Yevlakh City

Next 7 daysLow0%

Fire season: about 18 weeks left

Annual mean: 0detections
Peak period: early July – mid September
Record year: 200123
Trend: −126%/ 10significant · on raw data: 0%

Fire clock

Ring = year, slice = week. Tap a week to see its fires on the map.

Total detections per year: ODLAR's corrected record (on the VIIRS Suomi NPP scale) and the raw record (MODIS and VIIRS joined as they are)
Year	Harmonized	Raw
2001	23	0
2002	17	0
2003	11	0
2004	14	0
2005	11	0
2006	12	0
2007	12	1
2008	11	0
2009	11	0
2010	12	0
2011	12	0
2012	1	0
2013	0	0
2014	1	1
2015	0	0
2016	0	0
2017	0	0
2018	0	3
2019	0	1
2020	0	0
2021	0	0
2022	0	3
2023	1	2
2024	0	1
2025	0	3
2026	2	2

Tap a week to see the detections behind it.

Lighter: less certain (mostly the MODIS years, before 2012)No observationSatellite outage

A detection is a heat signal seen from space, not burned area or a count of separate fires.

November vs a usual year

Quiet, as usual

Weeks of 26 Oct – 8 Nov, compared with the same weeks of every year since 2001

This month: 0.0
Usual (median): 0.0
Rank: 12 of 26

Next 7 days

Low

Full risk view

Low

Expected detections: ~0.0

Strong wind (6.3 m/s)↑
Outside the fire season↓

Sun25°

Mon14°

Tue12°

Wed15°

Thu16°

Fri21°

Sat18°

Right now

early November

This week0.0

This week is more active than 28% of past years at this time

Year to date2

#12 of 26 yearsNormal: 1

What's ahead

From the next days to a year out. The further ahead, the less certain, and the chart says which part is a forecast and which is just the usual year.

Next 7 days

Low

<0.1 expected · usual 0.1

Next 3 months

About usual

~0.6 expected · usual 0.9

likely 0.0–1.2 · usual 0.0–2.1

Season

Ends ~15 March
Peak ~2 August

ForecastLikely rangeUsualUsual rangedetections / week

How sure is this?

Daily fire weather: the Open-Meteo weather forecast, most reliable for the first 3 days.
Next 7 days: tested on 6 past years, the model ranked a week that turned busy above a quiet one 86 times in 100 (the season alone: 72).
Next 3 months: the real total fell inside the likely range 76 times in 100 (the usual range alone: 71).
Beyond 3 months: the usual year. 8 in 10 past years fell inside the grey band. Weather that far ahead is not known.

Season

late June – mid March

Onset: late June
Peak: early August
End: mid March

Two-peak season: spring and summer–autumn

Critical windows

early July – mid September
41% of annual activity

The normal year vs 2026

Bands show the 25-year range; the white line is this year so far.

Compare with

25-year history

The raw record jumps in 2012 when VIIRS arrives; the harmonized record does not.

Harmonized: −126%/10Raw: 0%/10

HarmonizedNaive merged record90% uncertainty

Jump test (Pettitt): the raw record has no abrupt jump (p 0.08). ODLAR's record changes level in 2012 (p < 0.001): a real change, or a trend.

Unusual years

7

2001
23
23× the normal annual activity
2002
17
17× the normal annual activity
2011
12
season began 2 weeks late
2012
1
season began 27 weeks late
season ended 8 weeks early
2014
1
season began 29 weeks late
season ended 8 weeks early
2023
1
season began 38 weeks late
2026
2
season began 9 weeks late
season ended 28 weeks early

ReportExport dataweekly.csv annual.csv hotspots.geojson

Yevlakh City

Next 7 daysLow0%

Fire season: about 18 weeks left

Annual mean: 0detections
Peak period: early July – mid September
Record year: 200123
Trend: −126%/ 10significant · on raw data: 0%

Fire clock

Ring = year, slice = week. Tap a week to see its fires on the map.

Total detections per year: ODLAR's corrected record (on the VIIRS Suomi NPP scale) and the raw record (MODIS and VIIRS joined as they are)
Year	Harmonized	Raw
2001	23	0
2002	17	0
2003	11	0
2004	14	0
2005	11	0
2006	12	0
2007	12	1
2008	11	0
2009	11	0
2010	12	0
2011	12	0
2012	1	0
2013	0	0
2014	1	1
2015	0	0
2016	0	0
2017	0	0
2018	0	3
2019	0	1
2020	0	0
2021	0	0
2022	0	3
2023	1	2
2024	0	1
2025	0	3
2026	2	2

Tap a week to see the detections behind it.

Lighter: less certain (mostly the MODIS years, before 2012)No observationSatellite outage

A detection is a heat signal seen from space, not burned area or a count of separate fires.

November vs a usual year

Quiet, as usual

Weeks of 26 Oct – 8 Nov, compared with the same weeks of every year since 2001

This month: 0.0
Usual (median): 0.0
Rank: 12 of 26

Next 7 days

Low

Full risk view

Low

Expected detections: ~0.0

Strong wind (6.3 m/s)↑
Outside the fire season↓

Sun25°

Mon14°

Tue12°

Wed15°

Thu16°

Fri21°

Sat18°

Right now

early November

This week0.0

This week is more active than 28% of past years at this time

Year to date2

#12 of 26 yearsNormal: 1

What's ahead

From the next days to a year out. The further ahead, the less certain, and the chart says which part is a forecast and which is just the usual year.

Next 7 days

Low

<0.1 expected · usual 0.1

Next 3 months

About usual

~0.6 expected · usual 0.9

likely 0.0–1.2 · usual 0.0–2.1

Season

Ends ~15 March
Peak ~2 August

ForecastLikely rangeUsualUsual rangedetections / week

How sure is this?

Daily fire weather: the Open-Meteo weather forecast, most reliable for the first 3 days.
Next 7 days: tested on 6 past years, the model ranked a week that turned busy above a quiet one 86 times in 100 (the season alone: 72).
Next 3 months: the real total fell inside the likely range 76 times in 100 (the usual range alone: 71).
Beyond 3 months: the usual year. 8 in 10 past years fell inside the grey band. Weather that far ahead is not known.

Season

late June – mid March

Onset: late June
Peak: early August
End: mid March

Two-peak season: spring and summer–autumn

Critical windows

early July – mid September
41% of annual activity

The normal year vs 2026

Bands show the 25-year range; the white line is this year so far.

Compare with

25-year history

The raw record jumps in 2012 when VIIRS arrives; the harmonized record does not.

Harmonized: −126%/10Raw: 0%/10

HarmonizedNaive merged record90% uncertainty

Jump test (Pettitt): the raw record has no abrupt jump (p 0.08). ODLAR's record changes level in 2012 (p < 0.001): a real change, or a trend.

Unusual years

7

2001
23
23× the normal annual activity
2002
17
17× the normal annual activity
2011
12
season began 2 weeks late
2012
1
season began 27 weeks late
season ended 8 weeks early
2014
1
season began 29 weeks late
season ended 8 weeks early
2023
1
season began 38 weeks late
2026
2
season began 9 weeks late
season ended 28 weeks early

ReportExport dataweekly.csv annual.csv hotspots.geojson