The scientific study of glaciers and their effect on the landscape say again
They shaped the earth and left good till for the soil.
Glaciers have a high albedo: they reflect more of the Sun's light/heat back into space than bare soil. So their general effect would be cooling: the more glaciers, the larger the cooling effect.
Two kinds of glaciers are valley glaciers and ice sheets. Valley glaciers are long, narrow glaciers that form in mountain valleys, while ice sheets are vast, continent-sized glaciers that cover large land areas. The main difference is in their size and location, with valley glaciers typically being smaller and found in mountainous regions, while ice sheets are much larger and exist in polar regions.
India is not at the equator, though it is located at a latitude generally associated with warm climate. The glaciers of India are in the Himalayas, the tallest mountain range in the world. No matter the latitude, it is always cold at high elevation. Even at the equator, the air more than 5 kilometers above sea level is almost always below freezing. Temperatures in the Himalayas are certainly low enough to support the formation of glaciers.
Two factors that affect the size of glaciers are temperature and precipitation. Higher temperatures can cause glaciers to melt faster, while increased precipitation can help glaciers grow by adding more ice mass.
the effect is
Glaciers made basins and when the glaciers melted it left lots of lakes.
The scientific study of glaciers and their effect on the landscape say again
melting glaciers -> flooding
Water can speed up the rate at which glaciers melt. Whether the water is acidic or not has no effect.
It makes a u-shape
It makes a u-shape
Melting Glaciers
Glaciers are mainly found near the polar regions, such as Antarctica and Greenland, as well as in high mountain ranges around the world, like the Alps, the Andes, and the Himalayas. Glaciers can also be found in some lower latitude regions depending on the climate and elevation.
As temperatures rise, glaciers generally shrink in size due to melting. Warmer temperatures cause glaciers to lose more ice through melting than they gain through snowfall, leading to a net reduction in size. This relationship is a key indicator of the impact of climate change on glaciers worldwide.
latitude