osmosis
plasmolysis
capillary action
envirroment
Surface area of the clay is higher than the sandy soil so it adsorbs/absorbs more moisture
Sandy soil is dry in comparison to clay primarily due to its larger particle size. The larger particles in sandy soil create bigger pore spaces, which allow water to drain through quickly, resulting in less water retention in the soil. Clay, on the other hand, has smaller particles and more surface area, which helps it retain water more effectively.
BEcause sand cannot retain water, whereas clay is very good at it.
Sandy soil has larger particles, which creates larger pore spaces that allow water to drain quickly through the soil. This means that sandy soil dries out quickly after rainfall. In contrast, clay soil has smaller particles and smaller pore spaces, which causes water to drain more slowly. This can lead to water logging in clay soil after rainfall.
The soil in a desert is dry and sandy.
dry and sandy soil
a lack of water
clay soil has tiny pieces very close together, it feels dry.
Sandy soil tends to dry out quickly after a rain shower due to its large particle size and poor water retention capacity. The porous nature of sandy soil allows water to drain away more rapidly compared to other soil types like clay or loam.
Cactus/ xerophytes
Indian Soil :) Anyway, i presume sandy soil, rather acidic and dry.
It would get harder once they clay dry's.
Clay soil is one comprised of soil particles that are extremely fine (0.02mm in diameter). The particles are extremly closely packed, which does not allow much "pore space" with in the soil - making it generally anearobic in nature. As the particles are very small the clay has a high surface area and can retain a lot of water when wet; on the flip side once it dried out it bakes hard and is difficult to rehydrate. Clay soils also shrink in volume when they dry. Most plants will not grow in heavy clay soils which the exception of some (roses and grapes) which thrive in them.