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Niche Explored
Consumer-facing aquifer depletion & groundwater intelligence — translating USGS well monitoring, NASA GRACE satellite gravity measurements, and U.S. Drought Monitor data into location-specific “how’s my aquifer doing?” content.
Existing Competition
- Drought.gov — Government dashboard, data-heavy, not consumer-friendly. No narrative content, no local context, no recommendations
- USGS National Groundwater Conditions app (rconnect.usgs.gov/gwapp) — Excellent data visualization but technical, no storytelling, no alerts for consumers
- BridgeStats.com — Comparable model but for bridges (not groundwater). Shows the data-journalism-on-government-data approach works
- WaterFootprint.org — Educational but static, not data-driven or location-specific
- Local news — Scattered one-off articles (“Hays County wells running drier”, KUT 2026-03-26). No systematic tracking
- Jason Anthony’s Substack (“Drinking Ourselves Under the Table”, Feb 2026) — Long-form narrative, good but infrequent, not data-driven or automated
- SCWellService.com blog — Commercial well service company content, decent SEO but sells services, not data journalism
- GAP: No consumer-facing site that systematically tracks aquifer health by region, provides local well-level trends, translates satellite data into “should I be worried?” content, and does it beautifully with maps and charts on autopilot
Data Sources Found
Primary — USGS Groundwater Monitoring
- USGS Water Services REST API — https://waterservices.usgs.gov/
- Real-time groundwater levels from 20,000+ monitoring wells
- Historical data going back decades for many wells
- JSON/XML/WaterML2 formats
- Free, no API key required, generous rate limits
- Example:
https://waterservices.usgs.gov/nwis/gwlevels/?format=json&stateCd=TX&modifiedSince=P7D
Primary — NASA GRACE-FO Satellite Gravity Data
- GRACE Data Assimilation (GRACEDADM) — https://grace.jpl.nasa.gov/data/
- Groundwater and soil moisture conditions
- 0.25-degree global grids, updated weekly
- Shows total water storage anomalies from space
- Drought indicators derived from satellite gravity measurements
- Free via NASA Earthdata (registration required but free)
Primary — U.S. Drought Monitor
- REST API — https://droughtmonitor.unl.edu/DmData/DataDownload/WebServiceInfo.aspx
- Weekly drought classifications by county, state, HUC
- GeoJSON available via Iowa Environmental Mesonet:
https://mesonet.agron.iastate.edu/geojson/usdm.py - Historical archive in JSON format
- Free, no key needed
Secondary — USGS Water Use Data
- National water use estimates by county (irrigation, public supply, etc.)
- Updated every 5 years but extremely detailed
- https://waterdata.usgs.gov/nwis/wu
Secondary — State-Level Well Registries
- Many states publish well completion reports and well logs
- California DWR SGMA portal
- Texas Water Development Board groundwater database
Supplementary
- OpenAQ — Air quality as climate proxy
- NOAA Climate Data — Precipitation/temperature for context
- Census/ACS — Population data for “X people depend on this aquifer” metrics
- FEMA flood zones — Subsidence risk overlay
SEO Analysis
- “is my well going to run dry” — High intent, low competition, conversational
- “aquifer depletion [state name]” — Moderate volume, very low competition
- “groundwater levels near me” — Growing search, near-zero quality results
- “Ogallala aquifer depletion” — Educational, steady volume, Wikipedia dominates
- “well water level check” — Commercial intent, mostly well drilling companies
- “water table dropping [city]” — Local intent, almost no quality content
- Major keyword gap: Nobody is doing systematic, data-driven, location-specific groundwater content. Local news covers individual events but not trends.
Communities
- r/water (30K), r/Permaculture (700K), r/collapse (500K+ — frequent aquifer doomer posts)
- r/homestead, r/preppers — practical well-owner audience
- Local subreddits (every drought post gets massive engagement — Hays County, Pinellas County examples)
- Twitter/X: #GroundwaterCrisis, #WaterScarcity, #DroughtMonitor
- Facebook groups: homesteader and rural property owner groups (huge engagement)
- Farmers/ranchers who depend on well water (massive, underserved audience)
Image/Graphic Feasibility
- Maps — Heatmaps of aquifer depletion over time (excellent for auto-generation with mapping libraries)
- Charts — Well level trend lines (classic time-series, easy to auto-generate)
- Before/after — GRACE satellite anomaly maps showing water storage loss
- Infographics — “Your aquifer at a glance” scorecards with gauges
- Subsidence illustrations — Cross-section diagrams showing ground sinking as water is pumped
- All highly automatable with D3.js, Chart.js, or Mapbox
Sources
- https://waterservices.usgs.gov/docs/groundwater-levels/
- https://grace.jpl.nasa.gov/data/
- https://droughtmonitor.unl.edu/DmData/DataDownload/WebServiceInfo.aspx
- https://www.nature.com/articles/s41586-023-06879-8 (Nature: Rapid groundwater decline globally)
- https://www.usgs.gov/faqs/how-much-does-sinkhole-damage-cost-each-year-united-states
- https://scwellservice.com/blog/groundwater-pumping-statistics.html
- https://www.kut.org/energy-environment/2026-03-26/hays-county-tx-wells-aquifer-levels-drought-water-access-quality
- https://rconnect.usgs.gov/gwapp/ (USGS National Groundwater Conditions app)
- https://www.drought.gov/data-maps-tools/groundwater-and-soil-moisture-conditions-grace-data-assimilation