy, and the water will continue to pour down the surface in waterfalls for some time after the rain has stopped. Though it may seem smooth, close up there are caves, ridges, channels and rock pools holes on the surface of Uluru. The action of people climbing up the same route year after year also adds to the erosion issue. Having said that, however, the erosion is barely discernible over time.
Well, darling, Uluru is mainly affected by physical weathering due to extreme temperature changes causing the rock to expand and contract. Erosion also plays a role, with water and wind slowly breaking down the sandstone layers over time. So, in a nutshell, both weathering and erosion are giving Uluru a bit of a makeover, whether it likes it or not.
By people stealing rocks from off of the sides or it could just be from the wind and rain.
Uluru, also known as Ayers Rock, was formed through the process of sedimentation around 550 million years ago. The iconic sandstone monolith later underwent uplift and erosion, exposing the rock we see today. Erosion continues to shape and change the appearance of Uluru over time.
The Grand Canyon.
Caves are typically formed by a combination of erosion and weathering. Erosion from water, wind, and ice can wear away rock formations, while weathering processes such as chemical weathering can dissolve minerals in the rock, creating openings that can eventually form caves over time.
THE WEATHERING PROCESS ......................... WHO KNOWS???
Yes. Uluru, formerly Ayers Rock, is being eroded, but only minimally, and not to any degree that is easily noticed within our own lifetimes. Natural landforms, of which Uluru is one, are all subject to weathering and erosion from wind and rain.
Uluru is made out of a type of sandstone called arkose, which is rich in the mineral feldspar. This gives Uluru its distinctive red color. Over millions of years, erosion and weathering have shaped Uluru into its current form.
cavern Answer #2: A sinkhole.cavern
Yes, valleys are primarily formed by a combination of weathering and erosion processes over time. Weathering breaks down rocks into smaller particles, while erosion transports these particles away, often carving out valleys in the landscape. Factors such as water, wind, ice, and gravity all play a role in shaping valleys through weathering and erosion.
Uluru, also known as Ayers Rock, is primarily shaped by weathering and erosion processes, particularly by mechanical and chemical weathering. The rock consists of sandstone that has been eroded by wind and rain over millions of years. The harsh climate contributes to the breakdown of the rock, while the surrounding desert environment enhances the effects of these erosional forces. As a result, Uluru has developed its iconic monolithic structure and distinctive color.
A cave is typically formed through a combination of weathering and erosion. Weathering breaks down the rock material, while erosion removes it, creating a void in the rock that can develop into a cave over time.