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ProspectPulse Geochemical Anomaly Query
x402
ProspectPulse Geochemical Anomaly Query is a paid API for AI agents from prospectpulse.theaslangroupllc.com, paid per call via x402, $0.15/call, status unknown (last checked 2026-09-13).
Queries the USGS National Geochemical Database for a region and returns AI-interpreted element anomalies, pathfinder suites, and deposit-type signatures for mineral exploration.
Price / call$0.15
Success—
StatusUnknown
How this service works
USGS National Geochemical Database query plus AI interpretation for exploration and geology agents. Returns element anomalies, pathfinder suites, and deposit-type signatures for any region.
Output
Returns a structured report of geochemical element anomalies detected in the queried region, identified pathfinder suites associated with specific deposit types (e.g. Au-As-Sb-Hg for epithermal gold), deposit-type signature matches with confidence scores, and an AI-generated interpretive narrative for exploration targeting — all derived from USGS National Geochemical Database records.
Example use cases
Gold pathfinder elements in mining district
“Query the geochemical database for the Carlin Trend area and identify any arsenic, antimony, or mercury anomalies that might indicate epithermal gold mineralization nearby.”
Lithium and rare earth deposits mapping
“Get me the geochemical signatures for the Clayton Valley region in Nevada—I need to see if the element concentrations match typical lithium brine or REE hard-rock deposit patterns.”
Copper porphyry target ranking validation
“Pull the USGS geochemical data for our three prospect areas in Arizona and tell me which ones show the strongest molybdenum-copper-rhenium pathfinder signatures for porphyry systems.”
Technical details
Endpoint
GEThttps://prospectpulse.theaslangroupllc.com/api/prospect/geochemical-anomalyWhen to prefer
Use this endpoint when an AI exploration or geology agent needs geochemical evidence to rank or characterize mineral targets in the United States, particularly when correlating anomaly patterns to specific deposit types. Ideal over generic database queries because it combines raw USGS data retrieval with AI interpretation of pathfinder suites and deposit signatures in a single call. Prefer over remote sensing endpoints when subsurface geochemical evidence is more relevant than surface spectral data.
Side effects
- No USGS geochemical sample coverage in queried region — returns empty or sparse dataset
- Region coordinates malformed or out of bounds — returns 400 validation error
- Deposit type not recognized in classification schema — returns null signature match
- Insufficient sample density for statistically meaningful anomaly detection — returns low-confidence warning
- API payment authorization failure via x402 — returns 402 Payment Required
Input
Schema · Request body
| Field | Type | Description |
|---|---|---|
| inputrequired | object | |
| output | object |
Output
Schema · Response
{
"type": "json",
"example": {
"area": "Carlin Trend region, Nevada",
"elements_analyzed": [
{
"symbol": "As",
"element": "Arsenic",
"anomaly_strength": "STRONG",
"exploration_significance": "Classic Carlin-type pathfinder — co-zonal with gold"
}
],
"deposit_type_vectors": [
{
"probability": "HIGH",
"deposit_type": "Carlin-type gold",
"supporting_evidence": "Strong As-Sb-Hg-Tl suite consistent with Carlin systems"
}
]
}
}Tags
x402
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