Clayey soil has higher compressibility, shear strength, and a tendency to retain nutrients than sandy soil. But Clayey soil has lower permeability, bearing capacity, and porosity than sandy soil.
Difference between Clay soil and Sandy soil
Here I have summarised the 19 most important Difference between Clay soil and Sandy soil below.
|S.N.||Clay Soil||Sandy Soil|
|1.||It has high plasticity||It has low plasticity|
|2.||It has a higher water-holding capacity than sandy soil.||It has a lower water-holding capacity than clayey soil.|
|3.||Clayey soil has lower permeability.||Sandy soil has higher permeability.|
|4.||It has higher cohesion than sandy soil.||It has lower cohesion than Clayey Soil.|
|5.||Clayey soil is less prone to erosion than Sandy soil.||Sandy soil is more prone to erosion than clayey soil.|
|6.||Clayey soil has higher compressibility than sandy soil.||Sandy soil has lower compressibility than clayey soil.|
|7.||Sandy soil has a lower bearing capacity than clayey soil.||Sandy soil has not finer particles than clayey soil.|
|8.||Clayey soil has higher shear strength.||Sandy soil has lower shear strength.|
|9.||Clayey soil is less porous.||Sandy soil is more porous.|
|10.||Clayey soil has higher organic content.||Sandy soil has lower organic content.|
|11.||Clayey soil has a higher bulk density.||Sandy soil has a lower bulk density.|
|12.||Clayey soil has finer particles than sandy soil.||Sandy soil has not finer particles than clayey soil.|
|13.||Clayey soil has a lower porosity than Sandy soil.||Sandy soil has a higher porosity than clayey soil.|
|14.||Clayey soil has a lower hydraulic conductivity.||Sandy soil has a higher hydraulic conductivity.|
|15.||Clayey soil is more fertile.||Sandy soil is less fertile.|
|16.||Clayey soil has a higher shrink-swell potential.||Sandy soil has a lower shrink-swell potential.|
|17.||Clayey soil is not easily workable.||Sandy soil is more easily workable.|
|18.||Clayey soil has a higher tendency to retain nutrients||Sandy soil has a lower tendency to retain nutrients.|
|19.||Clayey soil is more suitable for agriculture.||Sandy soil is not suitable for agriculture.|
Where they are found mostly in india?
Clayey soil and sand soil are seen for different reasons in India. Although the distribution of these soil types varies according to the climate of the region, topography, and geology. There are some general areas in India where these soil types are commonly found.
A) Clayey Soil
It is found in endogenic gang etic plains, the Deccan plateau, and the Eastern and Western Ghats. It is also seen on the coastal reasons of Odisha, Andhra Pradesh Tamil Nādu, and Kerala.
B) Sandy soil
Similarly, it is found in the coastal regions of Gujarat, Maharashtra, Karnataka, and Andhra Pradesh.
Deserts of Rajasthan and parts of Punjab have this type of soil. Some rivers like Ganga, Brahmaputra, and Godavari have this type of soil in their basins. Some places in Tamil Nādu, Kerala, and Madhya Pradesh also have this type of soil.
It is important to remember that these are generalizations and the special type of distribution of soil in India can differ on the basis of regional factors.
A soil test is typically necessary to know about the specific characteristics and properties of soil of the specific site.
Difference between Clay soil and Sandy soil in terms of Advantages, disadvantages, and Uses
A) Advantages, disadvantages, and uses of Clayey Soil
Advantage of clayey soil
- This soil has good water retention capacity, which makes it suitable for agriculture and growing crops.
- It has high shear strength, which makes it suitable for foundation construction.
- It has high plasticity and cohesion which makes it ideal for making bricks and pottery.
- It has good soil stabilization property that makes it suitable for embankment and slopes.
Disadvantage of clayey soil
- It has a high potential for shrink-well, which leads to cracks and damage to the structure built on it.
- It has low permeability which leads to poor drainage and water logging.
- It is heavy to work with which makes it difficult to tilt or excavate.
