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they lick
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Rock layers are correlated if they both contain the same?
fossil species or unique rock formations, allowing geologists to match up layers from different locations. This correlation helps to create a relative timeline of Earth's history and understand how different rock formations are related across a region.
How are index fossils useful to geologist?
Index fossils provide a reference of time throughout rock layers. In order to be a good index fossil, the life form must have lived for a short and specific amount of time and must have existed over a large area. Index fossils serve as a reference to geologists in correlating rock layers. They can match up (or correlate) the index fossils which helps them match up (or correlate) the rock layers.
What refers to the investigative process by which geologists identify and match sedimentary strata and other rocks of the same ages in different areas?
The process is called stratigraphic correlation, where geologists compare the layers of rock (strata) in different locations to determine if they are the same age and have similar characteristics. This helps in understanding the geological history of an area and reconstructing past environments.
What layer must match when grafting?
The cambium layers must match for successful grafting to occur.
How many layers Match in Bluetooth and the Internet model.?
Network layer
What would look better a black ski coat with black ski pants or with white ski pants?
White, it creates layers of different colors or a pattern. Both blackso it will match
What is the name of the process in which rock layers in different regions are matched?
The process is called correlation, where geologists match rock layers in different regions based on similar characteristics, such as rock type, age, and fossils present. This helps in understanding the geological history and past environments of a larger area.
How can you match rock layers that are apart is to see the same type of what?
The best way to match rock layers that are apart is to look for the same type of fossils in both layers. Fossils can help establish a connection between geographically separated rock layers and provide information about the age and environment in which the rocks formed. By studying the fossil content, geologists can correlate rock layers across distances and understand the geological history of an area.
Why do geologists correlate rock layers?
Within a small area, you can correlate the rocks of one locality with those of another by simply walking along the outcropping edges. However, this might not be possible when the rocks are covered by soil and vegetation. This problem can be corrected if you note the position of a distinctive rock layer in a sequence of strata. You may be able to identify a rock layer in another location if it's composed of very distinctive or uncommon minerals.
What is rhions enemies?
Humans. Theyre strong armored skin and thick layers are no match for any animal. But they fear us the most.
Where is the graphite tunnel of glee in dragon quest 9?
Grotto quests have their locations randomised, so even if two people have a 'Clay Cave of Glee' with the same level, the locations will still be different. Therefore, no one can ever tell you where a grotto is based on name alone. What you need to do is find somewhere online that shows all 90 or so locations that grottos can appear in, and match your grotto map up to one of theirs.
How do scientists gather and interpret data that the earth is continually changing?
Scientists gather information that earth is continually changing by observing tectonic plate movements and studying how the layers of the crust were formed. For example, the continental drift is the idea of the continents that were all together the the years passed and the continents got separate. This idea was first suggested by Alfred Wegener in 1915. He called the single large continent Pangea. Today, there are many kinds of evidence that support continental movement. The evidence include: In 1858: Geologist Eduard Seuss points out that fossils of the Glossopteris plant were found in 5 continents and in India. Also, In 1965: Geologist Edward Bullard uses computers to match coats of South America and Africa. They match extremely well at an ocean depth of 1,000 m.
