MCP For Claude Marketplace
Aluminum Toxicity Risk Assessment

Aluminum Toxicity Risk Assessment MCP Connector for Claude

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Assess aluminum toxicity risk in acidic soils and calculate lime requirements.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides expert tools to evaluate aluminum toxicity in acidic soils. It allows AI agents to determine risk levels using analyze_aluminum_risk, identify specific crop vulnerabilities with check_crop_vulnerability, estimate root damage via predict_root_impact, and calculate necessary soil amendments using calculate_lime_requirement. It bridges soil chemistry data with crop-specific biological thresholds to provide actionable agricultural insights.

soilaluminumtoxicityagriculturechemistry

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

calculate_lime_requirement

The lime dose depends on how far soilPh is from targetPh and the soil's buffering (cec), so supply all four inputs including the cropId. Calculate how much lime to apply to raise acidic soil to a safe target pH

check_crop_vulnerability

It needs only the cropId and returns that crop's tolerance rating, independent of any soil measurement. Look up how tolerant a given crop is to aluminum toxicity

predict_root_impact

Root inhibition rises with aluminum activity and falls with pH, so supply soilPh, alActivity, and the cropId. Predict how much aluminum will stunt a crop's root growth in acidic soil

analyze_aluminum_risk

See how to talk to your AI agent using Aluminum Toxicity Risk Assessment.

What is the aluminum toxicity risk for a soil with pH 4.5, exchangeable Al of 2.0 cmolc/kg, and CEC of 10 cmolc/kg for crop 'soybean'?

The aluminum toxicity risk is High, with an Al saturation of 20% and an Al activity that suggests imminent root damage for soybeans.

How much lime do I need for a soil with pH 5.0 and CEC 12 to reach a target pH of 6.0 for corn?

The recommended lime rate is 3.5 tons per hectare to reach the target pH of 6.0.

What is the critical pH for wheat?

The critical pH for wheat is 5.2.

You can use the `analyze_aluminum_risk` tool by providing the soil pH, exchangeable aluminum, and CEC to determine the risk level.

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