Open Path CO2/H2O Gas Analyzer at IIST Campus, Ponmudi
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Our Vision:

Scientific understanding of the energetics, dynamics and chemistry

of the terrestrial and planetary environments,and implications to the society

 


हमारा उद्देश्य:
भौमिक एवं ग्रहीय पर्यावरण के ऊर्ज़ा विज्ञान, गतिकी, एवं

रसायन शास्त्र की वैज्ञानिक समझ,
तथा समाज़ पर इनकी विवक्षा

  OUR DIRECTOR    
 

Radhika

   
  Dr. Radhika Ramachandran    
  Dr. Radhika Ramachandran joined ISRO in Jan. 1984 and started her research career in the area of "Boundary Layer Physics". She was the founder head of a new branch, "NAM" at SPL. She has taken over as Director of SPL in Mar. 2017. [MORE ....]    

 

 

 

new1Das et al. (2020),  Long-term observations of stratosphere-troposphere exchange using MST Radar and Aura MLS measurements over a tropical station Gadanki, Radio Science, https://doi.org/10.1029/2019RS006969.

new1Girach et al., (2020), "O3 and CO in the South Asian outflow over the Bay of Bengal: Impact of monsoonal dynamics and chemistry", Atmospheric Environment, 233, 117610, 2020. (http://dx.doi.org/10.1016/j.atmosenv.2020.117610

new1Usha  et al., (2020), "Modeling of aerosol induced snow albedo feedbacks over the Himalayas and its implications on regional climate", Climate Dynamics, 2020. (http://dx.doi.org/10.1007/s00382-020-05222-5)

 

new1Uma et al., (2020) , Role of Intra-Seasonal Variability in the Indian Summer Monsoon on the Hydration and Dehydration of the Upper Troposphere, Theoretical and Applied Climatology, https://doi.org/10.1007/s00704-020-03243-y

new1Suneeth and Das (2020), Zonally resolved water vapour coupling with tropical tropopause temperature: Seasonal and interannual variability, and influence of the Walker circulation, Climate Dynamics, https://doi.org/10/1007/s00328-020-05255-w.

new1Boreddy et al., (2020), Impact of ice-free oases on particulate matter over the East Antarctic: Inferences from the carbonaceous, water-soluble species and trace metals", Polar Sciencehttp://dx.doi.org/10.1016/j.polar.2020.100520

new1Girach  et al., (2020), Tropospheric carbon monoxide over the northern Indian Ocean during winter: influence of inter-continental transport", Climate Dynamics, 2020. http://dx.doi.org/10.1007/s00382-020-05269-4

new1Ojha et al. (2020), On the widespread enhancement in fine particulate matter across the Indo-Gangetic Plain towards winter", Scientific Reports, 10:5862, http://dx.doi.org/10.1038/s41598-020-62710-8

new1Kompalli et al.  (2020), Seasonal contrast in size distributions and mixing state of black carbon and its association with PM1.0 chemical composition from the eastern coast of India, Atmos. Chem. Phys., 20, 3135–3149, https://doi.org/10.5194/acp-20-3135-2020.

new1Koushik et al.  (2020), Planetary waves in the mesosphere lower thermosphere during stratospheric sudden warming: observations using a network of meteor radars from high to equatorial latitudes. Climate Dynamics https://doi.org/10.1007/s00382-020-05214-5

new1Nair,et al., (2020),Cloud condensation nuclei properties of South Asian outflow over the northern Indian Ocean during winter, Atmos. Chem. Phys., 20, 3135–3149, https://doi.org/10.5194/acp-20-3135-2020

new1Das and Suneeth(2020), Seasonal and interannual variations of water vapor in the upper troposphere and lower stratosphere over the Asian Summer Monsoon region- in perspective of the tropopause and ocean-atmosphere interactions, Journal of Atmospheric and Solar-Terrestrial Physics, 10.1016/j.jastp.2020.105244, 2020
new1Muhsin et al., (2020),Contrasting features of tropospheric turbulence over the Indian peninsula,Journal of Atmospheric and Solar-Terrestrial Physics,197, https://doi.org/10.1016/j.jastp.2019.105179
new1Kumar and Sunilkumar, (2020),Assessment of INSAT-3D Retrieved Temperature and Water Vapour With Collocated Radiosonde Measurements Over Indian Region, IEEE Transactions on Geoscience and Remote Sensing.doi : 10.1109/TGRS.2019.2960277

new1Manju et al., (2020), Chandrayaan-2 Lander platform:RAMBHA-LP payload, Current Science, VOL. 118, NO. 3, 10.

