During deposition, larger particles usually settle to the bottom faster than smaller particles do.
When turbidity currents reach the deep ocean floor, the slope decreases. The current decreases and the largest, most dense sediments are deposited first. This process is called vertical sorting, which results in graded bedding.
Turbiditic sediments settle by grain size segregation in rapidly moving currents, leading to the formation of graded beds. As sediment-laden currents slow down, larger, heavier particles settle first, followed by smaller, lighter particles. This results in the formation of distinct layers of sediment with a graded particle size distribution.
In disturbed sediments without layers, the relative age of the sediments would be unknown.
Neritic sediments are found in shallow water close to the coast, while pelagic sediments are found in deep open ocean areas. Neritic sediments tend to be coarser and more influenced by terrestrial input, while pelagic sediments are finer and accumulate slowly over time.
Common types of sediments found in solids include sand, silt, clay, and gravel. These sediments can vary in size and composition, with sand being larger particles and clay being fine particles. Sediments can also contain organic materials and minerals.
Examples of ice age sediments include till, glacial erratic rocks, moraines, and outwash plains. These sediments were deposited by glaciers during the last ice age and can be found in regions that were once covered by ice sheets.
Turbiditic sediments settle by grain size segregation in rapidly moving currents, leading to the formation of graded beds. As sediment-laden currents slow down, larger, heavier particles settle first, followed by smaller, lighter particles. This results in the formation of distinct layers of sediment with a graded particle size distribution.
When sediments are deposited by water, the particles are sorted by size due to the energy of the flowing water. Larger, heavier particles settle first and are typically found at the bottom layers, while smaller, lighter particles are carried further and settle on top. This results in a graded layering effect, with coarser sediments at the base and finer sediments toward the top. Over time, this stratification can reveal information about the conditions of deposition.
In disturbed sediments without layers, the relative age of the sediments would be unknown.
Sand.
Sediments
The sediments found on the ridge of the ocean floor are primarily known as "pillow lavas" and "basaltic sediments." These sediments are formed from volcanic activity, where magma erupts and cools rapidly upon contact with seawater, creating pillow-shaped formations. Additionally, hydrothermal vent deposits and other sediment types, such as biogenic and pelagic sediments, can also be present in these regions.
Neritic sediments are found in shallow water close to the coast, while pelagic sediments are found in deep open ocean areas. Neritic sediments tend to be coarser and more influenced by terrestrial input, while pelagic sediments are finer and accumulate slowly over time.
they are found in dead garss and left overs of animals this is where they are found ...............................hoped u liked the answer
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Scientific Law
The youngest sediments found near the Mid-Atlantic Ridge are typically associated with the oceanic crust formed at the ridge itself, which is less than a few million years old. These sediments primarily consist of pelagic clay, biogenic material, and volcanic ash, accumulating as the seafloor spreads. The rate of sedimentation is relatively low, meaning that the youngest sediments are generally found closest to the ridge and become progressively older with distance from it.
Common types of sediments found in solids include sand, silt, clay, and gravel. These sediments can vary in size and composition, with sand being larger particles and clay being fine particles. Sediments can also contain organic materials and minerals.