A glacial system is able to produce a very large amount of sediment due to the tremendous erosive forces of ice at its base.

Disc pline was subject to slow erosive forces.

Glacial ice is not the only erosive force to act upon Gildersleeve Mountain.

However, erosive forces are also powerful shapers of the mountains.

The erosive force of the ice moved across the land, removing the soft sandstone and leaving behind the harder rocks.

Along with water from other chaotic regions, there would have been enough erosive force to carve the large river valleys we now observe.

After several million years of cooling, erosive forces slowly began to expose the rocks.

Evidence abounds of the erosive forces exerted by glacial ice and rivers.

Discipline was subject to slow erosive forces.

Consequently, both marine erosive forces and subaerial weathering processes contribute to erosion.