- It is sensitive to compaction which leads to reduced soil probability and water-holding capacity.
- It is expensive to amend or improve for certain use.
Uses of clayey soil
- It is used for agriculture including growing crops such as rice, sugarcane, and vegetables.
- It is used for construction including foundation construction and soil stabilization.
- It is also used in pottery and brickmaking.
- It is used for landscaping, cheating earthen embankments, or slopes.
- It is used for wastewater management, as clay soil has good absorption properties it can be used as a filter medium.
B) Advantages, disadvantages, and uses of Sandy Soil
Advantages of Sandy soil
- It is highly permeable which allows for good drainage and reduces the risk of waterlogging.
- It is easy to work with it which makes it ideal for construction and excavation projects.
- It is lightweight that makes it easier to transport and handle.
- It has high porosity which makes it suitable for certain horticultural uses such as turf production.
- It has generally low shrink well potential that reduces the risk of damage to a structure built on it.
Disadvantage of Sandy soil
- It has a low water holding capacity making it suitable for agriculture in certain areas.
- It is low in nutrient content which makes it unsuitable for growing certain crops without amendment.
- It has low shear strength making it suitable for certain foundation construction projects.
- It has high susceptibility to corrosion leading to soil degradation and reduce fertility.
- It can be too coarse or constable for certain landscaping or horticultural area.
Uses of Sandy soil
- It is used for construction including backfill and grading.
- It is used in sports fields, including golf courses and athletic fields.
- It is used for horticulture including turf production and greenhouse growing.
- It can be used as water filters as sandy soil can be used as a filter medium.
- It is useful for mining because sandy soil can be easily excavated and transported for certain mineral extraction.
Characteristics Difference between Clay soil and Sandy soil
- Particle size: The particles of this soil are very small in size that is less than 0.002 mm in diameter.
- Texture: This soil becomes smooth and sticky when wet and becomes hard and compact when dry.
- Water-holding capacity: Due to its small pore spaces and high surface area, this soil has a high water-holding capacity.
- Nutrient content: This soil has high nutrient content, which includes minerals such as calcium, potassium, and iron.
- Soil structure: This soil has a platy, blocky, or prismatic soil structure, which affects its permeability and drainage.
- Particle size: Particles of this soil are large that are between 0.05 to 2 mm in diameter.
- Texture: Gritty texture of this type of soil is seen when it is dry, and a loose and porous texture can be seen when it is wet.
- Water-holding capacity: Due to its large pore spaces and low surface area this type of soil has low water-holding capacity.
- Nutrient content: This soil has low nutrient content, essential minerals such as nitrogen, phosphorus, and potassium are always deficient in this soil.
- Soil structure: This soil has a granular or single-grained soil structure, which affects its permeability and drainage.
How is clayey soil useful for crops?
The reason why clayey soil is useful for crops can be clarified from the below points.
- Water retention: Due to the small pore spaces and high surface area in the clayey soil this type of soil has high water holding capacity, which helps the crops to survive during periods of drought.
- Nutrient retention: This soil has a high nutrient content and minerals such as calcium, potassium, and iron, which are helpful and essential for crop growth.
- Soil fertility: Due to the presence of high nutrient content and organic matter in clayey soil, this soil is more fertile which supports healthy plant growth.
- Soil structure: This soil has a blocky, platy, or prismatic soil structure, which gives a stable foundation for crop roots to grow and anchor into it.
- Reduced erosion: This soil has a cohesive nature of clayey soil which helps to reduce erosion, and prevents valuable topsoil from washing away.
- Reduced compaction: Compaction is resisted by the clayey soil, which helps for better air and water movement in the soil, and promotes root growth deeper into it.
- Suitable for certain crops: This soil is particularly well-suited for crops such as rice, sugarcane, and vegetables, which require a high water-holding capacity and nutrient-rich soil to thrive.
Hence these are the “Difference between Clay soil and Sandy soil“. I hope this article remains helpful for you.