Built 2026-10-19 (19 October 2026)

Oriental Threshold Days by Year (MXN00021122)

10 fixed thresholds counted per year at Oriental (MXN00021122): hot days, frost, tropical nights and heavy rain, with the most days in a year.

Key Facts for Oriental Thresholds

  • Oriental: days with a maximum temperature at or above 30 C (86 F) in 17 years, most in 1960 with 42.
  • Oriental: days with 10 mm (0.39 in) or more of precipitation in 17 years, most in 1966 with 50.
  • Oriental: days with 25 mm (0.98 in) or more of precipitation in 16 years, most in 1966 with 12.
  • Oriental: nights with a minimum temperature at or below 0 C (32 F) in 13 years, most in 1966 with 60.
  • 10 fixed thresholds have at least one qualifying day at Oriental.
17 years with a qualifying day
Days at or above 30 C (86 F) per year at Oriental Days per year at Oriental with a maximum temperature at or above 30 C (86 F), with the decade average as a line. The most was 42 in 1960. 02040601949: 371950: 291951: 331952: 161953: 261954: 61955: 41956: 111957: 121958: 111959: 131960: 421961: 51962: 111964: 121965: 231966: 25194919511953195519571959196119641966
Days per year at Oriental with a maximum temperature at or above 30 C (86 F), with the decade average as a line. The most was 42 in 1960.
Days at or above 30 C (86 F) per year at Oriental
YearDaysDecade average
19493737
19502916.1
19513316.1
19521616.1
19532616.1
1954616.1
1955416.1
19561116.1
19571216.1
19581116.1
19591316.1
19604219.7
1961519.7
19621119.7
19641219.7
19652319.7
19662519.7
First to last qualifying date each year at Oriental For each year, a bar from the first to the last day at Oriental meeting 30 C (86 F). 1949: 1 January 1949 to 2 November 19491950: 6 February 1950 to 26 December 19501951: 18 January 1951 to 30 December 19511952: 5 January 1952 to 29 September 19521953: 17 January 1953 to 24 August 19531954: 31 March 1954 to 15 June 19541955: 26 April 1955 to 14 June 19551956: 3 April 1956 to 20 April 19561957: 21 May 1957 to 19 June 19571958: 7 April 1958 to 22 June 19581959: 11 March 1959 to 29 August 19591960: 2 March 1960 to 18 October 19601961: 5 May 1961 to 9 June 19611962: 21 June 1962 to 2 July 19621964: 19 May 1964 to 30 June 19641965: 18 April 1965 to 28 October 19651966: 21 May 1966 to 31 August 1966194919521955195819611965JanFebMarAprMayJunJulAugSepOctNovDec
For each year, a bar from the first to the last day at Oriental meeting 30 C (86 F).
First to last qualifying date each year at Oriental
YearFirst dateLast date
19491949-01-011949-11-02
19501950-02-061950-12-26
19511951-01-181951-12-30
19521952-01-051952-09-29
19531953-01-171953-08-24
19541954-03-311954-06-15
19551955-04-261955-06-14
19561956-04-031956-04-20
19571957-05-211957-06-19
19581958-04-071958-06-22
19591959-03-111959-08-29
19601960-03-021960-10-18
19611961-05-051961-06-09
19621962-06-211962-07-02
19641964-05-191964-06-30
19651965-04-181965-10-28
19661966-05-211966-08-31

Every Fixed Threshold

Fixed thresholds at Oriental
ThresholdYears with a qualifying dayMost days in a yearYearLatest year days
30 C (86 F): Days1742196025
35 C (95 F): Days4319491
90 F (32.2 C): Days8619531
0 C (32 F): Frost days (min1360196660
-10 C (14 F): Days with min1119601
20 C (68 F): Tropical nights (min1319533
10 mm (0.39 in): Days with 10 mm or more rain1750196650
25 mm (0.98 in): Days with 25 mm or more rain1612196612
50 mm (1.97 in): Days with 50 mm or more rain6119491
100 mm (3.94 in): Days with 100 mm or more rain1119621

Years with under 90 percent of days observed are left out of the most days column. Threshold history at this station starts in 1949.

Download the Data

  • Data for Oriental threshold days by year: CSV or JSON. Field meanings are on the data page.

Source: NOAA National Centers for Environmental Information, Global Historical Climatology Network Daily (GHCN-Daily). Records are computed by World Extreme Weather Monitor and are not official NOAA products. (US Government open data (NOAA NCEI)) Data as of 2026-10-17 (17 October 2026). Threshold counts are computed by this site.

Data as of . Last revised (2025-12-31).