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The reasons for specific events to occur the most at or around those areas (discuss in terms of the ingredients to form a weather event and how the area favorably works for those ingredients).    Tornado: It encompasses the hot and humid air with dry gradients creating a colder and denser coaster of air. The hot air uplifts through the cold compression and enlarges its structures. Map distribution- Severe implies in Louisiana, Mississippi, Tennessee, Arkansas, etc. And the lowest occurs in Wyoming, South Dakota, Wisconsin, etc.  Severe thunderstorms: The sound release from the process acknowledges as thunder. It occurs with a minute difference gap and encompasses immense heat and rapid waves in the environment accompany by storms and lightning. The overbearing occurrence in Atlanta, Virginia, Columbia, North Carolina, Kentucky, etc. And lowest experience in Kansas, Arizona, Minnesota, etc. Sharp hail: A variety of cooler wind disturbances, along with the precipitation plus water at an icy temperature in clouds, forms ice and recognizes as a hailstorm. Regions pre-occupying harsh hailstorm days recognizes as Kansas, Oklahoma City, Nebraska, etc. However, Ann Arbor, Indiana, Ohio, Pennsylvania witness the lowest happening.

The reasons for specific events to occur the most at or around those areas (discuss in terms of the ingredients to form a weather event and how the area favorably works for those ingredients).    Tornado: It encompasses the hot and humid air with dry gradients creating a colder and denser coaster of air. The hot air uplifts through the cold compression and enlarges its structures. Map distribution- Severe implies in Louisiana, Mississippi, Tennessee, Arkansas, etc. And the lowest occurs in Wyoming, South Dakota, Wisconsin, etc.  Severe thunderstorms: The sound release from the process acknowledges as thunder. It occurs with a minute difference gap and encompasses immense heat and rapid waves in the environment accompany by storms and lightning. The overbearing occurrence in Atlanta, Virginia, Columbia, North Carolina, Kentucky, etc. And lowest experience in Kansas, Arizona, Minnesota, etc. Sharp hail: A variety of cooler wind disturbances, along with the precipitation plus water at an icy temperature in clouds, forms ice and recognizes as a hailstorm. Regions pre-occupying harsh hailstorm days recognizes as Kansas, Oklahoma City, Nebraska, etc. However, Ann Arbor, Indiana, Ohio, Pennsylvania witness the lowest happening.

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The reasons for specific events to occur the most at or around those areas (discuss in terms of the ingredients to form a weather event and how the area favorably works for those ingredients). 

 

  1. Tornado: It encompasses the hot and humid air with dry gradients creating a colder and denser coaster of air. The hot air uplifts through the cold compression and enlarges its structures. Map distribution- Severe implies in Louisiana, Mississippi, Tennessee, Arkansas, etc. And the lowest occurs in Wyoming, South Dakota, Wisconsin, etc. 
  2. Severe thunderstorms: The sound release from the process acknowledges as thunder. It occurs with a minute difference gap and encompasses immense heat and rapid waves in the environment accompany by storms and lightning. The overbearing occurrence in Atlanta, Virginia, Columbia, North Carolina, Kentucky, etc. And lowest experience in Kansas, Arizona, Minnesota, etc.
  3. Sharp hail: A variety of cooler wind disturbances, along with the precipitation plus water at an icy temperature in clouds, forms ice and recognizes as a hailstorm. Regions pre-occupying harsh hailstorm days recognizes as Kansas, Oklahoma City, Nebraska, etc. However, Ann Arbor, Indiana, Ohio, Pennsylvania witness the lowest happening. 

 

