[ERNESTO TRACKING THREAD] HOW STRONG DO YOU THINK ERNESTO WILL GET?

HOW STRONG DO YOU THINK HE'LL GET?


  • Total voters
    13
Xangsane

Xangsane

Election day ruined by a ninja turtle
Joined
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Posts
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Reputation
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Models for Invest98L/Ernesto
1723306897347
1723306343027


Great OHC
1723306357014


Simulated IR
Gfs 2024 08 10 12Z 108 28759 283147 9489 305402 Simulated Satellite Satellite
Gfs 2024 08 10 12Z 108 50 258 0 350 Simulated Satellite Satellite
1723306366697


Extremely good pattern for RI in the deep tropics
1723306293618
1723306299954


Actually GFS is more south this run and stronger which is not what we want
1723306305719


HWRF moves him westward
1723306422461


Low ahh shear (which is good)
1723306460375


Long ahh path (might go ER on Bramladesh Pajeets in Canada)
1723306482918


Could mog
1723306495212


Likely a mogger
1723306949036
1723306956626


Could go ER on Bramladesh Pajeets
1723306979564
1723306985820


Invest 98L (which will become Ernesto) is ahead of schedule


But we don't know where he'd spray his coom
 
Last edited:
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@DalitBoss @LevantinePsycho @Darkeningstar @TechnoBoss @heightmaxxing
 
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@DalitBoss why 4?
 
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nigga what is your obsession with hurricanes and chatgpt porn stories
 
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Very strong because he's chad
 
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what does tropical depression mean
 
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Models for Invest98L/Ernesto
View attachment 3086570View attachment 3086527

Great OHC
View attachment 3086529

Simulated IR
View attachment 3086568View attachment 3086566View attachment 3086531

Extremely good pattern for RI in the deep tropics
View attachment 3086523View attachment 3086524

Actually GFS is more south this run and stronger which is not what we want
View attachment 3086525

HWRF moves him westward
View attachment 3086533

Low ahh shear (which is good)
View attachment 3086537

Long ahh path (might go ER on Bramladesh Pajeets in Canada)
View attachment 3086538

Could mog
View attachment 3086541

Likely a mogger
View attachment 3086572View attachment 3086573

Could go ER on Bramladesh Pajeets
View attachment 3086575View attachment 3086576

Invest 98L (which will become Ernesto) is ahead of schedule


But we don't know where he'd spray his coom

what kind of autism is this
 
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what does tropical depression mean
It's like rankings based on wind speeds, Tropical depressions are before Tropical storms, and after Tropical storms is when a storm becomes a Hurricane.

There are requirements needed to be hit for sustained windspeeds for classification
 
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Reactions: Deleted member 78221 and Xangsane
I don't know what this shit means nigga
Saffir–Simpson scale, 1-minute maximum sustained winds
Categorym/sknotsmphkm/h
5≥ 70≥ 137≥ 157≥ 252
458–70113–136130–156209–251
350–5896–112111–129178–208
243–4983–9596–110154–177
133–4264–8274–95119–153
TS18–3234–6339–7363–118
TD≤ 17≤ 33≤ 38≤ 62

Category 1​

[edit source]
Category 1
Sustained windsMost recent landfall
33–42 m/s
64–82 kn
119–153 km/h
74–95 mph
Debby in 2024 at landfall in Florida
See also: List of Category 1 Atlantic hurricanes and List of Category 1 Pacific hurricanes
Very dangerous winds will produce some damage

Category 1 storms usually cause no significant structural damage to most well-constructed permanent structures; however, they can topple unanchored mobile homes, as well as uproot or snap weak trees. Poorly attached roof shingles or tiles can blow off. Coastal flooding and pier damage are often associated with Category 1 storms. Power outages are typically widespread to extensive, sometimes lasting several days. Even though it is the least intense type of hurricane, they can still produce widespread damage and can be life-threatening storms.[8]

Hurricanes that peaked at Category 1 intensity and made landfall at that intensity include: Juan (1985), Ismael (1995), Danny (1997), Stan (2005), Humberto (2007), Isaac (2012), Manuel (2013), Earl (2016), Newton (2016), Nate (2017), Barry (2019), Lorena (2019), Hanna (2020), Isaias (2020), Gamma (2020), Nicholas (2021), Pamela (2021), Julia (2022), Lisa (2022) Nicole (2022) and Debby (2024)


Category 2​

[edit source]
Category 2
Sustained windsMost recent landfall
43–49 m/s
83–95 kn
154–177 km/h
96–110 mph

Agatha in 2022 near landfall in Puerto Angel, Mexico
See also: List of Category 2 Atlantic hurricanes and List of Category 2 Pacific hurricanes
Extremely dangerous winds will cause extensive damage

Storms of Category 2 intensity often damage roofing material (sometimes exposing the roof) and inflict damage upon poorly constructed doors and windows. Poorly constructed signs and piers can receive considerable damage and many trees are uprooted or snapped. Mobile homes, whether anchored or not, are typically damaged and sometimes destroyed, and many manufactured homes also suffer structural damage. Small craft in unprotected anchorages may break their moorings. Extensive to near-total power outages and scattered loss of potable water are likely, possibly lasting many days.[8]

Hurricanes that peaked at Category 2 intensity and made landfall at that intensity include: Alice (1954), Ella (1958), Ginny (1963), Fifi (1974), Diana (1990), Gert (1993), Rosa (1994), Erin (1995), Alma (1996), Marty (2003), Juan (2003), Alex (2010), Richard (2010), Tomas (2010), Carlotta (2012), Arthur (2014), Sally (2020), Olaf (2021), Rick (2021) and Agatha (2022).


Category 3​

[edit source]
Category 3
Sustained windsMost recent landfall
50–58 m/s
96–112 kn
178–208 km/h
111–129 mph

Grace in 2021 just prior to its Veracruz landfall
See also: List of Category 3 Atlantic hurricanes and List of Category 3 Pacific hurricanes
Devastating damage will occur

Tropical cyclones of Category 3 and higher are described as major hurricanes in the Atlantic, Eastern Pacific, and Central Pacific basins. These storms can cause some structural damage to small residences and utility buildings, particularly those of wood frame or manufactured materials with minor curtain wall failures. Buildings that lack a solid foundation, such as mobile homes, are usually destroyed, and gable-end roofs are peeled off. Manufactured homes usually sustain severe and irreparable damage. Flooding near the coast destroys smaller structures, while larger structures are struck by floating debris. A large number of trees are uprooted or snapped, isolating many areas. Additionally, terrain may be flooded well inland. Near-total to total power loss is likely for up to several weeks and water will likely also be lost or contaminated.[8]

Hurricanes that peaked at Category 3 intensity and made landfall at that intensity include: Easy (1950), Carol (1954), Hilda (1955), Audrey (1957), Olivia (1967), Ella (1970), Caroline (1975), Eloise (1975), Olivia (1975), Alicia (1983), Elena (1985), Roxanne (1995), Fran (1996), Isidore (2002), Jeanne (2004), Lane (2006), Karl (2010), Otto (2016), Zeta (2020), and Grace (2021).


