ADRIZ → INGV Etna Monitoring live wildfire + volcanic status

Layers
Volcanic (SO2)
Wildfire active
Quiet AOI
FIRMS fire (size = FRP)

Per-AOI status — OUR assessment

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ADRIZ vs INGV — auto self-grading

Live agreement against the INGV-OE bulletin

We ingest INGV-OE's public weekly reporting on Etna (via Smithsonian GVP, volcano 211060) into a machine-readable ground-truth feed and AUTO-COMPARE it against our own satellite-derived calls. Each rate carries a sample size n and a Wilson 95% CI. Read the CI, not the point estimate — the overlap is thin and historical.

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DimensionAgreement95% CIn

per-date detail (our call vs the INGV weekly window)
Obs dateINGV week / stateOur SO2 / fireMatch

What we ingest from INGV-OE

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SO2 here is a plume-presence cue, not an eruptive-state classifier. Active fire is FIRMS NRT (~3–6 h). INGV bulletins are weekly; our signals are per-overpass, so per-day calls and the weekly window legitimately differ at episode boundaries.

Capability slots

Data latency / freshness

LayerObservedAgeTypical

Operating model

Real-time (auto-refreshed):

  • Active fire (FIRMS NRT) — pulled by a serverless Worker on a 30-min cron and served from edge storage; the page re-checks it every 5 min. Source latency ~3–6 h.
  • SO2 plume status — refreshed each Sentinel-5P overpass (~daily) by the feed processor (this preview reads an archived per-scene series).

File-fed (update when their result file is published): detector alerts, multi-source thermal/FRP, escalation flag, burn-scar, fuel-danger. These are the heavy model layers — they show pending until their result file lands, then light up. They are not live-polled.