If the soil composition is as under given options, then which one of the compositions can have higher water holding capacity

Options

A. Clay `gt` Silt `gt` Sand
B. Clay `lt` Silt `gt` Sand
C. Clay `lt` Silt `lt` Sand
D. Clay = Silt `lt` Sand

Explanation

To determine which soil composition has the highest water holding capacity, we need to analyze the characteristics of the three types of soil mentioned: sandy soil, clay soil, and silt.

### Step-by-Step Solution:

1. **Understand Soil Types**:
- **Sandy Soil**: This type of soil has larger particles and tends to drain quickly. It has a low water holding capacity because water passes through it rapidly.
- **Clay Soil**: Clay consists of very fine particles that are tightly packed. This type of soil has a high water holding capacity because the small spaces between the particles can hold a lot of water.
- **Silt**: Silt has medium-sized particles and holds more water than sandy soil but less than clay soil. Its water holding capacity is moderate.

2. **Compare Water Holding Capacities**:
- **Sandy Soil**: Low water holding capacity.
- **Clay Soil**: High water holding capacity.
- **Silt**: Moderate water holding capacity, less than clay but more than sand.

3. **Conclusion**:
- Based on the characteristics of each soil type, clay soil has the highest water holding capacity, followed by silt, and then sandy soil. Therefore, if the question asks which soil composition can hold more water, the answer is clay soil.

### Final Answer:
The soil composition with the highest water holding capacity is **Clay Soil**.