MCP For Claude Marketplace
Salmon Smolt Production Modeler

Salmon Smolt Production Modeler MCP Connector for Claude

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Predictive modeling for Atlantic salmon smoltification and transfer optimization.

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

This MCP server provides a predictive modeling engine for optimizing Atlantic salmon smolt production in freshwater environments. It uses a degree-day accumulation model to forecast developmental milestones, determine optimal seawater transfer windows, and evaluate feeding efficiency. Users can simulate the impact of photoperiod manipulation on smoltification timing and predict survival probabilities based on physiological readiness and thermal history. Key tools include predict_smoltification_milestones for forecasting growth and calculate_optimal_transfer_window for maximizing seawater survival.

salmonsmoltificationaquaculturebiological-modelingpredictive-growth

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

calculate_optimal_transfer_window

Determines the best time to move salmon from freshwater to seawater to maximize survival

evaluate_feeding_efficiency

Analyzes how different feeding regimes impact the accumulation of thermal units and growth

predict_smoltification_milestones

Predicts when a batch of salmon will reach specific developmental milestones

simulate_photoperiod_impact

Forecasts how altering light cycles will shift the timing of smoltification

See how to talk to your AI agent using Salmon Smolt Production Modeler.

Predict the smoltification milestones for eggs of 4mm size with a temperature profile of 8 degrees Celsius, 16h photoperiod, and a feeding rate of 1.5%.

The predicted date of physiological maturity is October 12th, 2024, with a projected size of 120g and an estimated condition factor of 1.2.

What is the optimal transfer window for salmon needing a 200g target weight and a minimum condition factor of 1.1?

The optimal transfer window is from June 15th to June 30th, with a predicted survival probability of 92%.

How will changing the photoperiod from 12h to 16h affect the smoltification date?

Increasing the photoperiod to 16h will accelerate the process, shifting the new smolt date forward by 14 days.

The model uses degree-day accumulation, which calculates growth based on thermal units (temperature multiplied by time) and photoperiod cues.

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