Sediment Yield Estimator

Sediment Yield Estimator MCP Connector for Claude

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Estimates sediment yield from erosion and delivery using USLE and MUSLE models.

5 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for hydrological and geological modeling. It allows AI agents to calculate annual sediment yield using calculate_annual_yield, estimate event-based sediment production with calculate_event_yield, and determine sediment concentration in runoff. It also includes tools to calculate the calculate_trapping_requirement for sediment control structures and to evaluate_erosion_sources by distinguishing between upslope and channel erosion contributions.

sedimenterosionhydrologysoil-losswatershed

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

calculate_annual_yield

Calculate the expected annual sediment yield for a catchment

calculate_event_yield

Calculate the sediment yield produced during a specific storm or erosion event

calculate_sediment_concentration

Calculate the density of sediment within the runoff water

calculate_trapping_requirement

Calculate the required sediment capture to meet a specific target

evaluate_erosion_sources

Evaluate the contribution of upslope erosion versus channel erosion

See how to talk to your AI agent using Sediment Yield Estimator.

What is the expected annual sediment yield for a catchment with 5 tonnes/ha soil loss, a 0.2 delivery ratio, and a 500 hectare area?

The expected annual sediment yield is 500 tonnes per year.

How much sediment will be produced in a storm event with 10 tonnes of MUSLE soil loss, a 0.15 delivery ratio, and a 100 hectare drainage area?

The event sediment yield is 15 tonnes.

If I have 100 tonnes of sediment yield and want to reduce it to 20 tonnes, what trapping efficiency do I need?

A trapping efficiency of 0.8 (or 80%) is required to meet the target.

The `calculate_annual_yield` tool uses USLE for long-term average annual erosion, while `calculate_event_yield` uses MUSLE for specific storm or erosion events.

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