Category 4​

[edit source]
Category 4
Sustained windsMost recent landfall
58–70 m/s
113–136 kn
209–251 km/h
130–156 mph
Lidia in 2023 just prior to its Jalisco landfall
See also: List of Category 4 Atlantic hurricanes and List of Category 4 Pacific hurricanes
Catastrophic damage will occur

Category 4 hurricanes tend to produce more extensive curtainwall failures, with some complete structural failure on small residences. Heavy, irreparable damage and near-complete destruction of gas station canopies and other wide span overhang type structures are common. Mobile and manufactured homes are often flattened. Most trees, except for the hardiest, are uprooted or snapped, isolating many areas. These storms cause extensive beach erosion, while terrain may be flooded far inland. Total and long-lived electrical and water losses are to be expected, possibly for many weeks.[8]

The 1900 Galveston hurricane, the deadliest natural disaster to hit the United States, peaked at an intensity that corresponds to a modern-day Category 4 storm. Other examples of storms that peaked at Category 4 intensity and made landfall at that intensity include: Hazel (1954), Gracie (1959), Donna (1960), Carla (1961), Flora (1963), Betsy (1965), Celia (1970),Carmen (1974) Madeline (1976), Frederic (1979), Joan (1988), Iniki (1992), Charley (2004), Dennis (2005), Ike (2008), Harvey (2017), Laura (2020), Eta (2020), Iota (2020), Ida (2021), and Lidia (2023).


Category 5​

[edit source]
Category 5
Sustained windsMost recent landfall
≥ 70 m/s
≥ 137 kn
≥ 252 km/h
≥ 157 mph
Otis in 2023 nearing its landfall in Acapulco, Mexico
See also: List of Category 5 Atlantic hurricanes and List of Category 5 Pacific hurricanes
Catastrophic damage will occur

Category 5 is the highest category of the Saffir–Simpson scale. These storms cause complete roof failure on many residences and industrial buildings, and some complete building failures with small utility buildings blown over or away. The collapse of many wide-span roofs and walls, especially those with no interior supports, is common. Very heavy and irreparable damage to many wood-frame structures and total destruction to mobile/manufactured homes is prevalent. Only a few types of structures are capable of surviving intact, and only if located at least 3 to 5 miles (5 to 8 km) inland. They include office, condominium and apartment buildings and hotels that are of solid concrete or steel frame construction, multi-story concrete parking garages, and residences that are made of either reinforced brick or concrete/cement block and have hipped roofs with slopes of no less than 35 degrees from horizontal and no overhangs of any kind, and if the windows are either made of hurricane-resistant safety glass or covered with shutters. Unless most of these requirements are met, the catastrophic destruction of a structure may occur.[8]

The storm's flooding causes major damage to the lower floors of all structures near the shoreline, and many coastal structures can be completely flattened or washed away by the storm surge. Virtually all trees are uprooted or snapped and some may be debarked, isolating most affected communities. Massive evacuation of residential areas may be required if the hurricane threatens populated areas. Total and extremely long-lived power outages and water losses are to be expected, possibly for up to several months.[8]

Historical examples of storms that made landfall at Category 5 status include: "Cuba" (1924), "Okeechobee" (1928), "Bahamas" (1932), "Cuba–Brownsville" (1933), "Labor Day" (1935), Janet (1955), Inez (1966), Camille (1969), Edith (1971), Anita (1977), David (1979), Gilbert (1988), Andrew (1992), Dean (2007), Felix (2007), Irma (2017),[16] Maria (2017),[17] Michael (2018),[18] Dorian (2019), and Otis (2023) (the only Pacific hurricane to make landfall at Category 5 intensity).
 
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It's like rankings based on wind speeds, Tropical depressions are before Tropical storms, and after Tropical storms is when a storm becomes a Hurricane.

There are requirements needed to be hit for sustained windspeeds for classification
see here
Saffir–Simpson scale, 1-minute maximum sustained winds
Categorym/sknotsmphkm/h
5≥ 70≥ 137≥ 157≥ 252
458–70113–136130–156209–251
350–5896–112111–129178–208
243–4983–9596–110154–177
133–4264–8274–95119–153
TS18–3234–6339–7363–118
TD≤ 17≤ 33≤ 38≤ 62

Category 1​

[edit source]
Category 1
Sustained windsMost recent landfall
33–42 m/s
64–82 kn
119–153 km/h
74–95 mph
Debby in 2024 at landfall in Florida
See also: List of Category 1 Atlantic hurricanes and List of Category 1 Pacific hurricanes
Very dangerous winds will produce some damage

Category 1 storms usually cause no significant structural damage to most well-constructed permanent structures; however, they can topple unanchored mobile homes, as well as uproot or snap weak trees. Poorly attached roof shingles or tiles can blow off. Coastal flooding and pier damage are often associated with Category 1 storms. Power outages are typically widespread to extensive, sometimes lasting several days. Even though it is the least intense type of hurricane, they can still produce widespread damage and can be life-threatening storms.[8]

Hurricanes that peaked at Category 1 intensity and made landfall at that intensity include: Juan (1985), Ismael (1995), Danny (1997), Stan (2005), Humberto (2007), Isaac (2012), Manuel (2013), Earl (2016), Newton (2016), Nate (2017), Barry (2019), Lorena (2019), Hanna (2020), Isaias (2020), Gamma (2020), Nicholas (2021), Pamela (2021), Julia (2022), Lisa (2022) Nicole (2022) and Debby (2024)


Category 2​

[edit source]
Category 2
Sustained windsMost recent landfall
43–49 m/s
83–95 kn
154–177 km/h
96–110 mph

Agatha in 2022 near landfall in Puerto Angel, Mexico
See also: List of Category 2 Atlantic hurricanes and List of Category 2 Pacific hurricanes
Extremely dangerous winds will cause extensive damage

Storms of Category 2 intensity often damage roofing material (sometimes exposing the roof) and inflict damage upon poorly constructed doors and windows. Poorly constructed signs and piers can receive considerable damage and many trees are uprooted or snapped. Mobile homes, whether anchored or not, are typically damaged and sometimes destroyed, and many manufactured homes also suffer structural damage. Small craft in unprotected anchorages may break their moorings. Extensive to near-total power outages and scattered loss of potable water are likely, possibly lasting many days.[8]

Hurricanes that peaked at Category 2 intensity and made landfall at that intensity include: Alice (1954), Ella (1958), Ginny (1963), Fifi (1974), Diana (1990), Gert (1993), Rosa (1994), Erin (1995), Alma (1996), Marty (2003), Juan (2003), Alex (2010), Richard (2010), Tomas (2010), Carlotta (2012), Arthur (2014), Sally (2020), Olaf (2021), Rick (2021) and Agatha (2022).


Category 3​

[edit source]
Category 3
Sustained windsMost recent landfall
50–58 m/s
96–112 kn
178–208 km/h
111–129 mph

Grace in 2021 just prior to its Veracruz landfall
See also: List of Category 3 Atlantic hurricanes and List of Category 3 Pacific hurricanes
Devastating damage will occur

Tropical cyclones of Category 3 and higher are described as major hurricanes in the Atlantic, Eastern Pacific, and Central Pacific basins. These storms can cause some structural damage to small residences and utility buildings, particularly those of wood frame or manufactured materials with minor curtain wall failures. Buildings that lack a solid foundation, such as mobile homes, are usually destroyed, and gable-end roofs are peeled off. Manufactured homes usually sustain severe and irreparable damage. Flooding near the coast destroys smaller structures, while larger structures are struck by floating debris. A large number of trees are uprooted or snapped, isolating many areas. Additionally, terrain may be flooded well inland. Near-total to total power loss is likely for up to several weeks and water will likely also be lost or contaminated.[8]

Hurricanes that peaked at Category 3 intensity and made landfall at that intensity include: Easy (1950), Carol (1954), Hilda (1955), Audrey (1957), Olivia (1967), Ella (1970), Caroline (1975), Eloise (1975), Olivia (1975), Alicia (1983), Elena (1985), Roxanne (1995), Fran (1996), Isidore (2002), Jeanne (2004), Lane (2006), Karl (2010), Otto (2016), Zeta (2020), and Grace (2021).


