Meteorological history | |
---|---|
Formed | 9 December 2021 |
Extratropical | 15 December 2021 |
Dissipated | 17 December 2021 |
Category 2 tropical cyclone | |
10-minute sustained (FMS) | |
Highest winds | 110 km/h (70 mph) |
Lowest pressure | 975 hPa (mbar);28.79 inHg |
Category 1-equivalent tropical cyclone | |
1-minute sustained (SSHWS/JTWC) | |
Highest winds | 130 km/h (80 mph) |
Overall effects | |
Fatalities | None |
Damage | Minimal |
Areas affected | Solomon Islands,New Caledonia |
IBTrACS | |
Part of the 2021–22 Australian region and South Pacific cyclone seasons |
Tropical Cyclone Ruby was a strong but short-lived tropical cyclone which impacted New Caledonia with strong winds and rainfall,after its predecessor tropical low and a nearby trough caused disruption over some parts of the Solomon Islands. The third named system of the 2021-22 Australian region cyclone season and the first cyclone of the 2021-22 South Pacific cyclone season,Ruby formed from an area of convection that was first monitored by the Joint Typhoon Warning Center (JTWC) on 8 December in the Solomon Sea. However,the system didn't officially become a tropical low until 06:00 UTC on 10 December,when the Australian Bureau of Meteorology (BoM) started to issue bulletins on it. After stalling over the area,the storm moved southeastwards over the Coral Sea,where it continued to develop under favorable conditions. The system was finally upgraded to Tropical Cyclone Ruby two days later as gale-force winds encircled its eastern portions. [1]
Wind and rainfall alerts were placed over some islands of the Solomon Islands,due to a trough and the cyclone's predecessor. Two reservoirs,the Kombito and the Kongulai River,were closed and people using the waters of the embankments were advised to boil water as the rivers were contaminated with sediments due to rainfall from the system. Later,cyclone pre-watches were issued for the whole island of New Caledonia as Ruby slowly approached the archipelago,with warnings being further upgraded to Alert Level 2. Flights,ferry and other transportation services were halted as a precaution,and potentially-affected people were evacuated. Over 2,000 residential areas lost electricity as Ruby touched down in the archipelago,with reports of trees being uprooted,in one case damaging a house. [2] Strong winds bashed the northern part of New Caledonia,while the whole portion received heavy rainfall. No deaths were confirmed.
By 6 December, the Australian Bureau of Meteorology was monitoring the Solomon Sea and its adjoining regions for possible tropical development. [3] The next day, the agency noted that this potential system could develop further. [4] Meanwhile, on 8 December at 06:00 UTC, the Joint Typhoon Warning Center started to track the system as "Invest 93P" while it was 225 nautical miles (417 km; 259 mi) to the west of Honiara, Solomon Islands. At that time, the agency noted weak convection winds around a large low-level circulation center. The sprawling disturbance was analyzed as being located in a "marginally favorable" environment by the JTWC, citing low to moderate wind shear and conducive 30–31 °C (86–88 °F) sea surface temperatures. However, the agency only gave the system a "low" chance of developing for the following 24 hours. [5] At 00:00 UTC on the next day, the BoM reported that the system had developed into Tropical Low 07U. [1] The JTWC further upgraded the system's chances of strengthening to "medium" by 06:00 UTC of 9 December, and to "high" by 21:30 UTC with its issuance of a Tropical Cyclone Formation Alert (TCFA). [6] [7] By the next day, the BoM noted that its deep convection had become more organized overnight, and reported that the system was strengthening as it continued to move southeast slowly, before adopting a more southward track under the influence of a mid-level high pressure system to its east. By 00:00 UTC on December 11, gale-force winds briefly developed in 07U's eastern quadrant, but eased three hours later. The BoM put the storm's intensity at that time at 35 kn (65 km/h; 40 mph), below tropical cyclone status. [1]
At 21:00 UTC, the JTWC upgraded the system to a tropical storm more than 767 nautical miles (1,420 km; 883 mi) to the northwest of Noumea, New Caledonia. [8] With improving satellite presentations and Dvorak estimates, the BoM upgraded 07U to a Category 1 tropical cyclone by 00:00 UTC the next day, giving it the name Ruby. Twelve hours later, Ruby intensified into a Category 2 tropical cyclone, based on scatterometer passes. [1] The JTWC then upgraded the system to a Category 1-equivalent tropical cyclone by 21:00 UTC. [9]
