PixelGust Environmental Data

com.pixelgust/mcpVersion 1.2.0

Weather, climate, soil, terrain, fire and flood risk data for any point or polygon. Free tier.

Status

Responds90 msNov 14, 2026, 14:10 UTCAnswered our handshake without sign-in.

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Last checked: Nov 14, 2026, 14:10 UTC
Latency: 90 ms
Remotes responding: 1 of 1
Sign-in: No sign-in
Hosting: Hosted outside the EU (detected)
Registry data as of: Nov 14, 2026, 22:14 UTC

Data from the official MCP Registry, checked by run.zero. How we check

Connect

Streamable HTTP

https://pixelgust.com/mcpResponds90 msNov 14, 2026, 14:10 UTC

No sign-in

Claude Code

claude mcp add --transport http pixelgust https://pixelgust.com/mcp

Claude Desktop and claude.ai

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Settings > Connectors > Add custom connector
Name: pixelgust
Remote MCP server URL: https://pixelgust.com/mcp

Cursor

{
  "mcpServers": {
    "pixelgust": {
      "url": "https://pixelgust.com/mcp"
    }
  }
}

VS Code

code --add-mcp '{"name":"pixelgust","type":"http","url":"https://pixelgust.com/mcp"}'

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Tools

10 tools

Tools of PixelGust Environmental Data
	Description		Read-only	Idempotent	Open world
`get_climate_timeseries`Monthly time series 2015-2025 (about 130 monthly values) for one variable at a point, plus the 12-month climatology. Accumulation variables are monthly totals: precipitation_mm and total_evaporation_mm in mm/month (evaporation positive), snowfall_cm in cm/month, net_solar_radiation_mj_m2 and net_thermal_radiation_mj_m2 in MJ/m2/month. Net thermal is negative when the surface loses heat. Sum 12 months for an annual total. Other variables are monthly means (temperatures in C, pressure in hPa, wind speed in m/s, humidity and cloud cover in %, soil water as volume fraction, ndvi unitless, fire_weather_index as FWI). The response carries a unit string. Use for trend questions (is it getting hotter or drier here?). Wind direction is not available as a time series.	Monthly time series 2015-2025 (about 130 monthly values) for one variable at a point, plus the 12-month climatology. Accumulation variables are monthly totals: precipitation_mm and total_evaporation_mm in mm/month (evaporation positive), snowfall_cm in cm/month, net_solar_radiation_mj_m2 and net_thermal_radiation_mj_m2 in MJ/m2/month. Net thermal is negative when the surface loses heat. Sum 12 months for an annual total. Other variables are monthly means (temperatures in C, pressure in hPa, wind speed in m/s, humidity and cloud cover in %, soil water as volume fraction, ndvi unitless, fire_weather_index as FWI). The response carries a unit string. Use for trend questions (is it getting hotter or drier here?). Wind direction is not available as a time series.	No	Yes	Yes	No
`get_current_weather`Current weather conditions for a point: temperature, humidity, dewpoint, wind speed and direction, precipitation, pressure, cloud cover, solar radiation, plus terrain, land cover, NDVI, population density, and soil context. Source: NOAA GFS 0.25 degree, updated every 6 hours. The response's units object gives each value's unit and time basis.	Current weather conditions for a point: temperature, humidity, dewpoint, wind speed and direction, precipitation, pressure, cloud cover, solar radiation, plus terrain, land cover, NDVI, population density, and soil context. Source: NOAA GFS 0.25 degree, updated every 6 hours. The response's units object gives each value's unit and time basis.	No	Yes	Yes	No
`get_environment`Environmental data for a point: NDVI vegetation index (300 m), annual evapotranspiration (MODIS, mm/year), and ESA WorldCover land cover class.	Environmental data for a point: NDVI vegetation index (300 m), annual evapotranspiration (MODIS, mm/year), and ESA WorldCover land cover class.	No	Yes	Yes	No
`get_hazards`Natural hazard indices for a point: Fire Weather Index (current danger) and flood susceptibility (Topographic Wetness Index). Soil erosion is withdrawn for now, so soil_erosion_t_ha_yr is null.	Natural hazard indices for a point: Fire Weather Index (current danger) and flood susceptibility (Topographic Wetness Index). Soil erosion is withdrawn for now, so soil_erosion_t_ha_yr is null.	No	Yes	Yes	No
`get_historical_climate`10-year historical climate averages (2015-2024, ERA5 reanalysis) for a point. Pass month 1-12 for that month's climatology with min and max ranges: accumulations (precipitation, snowfall, evaporation, radiation) are then totals for that month, for example precipitation_mm in mm/month. Omit month for the annual climate: accumulations are then annual totals (mm/year, MJ/m2/year). Evaporation is positive (water evaporated). Use this for questions about typical climate, growing seasons, or what weather to expect at a location and time of year. The response's units object gives each value's unit and time basis.	10-year historical climate averages (2015-2024, ERA5 reanalysis) for a point. Pass month 1-12 for that month's climatology with min and max ranges: accumulations (precipitation, snowfall, evaporation, radiation) are then totals for that month, for example precipitation_mm in mm/month. Omit month for the annual climate: accumulations are then annual totals (mm/year, MJ/m2/year). Evaporation is positive (water evaporated). Use this for questions about typical climate, growing seasons, or what weather to expect at a location and time of year. The response's units object gives each value's unit and time basis.	No	Yes	Yes	No
