Want this question answered?
Solar, chemical, heat and radiation
The soil can drown.
Darker surfaces like soil absorb more than lighter ones like grass do.
Darker substances tend to absorb incident solar radiation more abundantly than light, which in turn means it reflects less of the radiation. Therefore, because wet soil is darker than dry, wet soil has a lower albedo.
by making earthquakes
Solar, chemical, heat and radiation
The soil can drown.
yes it can
Darker surfaces like soil absorb more than lighter ones like grass do.
Darker substances tend to absorb incident solar radiation more abundantly than light, which in turn means it reflects less of the radiation. Therefore, because wet soil is darker than dry, wet soil has a lower albedo.
Yes: sun light, solar wind, cosmic rays, weak background from rocks and soil.
One of the factors that affects soil type is how close you are to an ocean or other body of water. As nearly everyone knows, beachfront property is often very sandy, and thus, being near a body of water will affect soil type. Another factor that will likely affect soil type in the area is volcanic activity. If there are active volcanoes in the area, the soil type will definitely be affected by the ash and volcanic rock. Yet another factor that can affect soil type is farming. If there is lots of farming in an area, it will affect all of the nutrients in the soil, and while this may not change the soil type, it will certainly affect the soil quality.
by making earthquakes
There is soil on Earth, and Earth is part of the solar system, so you could say that soil is part of the solar system.
No, it won't. This is because of Mars' extremely thin atmosphere, lack of oxygen, extreme cold, high levels of solar radiation, low soil nutrients, and a high amount of acids in the soil.
it heats up because incoming solar radiation from the sun and it warms the soil which makes humidity and helps the plants stay hydrated
Dark color absorbs solar energy more readily, and also indicates higher soil moisture, that is important in determining seed germination for plants and the vitality of decomposing organisms.