MCP For Claude Marketplace
Resource Assessment Uncertainty

Resource Assessment Uncertainty MCP Connector for Claude

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Quantify geological uncertainty using probabilistic Monte Carlo simulations.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides advanced statistical tools for quantifying volumetric uncertainty in geological resource assessments. By applying Monte Carlo simulations to probabilistic input ranges, it transforms deterministic estimates into a range of possible outcomes. Use calculate_resource_uncertainty to determine P10, P50, and P90 resource estimates, or analyze_sensitivity to identify which parameters like porosity or thickness most impact your results. It is designed to help geologists and engineers account for measurement error and geological risk through rigorous statistical modeling.

monte-carloprobabilisticresource-estimationgeological-riskvolumetric-analysis

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

analyze_sensitivity

Identifies which input parameter has the greatest impact on the final resource uncertainty

calculate_resource_uncertainty

Performs the primary probabilistic calculation to determine the range of possible resource volumes

compare_scenarios

Compares two different sets of resource assumptions to evaluate how changing a specific geological model affects risk

validate_parameter_bounds

Checks if provided probabilistic ranges are physically or geologically plausible within standard industry limits

See how to talk to your AI agent using Resource Assessment Uncertainty.

Calculate the resource uncertainty for an area of 100-150 sq km, thickness of 10-20m, porosity of 0.15-0.25, and saturation of 0.6-0.8.

The simulation results show a P90 of 125,000 units, a P50 of 185,000 units, and a P10 of 240,000 units, with a mean of 182,500 units.

Which parameter is most influential in my resource model?

Based on the sensitivity analysis, porosity is the top influencer, contributing to 65% of the total variance in the resource estimate.

Are my input parameters for porosity and saturation valid?

Yes, the parameters are within valid geological bounds.

These are cumulative probability values. P90 is a conservative estimate (90% probability of being exceeded), P50 is the median, and P10 is an optimistic estimate (10% probability of being exceeded).

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