`get_polygon_stats`Aggregate statistics (mean, min, max, std) over a polygon area: weather, terrain, hazards, environment, soil, and population. Coordinates are [longitude, latitude] pairs forming a simple ring (no self-intersections). Maximum area depends on plan (free tier: 100 km2, measured on the sphere). Weather units follow the chosen mode, as in get_current_weather, get_weather_forecast and get_historical_climate. Use for area questions such as average slope of a farm or population inside a zone.	Aggregate statistics (mean, min, max, std) over a polygon area: weather, terrain, hazards, environment, soil, and population. Coordinates are [longitude, latitude] pairs forming a simple ring (no self-intersections). Maximum area depends on plan (free tier: 100 km2, measured on the sphere). Weather units follow the chosen mode, as in get_current_weather, get_weather_forecast and get_historical_climate. Use for area questions such as average slope of a farm or population inside a zone.	No	Yes	Yes	No
`get_proximity`Straight-line distance in km from a point to the nearest feature of six layers: coastline, highway (motorway or trunk road), airport (large or medium), major port, hospital or clinic, and school. Each layer is returned with its display name and distance_km.	Straight-line distance in km from a point to the nearest feature of six layers: coastline, highway (motorway or trunk road), airport (large or medium), major port, hospital or clinic, and school. Each layer is returned with its display name and distance_km.	No	Yes	Yes	No
`get_soil`Soil properties at a point from SoilGrids 2.0 (ISRIC - World Soil Information, CC BY 4.0), 250 m mean predictions: clay, sand and silt (%), bulk density, coarse fragments, organic carbon (content, density and 0-30 cm stock), total nitrogen, cation exchange capacity and pH, at six depths from 0-5 cm to 100-200 cm. Built-up areas, water and permanent ice have no prediction, so the nearest mapped pixel within a few kilometres is used and reported in pixel. Model estimates, not measurements: ISRIC advises against using SoilGrids at the local or farm level, and they are not for engineering design. Units are in soil.units, and the source block holds the credit to pass on with the values.	Soil properties at a point from SoilGrids 2.0 (ISRIC - World Soil Information, CC BY 4.0), 250 m mean predictions: clay, sand and silt (%), bulk density, coarse fragments, organic carbon (content, density and 0-30 cm stock), total nitrogen, cation exchange capacity and pH, at six depths from 0-5 cm to 100-200 cm. Built-up areas, water and permanent ice have no prediction, so the nearest mapped pixel within a few kilometres is used and reported in pixel. Model estimates, not measurements: ISRIC advises against using SoilGrids at the local or farm level, and they are not for engineering design. Units are in soil.units, and the source block holds the credit to pass on with the values.	No	Yes	Yes	No
`get_terrain`Terrain for a point: elevation (m), slope and aspect (degrees) at 30 m resolution (Copernicus DEM), plus Topographic Wetness Index (flood susceptibility indicator).	Terrain for a point: elevation (m), slope and aspect (degrees) at 30 m resolution (Copernicus DEM), plus Topographic Wetness Index (flood susceptibility indicator).	No	Yes	Yes	No
`get_weather_forecast`Daily weather forecast for a point. day is 0-based: day 0 is the first forecast day, the day after the GFS run date (UTC), not today. forecast_dates in the response lists all available days (currently 6 or 7 depending on the model run). The response gives the calendar date of the day returned, and daily totals or mean, min, and max per variable. The response's units object gives each value's unit and time basis.	Daily weather forecast for a point. day is 0-based: day 0 is the first forecast day, the day after the GFS run date (UTC), not today. forecast_dates in the response lists all available days (currently 6 or 7 depending on the model run). The response gives the calendar date of the day returned, and daily totals or mean, min, and max per variable. The response's units object gives each value's unit and time basis.	No	Yes	Yes	No

Details

Registry status: Active
Published: Nov 1, 2026
Updated: Nov 1, 2026
Website: https://pixelgust.com/docs#mcp⁠ (opens in a new tab)
Repository: Not given
Categories (suggested): Data and analyticsSuggested categories are assigned automatically from the registry text and may be wrong. Verified operators can correct them.
GDPR: Not declared

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