At 10:00 AEST (00:00 UTC) of 13 December, Ruby reached its peak intensity, according to the BoM, with maximum 10-minute winds of 60 knots (110 km/h; 69 mph), [1] before moving over the South Pacific basin. [10] At that point, the Australian Bureau of Meteorology passed the responsibility of tracking the system over to the Fiji Meteorological Service. [11]
Upon moving into the South Pacific region, westerly wind shear began to inhibit further intensification, as the influence of a trough passing to the south of Ruby increased. [1] This made the system weaken slightly, with the combination of a mid-level dry air entrainment. [12] At 17:00 UTC (04:00 NCT the next day), Ruby made landfall in Belep, New Caledonia, before moving over Poum an hour later. [13] The JTWC subsequently downgraded Ruby into a tropical storm late on the same day. [14] As the storm emerged from New Caledonia at 06:00 UTC (17:00 NCT) on 14 December, [13] the storm encountered a marginally favorable environment, with high wind shear, cool sea surface temperatures, and dry air entrainment offset by strong poleward outflow. [15] With its deep convection quickly reducing, [1] and the storm's center continuing to elongate, [16] the FMS downgraded Ruby to a Category 1 tropical cyclone 12 hours later. [17] The JTWC issued its final advisory on the storm three hours later, as the storm was already undergoing subtropical transition. [18] The FMS passed the responsibility of warning Ruby to the New Zealand MetService the next day, as it left its area of responsibility towards the south-east. [19] By 06:00 that same day, the MetService reported that Ruby had slightly restrengthened, [20] before reclassifying it as an extratropical cyclone twelve hours later. [21]
Due to the cyclone's tropical low predecessor along with a trough active over the country, the Solomon Islands Meteorological Services issued a strong wind and heavy rain warnings for the archipelago. [22] [23] Individuals living near rivers were also advised to prepare and take the necessary precautions, according to the meteorological agency. [23] Due to the downpour, several sediments contaminated the reservoirs at Kombito and Kongulai Rivers, forcing the water authority of the country to close them and them alerting people to boil their waters for their safety. The newspaper Solomon Star also noted that many children faced vomiting and diarrhea problems due to the incident. [24] By 10 December, the water reservoir at Kongulai was successfully restored. [25]
Winds around 150 kilometres per hour (93 mph) and torrential rainfall were expected in New Caledonia from the storm. By 11 December, the country was placed under a cyclone pre-alert due to the brewing storm, starting at 5:00 NCST (18:00 UTC). 29 municipalities in the country were also placed under "yellow vigilance". [26] [27] [28] Alert Level 1 was also placed over the country's North and South Provinces and further, into Alert Level 2. Ferry services bound for the Isle of Pines, Belep and Ouaième were halted, and Air Calédonie flights for 14 December were canceled. A school building was requested to be an emergency shelter for possible evacuees in Houaïlou, while Kouaoua's town building were used. Four areas in the country's south also offered shelter. Sport areas in Nouméa and some campuses in the University of New Caledonia were closed. [29]
The first impacts from Ruby were felt at the North Province, where strong winds lashed the region. [29] Ruby was the first cyclone to make its landfall in the northern region since Cyclone Frank in 1990. [30] 678 households in Canala, Kaala-Gomen and Koumac lost electricity due to Ruby, and power outages disrupted some reservoirs in Voh. Over 2,569 lost power earlier in these areas. Poingam registered the highest recorded wind gust of the storm, at 185 kilometres per hour (115 mph). Touho got 138 kilometres per hour (86 mph). [13]
Trees were downed across the country, felling power lines. A public highway was impassable in Thia due to a river nearly overflowing. [2] Over a 12-hour period on 14 December, the highest rainfall on the country's west coast was 76.5 millimetres (3.01 in), the highest in the central region was 195.1 millimetres (7.68 in), and the highest on the east coast was 158.4 millimetres (6.24 in). [31] The highest rainfall was reported by a weather station at Rivière Blanche in Yaté, with 303.1 millimetres (11.93 in). [13] 14,864 households lost their power supply due to Ruby.
