2026 Pacific typhoon season
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The 2026 Pacific typhoon season is an ongoing event in the annual cycle of tropical cyclone formation in the western Pacific Ocean. The season runs throughout 2026, although most tropical cyclones typically develop between May and October. The first named storm of the season, Nokaen, developed on January 15, marking the first named storm to form in January since Pabuk during the 2019 season, and the earliest start to a Pacific typhoon season since then. The season's first typhoon, Sinlaku, reached typhoon intensity on April 10 and became the season's first super typhoon on April 12. The season has been very active, with twelve tropical cyclones having formed by mid-June, making it the most active season by this point since 1976. In addition, every month of the season has produced at least one named tropical cyclone, the first such occurrence since the 2015 season.
(10-minute sustained)
| 2026 Pacific typhoon season | |
|---|---|
Season summary map | |
| Seasonal boundaries | |
| First system formed | January 13, 2026 |
| Last system dissipated | Season ongoing |
| Strongest storm | |
| Name | Sinlaku |
| • Maximum winds | 215 km/h (130 mph) (10-minute sustained) |
| • Lowest pressure | 905 hPa (mbar) |
| Seasonal statistics | |
| Total depressions | 14 |
| Total storms | 10 |
| Typhoons | 3 |
| Super typhoons | 2 (unofficial)[nb 1][nb 2] |
| Total fatalities | 43 total |
| Total damage | > $1.6 billion (2026 USD) |
| Related articles | |
The scope of this article is limited to the Pacific Ocean north of the equator between 100°E and the 180th meridian. Within the northwestern Pacific Ocean, two separate agencies assign names to tropical cyclones, which can result in a system having two names. The Japan Meteorological Agency (JMA)[nb 3] names a tropical cyclone when it is estimated to have 10-minute sustained winds of at least 65 km/h (40 mph) anywhere in the basin. The Philippine Atmospheric, Geophysical and Astronomical Services Administration (PAGASA) assigns names to tropical cyclones that move into or form as a tropical depression within the Philippine Area of Responsibility (PAR), defined as the area between 135°E and 115°E and between 5°N and 25°N, regardless of whether the JMA has already named the system. Tropical depressions monitored by the United States Joint Typhoon Warning Center (JTWC)[nb 4] are given a numerical designation with a "W" suffix, which means "west", a reference to the western Pacific region.[nb 1]
Seasonal forecasts
| TSR forecasts Date | Tropical storms | Total typhoons | Intense TCs | ACE | Ref. |
|---|---|---|---|---|---|
| Average (1991–2020) | 25.5 | 16.0 | 9.3 | 301 | [3] |
| May 11, 2026 | 27 | 18 | 11 | 410 | [3] |
| Other forecasts Date |
Forecast center |
Period | Systems | Ref. | |
| December 15, 2025 | PAGASA | January–March | 0–3 tropical cyclones | [4] | |
| December 15, 2025 | PAGASA | April–June | 2–5 tropical cyclones | [4] | |
| January 15, 2026 | NCHMF | February-July | 3-4 tropical cyclones | [5] | |
| January 15, 2026 | NCHMF | August-December | 9-10 tropical cyclones | [5] | |
| 2026 season | Forecast Center | Tropical cyclones | Tropical storms | Typhoons | Ref. |
| Actual activity: | JMA | 14 | 10 | 3 | |
| Actual activity: | JTWC | 10 | 9 | 4 | |
| Actual activity: | PAGASA | 8 | 6 | 2 | |
During the year, several national meteorological services and scientific agencies forecast how many tropical cyclones, tropical storms, and typhoons would form during the season and/or how many tropical cyclones would affect a particular country. These agencies included the Tropical Storm Risk (TSR) Consortium of University College London, PAGASA, Vietnam's National Center for Hydro-Meteorological Forecasting (NCHMF) and Taiwan's Central Weather Administration (CWA).