Category 4​

[edit source]
Category 4
Sustained windsMost recent landfall
58–70 m/s
113–136 kn
209–251 km/h
130–156 mph
Lidia in 2023 just prior to its Jalisco landfall
See also: List of Category 4 Atlantic hurricanes and List of Category 4 Pacific hurricanes
Catastrophic damage will occur

Category 4 hurricanes tend to produce more extensive curtainwall failures, with some complete structural failure on small residences. Heavy, irreparable damage and near-complete destruction of gas station canopies and other wide span overhang type structures are common. Mobile and manufactured homes are often flattened. Most trees, except for the hardiest, are uprooted or snapped, isolating many areas. These storms cause extensive beach erosion, while terrain may be flooded far inland. Total and long-lived electrical and water losses are to be expected, possibly for many weeks.[8]

The 1900 Galveston hurricane, the deadliest natural disaster to hit the United States, peaked at an intensity that corresponds to a modern-day Category 4 storm. Other examples of storms that peaked at Category 4 intensity and made landfall at that intensity include: Hazel (1954), Gracie (1959), Donna (1960), Carla (1961), Flora (1963), Betsy (1965), Celia (1970),Carmen (1974) Madeline (1976), Frederic (1979), Joan (1988), Iniki (1992), Charley (2004), Dennis (2005), Ike (2008), Harvey (2017), Laura (2020), Eta (2020), Iota (2020), Ida (2021), and Lidia (2023).


Category 5​

[edit source]
Category 5
Sustained windsMost recent landfall
≥ 70 m/s
≥ 137 kn
≥ 252 km/h
≥ 157 mph
Otis in 2023 nearing its landfall in Acapulco, Mexico
See also: List of Category 5 Atlantic hurricanes and List of Category 5 Pacific hurricanes
Catastrophic damage will occur

Category 5 is the highest category of the Saffir–Simpson scale. These storms cause complete roof failure on many residences and industrial buildings, and some complete building failures with small utility buildings blown over or away. The collapse of many wide-span roofs and walls, especially those with no interior supports, is common. Very heavy and irreparable damage to many wood-frame structures and total destruction to mobile/manufactured homes is prevalent. Only a few types of structures are capable of surviving intact, and only if located at least 3 to 5 miles (5 to 8 km) inland. They include office, condominium and apartment buildings and hotels that are of solid concrete or steel frame construction, multi-story concrete parking garages, and residences that are made of either reinforced brick or concrete/cement block and have hipped roofs with slopes of no less than 35 degrees from horizontal and no overhangs of any kind, and if the windows are either made of hurricane-resistant safety glass or covered with shutters. Unless most of these requirements are met, the catastrophic destruction of a structure may occur.[8]

The storm's flooding causes major damage to the lower floors of all structures near the shoreline, and many coastal structures can be completely flattened or washed away by the storm surge. Virtually all trees are uprooted or snapped and some may be debarked, isolating most affected communities. Massive evacuation of residential areas may be required if the hurricane threatens populated areas. Total and extremely long-lived power outages and water losses are to be expected, possibly for up to several months.[8]

Historical examples of storms that made landfall at Category 5 status include: "Cuba" (1924), "Okeechobee" (1928), "Bahamas" (1932), "Cuba–Brownsville" (1933), "Labor Day" (1935), Janet (1955), Inez (1966), Camille (1969), Edith (1971), Anita (1977), David (1979), Gilbert (1988), Andrew (1992), Dean (2007), Felix (2007), Irma (2017),[16] Maria (2017),[17] Michael (2018),[18] Dorian (2019), and Otis (2023) (the only Pacific hurricane to make landfall at Category 5 intensity).
SAAFIR simpson :feelskek::feelskek::feelskek:
 
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I have 0 clue what any of this information depicted here means, including the different classifications we should vote.
But I‘m just going to go for C3.
 
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Saffir–Simpson scale, 1-minute maximum sustained winds
Categorym/sknotsmphkm/h
5≥ 70≥ 137≥ 157≥ 252
458–70113–136130–156209–251
350–5896–112111–129178–208
243–4983–9596–110154–177
133–4264–8274–95119–153
TS18–3234–6339–7363–118
TD≤ 17≤ 33≤ 38≤ 62

Category 1​

[edit source]
Category 1
Sustained windsMost recent landfall
33–42 m/s
64–82 kn
119–153 km/h
74–95 mph
Debby in 2024 at landfall in Florida
See also: List of Category 1 Atlantic hurricanes and List of Category 1 Pacific hurricanes
Very dangerous winds will produce some damage

Category 1 storms usually cause no significant structural damage to most well-constructed permanent structures; however, they can topple unanchored mobile homes, as well as uproot or snap weak trees. Poorly attached roof shingles or tiles can blow off. Coastal flooding and pier damage are often associated with Category 1 storms. Power outages are typically widespread to extensive, sometimes lasting several days. Even though it is the least intense type of hurricane, they can still produce widespread damage and can be life-threatening storms.[8]

Hurricanes that peaked at Category 1 intensity and made landfall at that intensity include: Juan (1985), Ismael (1995), Danny (1997), Stan (2005), Humberto (2007), Isaac (2012), Manuel (2013), Earl (2016), Newton (2016), Nate (2017), Barry (2019), Lorena (2019), Hanna (2020), Isaias (2020), Gamma (2020), Nicholas (2021), Pamela (2021), Julia (2022), Lisa (2022) Nicole (2022) and Debby (2024)


Category 2​

[edit source]
Category 2
Sustained windsMost recent landfall
43–49 m/s
83–95 kn
154–177 km/h
96–110 mph

Agatha in 2022 near landfall in Puerto Angel, Mexico
See also: List of Category 2 Atlantic hurricanes and List of Category 2 Pacific hurricanes
Extremely dangerous winds will cause extensive damage

Storms of Category 2 intensity often damage roofing material (sometimes exposing the roof) and inflict damage upon poorly constructed doors and windows. Poorly constructed signs and piers can receive considerable damage and many trees are uprooted or snapped. Mobile homes, whether anchored or not, are typically damaged and sometimes destroyed, and many manufactured homes also suffer structural damage. Small craft in unprotected anchorages may break their moorings. Extensive to near-total power outages and scattered loss of potable water are likely, possibly lasting many days.[8]

Hurricanes that peaked at Category 2 intensity and made landfall at that intensity include: Alice (1954), Ella (1958), Ginny (1963), Fifi (1974), Diana (1990), Gert (1993), Rosa (1994), Erin (1995), Alma (1996), Marty (2003), Juan (2003), Alex (2010), Richard (2010), Tomas (2010), Carlotta (2012), Arthur (2014), Sally (2020), Olaf (2021), Rick (2021) and Agatha (2022).