These maps were created by gridding the total number of daily severe weather reports (Midnight to 11:59pm CDT) over the 10-year period from 2003 through 2012 on a 80km grid. The resulting grid numbers are then divided by 10 and smoothed to arrive at the annual average number of days with a report of severe weather based on official NWS Storm Data records. The 80km grid-point value corresponds to the number of events within 25 miles of a point. While the resulting maps generally match our understanding of severe weather climatology, there are a few exceptions that come about as a result of how the severe weather event is quantified. Even through the data are smoothed, severe weather reports cluster around population centers. This can be seen on the "any" or "all" severe weather map in the upper left. Maximum values show up around Charlotte, NC, Huntsville, AL, Jackson, MS, Springfield, MO, and Dallas, TX. These are locations where more severe weather is reported because more people live in those areas. The hail reports used to generate the hail frequency map are from reports of hail 1 inch or greater in diameter. Large hail reports are most common from Rapid City, SD to Denver, CO, Dodge City, KS, and Springfield, MO. The wind report map perhaps poses the greatest challenge in terms of representing where a greater severe thunderstorm wind threat may exist. The majority of severe thunderstorm wind reports are verified by falling trees "not* by observed wind gusts of 50 knots or greater. Thus, there is a distinct tendency for severe thunderstorm winds to be reported in areas with more trees. Recent peer-reviewed studies have compared the severe weather reports used to make these maps with automated observations (for wind), and radar data (for hail). These studies have found that greater concentrations/frequencies of severe hail (based on radar) and 50kt or greater severe thunderstorm wind gusts (based on automated observations) are more likely to occur over parts of the Great Plains and Midwest than what might be indicated in the maps shown here. (Click each map for full resolution version.)
Transcribed Image Text:These maps were created by gridding the total number of daily severe weather reports (Midnight to 11:59pm CDT) over the 10-year period from 2003 through 2012 on a 80km grid. The resulting grid numbers are then divided by 10 and smoothed to arrive at the annual average number of days with a report of severe weather based on official NWS Storm Data records. The 80km grid-point value corresponds to the number of events within 25 miles of a point. While the resulting maps generally match our understanding of severe weather climatology, there are a few exceptions that come about as a result of how the severe weather event is quantified. Even through the data are smoothed, severe weather reports cluster around population centers. This can be seen on the "any" or "all" severe weather map in the upper left. Maximum values show up around Charlotte, NC, Huntsville, AL, Jackson, MS, Springfield, MO, and Dallas, TX. These are locations where more severe weather is reported because more people live in those areas. The hail reports used to generate the hail frequency map are from reports of hail 1 inch or greater in diameter. Large hail reports are most common from Rapid City, SD to Denver, CO, Dodge City, KS, and Springfield, MO. The wind report map perhaps poses the greatest challenge in terms of representing where a greater severe thunderstorm wind threat may exist. The majority of severe thunderstorm wind reports are verified by falling trees "not* by observed wind gusts of 50 knots or greater. Thus, there is a distinct tendency for severe thunderstorm winds to be reported in areas with more trees. Recent peer-reviewed studies have compared the severe weather reports used to make these maps with automated observations (for wind), and radar data (for hail). These studies have found that greater concentrations/frequencies of severe hail (based on radar) and 50kt or greater severe thunderstorm wind gusts (based on automated observations) are more likely to occur over parts of the Great Plains and Midwest than what might be indicated in the maps shown here. (Click each map for full resolution version.)
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Transcribed Image Text:1422 2016 16 1313 15 16 1 131214 1311 12 15 18 56 92 INA 29 2 2 1436 6 65 8(1 12 15 12 14 9 2 4 lo 11 122 411421 14 11 oil13 13 10 11 14 18 14 N DS 123111 21 2N 457 09 n pa 122232121365 sy5 7 Severe Weather Reports Per Year (2003-2012) 343 6 84 14 14 13 16 s 2119 18 201 29 244 15 17 14 33 0 12 1l13 13 13 18 1917 18 18 16 1714 19A6 As 14 21 Severe Weather Days Per Year From 2003-2012 Reports Tomado Days Per Year From 2003-2012 Reports Days with at least one tornado, wind, and/or hail report within -25 miles. 11 Days with at least 1 tomado report within -25 miles. 1 1111 255456719 n6 106 69 27 23224543 22 111 1 1221 1 la 233 4 64 4 4386 109 ag 101213 e L6 11 111 12262 1422 123. 111 Ni 2 2 14 1 12222 1 23 IT1 N 22122 111 2342h1 2 e 16 15 121715 14 11 120 16 16 131315 1617 131214 1311 12 15 18s 2 1 1111 221 21 2 2 2 1 11 2He 212221 21216,3 221 11121 1 111 1 1 111 11 9 26 24 24 31 22 22 2a 24 a 221 20 22 24 27 2N 2 D2 21 28 5š2/18 a 20 225 29 21 20-26İS A 22 2222 ž2123 0 2 210t 2 2 3111 1271 23 2222 2 a 1 21 1P22 12111212 3 2 1 12 1 2 1 111 13 2 121 1 3221 2/213 101 11 342a 1 2 22 2 20 20 2 1 2 2/2 2 11122 2/ 11 2 2 2 3 U2 £ a 10 11 12 15 10 14 14 15 15 18 28d 12 13 18 14 19 e NOAA NOAA 108 916 20 10 National Weather Service National Weather Service Storm Prediction Center Storm Prediction Center Severe Hail Days Per Year From 2003-2012 Reports Severe Thunderstorm Wind Days Per Year From 2003-2012 Reports Days with at least 1 report of inch+ hail within -25 miles. Days with at least 1 report of a severe thunderstorm gust within -25 miles. म 11111 21 3AR3323 1121 22334 23 53 3 4 31 1 4 52 25 22 353 3 321 12223 32 4.366 465 655 s 7 111 4555 5 3 74 k122 11 111242 12/3 6/7 554565456633/3 A5 4 65-66558s 3442 7 8 7s 4s's 5 3 11177 fo E 55 45 U d09 9 p 98 10 78S5 567 11 e 66 4 6 6 457 7567 21 1 224 3112 7 667 7 8.6.681171 11 111 16 12 1121k4 DO 4 5T 1o9 1 12a5 0 10 A 1 13 65 6 7 /m10 10119 11101 15 124127 9 10 10 e112 4la s12 8 10 10 1i l1 | 10 20 5 6- s 2 3 99 109 (09 o13 12 11 12 99 9 79 9 18. 8/7 1211 10 1116 u 1 u nB 1547 20 1 9 vA16 u10 1214 21 9 1. 2 16E 765 5 56 65 11 là9 10 10 1 1 s u9 88 10 15 10 9 152 2 4 10 221 4 36 6 65 8(1 12 15 12 14 97 10 8/1 17 7 12 1 6 77 4.555à 7 5 la 10 2 16 4. NORA NOAA 2 (55 22 3 National Weather Service National Weather Service 1 Storm Prediction Center Storm Prediction Center
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