As the storm moved away from the country, all alerts were lifted and businesses reopened. [32]
The 1990–91 South Pacific cyclone season was a below-average season; only two tropical cyclones occurred within the South Pacific to the east of 160°E. The season officially ran from November 1, 1990, to April 30, 1991, but the first disturbance of the season formed on November 23 and the last dissipated on May 19. This is the period of the year when most tropical cyclones form within the South Pacific Ocean. During the season, no one was killed from tropical disturbances within the South Pacific. However, six people were killed by Cyclone Joy when it made landfall on Australia. The only tropical cyclone to cause any damage while within this basin was Sina, which caused at least $18.5 million (1991 USD) worth of damage to Fiji and Tonga. As a result of the impacts of both Joy and Sina, the names were retired from the tropical cyclone naming lists.
The 2020 Pacific typhoon season was the first of an ongoing series of below average Pacific typhoon seasons, and became the first with below-average tropical cyclone activity since 2014, with 23 named storms, 10 of which became typhoons and only 2 became super typhoons. This low activity was a consequence of La Niña that persisted from the summer of the year. It had the sixth-latest start in the basin on record, slightly behind 1973, and was the first to start that late since 2016. The first half of the season was unusually inactive, with only four systems, two named storms and one typhoon at the end of July. Additionally, the JTWC recorded no tropical cyclone development in the month of July, the first such occurrence since reliable records began. Despite that, this season featured Super Typhoon Goni, which made the strongest landfall worldwide in terms of 1-minute wind speed. The season's first named tropical cyclone, Vongfong, developed on May 8, while the season's last named tropical cyclone, Krovanh, dissipated on December 24. However, the season's last system was an unnamed tropical depression which dissipated on December 29.
Severe Tropical Cyclone Drena was a powerful tropical cyclone that caused significant damage throughout New Zealand. A tropical depression formed on January 2, 1997. After crossing Vanuatu and emerging into the Coral Sea, the storm began to intensify, and by January 6, had attained peak intensity. After attaining peak intensity, Drena began to weaken. Cyclone Drena later brushed New Caledonia, bringing some damage. After transitioning into an extratropical cyclone on January 9, Drena brought impact to New Zealand. Damage totaled to $6.7 million and 3 people were killed. Roughly 140 people were evacuated after 44 homes were flooded. After the season, Drena was retired.
The 2019–20 South Pacific cyclone season was a slightly above-average season in which tropical cyclones formed within the South Pacific Ocean to the east of 160°E. The season officially ran from November 1, 2019, to April 30, 2020, however a tropical cyclone could form at any time between July 1, 2019, and June 30, 2020, and would count towards the season total. The season began on November 22 with the formation of Tropical Cyclone Rita, which would later become a severe tropical cyclone. The season has been near-average in terms of activity, with 8 tropical cyclones and 4 severe tropical cyclones forming during the season. The season featured Cyclone Harold, the first Category 5 severe tropical cyclone in the basin since Cyclone Gita, and one of the strongest since Cyclone Winston. During the season, tropical cyclones are officially monitored by the Fiji Meteorological Service (FMS), Australian Bureau of Meteorology (BOM) and New Zealand's MetService. The United States Armed Forces through the Joint Typhoon Warning Center (JTWC) also monitors the basin and issue unofficial warnings for American interests. The FMS attaches a number and an F suffix to tropical disturbances that form in or move into the basin while the JTWC designates significant tropical cyclones with a number and a P suffix. The FMS, BoM and MetService all use the Australian Tropical Cyclone Intensity Scale and estimate wind speeds over a period of ten minutes, while the JTWC estimated sustained winds over a 1-minute period, which are subsequently compared to the Saffir–Simpson hurricane wind scale (SSHWS).
