Brazil Nut Yield Model

Brazil Nut Yield Model MCP Connector for Claude

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Estimates Brazil nut yield per hectare using allometric equations and environmental data.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for modeling Brazil nut production in natural forest systems. It uses allometric scaling to calculate how tree size (DBH) and environmental factors like rainfall and pollinator abundance affect fruit set and kernel yield. Use calculate_tree_productivity to find individual tree output, estimate_hectare_yield for area-wide production, and analyze_pollination_impact to assess how bee populations influence yield.

forestryyield-modelingecologyagriculturebrazil-nuts

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

calculate_tree_productivity

Calculates expected fruit production for a single tree based on DBH, exposure, and environmental factors

estimate_hectare_yield

Estimates the total expected kernel yield per hectare

analyze_pollination_impact

Analyzes how sensitive the yield is to changes in pollinator populations

See how to talk to your AI agent using Brazil Nut Yield Model.

What is the expected kernel yield for a tree with a DBH of 50cm, high crown exposure, flowering intensity of 0.8, pollinator abundance of 0.5, and 1500mm rainfall?

The expected kernel weight for this tree is 12.4 kg.

Calculate the total yield per hectare if there are 40 trees per hectare and each tree produces 15kg of kernels.

The total expected yield is 600 kg per hectare.

How much will a decrease in bees affect my yield if flowering intensity is 0.9 and current pollinator abundance is 0.4?

The sensitivity index is 0.75, indicating that a small decrease in bee populations will significantly reduce the fruit set rate.

The `analyze_pollination_impact` tool calculates how sensitive the yield is to bee populations. Low pollinator abundance can significantly reduce the fruit set efficiency regardless of flowering intensity.

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