MCP For Claude Marketplace
Contour Farming Effectiveness

Contour Farming Effectiveness MCP Connector for Claude

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Calculate erosion reduction and ridge stability using USLE P-factor modeling.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for agricultural erosion management. It uses the Universal Soil Loss Equation (USLE) to calculate the P-factor based on slope gradient, row grade, and slope length. Users can determine the exact erosion reduction percentage and assess whether soil ridges will remain stable under specific rainfall intensities. It also identifies if contour farming is sufficient for a given terrain or if advanced methods like terracing are required using verify_contour_sufficiency.

erosionuslefarmingsoil-scienceagriculture-tech

4 tools expose this connector's capabilities to your AI agent.

verify_contour_sufficiency

Identifies if contour farming alone is enough to manage the erosion risk

assess_ridge_stability

Evaluates if the soil ridges will hold against the water flow

calculate_erosion_reduction

Calculates how much soil loss is prevented by using contour farming instead of straight-row farming

get_p_factor

Determines the specific USLE P-factor value based on the farming configuration

See how to talk to your AI agent using Contour Farming Effectiveness.

What is the P-factor for a slope gradient of 5, a row grade of 2, and a slope length of 50?

The calculated P-factor is 0.45.

How much erosion reduction can I expect with a P-factor of 0.4?

You can expect a 60% reduction in soil loss.

Will my ridges be stable with a height of 0.2, rainfall of 15, and slope of 8?

The stability assessment is Unstable.

You can use the `get_p_factor` tool by providing the slope gradient, row grade, and slope length.

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