MCP For Claude Marketplace
Micronutrient Availability Calculator

Micronutrient Availability Calculator MCP Connector for Claude

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Calculates micronutrient availability and management strategies based on soil properties.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides precise tools for analyzing micronutrient accessibility in soil. By evaluating soil pH, organic matter, and texture, it determines the availability index for elements like Fe, Mn, Zn, Cu, B, Mo, and Cl. It also identifies nutrient antagonisms, such as Phosphorus affecting Zinc, and provides specific application recommendations using get_management_recommendation to decide between foliar or soil application.

soilmicronutrientsagriculturechemistryfarming

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

summarize_soil_health_profile

Provide a comprehensive overview of the micronutrient status for a specific soil sample

evaluate_nutrient_interactions

Assess how existing nutrient levels affect the availability of target micronutrients

calculate_availability_index

Determine the availability factor for a specific micronutrient based on soil properties

get_management_recommendation

Provide a specific application strategy (Foliar vs. Soil) based on availability and soil constraints

See how to talk to your AI agent using Micronutrient Availability Calculator.

Calculate the availability for Zinc in soil with pH 7.5, 3% organic matter, clay texture, and 50 ppm total content.

The availability index for Zinc is 0.35, with a high deficiency risk. Due to the high pH, foliar application is recommended.

What is the impact of high Phosphorus levels on Zinc availability?

High Phosphorus levels cause an antagonism that reduces Zinc availability by a factor of 0.4.

Summarize the soil health for pH 6.0, 5% organic matter, loam texture, and the following nutrient data: [{'micronutrientName': 'Fe', 'availabilityIndex': 0.8, 'deficiencyRisk': 'low', 'toxicityRisk': 'low'}].

The soil status is balanced with no primary concerns identified.

Soil pH is a primary driver of solubility. For example, high pH can decrease the availability of metallic cations like Iron and Zinc, which can be analyzed using `calculate_availability_index`.

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