new1Aswathy and Manju, (2020), Time of evening zonal drift reversal in F- region and its implications for post sunset ionosphere, Journal of Atmospheric and Solar–Terrestrial Physics, 200, 105210, https://doi.org/10.1016, 2020 /j.jastp.2020.105210

new1Manju et al., (2020), In-situ observations of rocket burn induced modulations of the top side ionosphere using the IDEA payload on-board the unique orbiting experimental platform (PS4) of the Indian Polar orbiting Satellite Launch Vehicle mission, Journal of Atmospheric and Solar–Terrestrial Physics 199, https://doi.org/10.1016/j.jastp.2020.105203

new1Mathewet al., (2020), Millimeter-Wave Radiometric Information Content Analysis for Venus Atmospheric Constituents, Radio Science, 55,e2019RS006913. https://doi.org/10.1029/2019RS006913

new1Koushik et al.,(2020), Westward Acceleration of Tropical Stratopause Zonal Winds during Major Sudden Stratospheric Warming Events, Geophysical Research Letters, https://doi.org/10.1029/2019GL086857

new1Muhsin, et al., (2020),“Contrasting features of tropospheric turbulence over the Indian peninsula”,Journal of Atmospheric and Solar-Terrestrial Physics,197,https://doi.org/10.1016/j.jastp.2019.105179

new1Davis et al., (2020),Effect of Clouds on the Diurnal Evolution of Atmospheric Boundary Layer Height over a Tropical Coastal Station", Boundary-Layer Meteorology, https://doi.org/10.1007/s10546-019-00497-6

new1Mishra et al.,(2020), "Characterization of GSAT-14 satellite Ka-band microwave signal attenuation due to precipitation over a Tropical Coastal station in the southern peninsular region of the Indian subcontinent", Radio Science, 55, e2019RS006910. https://doi.org/10.1029/2019RS006910

new1Aneesh and Sijikumar, (2020),Existence of ‘mini-break’ like condition during early Indian monsoon onset years, Climate Dynamics, http://dx.doi.org/10.1007/s00382-020-05121-9 2020

new1Nair et al.,(2020), Role of Cyclone “Ockhi” in the re-distribution of aerosols and its impact on the precipitation over the Arabian Sea, Atmospheric Research, 235, https://doi.org/10.1016/j.atmosres.2020.104797

 

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Base Height of F-region during 2003 - 2004 Metadata

Virtual base height of F-region (h′F) from 17.5 h to 21 hrs on during the year 2003-2004                              
                               
