Answer:
The A horizon will be relative large with a high content of sand.
Explanation:
A desert, as it is, is covered with very fine sediments in most cases, ranging from medium and small rocks to fine sand. If the climate conditions were to change where there is a desert and the climate became more temperate, the soil will change as well relatively quickly. What is actually now the surface of the deserts will become the new soil's A horizon while on top of it a 0 horizon will form.
The A horizon in a former desert will become very fertile and it will be able to support lush vegetation. This will be the case because it will have a very high content of sand, thus it will be very airy and soft. The newly formed O horizon made out of biomass on top of it will wash away to the A horizon, increasing its fertility further by adding a big amount of decomposed biomass to it.
<span>THE ANSWER IS MID-OCEAN RIDGES!!!</span>
Answer:
What began in the late 1800s as a love of oil (and the potential wealth oil brings) has turned to a love-hate relationship with oil. Oil has a wealth of uses, but also a wealth of consequences.
-
The United States uses one-quarter of the world's energy.
-
The United States is the second-largest producer of oil in the world.
-
The United States imports more oil than any other country.
- The United States suffers from a blind and selfish dependency on oil.
-
The United States struggles with ending its dependency on oil,
especially when lobbyists fight this.
-
The United States argues with itself over off-shore oil drilling. Catastrophes would truly be catastrophic, but the "oil
race" continues.
Explanation:
The government of a consumer state has a vested interest in protecting the government of oil-producing states.
I believe not but it really depends on the person's opinion. On one hand we have further industrialized the world at the cost of deforestation which is good for corporations but on the other hand lots of animals are losing their habitats which is fairly bad.
Hope this helps! :D
As the spacing between isobars increases, the horizontal pressure gradient force and wind speed decrease.
The closer the spacing of isobars, the stronger is the strain gra- dient force. The stronger the stress gradient pressure, the stronger is the wind. thus, intently spaced isobars mean strong winds; extensively spaced isobars imply lighter wind.
The relationship between isobar spacing and wind velocity is that the closer the isobar spacing then the stronger the wind velocity. The spacing among isobars represents a stress differential among those two isobars. when two isobars are nearer together then the stress changes at a greater rate over distance.
The lines around high and low strain on a climate map are called isobars, or lines of equal stress, as shown in the above image on the left. While isobars are near together it is very windy; while they are further aside, conditions are more calm. The wind around highs usually blows in a clockwise direction.
Learn more about Isobars here:-
brainly.com/question/1177939
#SPJ4