The first outlook was released by PAGASA on December 15, 2025, in its monthly seasonal climate outlook, covering the first half of 2026. The agency forecast that zero to three tropical cyclones were expected to form or enter the PAR between January and March, while two to five were expected to form or enter the PAR between April and June.[4] PAGASA also mentioned that the short-lived and weak La Niña, which began during the fourth quarter of 2025, would persist for a month or two, with a neutral El Niño–Southern Oscillation (ENSO) transition between January and March.[4]
The year began with a weak La Niña cycle that developed in 2025.[6] According to the National Oceanic and Atmospheric Administration's (NOAA) forecast, the ENSO state was likely to return to neutral by mid-year and potentially transition to an El Niño phase during the second half of the year.
Seasonal summary
Systems
Tropical Storm Nokaen (Ada)
On January 13, the JTWC started monitoring a low-pressure area that developed 170 nautical miles (310 km) south of Palau, with satellite imagery indicating a disorganized low-level circulation center (LLCC).[7] The JMA later followed suit, identifying the same system as a tropical depression.[8] The following day, at 08:00 PHT (00:00 UTC), PAGASA also classified the system, assigning it the name Ada,[9] a replacement name for Agaton. Later that day, the JTWC issued a Tropical Cyclone Formation Alert (TCFA) for Ada as it continued to intensify.[10] At 15:00 UTC, the JTWC upgraded the system to a tropical depression, designating it as 01W.[11] At 06:00 UTC on January 15, the JMA recognized 01W as a tropical storm and named it Nokaen.[12] Despite being in a favorable environment, Nokaen maintained its intensity while remaining stationary along the southern periphery of a subtropical high.[13] It then shifted northeastward slowly as it moved over marginal conditions.[14] On January 19, PAGASA noted that Nokaen weakened into a tropical depression;[15] the system further weakened into a remnant low on January 21[16] and dissipated on January 22.[citation needed]
Nokaen brought torrential rainfall to parts of the Philippines, triggering a landslide that resulted in two fatalities in Matnog, Sorsogon.[17] Another fatality was reported after a maritime incident in the Surigao area.[18] Several areas across Catanduanes, Albay, and Camarines Sur experienced flooding and landslides.[19] A total of 832,986 people were affected, while 60,384 were displaced across Calabarzon, the Bicol Region, Eastern Visayas, Negros Island, and Caraga. The city government of Maasin, Southern Leyte postponed the "Sakay-Sakay Festival" to January 25. Additionally, a barangay in Oras, Eastern Samar experienced a water crisis after flooding damaged the village's water system.[20]
Tropical Storm Penha (Basyang)
On February 2, the JTWC began tracking a low-pressure area that developed 128 nautical miles (237 km) east-northeast of Yap, with satellite imagery indicating a weak and broad low-level circulation center (LLCC).[21] The JMA followed suit the next day, identifying the system as a tropical depression.[22] On February 3, at 17:30 PHT (09:30 UTC), the system entered the PAR, with PAGASA assigning it the name Basyang;[23][24] the JTWC issued a TCFA for the system a few hours later as it showed signs of organization.[25] On February 4, at 03:00 UTC, the JTWC upgraded the system to a tropical depression, designating it as 02W.[26] Later that day, at 21:00 JST (12:00 UTC), the JMA upgraded 02W to a tropical storm and assigned the name Penha.[27] At 23:50 PHT (15:50 UTC), Penha made its first landfall over Bayabas, Surigao del Sur.[28] This was followed by additional landfalls in Jagna and Dauis in Bohol, Alcoy, Cebu, and Ayungon, Negros Oriental on February 6.[29] After making landfall, Penha weakened into a depression as it moved over cooler sea surface temperatures and encountered high wind shear.[30] The system was downgraded to a remnant low the following day and dissipated a few hours later.[31]
