Glaciers form under specific conditions where snowfall exceeds melting over extended periods, typically in regions with cold temperatures and sufficient moisture. This process can take thousands of years, as layers of snow compress and transform into ice. Glaciers are more likely to form in polar regions and high mountain ranges, but their formation is influenced by climate changes and local environmental factors. Overall, while glaciers can form at various times and places, the process is gradual and varies widely depending on geographic and climatic conditions.
Glaciers can form U shaped valleys.
Australia has no continental glaciers, because the mountains do not receive sufficient snowfall to form them (at least not in the present era).
Glaciers form U-shaped valleys. They make striations, drumlins, kettlelakes, eratics, moraines and cirque.
Glaciers often push earth and rock from beneath themselves as they move forward. Many natural lakes were formed by glaciers carving the earth as they passed.
Glaciers form near the equator .
Drag loose rocks over Earth's surface
Glaciers can form U shaped valleys.
Glaciers form when the rate of snow fall exceeds the rate of melting.
These long narrow glaciers are called valley glaciers. They form when snow accumulates in a valley and slowly turns into ice, flowing downhill under the force of gravity. Valley glaciers are often found between mountains in regions like the Alps and the Andes.
Valley Glaciers!
NO
because austrailia has warm weather and warm weather does not cause glaciers to form
valley glaciers
In areas with cold temperatures year-round, continental glaciers and polar glaciers form. Continental glaciers, such as those found in Antarctica and Greenland, cover vast land areas and are characterized by thick ice sheets. Polar glaciers, typically found in high-altitude regions or near the poles, are smaller and often confined to valleys. Both types of glaciers accumulate snow in cold conditions, leading to the compaction and transformation of that snow into ice over time.
valley glaciers
From glaciers.
Glaciers have helped form Long Island in the sense that millions of years ago, the glaciers eroded the block of land that is now known as Long Island.