There are several factors that can result in less surface runoff at location C. These include:
1. Slope: If the land at location C has a gentle slope, the water will have a lower velocity and be able to infiltrate into the ground rather than flowing over the surface. This reduces surface runoff.
2. Vegetation cover: If the area is covered with dense vegetation, such as grass or trees, it helps to intercept rainfall and increase the amount of water that can be absorbed by the soil. Vegetation also helps to stabilize the soil, preventing erosion and reducing surface runoff.
3. Soil composition: Soil that has a higher organic matter content or is well-drained has a greater capacity to absorb water. This reduces surface runoff as the soil can retain more water and allow for infiltration.
4. Permeability: If the soil at location C has high permeability, it means that it has the ability to allow water to pass through it easily. This promotes infiltration and reduces surface runoff.
5. Land use practices: Certain land use practices, such as the construction of pervious pavement or the creation of retention ponds, can help to collect and store rainwater, reducing the amount of surface runoff. Additionally, proper management of agricultural practices, such as contour plowing or the use of cover crops, can help to reduce erosion and surface runoff.
Overall, a combination of slope, vegetation cover, soil composition, permeability, and land use practices can all contribute to less surface runoff at location C.
Describe the factors that result in less surface runoff at C
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