WaterPulse Aquifer System Analysis is a paid API for AI agents from waterpulse.theaslangroupllc.com, paid per call via x402, $0.15/call, status unknown (last checked 2026-09-13).
Returns depletion rates, recharge capacity, agricultural dependency, regulatory outlook, and sustainability scores for 30+ US aquifers including Ogallala, Central Valley, and Floridan.
Aquifer system analysis for water and investor agents. Returns depletion rates, recharge capacity, agricultural dependency, regulatory outlook, and sustainability for Ogallala, Central Valley, Floridan, and 30+ US aquifers.
Returns structured data for the queried US aquifer including current depletion rates, recharge capacity estimates, agricultural dependency metrics, regulatory and policy outlook, and an overall sustainability assessment. Covers 30+ US aquifer systems.
GEThttps://waterpulse.theaslangroupllc.com/api/water/aquiferUse this endpoint when you need comprehensive aquifer-level analysis — depletion, recharge, agricultural dependency, and regulatory outlook — for a specific named US aquifer. Prefer this over general groundwater level endpoints when you need sustainability and investment-grade risk metrics rather than real-time sensor readings.
| Field | Type | Description |
|---|---|---|
| inputrequired | object | |
| output | object |
{
"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."
}
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