Observed thermal detection
Thermal detection near Haskovo
Sem atividade mensurável durante um período prolongado de observação por satélite. No satellite detection does not mean an area is safe. Cloud, sensor timing and heat below a sensor’s threshold can hide activity.
Estas informações baseiam-se em dados de satélite — siga sempre as instruções das autoridades locais. Read the method
Satellite
Where the measurements are
Drawn server-side from the public event read model. Every mark is a measurement: nothing here is interpolated, smoothed or inferred.
What each mark means
Footprint at this scaleVIIRS (NASA) 375 mMeteosat (EUMETSAT) ≈2 km · not drawn
- VIIRS (NASA)375 m
Measured positions. Drawn at true footprint scale, brightest layer.
- Meteosat (EUMETSAT)≈2 km
Measures how much energy is radiated, which is what sizes the glow. Its individual pixel positions are not stored, so no Meteosat footprint is drawn — inferring one from the sharper layer would put a detection pixel on ground nobody measured.
- True geographic scale, corrected for latitude. Frame is about 48 km across.
- The glow means “an event, roughly here”. Its area follows the measured power and its radius is capped, because an uncapped one would assert a burnt extent nobody measured. The number carries the magnitude.
- Grey is what a later pass has superseded. Colour means the most recent sharp measurement, and it never fades with the clock — only newer knowledge demotes it.
- Coastline, lakes and borders come from a generalised map with about 1,7 km between vertices, so treat every line as the shape of the geography and not as a surveyed boundary. It is drawn under the data and never over it.
- Nothing has been measured here in the latest observed period, so the last known detections are drawn in history grey — . Grey means was, not is, and it never means the activity is over.
Satellite
Current facts
No satellite detection does not mean an area is safe. Cloud, sensor timing and heat below a sensor’s threshold can hide activity.
MTG · VIIRS · Official
Verification ladder
- SeenObserved
A satellite observed a thermal anomaly here. Repetition belongs at this step: seeing the same thing many times separates noise from signal, but it does not separate heat from bright ground. Observed by: Meteosat (EUMETSAT), VIIRS (NASA).
- ConfirmedObserved
The anomaly carries measured energy or a 375 m position — the calibrated Meteosat fire product, or a VIIRS detection. Persistence alone never lights this step, because sunlit dry ground is persistent by nature.
- QuantifiedObserved
The heat here has a number on it — radiated power, in megawatts — and the number is what lets one reading be compared with another from the same time of day, day by day. Between measurements it says nothing. Measured by: Meteosat (EUMETSAT), VIIRS (NASA).
- Linked to an official sourceNot yet observed
An official update has been matched to this event. Official information outranks everything above it.
Official
Official source record
Official information is shown separately and takes precedence over satellite interpretation.
No official source is linked to this event yet.
What each sensor measured
Meteosat looks every ten minutes; VIIRS passes a few times a day. The contrast is the point — between sharp passes there is no new sharp knowledge, only the ten-minute layer.
VIIRS · Meteosat
Observation history
Day and night observations stay labelled. REYKR does not compare unlike times of day.
Measurement record
Measured from 11/08/2026, 11:15 to the most recent observation on 12/08/2026, 11:15. Satellite readings in the 72 hours shown: 14, from VIIRS (NASA) and Meteosat (EUMETSAT). Highest single reading in that window: 75,5 MW, Meteosat (EUMETSAT) — 11/08/2026, 13:10, .
This is a record of what satellites have measured so far, not a statement that the activity has ended. Only an official source can say that, and heat can return to ground that has gone quiet.
Observations from the 72 hours up to 12/08/2026, 11:15 UTC.
- 12/08/2026, 11:15VIIRS1 detections · average 5,9 MW · peak 5,9 MWDay
- 12/08/2026, 10:56VIIRS1 detections · average 3,3 MW · peak 3,3 MWDay
- 11/08/2026, 16:20Meteosat1 detections · average 9,9 MW · peak 9,9 MWDay
- 11/08/2026, 14:10Meteosat1 detections · average 8,9 MW · peak 8,9 MWDay
- 11/08/2026, 14:00Meteosat2 detections · average 10,4 MW · peak 12,3 MWDay
- 11/08/2026, 13:50Meteosat1 detections · average 19,9 MW · peak 19,9 MWDay
- 11/08/2026, 13:40Meteosat1 detections · average 14,1 MW · peak 14,1 MWDay
- 11/08/2026, 13:30Meteosat1 detections · average 22,1 MW · peak 22,1 MWDay
- 11/08/2026, 13:20Meteosat2 detections · average 28,6 MW · peak 28,7 MWDay
- 11/08/2026, 13:10Meteosat4 detections · average 40,9 MW · peak 75,5 MWDay
- 11/08/2026, 13:00Meteosat2 detections · average 18,3 MW · peak 26,5 MWDay
- 11/08/2026, 12:50Meteosat1 detections · average 10 MW · peak 10 MWDay
- 11/08/2026, 11:34VIIRS1 detections · average 11,5 MW · peak 11,5 MWDay
- 11/08/2026, 11:15VIIRS2 detections · average 8,3 MW · peak 10,3 MWDay
Nearby
Other detections nearby
Other satellite-observed events within 100 km, nearest first — up to six shown.
Yambol
15 km away
Sem atividade mensurável durante um período prolongado de observação por satéliteView event facts →Yambol
18 km away
Sem atividade mensurável durante um período prolongado de observação por satéliteView event facts →Haskovo
20 km away
Sem atividade mensurável durante um período prolongado de observação por satéliteView event facts →Yambol
22 km away
Sem atividade mensurável durante um período prolongado de observação por satéliteView event facts →Haskovo
23 km away
Sem atividade mensurável durante um período prolongado de observação por satéliteView event facts →Haskovo
23 km away
Sem atividade mensurável durante um período prolongado de observação por satéliteView event facts →