Penha produced heavy rainfall, flooding, and landslides across the Philippines, leaving 12 dead, 36 injured,[32] and around 28,000 people displaced. A landslide claimed four lives in Cagayan de Oro,[33] while five people died in Iligan.[34] Two people drowned in Surigao del Sur,[35] while another drowned in Carmen, Agusan del Norte.[36] A state of calamity was subsequently declared in Iligan and Surigao del Sur, where damages reached ₱1.48 billion (US$25.24 million). A total of 1,373 houses were damaged.[37][38]
Tropical Storm Nuri
On March 10, an area of low pressure formed 74 nautical miles (137 km) northeast of Yap, with the JTWC assessing a medium chance of tropical cyclone formation.[39] The JMA also began issuing advisories on the system later that day, classifying it as a tropical depression.[citation needed] Despite being in a marginally favorable environment, the JTWC later upgraded the disturbance's development potential from medium to high as it tracked northeastward.[40] On March 11, the JMA upgraded the system to a tropical storm and assigned it the name Nuri.[41] The JTWC followed suit at 03:00 UTC, designating the system as Tropical Depression 03W.[42] On March 12, Nuri weakened into a tropical depression and subsequently dissipated later that day, with both the JMA and JTWC issuing their final advisories on the system.[43]
Typhoon Sinlaku
On April 8, the Joint Typhoon Warning Center reported that an area of low pressure had formed 234 nautical miles (433 km) west-southwest of Chuuk, assessing a medium chance of development.[44] The Japan Meteorological Agency later followed suit, classifying the system as a tropical depression.[45] At 18:00 UTC on the same day, the JTWC issued a Tropical Cyclone Formation Alert, citing a high chance of formation as the low-level circulation center continued to wrap around the southern semicircle of the system.[46] Early the following day, the JTWC upgraded the system into a depression and designated it Tropical Depression 04W.[47] Later that day, the JMA upgraded 04W into a tropical storm, giving it the name Sinlaku as it moves westwards.[48] With low vertical windshear and high sea surface temperature, Sinlaku was upgraded to a severe tropical storm by the JMA at 12:00 UTC.[citation needed] On April 11, both the JMA and JTWC upgraded Sinlaku to a typhoon, with satellite imagery showing a rapidly consolidating storm and an expanding central dense overcast (CDO).[49][50] The storm would begin rapidly intensifying, and the JMA upgraded Sinlaku to a violent typhoon the following day.[51] By 18:00 UTC the same day, the JTWC upgraded Sinlaku's 1-minute sustained wind speeds to 160 knots (295 km/h) and lowered its pressure to 890 mb (26.28 inHg).[52] By April 14, Sinlaku weakened to a Category 4-equivalent typhoon due to a long-lasting eyewall replacement cycle, losing super typhoon status.[citation needed] Later that day, the still very powerful typhoon made landfall on the northern side of Tinian, with Saipan being located within the now much larger new eye.[citation needed] By the next day, Sinlaku had completed its eyewall replacement cycle, having weakened to a Category 3-equivalent typhoon as it began to turn towards the north.[citation needed] Sinlaku further downgraded into a tropical storm on April 19 before it underwent extratropical transition on the following day, prompting the JTWC to issue its final warning at 21:00 UTC.[53]
Sinlaku left one person dead and another missing in Micronesia.[54] In the Northern Mariana Islands, six people went missing after a cargo vessel overturned.[55]
Tropical Storm Hagupit (Caloy)