The 2020–21 South Pacific cyclone season was an average season where most tropical cyclones formed within the South Pacific Ocean to the east of 160°E. The season officially started on November 1, 2020, and officially ended on April 30, 2021, however a tropical cyclone could form at any time between July 1, 2020, and June 30, 2021, and would count towards the season total. During the season, tropical cyclones will be officially monitored by the Fiji Meteorological Service (FMS), Australian Bureau of Meteorology (BoM), New Zealand's MetService. The United States Armed Forces through the Joint Typhoon Warning Center (JTWC) will also monitor the basin and issue unofficial warnings for American interests. RSMC Nadi attaches a number and an F suffix to tropical disturbances that form in or move into the basin while the JTWC designates significant tropical cyclones with a number and a P suffix. RSMC Nadi, TCWC Wellington and TCWC Brisbane all use the Australian Tropical Cyclone Intensity Scale and estimate windspeeds over a period of ten minutes, while the JTWC estimated sustained winds over a 1-minute period, which are subsequently compared to the Saffir–Simpson hurricane wind scale (SSHWS).
Severe Tropical Cyclone Freda was an intense tropical cyclone that developed during the 2012–13 South Pacific cyclone season and affected New Caledonia and the Solomon Islands as a weak tropical cyclone. The system that was to become Cyclone Freda was first classified on 26 December 2012, as a tropical disturbance. It gradually developed and was classified as a tropical cyclone and named Freda as it passed through the Solomon Islands on 28 December.
The 2021 Pacific typhoon season was the second consecutive to have below average tropical cyclone activity, with twenty-two named storms, and was the least active since 2011. Nine became typhoons, and five of those intensified into super typhoons. This low activity was caused by a strong La Niña that had persisted from the previous year. The season's first named storm, Dujuan, developed on February 16, while the last named storm, Rai, dissipated on December 21. The season's first typhoon, Surigae, reached typhoon status on April 16. It became the first super typhoon of the year on the next day, also becoming the strongest tropical cyclone in 2021. Surigae was also the most powerful tropical cyclone on record in the Northern Hemisphere for the month of April. Typhoons In-fa and Rai are responsible for more than half of the total damage this season, adding up to a combined total of $2.02 billion.
The 2022 Pacific typhoon season was the third consecutive season to have below average tropical cyclone activity, with twenty-five named storms forming. Of the tropical storms, ten became typhoons, and three would intensify into super typhoons. The season saw near-average activity by named storm count, although many of the storms were weak and short-lived, particularly towards the end of the season. This low activity was caused by an unusually strong La Niña that had persisted from 2020. The season's first named storm, Malakas, developed on April 6, while the last named storm, Pakhar, dissipated on December 12. The season's first typhoon, Malakas, reached typhoon status on April 12. The season ran throughout 2022, though most tropical cyclones typically develop between May and October. Tropical storms Megi and Nalgae were responsible for more than half of the casualties, while typhoons Hinnamnor and Nanmadol both caused $1 billion in damages.
The 2021 North Indian Ocean cyclone season was an average season, the North Indian Ocean cyclone season has no official bounds, but cyclones tend to form between April and December, peaking between May and November. These dates conventionally delimit the period of each year when most tropical cyclones form in the northern Indian Ocean. The season began on April 2, when a depression designated as BOB 01 was formed in the north Andaman Sea and quickly made landfall in Myanmar. The basin remained quiet for over a month before Cyclone Tauktae formed. It rapidly intensified into an extremely severe cyclonic storm before making landfall in Gujarat, become the strongest storm ever to strike that state since the 1998 Gujarat cyclone. Later that month, BOB 02 formed and later strengthened into Cyclone Yaas. Yaas rapidly intensified into a very severe cyclonic storm before making landfall in northwestern Odisha. The season's strongest tropical cyclone was Cyclone Tauktae, with maximum wind speeds of 185 km/h (115 mph) and a minimum barometric pressure of 950 hPa (28.05 inHg).
The 2022 North Indian Ocean cyclone season was an event in the annual cycle of tropical cyclone formation. It was an above-average season in terms of depressions and average in terms of deep depressions, but slightly below average in terms of cyclonic storms. It was also the least deadly North Indian Ocean cyclone season since 1988, according to official data. The season's strongest tropical cyclone was Cyclone Asani, with maximum wind speeds of 100 km/h and a minimum barometric pressure of 982 hPa. The North Indian Ocean cyclone season has no official bounds, but cyclones tend to form between April and December, with the peak from May to November. These dates conventionally delimit the period of each year when most tropical cyclones form in the northern Indian Ocean.
