Answer:
Issues involve in inferring with the overall regional direction of ice flow.
Explanation:
Ice sheets are a thick boundary of ice mass moving at the rate of 2 or 3 cms per year. The implications of the current climate change on ice sheets are difficult to ascertain. Increasing temperatures are resulting in reduced ice volumes globally. Rising in sea levels increases the ice flow and the increase in global temperature takes place through the ice melt. Also, the regional changing wind speeds around the glaciers like in Antarctica have speeded the meltdown. Consequently, the erosion takes place on a large scale. A rise in temperature and the reduction of freshwaters creating more saline conditions around many regions of the world. Glacial striations are usually multiple, straight, and parallel, representing the movement of the glacier using rock fragments and sand grains, embedded in the base of the glacier, as cutting tools.
When a flood occurs, the stream is getting much more water, and on the parts where the angle of fall is greater and the stream is faster, because of the greater amount of water, and thus force, it managed to take with it much bigger amount of sediments, and also much bigger pieces of it.
The transportation depends on the speed and force of the water, and when there is a flood. both of those are bigger, so the stream is able to carry more sediments over a longer distance, but also over a wider area as the waters are getting out of the normal river flow and flood the valley.
Hi there!
The answer is 3., but 1. is VERY close to the correct answer. 1. is incorrect, because the sun's rays do not slant, but the Earth does.
-AwesomeRepublic :)
<span>I guess there should be an options to choose. Anyway I know the answer. Here it is: If granite and marble were exposed in an area with hot and humid climate,</span> the marble would erode more rapidly.