Changes in the moon's orbit do not support plate tectonics. However, evidence such as hot spots forming island chains, measurement of plate motion, and other geological evidence like seafloor spreading and the distribution of fossils support the theory of plate tectonics.
There is no conclusive evidence of plate tectonics on Venus. Although Venus does have tectonic features such as fractures and faults, they do not show the same pattern of movement and subduction observed on Earth. Additionally, Venus lacks evidence of large-scale crustal recycling associated with plate tectonics.
Evidence found in the Alps supporting plate tectonics includes the presence of different types of rocks that were formed at different depths and temperatures, the folding and faulting of rock layers, and the alignment of mountain ranges parallel to plate boundaries. Additionally, the discovery of marine fossils at high altitudes in the Alps suggests that the region was once submerged under the sea, supporting the theory of continental drift.
Technological methods used to prove plate tectonics include GPS to measure crustal movement, seafloor mapping to show oceanic spreading, satellite imagery to monitor surface changes, and seismic tomography to visualize Earth's interior structures. These methods provide evidence for plate motion and interactions, supporting the theory of plate tectonics.
No, the moon does not have plate tectonics like Earth. The moon is a geologically inactive body with a solid, unmoving crust. There is no evidence of plate movements or continental drift on the moon.
yes it represets plate tectonics
Changes in the moon's orbit do not support plate tectonics. However, evidence such as hot spots forming island chains, measurement of plate motion, and other geological evidence like seafloor spreading and the distribution of fossils support the theory of plate tectonics.
Coriolis effect.
There is no conclusive evidence of plate tectonics on Venus. Although Venus does have tectonic features such as fractures and faults, they do not show the same pattern of movement and subduction observed on Earth. Additionally, Venus lacks evidence of large-scale crustal recycling associated with plate tectonics.
The ring of fire.
The theory of plate tectonics has succumbed to the newer theory of continental drift. Scientists believe this theory today due to three main factors. First, the continents appear to fit together. When the continental shelves, as opposed to just the continents, are placed together, the fit appears uncanny. Second, the distribution of fossils is consistent with continental drift. Lastly, glacial deposits once covered parts of the earth that are currently tropical.ANSWER: The plate tectonics theory is relatively new and formulated only in the 1960s. The evidence listed above in the first answer can only support the continental drift theory which was developed by Alfred Wegener in 1912. Evidence that can support the plate tectonics theory are the age, depth of oceanic sediments, volcanic activity, geothermal gradient, gravity anomalies, paleomagnetism and seismologic evidence. If you are answering an exam question on evidence supporting plate tectonics, evidence supporting continental drift theory should only come later in your answer and should not be given too much emphasis, for the plate tectonics theory involves more than just the continental crust drifting around and cannot support the main hypotheses of the plate tectonics theory.
Evidence found in the Alps supporting plate tectonics includes the presence of different types of rocks that were formed at different depths and temperatures, the folding and faulting of rock layers, and the alignment of mountain ranges parallel to plate boundaries. Additionally, the discovery of marine fossils at high altitudes in the Alps suggests that the region was once submerged under the sea, supporting the theory of continental drift.
Sonar and GPS have helped map the ocean floor, revealing mid-ocean ridges and deep-sea trenches that align with plate boundaries. These technologies have provided data on seafloor spreading rates and plate movements, supporting the theory of plate tectonics by showing evidence of the dynamic nature of Earth's crust. GPS has also helped track the movement of tectonic plates on land, further validating the theory.
Technological methods used to prove plate tectonics include GPS to measure crustal movement, seafloor mapping to show oceanic spreading, satellite imagery to monitor surface changes, and seismic tomography to visualize Earth's interior structures. These methods provide evidence for plate motion and interactions, supporting the theory of plate tectonics.
No, the moon does not have plate tectonics like Earth. The moon is a geologically inactive body with a solid, unmoving crust. There is no evidence of plate movements or continental drift on the moon.
Plate tectonics led to the theory of Pangaea.
they found fossils