The 2021–22 South-West Indian Ocean cyclone season featured the record latest start for the first system to develop. Despite the late start, it was an above-average season that produced 12 named storms, with five becoming tropical cyclones. The season began on 15 November 2021, and ended on 30 April 2022, with the exception for Mauritius and the Seychelles, for which it ended on 15 May 2022. These dates conventionally delimit the period of each year when most tropical and subtropical cyclones form in the basin, which is west of 90°E and south of the Equator. However, tropical cyclones that form at any time between July 1st, 2021 and June 30th, 2022 will count towards the season total. Tropical and subtropical cyclones in this basin are monitored by the Regional Specialised Meteorological Centre in Réunion and unofficially by the Joint Typhoon Warning Center.
The 2021–22 South Pacific cyclone season was a near average tropical cyclone season within the South Pacific Ocean to the east of 160°E. The season officially started from November 1, 2021, and officially ended on April 30, 2022, however a tropical cyclone could form at any time between July 1, 2021, and June 30, 2022, and would count towards the season total. During the season, tropical cyclones will be officially monitored by the Fiji Meteorological Service, Australian Bureau of Meteorology and New Zealand's MetService. The United States Armed Forces through the Joint Typhoon Warning Center (JTWC) will also monitor the basin and issue unofficial warnings for American interests. The FMS attaches a number and an F suffix to tropical disturbances that form in or move into the basin while the JTWC designates significant tropical cyclones with a number and a P suffix. The BoM, FMS and MetService all use the Australian Tropical Cyclone Intensity Scale and estimate windspeeds over a period of ten minutes, while the JTWC estimated sustained winds over a 1-minute period, which are subsequently compared to the Saffir–Simpson hurricane wind scale (SSHWS).
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Typhoon Chanthu, known in the Philippines as Super Typhoon Kiko, was the second most intense tropical cyclone worldwide in 2021 after Typhoon Surigae in April. It impacted the Cagayan Valley region of the Philippines and became the strongest typhoon to affect the Batanes province since Typhoon Meranti in 2016. The twenty-ninth tropical depression, fourteenth named storm and fourth typhoon of the 2021 Pacific typhoon season, Chanthu originated from a disturbance well east of the Philippine islands on September 5 which organized into a tropical depression later that day. By the next day, the depression had formed into a mature tropical storm which began to explosively intensify by September 7, featuring a pinhole eye on satellite, characteristic of rapidly intensifying storms. Chanthu became a Category 5-equivalent super typhoon by September 8, the highest category on the Saffir–Simpson scale. Subsequent eyewall replacement cycles caused intensity fluctuations, but on September 10, Chanthu peaked with 1-minute sustained winds of 285 km/h (180 mph) just northeast of extreme northeastern Luzon. The typhoon passed very near the Babuyan Islands before passing directly over Ivana, Batanes as a weakening but still powerful Category 5-equivalent super typhoon. Chanthu continued steadily weakening as it passed just east of Taiwan and eventually stalled just east of Shanghai, China. The storm eventually made its second and final landfall near Ikitsuki, Nagasaki in Japan, before crossing the country's mountainous terrain and becoming an extratropical cyclone on September 18. Chanthu then continued eastward and curved southward, before dissipating on September 20. According to Aon Benfield, economic losses totaled US$30 million.
Severe Tropical Storm Kompasu, known in the Philippines as Severe Tropical Storm Maring was a very large and deadly tropical cyclone that affected the Philippines, Taiwan, and southeast China. Part of the 2021 Pacific typhoon season, Kompasu originated from an area of low pressure east of the Philippines on 6 October 2021. The Japan Meteorological Agency (JMA) classified it as a tropical depression that day. A day later, the Philippine Atmospheric, Geophysical and Astronomical Services Administration (PAGASA) classified it as a tropical depression, naming it Maring. The cyclone was initially heavily disorganised, competing with another vortex, Tropical Depression Nando. Eventually, Maring became dominant, and the JMA reclassified it as a tropical storm, naming it Kompasu. Kompasu made landfall in Cagayan, Philippines, on 11 October 2021, and two days later, the storm made landfall in Hainan, China. The cyclone dissipated on 14 October 2021 while located over Vietnam.
