MCP For Claude Marketplace
Snow Metamorphism Predictor

Snow Metamorphism Predictor MCP Connector for Claude

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Predict snowpack stability and crystal evolution using thermal gradient modeling.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools to model snow metamorphism. By analyzing the temperature gradient within the snowpack, users can use predict_crystal_evolution to forecast crystal morphology changes, calculate_weak_layer_probability to assess avalanche risk from faceted growth, and evaluate_stability_trend to track whether the snowpack is rounding or faceting. It also includes get_metamorphic_regime to classify the thermal environment into Equilibrium or Kinetic regimes.

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

evaluate_stability_trend

Analyzes whether the snowpack is becoming more stable or less stable over time

get_metamorphic_regime

Classifies the current thermal environment into a specific metamorphic regime

calculate_weak_layer_probability

Estimates the likelihood of a dangerous weak layer forming due to faceted crystal growth

predict_crystal_evolution

Determines the predicted type of snow crystals after a specific duration

See how to talk to your AI agent using Snow Metamorphism Predictor.

What will the snow crystals look like in 10 days if the temperature gradient is 5°C/m and they are currently rounded?

After 10 days with a 5°C/m gradient, the crystals are predicted to evolve into faceted crystals due to high kinetic metamorphism.

Is there a high risk of a weak layer forming with a 10°C/m gradient?

Yes, a 10°C/m gradient indicates a high probability of weak layer development through rapid faceting.

What metamorphic regime am I in with a 0.5°C/m gradient?

A 0.5°C/m gradient places the snowpack in an Equilibrium metamorphic regime.

High temperature gradients drive kinetic metamorphism, leading to faceted crystals and increased weak layer probability. Low gradients promote equilibrium metamorphism, which rounds crystals and increases stability.

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