On May 4, JTWC marked an area of low-pressure 67 nautical miles (124 km) west-northwest of Chuuk, with a low chance of formation.[56] The following day, JTWC issued a TCFA as the obscured low-level circulation center (LLCC) with deep convection building over the center and increasing formative banding.[57] Later that day, at 21:00 UTC, the JTWC designated the system Tropical Depression 05W.[58] The JTWC further upgraded the system to a tropical storm at 00:00 the following day. At 06:00 UTC, JMA followed suit and assigned the name Hagupit, as the storm passes through environmental conditions marginally favorable for development.[59] At 18:00 UTC, a multispectral satellite imagery (MSI) shows that the storm shows good cloud characteristics of anticyclonic outflow, while a microwave imagery shows active, convective cloud clusters.[60]
On May 9, Hagupit entered the PAR at 18:00 PHT (10:00 UTC), and was assigned the name Caloy.[61] At 03:00 UTC on May 10, Hagupit weakened into a tropical depression as it moves north-northwest over unfavorable conditions.[62] The JTWC issued its final advisory on May 11 as Hagupit further weakened into a remnant low.[63] JMA continued to track Hagupit as a depression before it was downgraded into a low-pressure area on May 15. The remnants of Hagupit tried to redevelop, with the JTWC analyzing the remnants as a separate entity, however they failed to redevelop and later dissipated.[citation needed]
Severe Tropical Storm Jangmi (Domeng)
On May 25, the JTWC began monitoring a disturbance east-southeast of Yap, noting favorable conditions for tropical cyclogenesis.[64] Development chances were raised to medium on May 26,[65] and the Japan Meteorological Agency (JMA) classified it as a tropical depression later that day.[66] The JTWC subsequently issued a TCFA.[67] On May 27, the JMA upgraded the system to Tropical Storm Jangmi,[68] while the JTWC designated it as 06W.[69] After entering the PAR on May 29, PAGASA assigned the name Domeng.[70] Jangmi intensified into a Category 1-equivalent typhoon on May 30 by the JTWC,[71] with the JMA upgrading it to a severe tropical storm.[72] It weakened to a tropical storm on June 1 due to a deteriorating structure and dry air intrusion.[73] Jangmi made landfall in Wakayama Prefecture on June 3[74] before becoming extratropical later that day.[75]
According to the National Disaster Risk Reduction and Management Council (NDRRMC), 85,295 people were displaced in the Bangsamoro Autonomous Region of Muslim Mindanao (BARMM), where infrastructure damage reached ₱3.4 million (US$55,055.42).[76] In Japan, a total of 23 injuries were reported, including 17 in Okinawa and two in Kagoshima Prefecture; 48 houses were also partially damaged in Kagoshima.[77] Flooding occurred in Saiwai-ku, Kawasaki and Ōta, Tokyo, while part of National Route 371 collapsed. Water outages affected 1,800 households in Ōme, Tokyo, and fallen branches disrupted the Hachiko Line between Haijima and Komagawa.[78]
Tropical Depression Ester
On June 3, the JMA began issuing advisories on a tropical depression in the South China Sea.[79] The JTWC also started tracking the system the following day, as it became more broad and well-defined whilst drifting northeastwards towards Taiwan.[citation needed] The depression entered the PAR at 05:00 PHT on June 5 (21:00 UTC on June 4), and PAGASA assigned it the name Ester.[80] That same day, the JTWC analyzed the system as a subtropical depression.[citation needed] On the evening of June 5, the depression's structure was significantly disrupted as it made landfall in Taiwan, due to the island's extremely rugged terrain.[citation needed] This land interaction had caused the broadening of the weak low-level circulation as it began to race towards the northeast.[81] Nonetheless on June 7, the JTWC upgraded the system to a subtropical storm as it raced just offshore Japan's southern coastline.[82]
Typhoon Mekkhala (Francisco)
