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Wind and water, known as weathering and erosion, have shaped the surface of the Earth.

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What is a geologica feature?

A geological feature is a physical characteristic of the Earth's surface that is formed by natural geological processes, such as mountains, valleys, plateaus, and rivers. These features provide valuable information about the Earth's history and the forces that have shaped the planet over millions of years.


What is the age of surface bedrock at Niagara falls New York?

The surface bedrock at Niagara Falls in New York is estimated to be around 420 million years old, belonging to the Silurian period. This ancient bedrock is composed mainly of shale, sandstone, and limestone layers that have been gradually shaped by the erosive forces of the falls over millions of years.


How does erosion of these mountains support the principle of unformitarianism?

The erosion of mountains occurs gradually over millions of years, which supports the principle of uniformitarianism that geological processes happening today have also shaped the Earth's surface in the past. By studying erosion patterns on mountains, geologists can infer how these landforms have been shaped over time by consistent forces such as rainfall, wind, and glaciers, providing evidence for uniformitarianism.


How is the earth's surface shaped by internal forces?

The Earth's surface is shaped by internal forces through processes like plate tectonics, volcanic eruptions, and earthquakes. Plate movements create mountains, valleys, and ocean basins, while volcanic activity adds landmass through lava flows. Earthquakes can cause shifts in the landscape by creating faults and fractures.


What external force has affected more of the earth and surface than any other?

The force of water, through erosion and weathering, has significantly shaped the Earth's surface over time. Water has carved out canyons, created river valleys, and shaped coastlines, making it one of the most influential external forces on Earth's surface.

Related Questions

What is featured sculpted on earths surface by internal or external forces?

buthole


What shaped earths surface?

Erosion and deposition shapes the Earth's surface.


What is moving water a major agent of?

It is the agent of erosiion that has shaped by earths land surface.


What processes do scientist infer to have shaped earths surface in the past?

The shifting of Tectonic Plates.


What is moving waters major agent of?

It is the agent of erosiion that has shaped by earths land surface.


What is a lens-shaped intrusive igneous mass that forms close to Earths surface?

I believe it's laccolith - NovaNet


Is a thunderstorm a rapidly spinning funnel shaped cloud that touches earths surface?

Nope... you're describing a tornado.


Why does the earths surface look the way it does?

The Earth's surface looks the way it does because of the way the wind, water, and the tectonic plates move under the surface. They have shaped the surface into what it is today through millions of years of change.


Why is Michigan shape like a mitten?

During the Great Ice Age glaciers shaped the earths surface created a mitten shape.


What is a geologica feature?

A geological feature is a physical characteristic of the Earth's surface that is formed by natural geological processes, such as mountains, valleys, plateaus, and rivers. These features provide valuable information about the Earth's history and the forces that have shaped the planet over millions of years.


What is the age of surface bedrock at Niagara falls New York?

The surface bedrock at Niagara Falls in New York is estimated to be around 420 million years old, belonging to the Silurian period. This ancient bedrock is composed mainly of shale, sandstone, and limestone layers that have been gradually shaped by the erosive forces of the falls over millions of years.


How does erosion of these mountains support the principle of unformitarianism?

The erosion of mountains occurs gradually over millions of years, which supports the principle of uniformitarianism that geological processes happening today have also shaped the Earth's surface in the past. By studying erosion patterns on mountains, geologists can infer how these landforms have been shaped over time by consistent forces such as rainfall, wind, and glaciers, providing evidence for uniformitarianism.