Measurement workspace

Planetary propagation and response

Atmospheric, seismic, and volcanic observations are presented together while every sensor channel keeps its published identity, unit, timestamp, and source.

Direct measurements only: no proxy substitution, no normalization across unlike units, and no estimated MEFI inputs.

Earthquake prediction center

Propagation & Candidate Results

Current candidate summary

Waiting for automatic data load…

Regional windows & verification

No active observational candidate windows.

Interpretation

Waiting for automatic comparison…

Anomalies

Detailed lag scan

No comparison run yet.

Atmospheric prediction center

Atmospheric and weather propagation forecasts

Waiting for the Earth UFR forecast package…

Published model forecastNo proxy substitution

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forecast lead time

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exact frame interval

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selected grid location

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Earth UFR propagation state

Forecast frames will appear when Earth UFR publishes the GFS weather field.

Forecast propagation field

Waiting for mapped forecast areas.

Prediction-area field

Filled rectangles are coordinate-aligned extraction cells around the Earth UFR GFS grid points. Color represents the selected published field; vectors are anchored to the corresponding latitude and longitude. Vector length is a display scale, not a calculated travel-distance claim.

Selected-location forecast timeline

Each line retains its published unit and its own axis. Values are not normalized or combined.

Native-unit forecast dynamics by grid point

Forecast time	Grid point	Forecast channel	Q(t)	ΔQ	dQ/dt	Interval	Recalculated FMEFI

For each GFS grid point and parameter, ΔQ is the selected forecast frame minus the preceding published frame. dQ/dt uses the exact interval between those two forecast frames.

Published values at the selected forecast frame

Grid point	Wind	Direction	Gust	Pressure	Temperature	Precipitation

Atmospheric propagation

Weather field and direct station dynamics

Loading global weather field…

Wind level

Field time

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grid mean wind

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grid max gust

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mean pressure Δ6h

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grid precipitation coverage

Waiting for global weather-model fields.

Global field map

Field profile

Direct station readings

MEFI dynamics by station and measured parameter

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stations reporting

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direct channel changes

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newest observation UTC

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newest observation age

Station	Measured channel	Q(t)	ΔQ	dQ/dt	Elapsed	Recalculated FMEFI

Each NOAA/NWS station parameter retains its published unit. ΔQ is recalculated from consecutive reports and inserted into the complete formula using the time-aligned or latest held live kᵣ(t), kᶜ(t), r(t), and fUFR(t), so every FMEFI result cell remains populated and its frame status is explicit.

Weather model field values

Grid point	Wind	Direction	Pressure	Δ6h	Temperature	Precipitation	FMEFI from pressure Δ

Earth UFR supplies Open-Meteo NOAA GFS model fields and direct NOAA/NWS surface station observations. Arrows show model wind vectors at the selected level and time; yellow markers are time-aligned station observations. Pressure tendency is selected pressure minus the same grid point six hours earlier. These are weather propagation patterns, not proof of UFR causation.

Earthquake center

Measured seismic activity

Waiting for earthquake catalogs…

USGS + EMSC + GEOFON

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events in active window

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largest measured magnitude

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latest event UTC

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reporting catalogs

Event counts and maximum reported magnitude are binned in UTC. Magnitudes remain the catalog-published measurements.

Volcano center

Official alerts and nearby earthquake associations

Waiting for USGS volcano status and earthquake catalogs…

Association distance

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volcano status points

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elevated official alerts

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nearby event associations

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closest event distance

An association means the earthquake epicenter falls within the selected distance of the volcano during the active earthquake time window. It is a measured spatial relationship, not a statement that the volcano caused the earthquake.

Volcano alert status

Volcano	Official status	Aviation color	Last update	Latitude / longitude

Earthquakes geographically associated with volcanoes

Event time UTC	Volcano	Official alert	Magnitude	Distance	Depth	Event location	Catalog

MEFI Core-State Comparison (ΔQ / derived Earth UFR)

Time-aligned Earth UFR core-formula results are preferred. If that package is absent, the monitor reacquires the timestamped public Earth and solar readings, recalculates the same MEFI parameterization locally, and keeps every complete-formula result populated from the latest valid live core frame.

Spatial view

Global earthquakes, volcano alerts, and proximity associations

Circles are measured earthquake epicenters; triangles are volcano status locations colored by official alert fields. Amber connector lines identify the same distance-based associations listed in the Volcano Center.

Observation records

Latest merged seismic events

Time (UTC)	Mag	Place	Lat/Lon	Depth km	Source