Category 3​

[edit source]
Category 3
Sustained windsMost recent landfall
50–58 m/s
96–112 kn
178–208 km/h
111–129 mph

Grace in 2021 just prior to its Veracruz landfall
See also: List of Category 3 Atlantic hurricanes and List of Category 3 Pacific hurricanes
Devastating damage will occur

Tropical cyclones of Category 3 and higher are described as major hurricanes in the Atlantic, Eastern Pacific, and Central Pacific basins. These storms can cause some structural damage to small residences and utility buildings, particularly those of wood frame or manufactured materials with minor curtain wall failures. Buildings that lack a solid foundation, such as mobile homes, are usually destroyed, and gable-end roofs are peeled off. Manufactured homes usually sustain severe and irreparable damage. Flooding near the coast destroys smaller structures, while larger structures are struck by floating debris. A large number of trees are uprooted or snapped, isolating many areas. Additionally, terrain may be flooded well inland. Near-total to total power loss is likely for up to several weeks and water will likely also be lost or contaminated.[8]

Hurricanes that peaked at Category 3 intensity and made landfall at that intensity include: Easy (1950), Carol (1954), Hilda (1955), Audrey (1957), Olivia (1967), Ella (1970), Caroline (1975), Eloise (1975), Olivia (1975), Alicia (1983), Elena (1985), Roxanne (1995), Fran (1996), Isidore (2002), Jeanne (2004), Lane (2006), Karl (2010), Otto (2016), Zeta (2020), and Grace (2021).


Category 4​

[edit source]
Category 4
Sustained windsMost recent landfall
58–70 m/s
113–136 kn
209–251 km/h
130–156 mph
Lidia in 2023 just prior to its Jalisco landfall
See also: List of Category 4 Atlantic hurricanes and List of Category 4 Pacific hurricanes
Catastrophic damage will occur

Category 4 hurricanes tend to produce more extensive curtainwall failures, with some complete structural failure on small residences. Heavy, irreparable damage and near-complete destruction of gas station canopies and other wide span overhang type structures are common. Mobile and manufactured homes are often flattened. Most trees, except for the hardiest, are uprooted or snapped, isolating many areas. These storms cause extensive beach erosion, while terrain may be flooded far inland. Total and long-lived electrical and water losses are to be expected, possibly for many weeks.[8]

The 1900 Galveston hurricane, the deadliest natural disaster to hit the United States, peaked at an intensity that corresponds to a modern-day Category 4 storm. Other examples of storms that peaked at Category 4 intensity and made landfall at that intensity include: Hazel (1954), Gracie (1959), Donna (1960), Carla (1961), Flora (1963), Betsy (1965), Celia (1970),Carmen (1974) Madeline (1976), Frederic (1979), Joan (1988), Iniki (1992), Charley (2004), Dennis (2005), Ike (2008), Harvey (2017), Laura (2020), Eta (2020), Iota (2020), Ida (2021), and Lidia (2023).


Category 5​

[edit source]
Category 5
Sustained windsMost recent landfall
≥ 70 m/s
≥ 137 kn
≥ 252 km/h
≥ 157 mph
Otis in 2023 nearing its landfall in Acapulco, Mexico
See also: List of Category 5 Atlantic hurricanes and List of Category 5 Pacific hurricanes
Catastrophic damage will occur

Category 5 is the highest category of the Saffir–Simpson scale. These storms cause complete roof failure on many residences and industrial buildings, and some complete building failures with small utility buildings blown over or away. The collapse of many wide-span roofs and walls, especially those with no interior supports, is common. Very heavy and irreparable damage to many wood-frame structures and total destruction to mobile/manufactured homes is prevalent. Only a few types of structures are capable of surviving intact, and only if located at least 3 to 5 miles (5 to 8 km) inland. They include office, condominium and apartment buildings and hotels that are of solid concrete or steel frame construction, multi-story concrete parking garages, and residences that are made of either reinforced brick or concrete/cement block and have hipped roofs with slopes of no less than 35 degrees from horizontal and no overhangs of any kind, and if the windows are either made of hurricane-resistant safety glass or covered with shutters. Unless most of these requirements are met, the catastrophic destruction of a structure may occur.[8]

The storm's flooding causes major damage to the lower floors of all structures near the shoreline, and many coastal structures can be completely flattened or washed away by the storm surge. Virtually all trees are uprooted or snapped and some may be debarked, isolating most affected communities. Massive evacuation of residential areas may be required if the hurricane threatens populated areas. Total and extremely long-lived power outages and water losses are to be expected, possibly for up to several months.[8]

Historical examples of storms that made landfall at Category 5 status include: "Cuba" (1924), "Okeechobee" (1928), "Bahamas" (1932), "Cuba–Brownsville" (1933), "Labor Day" (1935), Janet (1955), Inez (1966), Camille (1969), Edith (1971), Anita (1977), David (1979), Gilbert (1988), Andrew (1992), Dean (2007), Felix (2007), Irma (2017),[16] Maria (2017),[17] Michael (2018),[18] Dorian (2019), and Otis (2023) (the only Pacific hurricane to make landfall at Category 5 intensity).
I see
 
  • +1
Reactions: Xangsane
I have 0 clue what any of this information depicted here means, including the different classifications we should vote.
But I‘m just going to go for C3.
See here
Saffir–Simpson scale, 1-minute maximum sustained winds
Categorym/sknotsmphkm/h
5≥ 70≥ 137≥ 157≥ 252
458–70113–136130–156209–251
350–5896–112111–129178–208
243–4983–9596–110154–177
133–4264–8274–95119–153
TS18–3234–6339–7363–118
TD≤ 17≤ 33≤ 38≤ 62

Category 1​

[edit source]
Category 1
Sustained windsMost recent landfall
33–42 m/s
64–82 kn
119–153 km/h
74–95 mph
Debby in 2024 at landfall in Florida
See also: List of Category 1 Atlantic hurricanes and List of Category 1 Pacific hurricanes
Very dangerous winds will produce some damage

Category 1 storms usually cause no significant structural damage to most well-constructed permanent structures; however, they can topple unanchored mobile homes, as well as uproot or snap weak trees. Poorly attached roof shingles or tiles can blow off. Coastal flooding and pier damage are often associated with Category 1 storms. Power outages are typically widespread to extensive, sometimes lasting several days. Even though it is the least intense type of hurricane, they can still produce widespread damage and can be life-threatening storms.[8]

Hurricanes that peaked at Category 1 intensity and made landfall at that intensity include: Juan (1985), Ismael (1995), Danny (1997), Stan (2005), Humberto (2007), Isaac (2012), Manuel (2013), Earl (2016), Newton (2016), Nate (2017), Barry (2019), Lorena (2019), Hanna (2020), Isaias (2020), Gamma (2020), Nicholas (2021), Pamela (2021), Julia (2022), Lisa (2022) Nicole (2022) and Debby (2024)


Category 2​

[edit source]
Category 2
Sustained windsMost recent landfall
43–49 m/s
83–95 kn
154–177 km/h
96–110 mph

Agatha in 2022 near landfall in Puerto Angel, Mexico
See also: List of Category 2 Atlantic hurricanes and List of Category 2 Pacific hurricanes
Extremely dangerous winds will cause extensive damage

Storms of Category 2 intensity often damage roofing material (sometimes exposing the roof) and inflict damage upon poorly constructed doors and windows. Poorly constructed signs and piers can receive considerable damage and many trees are uprooted or snapped. Mobile homes, whether anchored or not, are typically damaged and sometimes destroyed, and many manufactured homes also suffer structural damage. Small craft in unprotected anchorages may break their moorings. Extensive to near-total power outages and scattered loss of potable water are likely, possibly lasting many days.[8]

Hurricanes that peaked at Category 2 intensity and made landfall at that intensity include: Alice (1954), Ella (1958), Ginny (1963), Fifi (1974), Diana (1990), Gert (1993), Rosa (1994), Erin (1995), Alma (1996), Marty (2003), Juan (2003), Alex (2010), Richard (2010), Tomas (2010), Carlotta (2012), Arthur (2014), Sally (2020), Olaf (2021), Rick (2021) and Agatha (2022).


