sand and gravel deposits
The presence of large moraines (deposits of glacial till), erratic rocks (boulders carried by glaciers), and drumlins (elongated hills formed by glacial action) would be more likely in a region of continental glaciation compared to a region of valley glaciation. The larger scale and extensive coverage of ice in continental glaciation are responsible for shaping the landscape in these ways.
Scientists have discovered evidence suggesting that there have likely been multiple ice ages in Earth's history. This evidence includes geological records, such as glacial deposits and landforms, as well as the analysis of ice cores and other climate indicators. The presence of these clues indicates that the Earth has experienced periods of extensive glaciation over millions of years.
The tallest hill was likely formed through a combination of geological processes such as volcanic activity, tectonic plate movement, erosion, or sediment deposition over millions of years. These processes gradually shaped the land to create the hill's current height and form.
1. Mutation Castle Learning #SWAG
During the Permian period, which lasted from approximately 299 to 252 million years ago, glaciers were not widespread. However, there were glacial deposits found in some regions, particularly in the late Permian, indicating that localized glaciation occurred, likely in high-altitude or polar areas. The overall climate during most of the Permian was generally warm and arid, contrasting with the extensive glaciation seen in earlier periods like the Carboniferous.
No, coal and oil deposits are not typically a result of glaciation. Coal forms from the accumulation and decomposition of plant material over millions of years. Oil deposits originate from the remains of marine plants and animals that were buried and transformed under high pressure and temperature. Glaciation can impact the distribution of these deposits but is not the main factor in their formation.
The presence of large ice sheets covering extensive land areas would be likely in a region of continental glaciation. This type of glaciation is characterized by vast ice sheets that spread over entire continents, unlike valley glaciation which occurs in mountain valleys and is more localized in scope.
The most likely geological feature that influenced the drawing of the proclamation of 1763 would be the Appalachian Mountains.
The presence of large moraines (deposits of glacial till), erratic rocks (boulders carried by glaciers), and drumlins (elongated hills formed by glacial action) would be more likely in a region of continental glaciation compared to a region of valley glaciation. The larger scale and extensive coverage of ice in continental glaciation are responsible for shaping the landscape in these ways.
young
A volcano.
Answer
Scientists have discovered evidence suggesting that there have likely been multiple ice ages in Earth's history. This evidence includes geological records, such as glacial deposits and landforms, as well as the analysis of ice cores and other climate indicators. The presence of these clues indicates that the Earth has experienced periods of extensive glaciation over millions of years.
goods and services
Increasing the frequency of use or access to the resource would most likely increase its rate of consumption.
Competition
goods and services