Potato Sprout Control & Storage Management

Potato Sprout Control & Storage Management MCP Connector for Claude

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Manage potato dormancy and calculate CIPC inhibitor application rates.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for managing potato storage. It allows users to calculate precise CIPC inhibitor application rates using calculate_inhibitor_application, forecast the end of dormancy with predict_dormancy_break, and identify alternative management strategies via get_alternative_treatment_schedule when residue limits are reached.

potatoesstorageagriculturedormancycipc

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

calculate_inhibitor_application

Determines the required amount of CIPC to apply based on current storage parameters

get_alternative_treatment_schedule

Provides alternative management paths if CIPC application is restricted by residue limits or if extended storage is needed

predict_dormancy_break

Forecasts when the potato variety will naturally lose dormancy and begin sprouting

See how to talk to your AI agent using Potato Sprout Control & Storage Management.

How much CIPC do I need for 5000kg of potatoes with 60 days dormancy at 4 degrees Celsius for 10 weeks?

The required application rate is 0.05 kg/tuber weight, totaling 250 kg of CIPC, with an estimated control end in week 12.

When will my potatoes sprout if they have been stored for 30 days at 5 degrees Celsius with a 90-day dormancy?

The potatoes are expected to begin sprouting in approximately 45 days.

I have 0.5 mg/kg residue and the limit is 0.6 mg/kg. Can I apply more CIPC?

No, applying more CIPC would exceed the maximum allowed residue limit.

Use the `calculate_inhibitor_application` tool by providing the tuber weight, variety dormancy days, storage temperature, and target control weeks.

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