Category 3​

[edit source]
Category 3
Sustained windsMost recent landfall
50–58 m/s
96–112 kn
178–208 km/h
111–129 mph

Grace in 2021 just prior to its Veracruz landfall
See also: List of Category 3 Atlantic hurricanes and List of Category 3 Pacific hurricanes
Devastating damage will occur

Tropical cyclones of Category 3 and higher are described as major hurricanes in the Atlantic, Eastern Pacific, and Central Pacific basins. These storms can cause some structural damage to small residences and utility buildings, particularly those of wood frame or manufactured materials with minor curtain wall failures. Buildings that lack a solid foundation, such as mobile homes, are usually destroyed, and gable-end roofs are peeled off. Manufactured homes usually sustain severe and irreparable damage. Flooding near the coast destroys smaller structures, while larger structures are struck by floating debris. A large number of trees are uprooted or snapped, isolating many areas. Additionally, terrain may be flooded well inland. Near-total to total power loss is likely for up to several weeks and water will likely also be lost or contaminated.[8]

Hurricanes that peaked at Category 3 intensity and made landfall at that intensity include: Easy (1950), Carol (1954), Hilda (1955), Audrey (1957), Olivia (1967), Ella (1970), Caroline (1975), Eloise (1975), Olivia (1975), Alicia (1983), Elena (1985), Roxanne (1995), Fran (1996), Isidore (2002), Jeanne (2004), Lane (2006), Karl (2010), Otto (2016), Zeta (2020), and Grace (2021).


Category 4​

[edit source]
Category 4
Sustained windsMost recent landfall
58–70 m/s
113–136 kn
209–251 km/h
130–156 mph
Lidia in 2023 just prior to its Jalisco landfall
See also: List of Category 4 Atlantic hurricanes and List of Category 4 Pacific hurricanes
Catastrophic damage will occur

Category 4 hurricanes tend to produce more extensive curtainwall failures, with some complete structural failure on small residences. Heavy, irreparable damage and near-complete destruction of gas station canopies and other wide span overhang type structures are common. Mobile and manufactured homes are often flattened. Most trees, except for the hardiest, are uprooted or snapped, isolating many areas. These storms cause extensive beach erosion, while terrain may be flooded far inland. Total and long-lived electrical and water losses are to be expected, possibly for many weeks.[8]

The 1900 Galveston hurricane, the deadliest natural disaster to hit the United States, peaked at an intensity that corresponds to a modern-day Category 4 storm. Other examples of storms that peaked at Category 4 intensity and made landfall at that intensity include: Hazel (1954), Gracie (1959), Donna (1960), Carla (1961), Flora (1963), Betsy (1965), Celia (1970),Carmen (1974) Madeline (1976), Frederic (1979), Joan (1988), Iniki (1992), Charley (2004), Dennis (2005), Ike (2008), Harvey (2017), Laura (2020), Eta (2020), Iota (2020), Ida (2021), and Lidia (2023).


Category 5​

[edit source]
Category 5
Sustained windsMost recent landfall
≥ 70 m/s
≥ 137 kn
≥ 252 km/h
≥ 157 mph
Otis in 2023 nearing its landfall in Acapulco, Mexico
See also: List of Category 5 Atlantic hurricanes and List of Category 5 Pacific hurricanes
Catastrophic damage will occur

Category 5 is the highest category of the Saffir–Simpson scale. These storms cause complete roof failure on many residences and industrial buildings, and some complete building failures with small utility buildings blown over or away. The collapse of many wide-span roofs and walls, especially those with no interior supports, is common. Very heavy and irreparable damage to many wood-frame structures and total destruction to mobile/manufactured homes is prevalent. Only a few types of structures are capable of surviving intact, and only if located at least 3 to 5 miles (5 to 8 km) inland. They include office, condominium and apartment buildings and hotels that are of solid concrete or steel frame construction, multi-story concrete parking garages, and residences that are made of either reinforced brick or concrete/cement block and have hipped roofs with slopes of no less than 35 degrees from horizontal and no overhangs of any kind, and if the windows are either made of hurricane-resistant safety glass or covered with shutters. Unless most of these requirements are met, the catastrophic destruction of a structure may occur.[8]

The storm's flooding causes major damage to the lower floors of all structures near the shoreline, and many coastal structures can be completely flattened or washed away by the storm surge. Virtually all trees are uprooted or snapped and some may be debarked, isolating most affected communities. Massive evacuation of residential areas may be required if the hurricane threatens populated areas. Total and extremely long-lived power outages and water losses are to be expected, possibly for up to several months.[8]

Historical examples of storms that made landfall at Category 5 status include: "Cuba" (1924), "Okeechobee" (1928), "Bahamas" (1932), "Cuba–Brownsville" (1933), "Labor Day" (1935), Janet (1955), Inez (1966), Camille (1969), Edith (1971), Anita (1977), David (1979), Gilbert (1988), Andrew (1992), Dean (2007), Felix (2007), Irma (2017),[16] Maria (2017),[17] Michael (2018),[18] Dorian (2019), and Otis (2023) (the only Pacific hurricane to make landfall at Category 5 intensity).
 
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I have 0 clue what any of this information depicted here means, including the different classifications we should vote.
But I‘m just going to go for C3.
Cat 5's can be 250kmph sustained :dafuckfeels:
NIGGA THEY'RE PREPARING TO PENETRATE ERNESTO WITH A PLANE


NOUS42 KNHC 101531
REPRPD
WEATHER RECONNAISSANCE FLIGHTS
CARCAH, NATIONAL HURRICANE CENTER, MIAMI, FL.
1135 AM EDT SAT 10 AUGUST 2024
SUBJECT: TROPICAL CYCLONE PLAN OF THE DAY (TCPOD)
VALID 11/1100Z TO 12/1100Z AUGUST 2024
TCPOD NUMBER.....24-071

I. ATLANTIC REQUIREMENTS
1. SUSPECT AREA (EAST OF THE LESSER ANTILLES - AL98)
FLIGHT ONE - NOAA 43
A. 12/1200Z
B. NOAA3 01FFA INVEST
C. 12/0945Z
D. 14.5N 53.5W
E. 12/1015Z TO 12/1400Z
F. SFC TO 10,000 FT
G. LOW-LEVEL INVEST
H. WRA ACTIVATION

2. OUTLOOK FOR SUCCEEDING DAY:
A. BEGIN 6-HRLY FIXES AT 12/1730Z IF SYSTEM DEVELOPS.
B. NOAA P-3 TAIL DOPPLER RADAR MISSIONS INTO AL98 FOR 13/0000Z
AND 13/1200Z, DEPARTING TBPB AT 12/2045Z AND 13/0845Z,
RESPECTIVELY.
 
