Soil Salinity Assessment

Soil Salinity Assessment MCP Connector for Claude

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Analyze soil salinity, TDS, osmotic potential, and predicted crop yield impacts.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides essential tools for agricultural soil analysis. It allows users to standardize electrical conductivity (EC) measurements using convert_ec_method, derive chemical and physical metrics with calculate_tds_and_osmotic_potential, and categorize soil health via assess_salinity_classification. Additionally, it predicts productivity loss through predict_yield_impact by evaluating how specific crops respond to salt concentrations in different soil textures.

soilsalinityagricultureeccrop-yield

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

convert_ec_method

Standardizes EC measurements between different extraction techniques

assess_salinity_classification

Classifies the soil into a qualitative salinity tier

calculate_tds_and_osmotic_potential

Derives TDS and Osmotic Potential from a standardized EC value

predict_yield_impact

Predicts yield reduction for a specific crop due to salinity

See how to talk to your AI agent using Soil Salinity Assessment.

Convert an EC value of 4.5 from 1:2 extract to saturation paste.

The converted EC value for saturation paste is 2.25.

What is the salinity level for an EC of 8.0?

The soil is classified as Strongly saline.

How much yield reduction will corn face with an EC of 3.0 in clay soil?

The predicted yield reduction for corn is 15%.

You can use the `convert_ec_method` tool to transform values between saturation paste and 1:2 extract methods.

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