On June 15, the JTWC recognized a disorganized low-pressure area that formed 940 nautical miles (1,740 km) east-southeast of Guam, with satellite imagery indicating that the disturbance is in a marginal environment for tropical cyclogenesis.[83] Three days later at 12:00 UTC, the JTWC issued a TCFA for the system, citing development into a tropical cyclone in 24 to 48 hours.[84] The JMA also designated the system as a tropical depression on the same day, and will also cause a minor Fujiwara effect on Japan. [85] Nine hours later, at 21:00 UTC, JTWC upgraded the system into a tropical depression, designating it as 07W.[86] At 18:00 UTC on June 19, 07W upgraded into a tropical storm, attaining the name Mekkhala by the JMA,[87] with satellite imagery indicated a persisting CDO partially obscuring the northeast of the LLCC.[88] Mekkhala entered the PAR area at 22:00 PHT (14:00 UTC) on June 20, PAGASA assigned it the domain name Francisco.[89] JMA upgraded Mekkhala into a severe tropical storm early the following day as it moves through very favorable environment.[90] Strong radial outflow and well-defined spiral bands of deep convection caused the JTWC to upgrade Mekkhala into a Category 1-equivalent typhoon at 09:00 UTC.[91] The system was upgraded to a Category 2-equivalent typhoon at 18:00 UTC on June 21,[92] with PAGASA also upgrading it to typhoon status on its 5:00pm bulletin (09:00 UTC) that same day.[93] On June 22, It further intensified into a Category 3-equivalent typhoon at 00:00 UTC, [94] before reacheing its peak intensity of a Category 4-equivalent typhoon at 12:00 UTC of the same day.[95] PAGASA also upgraded the system into a super typhoon on its 11:00pm bulletin (15:00 UTC) that same day, with wind speeds of 185 km/h.[96] The system weakened the following day, with PAGASA downgrading it to typhoon status on its 11:00am bulletin (3:00 UTC).[97] Gradual weakening ensued on June 23 as Mekkhala slowly moved into more unfavorable conditions, characterized by enhanced upwelling of cooler waters combined with moderate north-northeasterly wind shear of 20 to 25 knots (37 to 46 km/h; 23 to 29 mph).[98] Mekkhala was downgraded into a tropical storm at 09:00 UTC on June 25, with JMA downgrading it into a severe tropical storm as it continued to battle through low to moderate wind shear as the system exited the PAR.[99][100][101] Storm warnings were issued for Okinawa as the system approached the island region on the same day.[102] Mekkhala scraped the coast of Japan as it moved towards the northwest as a tropical storm. On June 27, the system became extratropical, causing the JTWC to discontinue advisories.[citation needed]
Two people died in Taiwan, one in Kaohsiung and another in Hsinchu County. One other person in Hsinchu County went missing.[103] In Japan, the storm produced heavy rainfall which overflowed a reservoir in Hiroshima Prefecture and impacted several residences. Two people were killed and another was injured due to a paddling incident related to the storm in Ehime Prefecture while a landslide caused another death in Yamaguchi Prefecture.[104] Four other injuries occurred across Japan.[103]
Tropical Storm Higos (Gardo)
On June 21, the JTWC marked a poorly organized but consolidating low-pressure area that formed 441 nm (817 km) east of Guam. Although expecting a slow development, the disturbance was located in a favorable environment for tropical cyclogenesis.[105] On the following day, the JMA started issuing advisories on the system, recognizing it as a tropical depression.[106] At 11:00 UTC, JTWC issued a TCFA warning, citing a consolidating LLCC with a persistently building deep convection around the center.[107] JTWC later designated the disturbance as 08W at 15:00 UTC.[108] At 00:00 UTC of June 23, 08W was upgraded into a tropical storm, receiving the name Higos by the JMA.[109] On June 23, Higos weakened back to a tropical depression with winds of 35 mph and a central pressure of 1003 hPa (mbar).[citation needed] However, Higos regained tropical storm status at 21:00 UTC of June 24.[citation needed] At 15:00 PHT (07:00 UTC) of the following day, Higos entered the PAR, assigning the domestic name Gardo by PAGASA, with the system moving towards the north when it entered.[101][110][111] The system then exited the PAR at 09:30 PHT (01:30 UTC).[112][113] Then, Higos made a big turn towards the north and then to the northeast. On June 27 at 5:25 AM JST (19:25 UTC on June 26), Higos made landfall on the Izu Peninsula as it raced towards the northeast, subsequently making landfall on the Boso Peninsula an hour later.[citation needed] Later that evening, Higos completed its extratropical transition, and shortly after, it was absorbed into another extratropical cyclone system to the north.[citation needed]