The 2022–23 South-West Indian Ocean cyclone season was one of the deadliest South-West Indian cyclone seasons on record, mostly due to Cyclone Freddy. It officially began on 15 November 2022, and ended on 30 April 2023, with the exception for Mauritius and the Seychelles, for which it ended on 15 May 2023. These dates conventionally delimit the period of each year when most tropical and subtropical cyclones form in the basin, which is west of 90°E and south of the Equator. However, tropical cyclones can form year-round, and all tropical cyclones that form between 1 July 2022 and 30 June 2023 will be part of the season. Tropical and subtropical cyclones in this basin are monitored by the Regional Specialised Meteorological Centre in Réunion and unofficially by the Joint Typhoon Warning Center. The season was average in terms of the number of systems that formed, with nine systems becoming at least moderate tropical storms, and six reaching tropical cyclone strength. Activity began early, with the first two systems developing in September and October, and ended late with Fabien in May.
The 2022–23 Australian region cyclone season was the fourth consecutive season to have below-average activity in terms of named storms. The season officially started on 1 November 2022 and finished on 30 April 2023, however, a tropical cyclone could form at any time between 1 July 2022 and 30 June 2023 and would count towards the season total, as Tropical Cyclone 01U proved in July 26. During the season, tropical cyclones were officially monitored by one of the three tropical cyclone warning centres (TCWCs) for the region which are operated by the Australian Bureau of Meteorology, National Weather Service of Papua New Guinea and the Indonesian Agency for Meteorology, Climatology and Geophysics. The United States Joint Typhoon Warning Center (JTWC) and other national meteorological services including Météo-France and the Fiji Meteorological Service also monitored the basin during the season.
Severe Tropical Cyclones Judy and Kevin were a pair of intense tropical cyclones that made landfall on the Pacific island nation of Vanuatu within 48 hours of each other in March 2023. They were the fourth and fifth named storms of the 2022–23 South Pacific cyclone season respectively, as well as the second and third severe tropical cyclones of the season. By the end of February, Judy had affected the Solomon Islands, and shortly after, Kevin began to affect the country.
The 2023–24 Australian region cyclone season was the fifth consecutive season to have below-average activity in terms of named storms. Despite this, it was the second in a row to have at least five severe tropical cyclones, including Australia's wettest tropical cyclone on record. The season officially started on 1 November 2023 and ended on 30 April 2024, however, a tropical cyclone could form at any time between 1 July 2023 and 30 June 2024 and would count towards the season total. During the season, tropical cyclones were officially monitored by one of the three tropical cyclone warning centres (TCWCs) for the region which are operated by the Australian Bureau of Meteorology, National Weather Service of Papua New Guinea and the Indonesian Agency for Meteorology, Climatology and Geophysics. The United States Joint Typhoon Warning Center (JTWC) and other national meteorological services including Météo-France and the Fiji Meteorological Service will also monitor the basin during the season.
Severe Tropical Cyclone Jasper was the wettest tropical cyclone in Australian history, surpassing Cyclone Peter of 1979. The third disturbance of the 2023–24 South Pacific cyclone season and the first named storm and severe tropical cyclone of the 2023–24 Australian region cyclone season, Jasper was first noted as an area of low pressure located in the South Pacific Ocean, which was initially slow to develop as it tracked southwestwards through the South Pacific Ocean in Fiji's area of responsibility. The system began to consolidate as it moved towards the Australian region, with the Australian Bureau of Meteorology (BoM) upgrading the system to a Category 1 tropical cyclone on the Australian scale and naming it Jasper. The storm quickly intensified and became a Category 5 tropical cyclone on 7 December; the Joint Typhoon Warning Center (JTWC) estimated sustained winds of 220 km/h (140 mph). Jasper soon entered an environment of increasing wind shear, causing the system to steadily weaken. Its low-level circulation centre became totally exposed and it maintained a poorly defined convective structure as it approached northern Queensland. Jasper later reintensified, and on 13 December, made landfall as a Category 2 tropical cyclone off the eastern coast of the Cape York Peninsula near Wujal Wujal. Jasper then weakened into a ex-tropical low and remained traceable overland as it moved southeast, and was last noted on 18 December.
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