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NIGGA THEY'RE PREPARING TO PENETRATE ERNESTO WITH A PLANE


NOUS42 KNHC 101531
REPRPD
WEATHER RECONNAISSANCE FLIGHTS
CARCAH, NATIONAL HURRICANE CENTER, MIAMI, FL.
1135 AM EDT SAT 10 AUGUST 2024
SUBJECT: TROPICAL CYCLONE PLAN OF THE DAY (TCPOD)
VALID 11/1100Z TO 12/1100Z AUGUST 2024
TCPOD NUMBER.....24-071

I. ATLANTIC REQUIREMENTS
1. SUSPECT AREA (EAST OF THE LESSER ANTILLES - AL98)
FLIGHT ONE - NOAA 43
A. 12/1200Z
B. NOAA3 01FFA INVEST
C. 12/0945Z
D. 14.5N 53.5W
E. 12/1015Z TO 12/1400Z
F. SFC TO 10,000 FT
G. LOW-LEVEL INVEST
H. WRA ACTIVATION

2. OUTLOOK FOR SUCCEEDING DAY:
A. BEGIN 6-HRLY FIXES AT 12/1730Z IF SYSTEM DEVELOPS.
B. NOAA P-3 TAIL DOPPLER RADAR MISSIONS INTO AL98 FOR 13/0000Z
AND 13/1200Z, DEPARTING TBPB AT 12/2045Z AND 13/0845Z,
RESPECTIVELY.
they‘re going to do WHAT?
Confused Always Sunny GIF by It's Always Sunny in Philadelphia
 
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@DalitBoss Dorianmaxxing
1723307477109
 
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extremely weak
It's like rankings based on wind speeds, Tropical depressions are before Tropical storms, and after Tropical storms is when a storm becomes a Hurricane.

There are requirements needed to be hit for sustained windspeeds for classification
but both tropical depression and tropical storm are weak? how does that work then?
 
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why isn't it classified as c1-c5 in that chart?
DeathsRef(s)
Season aggregates
20 systemsMay 20 – November 24 185 (295)910>$11.59 billion107 (14)
Andrea​
May 20–21Subtropical storm40 (65)1006BermudaNoneNone
July 11–15Category 1 hurricane75 (120)993Midwestern United States, Eastern United States, Louisiana, Arkansas, Oklahoma, Great Lakes region$600 million1 (1)[34][35][33]
Three​
July 22–23Tropical depression35 (55)1013The Bahamas, FloridaNoneNone
Chantal​
August 20–23Tropical storm40 (65)1007East Coast of the United StatesNoneNone
August 24 – September 7Category 5 hurricane185 (295)910Windward Islands, Leeward Islands, Puerto Rico, the Bahamas, East Coast of the United States, Eastern Canada>$5.07 billion77 (7)[44][27]
[51][58]
[60]
Erin​
August 26–29Tropical storm40 (65)1002Cuba, The Bahamas, East Coast of the United States, Atlantic CanadaMinimalNone
September 3–5Tropical storm50 (85)1000Northeastern Mexico, South Texas$11.3 million1[67][68]
[69]
Gabrielle​
September 3–10Tropical storm65 (100)995Cape Verde, Ireland, United KingdomNoneNone
September 13–19Category 3 hurricane125 (205)950Hispaniola, Cuba, Bahamas, Southeastern United States, Bermuda, Atlantic Canada, Ireland, United Kingdom>$25 million2[117][71]
Jerry​
September 17–24Category 2 hurricane105 (165)976Leeward Islands, Puerto Rico, BermudaNoneNone
September 17–19Tropical storm45 (75)1003Texas, Louisiana, Oklahoma, Arkansas$5 billion6 (1)[78]
September 22–27Tropical storm45 (75)1003Windward Islands, Trinidad and Tobago, Venezuela, U.S. Virgin Islands, British Virgin Islands, Puerto Rico$3.5 millionNone[118]
September 23 – October 2Category 5 hurricane160 (260)925West Africa, Cape Verde, Azores, Ireland, United Kingdom$362 million20[88][119]
October 11–14Tropical storm65 (100)994[nb 3]Mid-Atlantic States, New England, Nova ScotiaMinimalNone
Fifteen​
October 14–16Tropical depression35 (55)1006West Africa, Cape VerdeNoneNone
October 18–19Tropical storm60 (95)996Central America, Mexico, Southeastern United States$125 million0 (3)[95]
October 25–28Category 1 hurricane80 (130)977AzoresNoneNone
Olga
October 25Tropical storm45 (75)998United States Gulf Coast, Louisiana, Alabama, Mississippi$400 million0 (2)[102][120]
Rebekah​
October 30 – November 1Subtropical storm50 (85)982AzoresNoneNone
Sebastien​
November 19–24Tropical storm70 (110)991Leeward Islands, Azores, British IslesMinimalNone
 
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DeathsRef(s)
Season aggregates
20 systemsMay 20 – November 24185 (295)910>$11.59 billion107 (14)
Andrea​
May 20–21Subtropical storm40 (65)1006BermudaNoneNone
July 11–15Category 1 hurricane75 (120)993Midwestern United States, Eastern United States, Louisiana, Arkansas, Oklahoma, Great Lakes region$600 million1 (1)[34][35][33]
Three​
July 22–23Tropical depression35 (55)1013The Bahamas, FloridaNoneNone
Chantal​
August 20–23Tropical storm40 (65)1007East Coast of the United StatesNoneNone
August 24 – September 7Category 5 hurricane185 (295)910Windward Islands, Leeward Islands, Puerto Rico, the Bahamas, East Coast of the United States, Eastern Canada>$5.07 billion77 (7)[44][27]
[51][58]
[60]
Erin​
August 26–29Tropical storm40 (65)1002Cuba, The Bahamas, East Coast of the United States, Atlantic CanadaMinimalNone
September 3–5Tropical storm50 (85)1000Northeastern Mexico, South Texas$11.3 million1[67][68]
[69]
Gabrielle​
September 3–10Tropical storm65 (100)995Cape Verde, Ireland, United KingdomNoneNone
September 13–19Category 3 hurricane125 (205)950Hispaniola, Cuba, Bahamas, Southeastern United States, Bermuda, Atlantic Canada, Ireland, United Kingdom>$25 million2[117][71]
Jerry​
September 17–24Category 2 hurricane105 (165)976Leeward Islands, Puerto Rico, BermudaNoneNone
September 17–19Tropical storm45 (75)1003Texas, Louisiana, Oklahoma, Arkansas$5 billion6 (1)[78]
September 22–27Tropical storm45 (75)1003Windward Islands, Trinidad and Tobago, Venezuela, U.S. Virgin Islands, British Virgin Islands, Puerto Rico$3.5 millionNone[118]
September 23 – October 2Category 5 hurricane160 (260)925West Africa, Cape Verde, Azores, Ireland, United Kingdom$362 million20[88][119]
October 11–14Tropical storm65 (100)994[nb 3]Mid-Atlantic States, New England, Nova ScotiaMinimalNone
Fifteen​
October 14–16Tropical depression35 (55)1006West Africa, Cape VerdeNoneNone
October 18–19Tropical storm60 (95)996Central America, Mexico, Southeastern United States$125 million0 (3)[95]
October 25–28Category 1 hurricane80 (130)977AzoresNoneNone
Olga
October 25Tropical storm45 (75)998United States Gulf Coast, Louisiana, Alabama, Mississippi$400 million0 (2)[102][120]
Rebekah​
October 30 – November 1Subtropical storm50 (85)982AzoresNoneNone
Sebastien​
November 19–24Tropical storm70 (110)991Leeward Islands, Azores, British IslesMinimalNone
Dorian and Lorenzo huh you're right they are moggers
 
