Formation of new ocean/sea floor at the edges or divergence/separation.
One key piece of support that was not included in the initial support for Harry Hess's hypothesis of seafloor spreading was the mechanism of plate tectonics. This idea was developed and integrated into the theory of seafloor spreading by geologists like Robert Dietz and J. Tuzo Wilson at a later stage.
One key piece of evidence not included in the support for Harry Hess's hypothesis of sea-floor spreading was the lack of understanding of the mechanisms driving plate tectonics at the time. Additionally, Hess's hypothesis did not initially account for the role of subduction zones and the recycling of oceanic crust, which are crucial to the overall dynamics of plate movements. The technology to measure the age of oceanic rocks and the discovery of magnetic striping on the ocean floor also emerged later, providing more comprehensive support for the theory.
One key piece of evidence not included in support of Harry Hess's hypothesis of sea-floor spreading was the discovery of paleomagnetic data. While Hess's theory focused on the creation of new oceanic crust at mid-ocean ridges and the recycling of crust at subduction zones, the paleomagnetic records provided insights into the historical movement of continents and the magnetic orientation of rocks, which later supported the theory of plate tectonics. Other evidence, such as the age of oceanic crust and the distribution of fossils, played a more direct role in supporting his hypothesis.
Scientists have gathered evidence for plate spreading at mid-ocean ridges through various methods. One key piece of evidence is the measurement of magnetic striping on the ocean floor, where symmetrical patterns of magnetic minerals record the Earth's magnetic reversals as new crust forms and pushes older crust away. Additionally, seismic data and direct measurements of seafloor spreading rates using GPS technology confirm that the plates are indeed moving apart. Oceanic rock samples from the ridge also show that younger rocks are found closer to the ridge, supporting the idea of new material being created there.
Scientists have gathered evidence of seafloor spreading at mid-ocean ridges through several key observations. One major piece is the symmetrical pattern of magnetic striping on either side of the ridges, which reflects reversals in Earth's magnetic field as new crust forms. Additionally, age dating of ocean floor sediments shows that the youngest rocks are located at the ridge, with older rocks found further away. Seismic data also indicate tectonic activity, confirming the movement of plates in these regions.
1) mapping of magnetic reversals 2) the nice fit you get by placing places like South America and Africa next to each other. ( &3) fossil evidence of both plants and animals.)
According to the claim it supports
The circumstantial evidence that supports that hypothesis that high fructose corn syrup is harmful to humans is the fact that obesity is so high. The instances of diabetes is another piece of circumstantial evidence that supports this.
hotspots on the ocean floor
hotspots on the ocean floor
The evidence that best supports a counterclaim is one that directly challenges a key piece of evidence or argument used to support the original claim. This evidence should be credible, relevant, and clearly demonstrate an alternative perspective or interpretation.
Information transforms into evidence when it is relevant, reliable, and credible. Evidence is information that supports a claim or conclusion, and it is obtained through research, observation, or experience. The quality of evidence is determined by its accuracy, specificity, and consistency.
One key piece of support that was not included in the initial support for Harry Hess's hypothesis of seafloor spreading was the mechanism of plate tectonics. This idea was developed and integrated into the theory of seafloor spreading by geologists like Robert Dietz and J. Tuzo Wilson at a later stage.
One key piece of evidence not included in the support for Harry Hess's hypothesis of sea-floor spreading was the lack of understanding of the mechanisms driving plate tectonics at the time. Additionally, Hess's hypothesis did not initially account for the role of subduction zones and the recycling of oceanic crust, which are crucial to the overall dynamics of plate movements. The technology to measure the age of oceanic rocks and the discovery of magnetic striping on the ocean floor also emerged later, providing more comprehensive support for the theory.
One key piece of evidence not included in support of Harry Hess's hypothesis of sea-floor spreading was the discovery of paleomagnetic data. While Hess's theory focused on the creation of new oceanic crust at mid-ocean ridges and the recycling of crust at subduction zones, the paleomagnetic records provided insights into the historical movement of continents and the magnetic orientation of rocks, which later supported the theory of plate tectonics. Other evidence, such as the age of oceanic crust and the distribution of fossils, played a more direct role in supporting his hypothesis.
The theory of Earth's rotation is supported by several pieces of evidence. One key piece of evidence is the Coriolis effect, which causes moving objects on Earth to curve due to the planet's rotation. Another piece of evidence is the difference in day and night caused by the rotation of Earth on its axis. Additionally, the flattening of the Earth at the poles and bulging at the equator is also evidence of Earth's rotation.
One major piece of evidence supporting the validity of the Big Bang theory is the cosmic microwave background radiation, which is a faint glow of radiation that fills the universe and is considered a remnant of the early stages of the universe's expansion.