Typhoon Bavi
On June 25, the JTWC marked a low-pressure area that formed 901 nm (1,669 km) east-southeast of Kwajalein, with satellite imagery indicating that the disturbance was in a favorable development for tropical cyclogenesis.[114] Four days later, at 13:00 UTC, the Joint Typhoon Warning Center (JTWC) issued a Tropical Cyclone Formation Alert (TCFA) for the system, indicated that the disturbance had been gradually intensifying over favorable conditions.[115] Early on July 1, JTWC upgraded the disturbance to a tropical depression, assigning the designation as 09W.[116] At 00:00 UTC of July 2, 09W was upgraded to a tropical storm by the JMA, receiving the name Bavi.[117] Bavi then began a period of explosive intensification, with the JTWC assessing the system's 1-minute sustained winds increasing from 70 kn (80 mph; 130 km/h) at 18:00 UTC July 2 to 125 kn (145 mph; 230 km/h) at 12:00 UTC July 3, in only 18 hours, making it a Category 4-equivalent typhoon, as a well-defined eye quickly emerged within a sharply defined central dense overcast (CDO) surrounding it.[118][119] At 09:00 UTC of July 4, JTWC upgraded Bavi to a super typhoon, with estimated 1-minute winds of 270 km/h (165 mph), making it a Category 5-equivalent super typhoon. Later on, JMA upgraded Bavi to a violent typhoon.[120] Twelve hours later, at 21:00 UTC, Bavi's winds slightly weakened to 250 km/h (155 mph) due to a partial eyewall replacement cycle.[121] Bavi returned to a Category 5-equivalent super typhoon with winds of 270 km/h (165 mph) at 06:00 UTC July 5 after quickly recovering from its eyewall replacement cycle. Its sustained winds further increased to 285 km/h (180 mph). Bavi passed extremely close to the north side of the U.S. island territory of Rota the next day,[122] becoming one of the strongest typhoons to affect the island.
On July 2, Guam Governor Lou Leon Guerrero declared a state of emergency as territory officials began preparing for Bavi.[123] Two days later, a typhoon warning was issued for Guam and surrounding islands.[124][125]
Severe Tropical Storm Maysak (Henry)
On June 29, an area of convection had developed 591 nm (1,095 km) of Manila, with satellite imagery indicating an elongated LLCC with disorganized convection throughout the northern periphery.[126] At 02:00 UTC of July 1 (18:00 UTC of June 30), PAGASA upgraded the disturbance into a tropical depression, assigning the local name Henry. Meanwhile, at 21:00 UTC, JTWC upgraded its chances to high, prompting to issue a TCFA warning as Henry moved through favorable conditions.[127] On July 1, Henry was designated as 10W by the JTWC as the agency followed suit.[128] As Henry tracked northwards, JMA upgraded it into a tropical storm at 18:00 UTC of the following day, which gained the name Maysak.[129] On July 3 at 10:20 UTC, Maysak made its first landfall near Lingshui, Hainan Province.[130] As Maysak moved through the Gulf of Tonkin, JMA upgraded it into a severe tropical storm[131] before the system made its second and final landfall in Móng Cái, Quảng Ninh province on July 4 at 12:30 UTC.[132] Maysak later moved inland, causing the JMA to downgrade it to a tropical depression.[133]
On July 1, the Meteorological and Geophysical Bureau (SMG) issued Signal No. 1 at 23:00 MST (15:00 UTC).[134] On July 2, the Hong Kong Observatory (HKO) issued the Standby Signal No. 1 at 07:40 HKT (23:40 UTC).[135] On July 3, the SMG issued Signal No. 3 at 20:00 MST (12:00 UTC).[136]On July 4, the HKO cancelled all Tropical Cyclone Warning Signals at 03:20 HKT (19:20 UTC) and issued the Strong Monsoon Signal immediately afterwards.[137]At 06:00 MST (22:00 UTC), the SMG issued Signal No. 1[138]. At 12:30 MST (04:30 UTC), the SMG canceled Signal No. 1.[139]At 16:45 HKT (08:45 UTC), the HKO canceled the Strong Monsoon Signal.[140]
