COOLWX HOME

RECORDS HOME

OTHER COOLWX PAGES
    Coolwx Hit Images
    Extreme Weather
    Global Forecasts
    Hourly Model Forecasts
    Mesoscale Analysis
    Obs. Weather Database
    Offshore Weather Data
    Precipitation Type
    Record Breakers
    U.S. Weather Statistics

HISTORICAL ANIMATIONS
    Globe: Past 24 hours
    Globe: Past week
    Globe: Past month
    Globe: Past 3 months
    Globe: Past year


    USA: Past 24 hours
    USA: Past week
    USA: Past month
    USA: Past 3 months
    USA: Past year


    Europe: Past 24 hours
    Europe: Past week
    Europe: Past month
    Europe: Past 3 months
    Europe: Past year

Top* Global Record Counts since
July 2010 (pink=past week):

High+Low Temp. Records:
   #01: 22Z 20 Mar 2026 (314)
   #02: 21Z 21 Mar 2026 (304)
   #03: 12Z 13 Nov 2019 (271)
   #04: 13Z 07 Jan 2014 (256)
   #05: 13Z 15 Feb 2021 (247)
   #06: 12Z 20 Feb 2015 (234)
   #07: 22Z 25 Mar 2026 (226)
   #08: 13Z 01 Jan 2018 (221)
   #09: 00Z 22 Mar 2026 (219)
   #10: 14Z 27 Feb 2019 (217)
   #11: 22Z 19 Mar 2026 (216)
   #12: 13Z 12 Nov 2019 (207)
   #13: 23Z 20 Sep 2016 (202)
   #14: 14Z 26 Feb 2019 (199)
   #15: 13Z 21 Sep 2016 (199)

High Temp. Records:
   #01: 22Z 20 Mar 2026 (314)
   #02: 21Z 21 Mar 2026 (304)
   #03: 22Z 25 Mar 2026 (226)
   #04: 00Z 22 Mar 2026 (219)
   #05: 22Z 19 Mar 2026 (214)
   #06: 14Z 27 Feb 2019 (211)
   #07: 23Z 20 Sep 2016 (200)
   #08: 13Z 21 Sep 2016 (198)
   #09: 14Z 26 Feb 2019 (193)
   #10: 14Z 19 Apr 2018 (193)
   #11: 23Z 19 Sep 2016 (183)
   #12: 23Z 16 Sep 2016 (183)
   #13: 19Z 10 Nov 2020 (181)
   #14: 20Z 21 Mar 2012 (177)
   #15: 20Z 02 Oct 2019 (176)

Low Temp. Records:
   #01: 12Z 13 Nov 2019 (258)
   #02: 13Z 15 Feb 2021 (231)
   #03: 12Z 20 Feb 2015 (228)
   #04: 13Z 07 Jan 2014 (222)
   #05: 13Z 01 Jan 2018 (205)
   #06: 13Z 12 Nov 2019 (194)
   #07: 13Z 16 Feb 2021 (177)
   #08: 14Z 14 Feb 2021 (176)
   #09: 10Z 09 May 2020 (173)
   #10: 06Z 04 Feb 2012 (167)
   #11: 13Z 02 Jan 2018 (164)
   #12: 12Z 19 Nov 2014 (160)
   #13: 13Z 26 Jan 2026 (147)
   #14: 12Z 24 Feb 2015 (147)
   #15: 14Z 26 Oct 2020 (146)

*Note:
   Multiple times in day not listed

Go back to main page.

(Unofficial) Record-breaking temperatures across the Globe

(Unofficial) Record-breaking temperature across the Globe

Feel free to read the interesting history of these web pages: http://coolwx.com/history.php

This page displays global cities that are currently approaching, matching, or exceeding
unofficial daily/monthly/all-time record temperatures.

Please read the important notes at the very bottom of this page before using this data.

Move the mouse over a colored dot on the images to view the information on the temperature record.

** Note: As of 19 February 2024, the almanac has been updated to include all of 2023's data. **

Last updated at Fri May 22 06:32:29 UTC 2026 using 2371 observations from 06UTC

Unofficially, there are currently 2 stations that have broken their daily high record, 2 that are tying it, and 15 that are near it.
Unofficially, there is currently 1 station that has broken their daily low record, 5 that are tying it, and 13 that are near it.

