INSTALL
@nehasinghji01
नेहा सिंह
@nehasinghji01
15,090
फॉलोअर्स
0
फॉलोइंग
14,554
पोस्ट
Follow me
Follow
नेहा सिंह
381 ने देखा
•
10 घंटे पहले
#🤯वायु प्रदूषण पर सुप्रीम कोर्ट सख्त 😱
10
14
कमेंट
नेहा सिंह
474 ने देखा
•
10 घंटे पहले
#🤯वायु प्रदूषण पर सुप्रीम कोर्ट सख्त 😱
16
11
कमेंट
नेहा सिंह
519 ने देखा
•
11 घंटे पहले
#❄️उत्तर भारत में शीतलहर का कहर 😮
10
15
कमेंट
नेहा सिंह
1.1K ने देखा
•
11 घंटे पहले
#❄️उत्तर भारत में शीतलहर का कहर 😮
12
11
कमेंट
नेहा सिंह
486 ने देखा
•
11 घंटे पहले
#📢महिला प्रीमियर लीग मेगा ऑक्शन🔥
16
11
कमेंट
नेहा सिंह
582 ने देखा
•
12 घंटे पहले
#❄️उत्तर भारत में शीतलहर का कहर 😮
7
10
कमेंट
नेहा सिंह
2.9K ने देखा
•
12 घंटे पहले
#❄️उत्तर भारत में शीतलहर का कहर 😮
34
21
कमेंट
नेहा सिंह
525 ने देखा
•
12 घंटे पहले
#❄️उत्तर भारत में शीतलहर का कहर 😮
10
6
कमेंट
नेहा सिंह
453 ने देखा
•
12 घंटे पहले
#❄️उत्तर भारत में शीतलहर का कहर 😮
11
15
कमेंट
नेहा सिंह
490 ने देखा
•
12 घंटे पहले
#❄️उत्तर भारत में शीतलहर का कहर 😮
13
14
कमेंट
Your browser does not support JavaScript!
![❄️उत्तर भारत में शीतलहर का कहर 😮 - a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_897547_185ff99_1764244886496_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=496_sc.jpg "❄️उत्तर भारत में शीतलहर का कहर 😮 - a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] - ShareChat")
![❄️उत्तर भारत में शीतलहर का कहर 😮 - a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_525474_1b6a2db6_1764242518792_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=792_sc.jpg "❄️उत्तर भारत में शीतलहर का कहर 😮 - a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] - ShareChat")
![❄️उत्तर भारत में शीतलहर का कहर 😮 - a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_295968_31bdae24_1764242289553_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=553_sc.jpg "❄️उत्तर भारत में शीतलहर का कहर 😮 - a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] a) Arctic High (ArH) (b) Arctic Low (ArL) More likely More likely when when vortex vortex polar polar is strong is weak Highest risk European 0 cold air outbreaks (c) Alaskan Ridge (AkR) d) Pacific Trough (PT) More likely Likelihood not when polar vortex influenced by is strong vortex polar strength More likely following wave reflection events Highest risk of North American cold-air outbreaks Fig: from Lee et al. (2019), GRL 7.5 10.0 12.5 15.0 20.0 5.0 17.5 % of regime days with TZm anomaly < -1.50] - ShareChat")
