The trees' roots break through rock as they move through the soil.
The agents of "weathering" is both the agents of the physical and the chemical weathering combined. Agents of physical weathering can be: wind, water, sun, ice, gravity, rain, etc. Agents of chemical weathering may be: acid from roots, acid rain, oxidation/reduction (rusting), carbon dioxide, etc. They are the same because both physical and chemical weathering lead to erosion of rocks. In other words, both help rocks break down into smaller pieces. They are also the same because both physical and chemical weathering can occur with the same agent. For example, TREES. The roots of trees release acid to break down rocks (chemical weathering) while the roots of trees also grow into the cracks of rocks and help break them apart (physical weathering). Note that weathering is just the beginning process of erosion. Erosion is when stuff actually breaks down into smaller pieces.
trees
so trees wont grow also it will make the only dwarf willow tree die. there is only one of these type of trees
seasonal changes in the amount of daylight
No earth science is not a physical science because earth science is when it invuolidwith trees and nature physical science is when you deal with gas and fire and iron
Freezing weather, dramatic changes in temperature, the roots of trees or plants searching for nutrients in the ground therefore breaking it apart, etc.
tree is grown by the person who is planting it therfore its made by human therefor its mechanical energy tree is grown by the person who is planting it therfore its made by human therefor its mechanical energy
The agents of "weathering" is both the agents of the physical and the chemical weathering combined. Agents of physical weathering can be: wind, water, sun, ice, gravity, rain, etc. Agents of chemical weathering may be: acid from roots, acid rain, oxidation/reduction (rusting), carbon dioxide, etc. They are the same because both physical and chemical weathering lead to erosion of rocks. In other words, both help rocks break down into smaller pieces. They are also the same because both physical and chemical weathering can occur with the same agent. For example, TREES. The roots of trees release acid to break down rocks (chemical weathering) while the roots of trees also grow into the cracks of rocks and help break them apart (physical weathering). Note that weathering is just the beginning process of erosion. Erosion is when stuff actually breaks down into smaller pieces.
A living organism is like a human being Example/ Animals, Trees, Flowers, Insects, or anything living
The processes for mechanical weathering are what change the rock completely. In chemical, it's what changes the rock into something different.For mechanical, there are four types of weathering.1) Abrasion: Sand and rock particles are carried by wind, water or ice and wear away exposed rock surfaces.2) Exfoliation: (heating and cooling of the rock)3) Bioturbation: * roots of trees and other plants enter cracks in rocks and eventually break them. * An animal that burrows in the ground.4) Frost action/ ice wedging: When water enters a rock and freezes which makes the rock expand and therefore, make the crack bigger. (Think of this like snow and ice and the side walks.)
Freezing weather, dramatic changes in temperature, the roots of trees or plants searching for nutrients in the ground therefore breaking it apart, etc.
trees and plants protect the earth from weathering and erosion
The predicted agents of weathering are tall grasses and trees which cause mild winds.
Basically, deforestation can affect weathering in a negative way as it harms the ecosystem and the habitats of animals. Trees now offer no protection from winds, frosts and rain. All these are weathering agents.
well sure.
Near lots of trees or plants
If a plant has roots that are inside cracks inside a rock, the roots can force deeper into the rock as the roots and the plant continue to grow, splitting the rock apart over time. This can happen when trees grow near pavements (cracks in the tarmac).