LEGEND OF UNOFFICIAL RECORDS:
Daily Close
Daily Tied
 .
Daily Broken
Monthly
Tied/Broken
All-time
Tied/Broken
HIGH
RECORD
##.#
##.#
##.#
##.#
##.#
LOW
RECORD
##.#
##.#
##.#
##.#
##.#

LEGEND OF UNOFFICIAL RECORDS:
Daily Close
Daily Tied
 .
Daily Broken
Monthly
Tied/Broken
All-time
Tied/Broken
HIGH
RECORD
##.#
##.#
##.#
##.#
##.#
LOW
RECORD
##.#
##.#
##.#
##.#
##.#

Table Units: [ Fahrenheit | Celsius ]

ID
CityCountry
Current
Temp &
Trend
(°C)
Unofficial Daily /
Monthly /
Alltime
Record (°C)
Margin of
Unofficial
Daily
Record (°C)
Database
Length
(years)
ID
UEEE
JakutskRussia
27.0   
 22.0    30.0    36.0
(2011)  (2024)  (2011)
+5.0
37
UEEE
UERR
MirnyRussia
25.0   
 22.0    31.6    35.0
(2020)  (2020)  (2019)
+3.0
35
UERR
RCNN
Tainan Tw-AfbTaiwan
34.0   
 34.0    41.0    41.0
(1991)  (1979)  (1978)
0.0
57
RCNN
VRMG
Gan IslandMaldives
32.0 ▲
 32.3    39.3    39.3
(2001)  (1990)  (1990)
-0.2
42
VRMG
WITT
Banda Aceh / BlangbintangIndonesia
35.0   
 35.7    39.7    42.0
(2001)  (2018)  (1979)
-0.7
52
WITT
WBKW
TawauMalaysia
33.0 ▼
 34.0    37.1    39.7
(2019)  (1987)  (1988)
-1.0
40
WBKW
UHMM
MagadanRussia
14.0   
 15.0    26.0    33.3
(2020)  (2024)  (2001)
-1.0
74
UHMM
RPVP
Puerto PrincesaPhilippines
35.0   
 36.0    39.0    43.0
(2024)  (1978)  (1989)
-1.0
65
RPVP
RPLL
Ninoy Aquino Inter-National AirportPhilippines
36.0   
 37.0    39.5    41.0
(2018)  (1987)  (1980)
-1.0
70
RPLL
RJOK
Kochi AirportJapan
28.0   
 29.0    30.0    39.0
(1980)  (1998)  (2024)
-1.0
52
RJOK
RCKH
Kaohsiung Intl ArptTaiwan
33.0   
 34.0    37.0    40.0
(2021)  (1991)  (1978)
-1.0
52
RCKH
VRMM
MaleMaldives
32.0   
 33.0    34.2    47.6
(2007)  (2014)  (1983)
-1.0
42
VRMM
YBRK
Rockhampton AirportAustralia
27.0   
 28.1    34.3    44.0
(1999)  (2016)  (1990)
-1.1
85
YBRK
WMBA
SitiawanMalaysia
34.0 ▼
 35.1    39.6    43.0
(2022)  (1991)  (1982)
-1.1
67
WMBA
SAWH
Ushuaia AerodromeArgentina
11.0   
 12.5    18.0    27.5
(2020)  (1980)  (2004)
-1.5
54
SAWH
FMCZ
Dzaoudzi / Pamanzi MayotteComoros
30.0   
 31.5    38.0    39.0
(2017)  (1979)  (2011)
-1.5
52
FMCZ
WMKC
Kota BharuMalaysia
33.0   
 34.6    36.3    42.0
(2015)  (1994)  (1975)
-1.6
67
WMKC
.
KHUL
Houlton, MEUnited States
-1.7   
 -3.2   -11.7   -38.8
(2007)  (1995)  (1995)
+1.5
46
KHUL
SBRF
Recife AeroportoBrazil
23.0   
 21.5    13.2    11.0
(2013)  (1985)  (1975)
+1.5
56
SBRF
CWPK
Parent, Que.Canada
-1.9   
 -3.2   -20.0   -45.1
(2023)  (1981)  (1999)
+1.3
47
CWPK
KSLK
Saranac Lake, NYUnited States
-2.8   
 -3.8    -8.8   -40.5
(2007)  (2005)  (1979)
+1.0
52
KSLK
SBPA
Porto Alegre Aero-PortoBrazil
7.0   