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My name isn't there :feelswah:

Inb4 " They will never choose a name like Balakrishnansamy broo :soy::soy: "

I have an English name :feelswah:

North Indian Ocean​

[edit source]
At its 27th annual session in February and March 2000, the WMO/ESCAP Panel on North Indian Tropical Cyclones discussed the contents of a report, it had commissioned on the naming of tropical cyclones over the Bay of Bengal and the Arabian Sea.[62] It agreed in principle with the report's recommendation that there was a need for tropical cyclones to be named in its region, however, the representatives of India expressed concern at naming tropical cyclones, because of the regional, cultural and linguistic diversity of the Member countries in the Panel.[62][63][64] As a result, the panel agreed that the subject would be considered further at the next session and asked its eight members to provide its rapporteur with at least 10 names as well as their meanings, in accordance with the various criteria that the rapporteur had proposed before the end of the year.[62] At the following session, the rapporteur reported to the panel that seven of the eight members had submitted a list of names to him and presented these to the panel, which reviewed them and felt that they would not be appealing to either the media or the public.[63][65] As a result, the panel requested that the members should provide the rapporteur with a fresh set of names by June 2001, which should be appealing to both the public and the media.[63][65] Over the next few months, there was a poor response to this request from members of the panel and at the 29th session of the panel, the rapporteur noted that it wasn't possible to complete the project, without the full cooperation of members.[63][66] In response to the rapporteur's comments, the panel decided to urge all of its members to submit their proposed names to the rapporteur and ask for a named person who could be contacted to talk about the proposed naming scheme.[63][66] Over the next year, seven of the eight members submitted their proposed names to the rapporteur, however, at its 30th session, the panel decided that the naming list could not be implemented during the 2003 Season, as India hadn't submitted its names.[67] As a result, the panel urged India to cooperate and submit a list of names for the panel's consideration, while other members were asked to submit the pronunciation of the names that they had suggested.[67]

At the 31st session of the panel, the rapporteur revealed that the proposed list of names was ready for use by panel members, however, India had still not submitted its list of names despite a promise to cooperate from the Director General of the India Meteorological Department (IMD).[63] As a result, the rapporteur recommended that the panel endorsed the proposed list of names and started to use it on an experimental basis, during the 2004 season after India had submitted its names.[63] The rapporteur also recommended that the IMD's Regional Specialized Meteorological Centre in New Delhi, would be responsible for naming the tropical cyclones, once the system had become a cyclonic storm with 3-minute sustained winds of at least 34 knots (63 km/h; 39 mph).[63] It was also suggested that each name should only be used once and that the list of names should be replaced for the 2010 season and every 10 years afterwards.[63] In response the Indian representatives decided to seek approval from the WMO's permanent representative of India for Indian names to be included in the naming scheme and for it to be implemented during the season on an experimental basis.[63] The work on the proposed naming list was completed in May 2004, after India submitted its names and was available to be used by the IMD from September 2004, before the first system was named Onil on October 1, 2004.[68] At its 33rd session, the panel noted that there had been keen media interest in the naming scheme and decided to ask the IMD to continue naming tropical cyclones, before it reviewed it at its following session.[68] Over the next few years, the IMD continued to name tropical cyclones when they had become a cyclonic storm with 3-minute sustained winds of at least 34 knots (63 km/h; 39 mph), before the panel noted at their 45th session in 2018 that the majority of names had been used and that only six remained.[64][69] As a result of five countries joining the panel since the original list of names was created, the panel decided that a new list of names would be prepared and presented to the panel.[64][69] Over the next 18 months, each of the member countries submitted a list of names before the final list of names was approved and publicly released by the Panel on April 28, 2020.[64][70] The first name to be assigned from this fresh list of names was Nisarga, which was named by the IMD when it became a cyclonic storm on June 2, 2020.[71]

Names used between 2004 and 2018​

[edit source]

Names used between 2019 and 2024​

[edit source]

North Indian Ocean (100°E – 45°E)​

Cyclone Mocha at peak intensity while approaching Myanmar in May 2023
Within the North Indian Ocean between 45°E – 100°E, tropical cyclones are named by the India Meteorological Department (IMD/RSMC New Delhi) when they are judged to have intensified into cyclonic storms with 3-minute sustained wind speeds of at least 34 kn (39 mph; 63 km/h).[4] If a cyclonic storm moves into the basin from the Western Pacific, then it will keep its original name.[4] However, if the system weakens into a deep depression and subsequently reintensifies after moving into the region, then it will be assigned a new name.[4] In May 2020, the naming of Cyclone Amphan exhausted the original list of names established in 2004.[4] A new list of names has been prepared and is being used in alphabetical order for storms after Amphan.[4][17]

List of North Indian Ocean tropical cyclone names (effective from 2020)
ListContributing nation
BangladeshIndiaIranMaldivesMyanmarOmanPakistanQatarSaudi ArabiaSri LankaThailandU.A.E.Yemen
1NisargaGatiNivarBureviTauktaeYaasGulabShaheenJawadAsaniSitrangMandousMocha
2BiparjoyTejHamoonMidhiliMichaungRemalAsnaDanaFengalShakhtiMonthaSenyarDitwah
3ArnabMurasuAkvanKaaniNgamannSailSahabLuluGhazeerGigumThianyotAfoorDiksam
4UpakulAagSepandOdiKyarthitNaseemAfshanMoujAsifGaganaBulanNahhaamSira
5BarshonVyomBooranKenauSapakyeeMuznManahilSuhailSidrahVerambhaPhutalaQuffalBakhur
6RajaniJharAnahitaEndheriWetwunSadeemShujanaSadafHareedGarjanaAiyaraDaamanGhwyzi
7NishithProbahoAzarRiyauMwaihoutDimaParwazReemFaidNeebaSamingDeemHawf
8UrmiNeerPooyanGuruvaKyweManjourZannataRayhanKaseerNinnadaKraisonGargoorBalhaf
9MeghalaPrabhanjanArshamKurangiPinkuRukamSarsarAnbarNakheelViduliMatchaKhubbBrom
10SamironGhurniHengameKuredhiYinkaungWatadBadbanOudHaboobOghaMahingsaDeglShuqra
11PratikulAmbudSavasHoranguLinyoneAl-jarzSarrabBaharBareqSalithaPhraewaAthmadFartak
12SaroborJaladhiTahamtanThundiKyeekanRababGulnarSeefAlreemRiviAsuriBoomDarsah
13MahanishaVegaToofanFaanaBautphatRaadWaseqFanarWabilRuduTharaSaffarSamhah
 
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3 moggers in there, all sexappealmaxxed male names
they must both have Oliver skin and long black hair upto their shoulders. what do you think?
1723308757144
 
