During years of heavy rainfall in the distant past, enough water accumulated in basins found throughout the Andes to create lakes. Some of the lakes got their water from melting glaciers at the end of the last ice age. But in some lakes in the Andes mountains, such as Atacama, more water is lost through evaporation than is replaced by rainfall so the lakes are drying up. As the water evaporates, the mineral salts in the water become more concentrated, creating very salty water.
The halophytes are able to tolerate salty soil because they can concentrate salt in their root cells and the high salt concentration keeps water from diffusing out of the cells into the surrounding salty soil.
A halophyte is a plant that can survive salty soil.
It is mae up of soil particles in a desert
in a tropical rainforest the soil is darker than the soil in the desert the soil is lighter
Desert soil
The Desert Soil
No desert has sand not soil.
The Desert Soil
The halophytes are able to tolerate salty soil because they can concentrate salt in their root cells and the high salt concentration keeps water from diffusing out of the cells into the surrounding salty soil.
The soil in a desert is dry and sandy.
A halophyte is a plant that can survive salty soil.
absolutly not! the desert is full of sand not soil there fore rick soil would not be found in the desert
Deserts can have fresh water but some of lakes that are salty, very salty.
It is mae up of soil particles in a desert
in a tropical rainforest the soil is darker than the soil in the desert the soil is lighter
Desert soil is found in Rajasthan and parts of Gujarat
If you replace it the desert wouldn't be the desert, it would have tons of trees and plants that need rich soil. Though, the desert heat would still dry up the soil and make it dry and cracked mud. So it's really no use trying to replace the desert's soil with grassland soil.