MCP For Claude Marketplace
Nitrogen Mineralization Predictor

Nitrogen Mineralization Predictor MCP Connector for Claude

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Predict nitrogen release rates and timing from organic matter.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides tools to model the biological conversion of organic nitrogen into plant-available forms. Using first-order decay kinetics, it calculates daily release rates, seasonal cumulative nitrogen, and identifies critical timing windows. Use calculate_daily_rate for immediate soil conditions, predict_seasonal_release for long-term planning, analyze_availability_timing to find peak availability or immobilization periods, and calculate_legume_credit for specific legume residue analysis.

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

analyze_availability_timing

Identifies the peak periods of nitrogen availability to help plan planting

calculate_daily_rate

Determines the immediate nitrogen release rate for a specific day

calculate_legume_credit

Specifically calculates the N credit provided by legume crop residues

predict_seasonal_release

Forecasts the total nitrogen released over an entire growing season

See how to talk to your AI agent using Nitrogen Mineralization Predictor.

What is the daily nitrogen release rate for soil with 2.0 SOM, a C:N ratio of 15, nitrogen content of 0.5, temperature of 25C, and 40% moisture?

The daily nitrogen release rate is 0.045 units, and no immobilization is occurring.

Calculate the nitrogen credit for 500kg of legume residue with 3% nitrogen content and 1.5 soil organic matter.

The nitrogen credit provided by the legume residue is 15.0 units.

Predict the seasonal nitrogen release for a 90-day season with 2.0 SOM, C:N of 20, residue N of 0.4, average temp of 20C, and 50% moisture.

The total nitrogen released over the 90-day season is 12.4 units, with a net nitrogen credit of 11.8 units.

The `calculate_daily_rate` tool detects if the C:N ratio of the organic matter is high enough to trigger microbial nitrogen consumption, which is flagged via the `isImmobilizing` status.

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