Snow Temperature Profile

Snow Temperature Profile MCP Connector for Claude

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Analyzes snowpack temperature gradients and stability risk.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized analytical tools for snowpack stability assessment. It uses a heat conduction model to calculate the vertical temperature gradient via get_temperature_gradient. Users can evaluate the likelihood of dangerous crystal metamorphism using assess_weak_layer_risk, forecast stability based on solar and cloud conditions with get_stability_forecast, and determine how diurnal cycles affect the profile using get_diurnal_profile_impact.

snowtemperatureavalanchemeteorologystability

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

assess_weak_layer_risk

Evaluates the risk of crystal metamorphism (faceting) based on the temperature profile

get_diurnal_profile_impact

Determines how the time of day influences the current temperature gradient

get_stability_forecast

Provides a high-level stability forecast by incorporating environmental forcing factors

get_temperature_gradient

Calculates the vertical temperature gradient within the snowpack

See how to talk to your AI agent using Snow Temperature Profile.

What is the temperature gradient for a 100cm snowpack with a surface temperature of -5°C and a base temperature of -15°C?

The temperature gradient is -0.1 °C/m.

Is there a high risk of weak layer formation with a gradient of 2.5 °C/m in 50cm of snow?

Yes, the risk level is High due to the steep gradient in a relatively shallow snowpack.

How will solar radiation affect stability if the surface is -10°C, base is -12°C, depth is 80cm, radiation is 0.8, and cloud cover is 10%?

The stability status is Stable, as increased solar radiation typically warms the surface and reduces the temperature gradient.

The `get_temperature_gradient` tool calculates the rate of temperature change per meter by dividing the difference between surface and base temperatures by the total snow depth.

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