In Vietnam, strong winds from Maysak uprooted trees and ripped metal roofs off buildings in Móng Cái. Up to 13 in (33 cm) of rainfall was recorded in Fushun on 4 July, flooding streets and forcing 3,600 people to evacuate. In China, severe flooding and strong winds killed two people in Nanning,[141] submerged cars and trapped people in Fangchenggang, Guangxi, and uprooted trees in Dongxing.[142]
Other systems
- On March 10, the JMA identified a tropical depression located over 1,300 km east-northeast of Tropical Storm Nuri.[143] The following day, a developing frontal system absorbed the depression.[144]
- On May 8, the JMA noted that a tropical depression formed around 1,900 km to the east of Tropical Storm Hagupit.[145] The next day, the depression degenerated into a remnant low-pressure system.[146]
- On June 9, the JMA noted that a tropical depression had formed near the Pearl River Delta.[147] The system was absorbed into a frontal boundary the following day.[148]
Storm names
Within the northwest Pacific Ocean, both the JMA and PAGASA assign names to tropical cyclones that develop in the region, which can result in a tropical cyclone having two names.[149] The JMA's RSMC Tokyo–Typhoon Center assigns international names to tropical cyclones on behalf of the World Meteorological Organization's Typhoon Committee should they be judged to have 10-minute sustained wind speeds of 65 km/h (40 mph).[150] PAGASA names tropical cyclones which move into or form as a tropical depression in their PAR, located between 135°E and 115°E and between 5°N and 25°N, even if the cyclone has had an international name assigned to it.[149] Should the list of names for the region be exhausted, then names will be taken from an auxiliary list, the first ten of which are published each season. Unused names are marked in gray. The names of significant tropical cyclones will be retired by both PAGASA and the Typhoon Committee in the spring of 2027.[150]
International names
A tropical cyclone is assigned a name once it reaches 10-minute sustained wind speeds of 65 km/h (40 mph). The JMA selects the names from a list of 140 contributed by the 14 members nations and territories of the ESCAP/WMO Typhoon Committee.[151] Retired names, if any, will be announced by the WMO in 2027, with replacement names to be announced in 2028. The next 28 names on the naming list are shown below, along with their international numeric designations if they are used. All the names in the list are the same, except for Nokaen, Penha, Peilou, Narra, Gaenari, and Bang-Lang, which replaced Phanfone, Vongfong, Linfa, Molave, Goni, and Vamco after the 2019 and 2020 seasons. The names Nokaen and Penha were used for the first time this season.
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Philippines
PAGASA uses its own naming scheme for tropical cyclones that develop within or enter their self-defined area of responsibility.[152] During this season, PAGASA uses the following list of names, which was last used during 2022 and is scheduled to be used again in 2030, with replacements for any retired names.[152] All of the names are the same except Ada, Francisco, Kiyapo, and Pilandok, which replaced the names Agaton, Florita, Karding, and Paeng after they were retired.[152] The names Ada and Francisco were used for the first time this season.
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Season effects
This table summarizes all tropical systems that developed within or moved into the Western Pacific basin during 2026, defined as the region west of the 180th meridian. It also provides an overview of each system's intensity, duration, affected land areas, and any associated deaths or damage.
