Built 2026-10-18 (18 October 2026)

Amburla Stud Threshold Days by Year

4 fixed thresholds counted per year at Amburla Stud (ASN00015500): hot days, frost, tropical nights and heavy rain, with the most days in a year.

Key Facts for Amburla Stud Thresholds

  • Amburla Stud: days with 10 mm (0.39 in) or more of precipitation in 18 years, most in 1973 with 17.
  • Amburla Stud: days with 25 mm (0.98 in) or more of precipitation in 18 years, most in 2000 with 10.
  • Amburla Stud: days with 50 mm (1.97 in) or more of precipitation in 8 years, most in 1983 with 5.
  • Amburla Stud: days with 100 mm (3.94 in) or more of precipitation in 3 years, most in 1967 with 1.
  • 4 fixed thresholds have at least one qualifying day at Amburla Stud.
18 years with a qualifying day
Days with 10 mm (0.39 in) or more of precipitation per year at Amburla Stud Days per year at Amburla Stud with 10 mm (0.39 in) or more of precipitation, with the decade average as a line. The most was 17 in 1973. 051015201967: 81968: 141969: 81970: 51971: 41973: 171975: 151983: 131984: 161985: 71986: 101987: 81988: 121989: 91990: 62000: 162001: 162002: 2196719691971197519841986198819902001
Days per year at Amburla Stud with 10 mm (0.39 in) or more of precipitation, with the decade average as a line. The most was 17 in 1973.
Days with 10 mm (0.39 in) or more of precipitation per year at Amburla Stud
YearDaysDecade average
1967810
19681410
1969810
1970510.3
1971410.3
19731710.3
19751510.3
19831310.7
19841610.7
1985710.7
19861010.7
1987810.7
19881210.7
1989910.7
199066
20001611.3
20011611.3
2002211.3
First to last qualifying date each year at Amburla Stud For each year, a bar from the first to the last day at Amburla Stud meeting 10 mm (0.39 in). 1967: 1 January 1967 to 7 March 19671968: 2 January 1968 to 29 November 19681969: 14 January 1969 to 14 July 19691970: 21 April 1970 to 6 December 19701971: 12 March 1971 to 14 December 19711973: 5 January 1973 to 30 December 19731975: 7 January 1975 to 17 December 19751983: 4 March 1983 to 1 December 19831984: 5 January 1984 to 16 December 19841985: 4 February 1985 to 23 November 19851986: 20 June 1986 to 29 November 19861987: 1 February 1987 to 27 December 19871988: 24 January 1988 to 26 December 19881989: 11 March 1989 to 13 December 19891990: 9 January 1990 to 20 May 19902000: 8 February 2000 to 13 December 20002001: 29 January 2001 to 15 December 20012002: 25 February 2002 to 29 November 2002196719701975198519882000JanFebMarAprMayJunJulAugSepOctNovDec
For each year, a bar from the first to the last day at Amburla Stud meeting 10 mm (0.39 in).
First to last qualifying date each year at Amburla Stud
YearFirst dateLast date
19671967-01-011967-03-07
19681968-01-021968-11-29
19691969-01-141969-07-14
19701970-04-211970-12-06
19711971-03-121971-12-14
19731973-01-051973-12-30
19751975-01-071975-12-17
19831983-03-041983-12-01
19841984-01-051984-12-16
19851985-02-041985-11-23
19861986-06-201986-11-29
19871987-02-011987-12-27
19881988-01-241988-12-26
19891989-03-111989-12-13
19901990-01-091990-05-20
20002000-02-082000-12-13
20012001-01-292001-12-15
20022002-02-252002-11-29

Every Fixed Threshold

Fixed thresholds at Amburla Stud
ThresholdYears with a qualifying dayMost days in a yearYearLatest year days
10 mm (0.39 in): Days with 10 mm or more rain181719732
25 mm (0.98 in): Days with 25 mm or more rain181020001
50 mm (1.97 in): Days with 50 mm or more rain8519833
100 mm (3.94 in): Days with 100 mm or more rain3119671

Years with under 90 percent of days observed are left out of the most days column. Threshold history at this station starts in 1967.

Download the Data

  • Data for Amburla Stud 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).