Significant Events
The Atlantic and East Pacific are both generally quiet in November as their hurricane seasons come to a close. November 2019 was no exception. Both basins produced one tropical storm each. Tropical Storm Sebastien came just shy of becoming a hurricane, but stayed well out to sea as it moved from near the Leeward Islands to near the Azores. Tropical Storm Raymond was weaker and survived less than two days southeast of Mexico, but it managed a larger impact. Raymond's remnants merged with an upper-level cutoff low to bring winds, heavy rain, and flooding to the Desert Southwest.
The 2019 North Atlantic Hurricane active by some metrics and normal by others. The number of tropical storms and the accumulated cyclone energy (ACE) were both above normal, but the number hurricanes and major hurricanes was near normal. The East Pacific was slightly above normal in terms of tropical storms, but below average in all other categories.
Name | Dates of winds >39 mph |
Maximum Sustained Winds |
Minimum Central Pressure |
|
---|---|---|---|---|
Subtropical Storm Rebekah | October 30-November 1 | 45 mph* | 982 mb* | |
Tropical Storm Sebastien | November 19-24 | 65 mph | 993 mb | |
* Values occurred in October |
Name | Dates of winds >39 mph |
Maximum Sustained Winds |
Minimum Central Pressure |
---|---|---|---|
Tropical Storm Raymond | November 15-17 | 50 mph | 1000 mb |
North Atlantic
Storm Type | November 2019 | Rank Period: 1981-2019* |
November Average Period: 1981-2010 |
November Record Value Period: 1851-2019 |
---|---|---|---|---|
Tropical Storm (Winds ≥39 mph) |
1 | 5th (tied with 16) |
0.7 (two out of three Novembers) |
3 (1931, 2001, 2005) |
Hurricane (Winds ≥74 mph) |
0 | 16th (tied with 23) |
0.5 (one out of two Novembers) |
3 (2001) |
Major Hurricane (Winds ≥111 mph) |
0 | 6th (tied with 33) |
0.1 (one out of ten Novembers) |
1 (1912, 1932, 1934, 1985, 1999, 2001, 2008, 2016) |
Accumulated Cyclone Energy (ACE ×104 kt2) |
5.7 | 14th | 5.8 | 70.9 (1932) |
* Tropical cyclone data before 1981 may have a low bias due to limite access to satellite data and techniques over the open ocean. |
Storm Type | January-November 2019 | Rank Period: 1981-2019* |
January-November Average Period: 1981-2010 |
January-November Record Value Period: 1851-2019 |
---|---|---|---|---|
Tropical Storm (Winds ≥39 mph) |
18 | 6th (tied with 1) |
11.9 | 27 (2005) |
Hurricane (Winds ≥74 mph) |
6 | 21st (tied with 2) |
6.4 | 14 (2005) |
Major Hurricane (Winds ≥111 mph) |
3 | 12th (tied with 6) |
2.7 | 7 (1961, 2005) |
Accumulated Cyclone Energy (ACE ×104 kt2) |
129.7 | 15th | 103.6 | 256.9 (1933) |
* Tropical cyclone data before 1981 may have a low bias due to limite access to satellite data and techniques over the open ocean. |
East Pacific
Storm Type | November 2019 | Rank Period: 1981-2019* |
November Average Period: 1981-2010 |
November Record Value Period: 1949-2019 |
---|---|---|---|---|
Tropical Storm (Winds ≥39 mph) |
1 | 3rd (tied with 11) |
0.3 (one out of three Novembers) |
2 (1961, 1972, 2006, 2015) |
Hurricane (Winds ≥74 mph) |
0 | 9th (tied with 30) |
0.2 (one out of six Novembers |
1 (1957, 1961, 1982, 1991, 1997, 2001, 2006, 2011, 2014, 2015) |
Major Hurricane (Winds ≥111 mph) |
0 | 3rd (tied with 36) |
0.0 | 1 (2011, 2015) |
Accumulated Cyclone Energy (ACE ×104 kt2) |
1.3 | 15th | 1.4 | 13.9 (2015) |
* Tropical cyclone data before 1981 may have a low bias due to limite access to satellite data and techniques over the open ocean. |
Storm Type | January-November 2019 |
Rank Period: 1981-2019* |
January-November Average Period: 1981-2010 |
January-November Record Value Period: 1949-2019 |
---|---|---|---|---|
Tropical Storm (Winds ≥39 mph) |
19 | 15th (tied with 3) |
16.5 | 27 (1992) |
Hurricane (Winds ≥74 mph) |
7 | 28th (tied with 5) |
8.9 | 16 (1990, 1992, 2014, 2015) |
Major Hurricane (Winds ≥111 mph) |
4 | 21st (tied with 3) |
4.3 | 11 (2015) |
Accumulated Cyclone Energy (ACE ×104 kt2) |
96.7 | 27th | 130.3 | 315.9 (2018) |
* Tropical cyclone data before 1981 may have a low bias due to limite access to satellite data and techniques over the open ocean. |