MCP For Claude Marketplace
Cranberry Flood Management

Cranberry Flood Management MCP Connector for Claude

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Calculate water requirements and frost protection for cranberry beds.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides essential decision-support tools for cranberry growers. It allows AI agents to calculate precise water volumes needed for different flooding purposes, including harvest, winter protection, and pest control. Using calculate_flood_volume, growers can account for soil seepage losses in sandy, loamy, or clay soils. The server also includes estimate_water_timing to plan filling and draining operations, evaluate_frost_protection to assess thermal risks to plant buds, and get_water_table_depth to monitor soil saturation levels.

cranberryfarmingirrigationfrost-protectionagtech

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

calculate_flood_volume

Determines the total water volume needed to flood a specific bed area to a target height

estimate_water_timing

Calculates how long it takes to fill the beds or drain them completely

evaluate_frost_protection

Predicts if a planned winter flood will successfully protect plant buds from freezing

get_water_table_depth

Calculates the depth of the water table within the soil relative to the bed surface

See how to talk to your AI agent using Cranberry Flood Management.

How much water do I need for a 5000 square meter bed with sandy soil for a harvest flood at 0.2 meters height?

To flood a 5000 square meter bed with sandy soil to a height of 0.2 meters for harvest, you will need 1,250 cubic meters of water, accounting for seepage loss.

Will my winter flood protect the buds if the water is 2 degrees Celsius and the expected bud temperature is -1 degree Celsius?

Yes, the frost protection is successful as the water temperature remains above freezing and provides a sufficient thermal buffer for the buds.

How long will it take to move 1000 cubic meters of water if my pump capacity is 200 cubic meters per hour?

It will take 5 hours to complete the water movement.

The `calculate_flood_volume` tool uses the selected soil type (sandy, loamy, or clay) to calculate seepage loss, ensuring the total water volume requested accounts for absorption into the ground.

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