MCP For Claude Marketplace
Filter Strip Sizing Calculator

Filter Strip Sizing Calculator MCP Connector for Claude

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Sizes vegetative filter strips for nutrient and sediment removal.

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

This MCP server provides specialized tools for environmental engineers and land managers to design effective vegetative filter strips (VFS). By analyzing field slope, slope length, and contributing area, the server uses calculate_minimum_width to determine the necessary strip width for specific pollutant removal targets. It also provides capabilities to estimate_sediment_trapping for soil loss prevention and estimate_nutrient_reduction to predict nitrogen and phosphorus removal based on vegetation and soil types. Additionally, analyze_flow_distribution helps assess the risk of concentrated water flow and rill formation to ensure uniform treatment across the strip.

erosion-controlwater-qualitysedimentnutrientsvegetation

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

analyze_flow_distribution

Evaluates how effectively water is spread across the strip to prevent concentrated erosive flows

calculate_minimum_width

Determines the minimum width required for a vegetative filter strip to meet a specific removal target

estimate_nutrient_reduction

Predicts the reduction in dissolved nutrient concentrations (nitrogen/phosphorus) within the strip

estimate_sediment_trapping

Predicts the total mass of sediment that will be captured by the filter strip

See how to talk to your AI agent using Filter Strip Sizing Calculator.

What is the minimum width needed for a filter strip with a 2% slope, 50m length, 1000m2 area, and 75% removal target using dense grass?

The minimum required width for the filter strip is 12.5 meters.

How much sediment will a 15m wide strip trap if the pollutant loading is 50kg/ha on a 3% slope with shrub land?

The estimated captured sediment mass is 32.4 kg.

Will a 10m wide strip with a 5% slope and 100m length have a high risk of rilling if the vegetation is not dense?

Yes, there is a high risk of rilling due to the steep slope and lack of dense vegetation to distribute the flow.

You can use the `calculate_minimum_width` tool. Provide the field slope, slope length, contributing area, target efficiency, and the type of vegetation you plan to use.

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