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Short note on plate tectonics
Quizlet the theory of plate tectonics
Short note on plate tectonics
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There are many processes how Connecticut’s surface and landscape got its shape. Connecticut got its shape by three different processes such as, plate tectonics, glaciation, and weathering and erosion.
One of the processes is plate tectonics. The landform is the Connecticut River Valley. The Connecticut River was formed by the WIsconsin Glacier. North America and Africa moved apart. The rifts are located on lowlands in Connecticut. Large amounts of rain would run off land higher than the valley. Also, that could cause flooding and erosion deposits sediment into the valley. Plate tectonics shift to raise the land for erosion to wear down. Connecticut was very close to the equator. Plate tectonics shifted and dug a huge hole. The Wisconsin Glacier covered our entire state including Long Island, New York. Meltwater was collected and it created Lake Hitchcock.
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The landform are the Appalachian Mountains. The Appalachian Mountains run from Canada all the way to Georgia. The mountains are a result of the movement of plate tectonics. The result of the Appalachian Mountains is the pushing of the crust. Continental collision in the Appalachian Mountains are rocks in the Chattooga River. The layers were buried deeply in the crust. For example, folded layers and pieces of white material were buried. Also, the white material has been melted out of old rocks. Lastly, this doesn’t happen except in the deep crust where it is very hot. In Wallen, Tennessee, rocks have been moved three hundred miles from where they have started. The slab of rocks is the product of this collision between Africa and North America. The original sheet of rocks were three to four miles thick but erosion has reduced it to what it is today. Divergent boundaries formed the Appalachian
15. The pictures above show how the continents on Earth’s surface have changed position over a very long period of time. What explains this change? (S6E5e, f)
Yes this feature is the result of erosion and depositional processes however, it is not associated with the current water course. This feature may be the result of a Gilbert type delta that once occupied this area. Gilbert type deltas have three main components; topsets, foresets and bottomsets. Topsets are fluvial sediments (primarily sandur deposits) that were deposited on the subaerial delta surface. Erosive events occurring on the upper forslope can result in downslope channels and chutes. These features are then eroded by either strong currents or by debris flow resulting in these channels and chutes to become filled. Foresets are a combination of sand and gravel facies. The are deposited by gravitational processes on the delta foreslope and the grains tend to become finer and more angular downslope. Bottomsets consist of fine grained silts and clay and are deposited at the foot of the delta front.
Ice dams in the Clark Fork area that backed up Glacial Lake Missoula actually caused some of the largest floods known to man. As ice will float, these ice dams would periodically rise up and burst, catastrophically flooding the Rathdrum Prairie, eastern Washington and into northern Oregon. Locally, these floods brought in glacial till and deep deposits of outwash that obliterated the St. Joe River once running through the Rathdrum Prairie. The southernmost edge of these deposits terminated where Coeur d’Alene exists today, damming the old St. Joe River and creating Lake Coeur d’Alene (Alt and Hyndman, 73). The new lake received the entire flow of the Coeur d’Alene and St. Joe Rivers, more than could be absorbed through the gravel deposits, thereby causing the lake to overflow and seek a new course, now known as the Spokane Ri...
More specifically, Trois-Rivieres is located in an area with flat and rolling hills, and fertile soils that play a huge part of Trois-Rivieres’s economy. The formation of the Great Lakes-St Lawrence Lowlands happened during the Paleozoic era. “The Great Lakes-St Lowlands were formed by the effects of glaciation. This is caused the city’s rolling landscape where flat plains are interrupted with glacial hills and deep river valleys. After the glacial period, when a large volume of water melted out from the glaciers, the lakes were large, even larger than they are today. However, the lakes shrank to their present size, and flat plains of sediments remained. These sediments formed excellent soil for farming” (Pandya, n.d). This process left behind a large amount of sediment rock, which was beneficial for the manufacturing industry.
The characteristics that came to shape the life in New England were the rocky, barren soil, the extreme climate and the rich waters. Although there was farming in New England , colonists looked to other means of survival. They looked to the rich waters for fishing and trade. The coastline of New England was very fertile with sealife. So, fishing became a way of commerce and trade providing a steady economy to New England. Because of the rocky soil and extreme climate, the colonists were forced to plant many different crops on a small pa...
The average elevation in the Hudson Plains is 120m above sea level. It is a flat lowland area. The land is made up of mineral soils, with few outcrops of underlying sandstone and shale. This land was created when the weight of glaciers depressed the Hudson Bay region and the ocean waters flooded areas up to 300 km inland from the current coastline. Then, during the retreat of the huge continental ice sheets, drainage into the Hudson Bay was blocked and lakes (Agassiz and Ojibway for example) were formed along th...
...the only major geologic event in the history of the Appalachians. Several glaciers have covered parts of the Northern Appalachians over the last three million years. (Appalachian tales) The mountains have been there ever since and that is how they were formed.
and Metamorphic rocks can be found. There are also a lot of crusted plates, and violent
During the 17th century, many different economic, geographic, and social factors shaped the Chesapeake region and New England. The difference in development between New England and the Chesapeake region occurred because they were founded for different purposes, they had very different climates, and they had very different economic gaps.
Morton, J. W. (n.d.). Metamorphosed melange terrane in the eastern piedmont of north carolina. Retrieved from http://geology.geoscienceworld.org/content/14/7/551.abstract
Maine ranks 39th in size among the states, with an area of 33,741 sq mi. The area includes 2,263 sq mi) of inland water and 613 sq mi of coastal water over which it has jurisdiction. It is by far the largest state in New England and has an area nearly equal to that of all the other New England states combined. The state’s greatest east-west distance is 202 mi; the greatest north-south distance is 311 mi. The mean elevation is about 600 ft.
Many New England states lie along bodies of water. This can also create an irregular weather environment because the warm air off the water can turn snow to rain in the winter, and a warm sunny day to a very chilly one in the summer. Elevation can also become a problem with weather forecasters due to the fact that the elevations of the New England states are all different. So at any one time, it can be snowing in New Hampshire, Raining in Massachusetts, cloudy in Rhode Island and Foggy in Connecticut. The randomness of such weather is the reason why, in New England if you do not like the weather outside, wait Five minutes and it will change… do not like the weather outside, wait Five minutes and it will change…
“They are willing to sell themselves in order to find a better life for themselves or
Migration is not just about arrival, but also departure and circulation’ (Raghuram and Erel, 2014, p. 150). Explain how different sorts of evidence in DD102 have been used to support this claim.
in a habitat, changes in climate, the development or destruction of a mountain range, river