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North Indian Ocean​

[edit source]
At its 27th annual session in February and March 2000, the WMO/ESCAP Panel on North Indian Tropical Cyclones discussed the contents of a report, it had commissioned on the naming of tropical cyclones over the Bay of Bengal and the Arabian Sea.[62] It agreed in principle with the report's recommendation that there was a need for tropical cyclones to be named in its region, however, the representatives of India expressed concern at naming tropical cyclones, because of the regional, cultural and linguistic diversity of the Member countries in the Panel.[62][63][64] As a result, the panel agreed that the subject would be considered further at the next session and asked its eight members to provide its rapporteur with at least 10 names as well as their meanings, in accordance with the various criteria that the rapporteur had proposed before the end of the year.[62] At the following session, the rapporteur reported to the panel that seven of the eight members had submitted a list of names to him and presented these to the panel, which reviewed them and felt that they would not be appealing to either the media or the public.[63][65] As a result, the panel requested that the members should provide the rapporteur with a fresh set of names by June 2001, which should be appealing to both the public and the media.[63][65] Over the next few months, there was a poor response to this request from members of the panel and at the 29th session of the panel, the rapporteur noted that it wasn't possible to complete the project, without the full cooperation of members.[63][66] In response to the rapporteur's comments, the panel decided to urge all of its members to submit their proposed names to the rapporteur and ask for a named person who could be contacted to talk about the proposed naming scheme.[63][66] Over the next year, seven of the eight members submitted their proposed names to the rapporteur, however, at its 30th session, the panel decided that the naming list could not be implemented during the 2003 Season, as India hadn't submitted its names.[67] As a result, the panel urged India to cooperate and submit a list of names for the panel's consideration, while other members were asked to submit the pronunciation of the names that they had suggested.[67]

At the 31st session of the panel, the rapporteur revealed that the proposed list of names was ready for use by panel members, however, India had still not submitted its list of names despite a promise to cooperate from the Director General of the India Meteorological Department (IMD).[63] As a result, the rapporteur recommended that the panel endorsed the proposed list of names and started to use it on an experimental basis, during the 2004 season after India had submitted its names.[63] The rapporteur also recommended that the IMD's Regional Specialized Meteorological Centre in New Delhi, would be responsible for naming the tropical cyclones, once the system had become a cyclonic storm with 3-minute sustained winds of at least 34 knots (63 km/h; 39 mph).[63] It was also suggested that each name should only be used once and that the list of names should be replaced for the 2010 season and every 10 years afterwards.[63] In response the Indian representatives decided to seek approval from the WMO's permanent representative of India for Indian names to be included in the naming scheme and for it to be implemented during the season on an experimental basis.[63] The work on the proposed naming list was completed in May 2004, after India submitted its names and was available to be used by the IMD from September 2004, before the first system was named Onil on October 1, 2004.[68] At its 33rd session, the panel noted that there had been keen media interest in the naming scheme and decided to ask the IMD to continue naming tropical cyclones, before it reviewed it at its following session.[68] Over the next few years, the IMD continued to name tropical cyclones when they had become a cyclonic storm with 3-minute sustained winds of at least 34 knots (63 km/h; 39 mph), before the panel noted at their 45th session in 2018 that the majority of names had been used and that only six remained.[64][69] As a result of five countries joining the panel since the original list of names was created, the panel decided that a new list of names would be prepared and presented to the panel.[64][69] Over the next 18 months, each of the member countries submitted a list of names before the final list of names was approved and publicly released by the Panel on April 28, 2020.[64][70] The first name to be assigned from this fresh list of names was Nisarga, which was named by the IMD when it became a cyclonic storm on June 2, 2020.[71]

Names used between 2004 and 2018​

[edit source]


Names used between 2019 and 2024​

[edit source]


North Indian Ocean (100°E – 45°E)​

Cyclone Mocha at peak intensity while approaching Myanmar in May 2023
Within the North Indian Ocean between 45°E – 100°E, tropical cyclones are named by the India Meteorological Department (IMD/RSMC New Delhi) when they are judged to have intensified into cyclonic storms with 3-minute sustained wind speeds of at least 34 kn (39 mph; 63 km/h).[4] If a cyclonic storm moves into the basin from the Western Pacific, then it will keep its original name.[4] However, if the system weakens into a deep depression and subsequently reintensifies after moving into the region, then it will be assigned a new name.[4] In May 2020, the naming of Cyclone Amphan exhausted the original list of names established in 2004.[4] A new list of names has been prepared and is being used in alphabetical order for storms after Amphan.[4][17]

List of North Indian Ocean tropical cyclone names (effective from 2020)
ListContributing nation
BangladeshIndiaIranMaldivesMyanmarOmanPakistanQatarSaudi ArabiaSri LankaThailandU.A.E.Yemen
1NisargaGatiNivarBureviTauktaeYaasGulabShaheenJawadAsaniSitrangMandousMocha
2BiparjoyTejHamoonMidhiliMichaungRemalAsnaDanaFengalShakhtiMonthaSenyarDitwah
3ArnabMurasuAkvanKaaniNgamannSailSahabLuluGhazeerGigumThianyotAfoorDiksam
4UpakulAagSepandOdiKyarthitNaseemAfshanMoujAsifGaganaBulanNahhaamSira
5BarshonVyomBooranKenauSapakyeeMuznManahilSuhailSidrahVerambhaPhutalaQuffalBakhur
6RajaniJharAnahitaEndheriWetwunSadeemShujanaSadafHareedGarjanaAiyaraDaamanGhwyzi
7NishithProbahoAzarRiyauMwaihoutDimaParwazReemFaidNeebaSamingDeemHawf
8UrmiNeerPooyanGuruvaKyweManjourZannataRayhanKaseerNinnadaKraisonGargoorBalhaf
9MeghalaPrabhanjanArshamKurangiPinkuRukamSarsarAnbarNakheelViduliMatchaKhubbBrom
10SamironGhurniHengameKuredhiYinkaungWatadBadbanOudHaboobOghaMahingsaDeglShuqra
11PratikulAmbudSavasHoranguLinyoneAl-jarzSarrabBaharBareqSalithaPhraewaAthmadFartak
12SaroborJaladhiTahamtanThundiKyeekanRababGulnarSeefAlreemRiviAsuriBoomDarsah
13MahanishaVegaToofanFaanaBautphatRaadWaseqFanarWabilRuduTharaSaffarSamhah
Not there :feelswhat:

Do you have hurricane named after you?
 
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Models for Invest98L/Ernesto
View attachment 3086570View attachment 3086527

Great OHC
View attachment 3086529

Simulated IR
View attachment 3086568View attachment 3086566View attachment 3086531

Extremely good pattern for RI in the deep tropics
View attachment 3086523View attachment 3086524

Actually GFS is more south this run and stronger which is not what we want
View attachment 3086525

HWRF moves him westward
View attachment 3086533

Low ahh shear (which is good)
View attachment 3086537

Long ahh path (might go ER on Bramladesh Pajeets in Canada)
View attachment 3086538

Could mog
View attachment 3086541

Likely a mogger
View attachment 3086572View attachment 3086573

Could go ER on Bramladesh Pajeets
View attachment 3086575View attachment 3086576

Invest 98L (which will become Ernesto) is ahead of schedule


But we don't know where he'd spray his coom

@RapeAllFemales why c3
 

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