  6.0   .3    -3.2
(1978)  (1992)  (1991)
+1.0
52
SBPA
SBFN
Fernando De NoronhaBrazil
24.0   
 23.0    20.0    -4.7
(1973)  (1976)  (1943)
+1.0
56
SBFN
SADL
La Plata AerodromeArgentina
1.0   
0    -3.3   -10.5
(1977)  (2007)  (1992)
+1.0
49
SADL
RJTI
Tokyo HeliportJapan
13.0   
 12.0     9.0    -2.0
(2004)  (1993)  (2001)
+1.0
50
RJTI
RJTF
Chofu AirportJapan
14.0   
 13.0     6.8    -7.6
(2004)  (1955)  (1955)
+1.0
51
RJTF
RJSS
Sendai AirportJapan
10.0   
  9.0   .7   -11.0
(1984)  (1998)  (1990)
+1.0
52
RJSS
CYSC
Sherbrooke, Que.Canada
-1.0 ▼
 -1.6    -5.5   -41.0
(1982)  (1987)  (2004)
+0.6
43
CYSC
K40B
Clayton Lake, MEUnited States
-1.7 ▼
 -2.2    -6.6   -42.2
(2023)  (2022)  (2009)
+0.5
36
K40B
CWRN
Hart IslandCanada
2.8   
  2.2   -17.1   -24.2
(2010)  (1986)  (2023)
+0.6
40
CWRN
SUSO
SaltoUruguay
2.0 ▼
  1.5    -2.2    -6.0
(2006)  (1958)  (2002)
+0.5
54
SUSO
CYPQ
Peterborough AirportCanada
2.0   
  1.5   -20.0   -36.2
(1993)  (1981)  (1994)
+0.5
43
CYPQ
SADP
El Palomar AerodromeArgentina
-1.0   
 -1.0    -2.6    -7.0
(2005)  (1984)  (2024)
0.0
44
SADP
KPQI
Presque Isle, MEUnited States
-2.8 ▼
 -2.7    -7.2   -41.0
(1990)  (2016)  (2009)
0.0
63
KPQI
SURV
RiveraUruguay
1.0 ▼
  3.3     -.6    -3.5
(1996)  (2008)  (2024)
-2.3
48
SURV
ID
CityCountry
Current
Temp &
Trend
(°C)
Unofficial Daily /
Monthly /
Alltime
Record (°C)
Margin of
Unofficial
Daily
Record (°C)
Database
Length
(years)
ID

Table Units: [ Fahrenheit | Celsius ]

LEGEND OF UNOFFICIAL RECORDS:
Daily Close
Daily Tied
 .
Daily Broken
Monthly
Tied/Broken
All-time
Tied/Broken
HIGH
RECORD
##.#
##.#
##.#
##.#
##.#
LOW
RECORD
##.#
##.#
##.#
##.#
##.#
       Important Notes:
  • The source of the historical data here is the NCDC GSOD (updated through 2024 as of 13 August 2025).
  • The records are defined here using GMT, with the day resetting at 00GMT (7PM EST;8PM EDT).
  • These records are NOT official and differ from official records that use a longer database and local (not GMT) time.
  • Only cities having an NCDC GSOD recorded history of at least 35 years are shown here.
  • With the additional year of data available (2024), 83 new stations (for a total of 3823) now meet the 35 year minimum record.
  • In cases when there are multiple years of records for a city, the latest (most recent) year is shown above.
  • Note that given the relatively short record used here (as small as 35 years), records will almost assuredly be set somewhere every day for the next several decades to centuries.
  • Appreciation to R. Maue, E. Blake, and R. Remondelli, among several others, for feedback.