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WaterPulse Aquifer Analysis
x402
WaterPulse Aquifer Analysis is a paid API for AI agents from waterpulse-henna.vercel.app, paid per call via x402, $0.15/call, status unknown (last checked 2026-09-15).
Returns depletion rates, recharge capacity, agricultural dependency, regulatory outlook, and sustainability metrics for 30+ US aquifer systems including Ogallala, Central Valley, and Floridan.
Price / call$0.15
Success—
StatusUnknown
How this service works
Real-time water intelligence API. Groundwater levels, streamflow, drought status, water quality, aquifer analysis, flood risk, and global water stress — pay-per-query via x402.
Output
Returns structured data for the specified US aquifer including depletion rate trends, recharge capacity, agricultural dependency percentage, regulatory environment summary, and an overall sustainability assessment covering 30+ major US aquifer systems.
Example use cases
Example prompt
“Can you pull the aquifer analysis for the Ogallala system — I want to see its current depletion rate, recharge capacity, agricultural dependency, and whether its regulatory and sustainability outlook is still investable?”
Technical details
Endpoint
GEThttps://waterpulse-henna.vercel.app/api/water/aquiferWhen to prefer
Use this endpoint when you need detailed groundwater sustainability intelligence on specific US aquifer systems, particularly for investment risk analysis, agricultural water planning, or regulatory compliance research. Prefer this over general water stress or drought endpoints when aquifer-specific depletion, recharge, and sustainability metrics are required rather than surface water or reservoir data.
Side effects
- Unsupported or unrecognized aquifer name returns error or empty result
- Aquifer not in the 30+ supported systems returns no data
- Network or service unavailability returns HTTP error
- Malformed request parameters result in 400 error
- Payment not processed results in 402 error
Input
Schema · Request body
| Field | Type | Description |
|---|---|---|
| inputrequired | object | |
| output | object |
Output
Schema · Response
{
"type": "json",
"example": {
"query_summary": {
"aquifer": "Ogallala",
"also_known_as": "High Plains Aquifer",
"states_overlying": [
"SD",
"WY",
"NE",
"CO",
"KS",
"OK",
"NM",
"TX"
]
},
"aquifer_profile": {
"total_area_sq_mi": 174000,
"estimated_volume_km3": 3608,
"recharge_deficit_ratio": "43:1",
"depletion_since_1950_pct": 9,
"annual_depletion_rate_km3": 26,
"recharge_rate_km3_per_year": 0.6
},
"depletion_hotspots": [
{
"state": "TX",
"region": "Texas Panhandle",
"depth_decline_ft_since_1950": 250,
"years_remaining_at_current_rate": 28
},
{
"state": "KS",
"region": "Southwest Kansas",
"depth_decline_ft_since_1950": 158,
"years_remaining_at_current_rate": 45
}
],
"regulatory_outlook": "Kansas GMD5 mandating 20% reduction in withdrawals by 2040. Texas lacks comprehensive state groundwater regulation — rule of capture still dominant.",
"sustainability_score": {
"max": 100,
"note": "Recharge deficit makes long-term depletion mathematically certain absent major conservation or managed recharge programs.",
"score": 18,
"rating": "Critical"
},
"agricultural_dependency": "30% of US groundwater used for irrigation comes from Ogallala. Supports $35B in annual crop production.",
"investment_implications": "Ogallala-dependent farmland in TX panhandle faces 30-50% value haircut within 20 years as water availability declines."
}
}Tags
x402
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