| Name | Dates | Peak intensity | Areas affected | Damage (USD) |
Deaths | Ref(s). | ||
|---|---|---|---|---|---|---|---|---|
| Category | Wind speed | Pressure | ||||||
| Nokaen (Ada) | January 13–22 | Tropical storm | 75 km/h (45 mph) | 996 hPa (29.41 inHg) | Palau, Caroline Islands, Philippines | $24,000 | 2 | [153][154] |
| Penha (Basyang) | February 3–7 | Tropical storm | 65 km/h (40 mph) | 1002 hPa (29.59 inHg) | Caroline Islands, Philippines | $25.5 million | 12 | [155] |
| Nuri | March 9–12 | Tropical storm | 65 km/h (40 mph) | 998 hPa (29.47 inHg) | Mariana Islands, Caroline Islands | None | None | |
| TD | March 10–11 | Tropical depression | 55 km/h (35 mph) | 1004 hPa (29.65 inHg) | Mariana Islands | None | None | |
| Sinlaku | April 8–20 | Violent typhoon | 215 km/h (130 mph) | 905 hPa (26.72 inHg) | Micronesia, Mariana Islands, Bonin Islands | >$1.55 billion | 17 | [156] |
| Hagupit (Caloy) | May 5–15 | Tropical storm | 75 km/h (45 mph) | 998 hPa (29.47 inHg) | Caroline Islands | Minimal | None | |
| TD | May 8–9 | Tropical depression | 55 km/h (35 mph) | 1006 hPa (29.71 inHg) | Micronesia | None | None | |
| Jangmi (Domeng) | May 26–June 3 | Severe tropical storm | 110 km/h (70 mph) | 975 hPa (28.79 inHg) | Caroline Islands, Philippines, Japan | >$4.08 million | None | |
| Ester | June 3–6 | Tropical depression | 55 km/h (35 mph) | 1002 hPa (29.59 inHg) | Vietnam, Philippines, Taiwan, Japan | Minimal | None | |
| TD | June 9–10 | Tropical depression | 55 km/h (35 mph) | 1002 hPa (29.59 inHg) | South China, Taiwan, Japan (particularly Ryukyu Islands) | Minimal | None | |
| Mekkhala (Francisco) | June 18–27 | Very strong typhoon | 185 km/h (115 mph) | 925 hPa (27.32 inHg) | Marshall Islands, Caroline Islands, Mariana Islands, Philippines, Taiwan, Japan, Kuril Islands | >$19.3 million | 10 | |
| Higos (Gardo) | June 22–27 | Tropical storm | 85 km/h (50 mph) | 998 hPa (29.47 inHg) | Mariana Islands, Japan, Kuril Islands | Unknown | None | |
| Bavi | June 30–present | Violent typhoon | 205 km/h (125 mph) | 910 hPa (26.87 inHg) | Marshall Islands, Caroline Islands, Mariana Islands, Guam | Unknown | None | |
| Maysak (Henry) | July 1–present | Severe tropical storm | 95 km/h (60 mph) | 990 hPa (29.23 inHg) | Philippines, Vietnam, Laos, Cambodia, Thailand, South China | >$1.07 million | 2 | [157] [158] |
| Season aggregates | ||||||||
| 14 systems | January 13 – Season ongoing | 215 km/h (130 mph) | 905 hPa (26.72 inHg) | >$1.6 billion | 43 | |||
See also
- Weather of 2026
- Tropical cyclones in 2026
- Pacific typhoon season
- 2026 Atlantic hurricane season
- 2026 Pacific hurricane season
- 2026 North Indian Ocean cyclone season
- South-West Indian Ocean cyclone seasons: 2025–26, 2026–27
- Australian region cyclone seasons: 2025–26, 2026–27
- South Pacific cyclone seasons: 2025–26, 2026–27
Notes
Meaning
Information
- The Philippine Atmospheric, Geophysical and Astronomical Services Administration classifies Mekkhala as a super typhoon; however, this statistic follows the super typhoon definition used by the Joint Typhoon Warning Center.
- The Japan Meteorological Agency is the official Regional Specialized Meteorological Centre for the western Pacific Ocean.
- The Joint Typhoon Warning Center is a joint United States Navy–United States Air Force task force that issues tropical cyclone warnings for the western Pacific Ocean and other regions.[1]
