Aquaculture Feed & Growth Modeling

Aquaculture Feed & Growth Modeling MCP Connector for Claude

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Predict fish growth, feed requirements, and harvest timelines using biological models.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized modeling for aquaculture management. It uses the Thermal Growth Coefficient (TGC) model to predict how fish weight changes relative to water temperature. Users can calculate expected daily growth, Feed Conversion Ratio (FCR), and total feed requirements. The server also evaluates how environmental factors like dissolved oxygen and temperature impact metabolic efficiency. Key tools include get_growth_projections for biomass planning, evaluate_environmental_impact for assessing water constraints, and calculate_harvest_schedule for predicting harvest dates.

aquaculturefish-farminggrowth-modelingbiologyenvironmental-science

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

calculate_harvest_schedule

Calculates the realistic harvest timeline for biomass

evaluate_environmental_impact

Evaluates how water conditions limit feeding efficiency

get_growth_projections

Predicts fish growth trajectories and feed requirements

See how to talk to your AI agent using Aquaculture Feed & Growth Modeling.

How much feed will I need for 1000kg of Salmon to reach 5kg from 1kg at 12 degrees Celsius?

To grow your Salmon from 1kg to 5kg at 12°C, you will require approximately 4,250kg of feed based on the projected FCR.

What is the impact of low oxygen on my fish metabolism?

At a dissolved oxygen level of 3.5 mg/L, the metabolism multiplier is reduced by 40%, significantly slowing down the growth rate.

When can I harvest my Tilapia if they are currently 200g and I want them to be 500g?

Based on current water conditions, your Tilapia are projected to reach the 500g target weight in approximately 45 days.

The model uses the Thermal Growth Coefficient (TGC) to adjust growth rates based on water temperature, as metabolic rates in fish are temperature-dependent.

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