So in the first case, if you had enough time, you could observe plate motion on the order of feet. In the second case, you have enough precision that you can essentially watch plate motion in real time.
yo but holeLimestone deposits that began as coral reefs provide evidence of how plate motions have changed Earth's surface. These deposits also provide evidence of past environments.
the objects fall to the ground
Geologists use seismic waves generated by earthquakes as direct evidence to study Earth's interior. By analyzing how these waves travel through different layers of the Earth, they can infer the composition, state, and properties of materials beneath the surface. Additionally, rock samples retrieved from deep drilling and volcanic eruptions provide direct material evidence of the Earth's inner structure. This combination of seismic data and physical samples helps geologists build a clearer picture of the Earth's internal layers.
Only Earth has (in our solar system). That's what makes it so special.
Limestone deposits formed from reefs, known as fossiliferous limestone, provide evidence of Earth's surface changes by documenting past marine environments and biological activity. As reefs grow, they accumulate calcium carbonate from the skeletal remains of marine organisms, which can later become sedimentary rock. The presence and distribution of these limestone deposits indicate historical sea levels, climate conditions, and tectonic activities. Studying these formations helps scientists understand shifts in Earth's geology and climate over millions of years.
Limestone deposits that began as coral reefs provide how plate motions have changed Earth's surface. These deposits also provide evidence of past environments.
yo but holeLimestone deposits that began as coral reefs provide evidence of how plate motions have changed Earth's surface. These deposits also provide evidence of past environments.
The puzzle provided evidence of three types of changes on Earth's surface: the movement of tectonic plates resulting in earthquakes and mountain formation, erosion caused by wind and water shaping landscapes, and the impact of human activities such as deforestation and urban development altering the natural environment.
Rock samples and Indirect evidence from seismic waves.:)
vibrations
No, Earth's moon does not have a hydrosphere. There is no evidence of liquid water on the moon's surface.
Rock samples and Indirect evidence from seismic waves.:)
because of pictures
due to weathering, the earth's surface wears away, the sills and dykes form escarpments and batholith forms granite.
can be seen at the surface in the form of volcanic activity... novanet
A body of water
The Earth's surface can be shown through maps, satellite images, aerial photographs, and digital elevation models. These tools provide different perspectives and details of the Earth's surface features.