                               
%Day 17.5 17.75 18 18.25 18.5 18.75 19 19.25 19.5 19.75 20 20.25 20.5 20.75 21
1 266.1 275 283.9 296.4 326.8 364.3 394.6 407.1 410.7 414.3 419.6 403.6 396.4 389.3 385.7
2 266.1 269.6 278.6 292.9 316.1 337.5 360.7 358.9 360.7 369.6 383.9 396.4 398.2 389.3 380.4
3 257.1 258.9 269.6 285.7 308.9 342.9 371.4 375 385.7 387.5 394.6 400 396.4 400 410.7
4 255.4 258.9 262.5 275 289.3 307.1 323.2 326.8 323.2 316.1 310.7 316.1 323.2 319.6 314.3
5 257.1 260.7 267.9 267.9 275 285.7 292.9 280.4 262.5 258.9 258.9 266.1 262.5 266.1 260.7
6 248.2 260.7 266.1 273.2 276.8 275 273.2 266.1 260.7 255.4 253.6 248.2 244.6 242.9 239.3
7 248.2 257.1 260.7 266.1 273.2 278.6 276.8 275 269.6 269.6 273.2 266.1 264.3 271.4 267.9
8 250 255.4 260.7 260.7 255.4 253.6 258.9 262.5 260.7 255.4 251.8 244.6 239.3 235.7 230.4
9 246.4 248.2 248.2 251.8 253.6 255.4 260.7 248.2 241.1 233.9 235.7 230.4 225 223.2 225
10 269.6 278.6 271.4 275 275 278.6 280.4 278.6 275 269.6 264.3 255.4 255.4 251.8 250
11 251.8 258.9 257.1 258.9 257.1 260.7 258.9 251.8 255.4 258.9 250 241.1 225 217.9 223.2
12 244.6 251.8 253.6 253.6 255.4 257.1 258.9 262.5 264.3 255.4 258.9 250 251.8 253.6 250
13 251.8 258.9 260.7 257.1 260.7 266.1 269.6 273.2 280.4 278.6 275 271.4 260.7 253.6 248.2
14 244.6 248.2 255.4 260.7 266.1 278.6 294.6 312.5 319.6 323.2 325 308.9 296.4 292.9 289.3
15 248.2 260.7 267.9 273.2 282.1 292.9 305.4 317.9 321.4 326.8 312.5 294.6 276.8 260.7 250
16 248.2 257.1 260.7 273.2 276.8 280.4 276.8 273.2 276.8 273.2 262.5 258.9 251.8 248.2 242.9
17 253.6 260.7 264.3 278.6 289.3 308.9 323.2 325 369.6 373.2 371.4 366.1 353.6 351.8 342.9
18 250 260.7 266.1 273.2 283.9 298.2 319.6 333.9 339.3 341.1 333.9 321.4 307.1 296.4 280.4
19 250 255.4 264.3 266.1 267.9 276.8 285.7 298.2 312.5 325 335.7 330.4 330.4 323.2 341.1
20 250 257.1 260.7 260.7 260.7 260.7 262.5 266.1 267.9 273.2 276.8 282.1 275 282.1 283.9
21 257.1 258.9 264.3 267.9 273.2 275 276.8 273.2 271.4 269.6 266.1 266.1 264.3 273.2 273.2
22 253.6 260.7 264.3 269.6 269.6 273.2 276.8 282.1 285.7 289.3 298.2 308.9 312.5 325 337.5
23 251.8 260.7 264.3 273.2 285.7 308.9 323.2 339.3 362.5 375 387.5 401.8 408.9 412.5 408.9
24 251.8 260.7 264.3 273.2 285.7 308.9 323.2 339.3 362.5 375 387.5 401.8 408.9 412.5 408.9
24 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN
25 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN
26 NaN NaN NaN NaN 280.4 285.7 296.4 300 305.4 319.6 325 325 316.1 292.9 271.4
27 248.2 253.6 264.3 258.9 262.5 NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN
28 251.8 260.7 264.3 273.2 275 282.1 287.5 291.1 294.6 296.4 298.2 292.9 291.1 285.7 275
29 251.8 260.7 264.3 267.9 276.8 289.3 303.6 314.3 330.4 337.5 350 351.8 353.6 353.6 348.2
30 266.1 257.1 260.7 267.9 271.4 278.6 283.9 282.1 275 266.1 266.1 258.9 250 239.3 233.9
31 244.6 250 258.9 262.5 260.7 257.1 248.2 244.6 248.2 248.2 241.1 235.7 235.7 232.1 219.6
32 250 257.1 260.7 260.7 269.6 283.9 303.6 317.9 300 280.4 267.9 264.3 250 235.7 233.9
33 248.2 258.9 258.9 266.1 267.9 276.8 283.9 291.1 308.9 307.1 307.1 303.6 300 300 303.6
34 251.8 258.9 257.1 257.1 258.9 257.1 260.7 260.7 258.9 283.9 264.3 258.9 255.4 246.4 239.3
35 250 260.7 260.7 273.2 278.6 287.5 291.1 300 303.6 300 289.3 280.4 276.8 269.6 271.4
36 248.2 250 255.4 262.5 266.1 280.4 301.8 321.4 339.3 353.6 364.3 375 385.7 385.7 389.3
37 250 257.1 258.9 271.4 278.6 294.6 308.9 321.4 316.1 314.3 310.7 301.8 282.1 271.4 273.2
38 258.9 258.9 262.5 266.1 271.4 278.6 292.9 308.9 323.2 341.1 353.6 367.9 378.6 380.4 364.3
39 237.5 246.4 246.4 251.8 257.1 266.1 269.6 266.1 266.1 257.1 262.5 267.9 264.3 260.7 251.8
40 239.3 248.2 253.6 255.4 260.7 273.2 283.9 287.5 287.5 292.9 307.1 314.3 319.6 323.2 317.9
41 239.3 250 260.7 262.5 264.3 262.5 262.5 266.1 262.5 262.5 260.7 260.7 267.9 262.5 257.1
42 237.5 248.2 251.8 253.6 251.8 246.4 242.9 246.4 251.8 264.3 266.1 269.6 266.1 264.3 260.7
43 239.3 250 262.5 262.5 271.4 267.9 262.5 262.5 253.6 253.6 251.8 248.2 248.2 248.2 246.4
44 235.7 246.4 258.9 266.1 275 275 285.7 294.6 298.2 303.6 305.4 308.9 321.4 321.4 316.1
45 244.6 248.2 255.4 258.9 262.5 269.6 276.8 287.5 298.2 303.6 310.7 323.2 323.2 319.6 308.9
46 244.6 250 258.9 266.1 275 283.9 294.6 300 300 314.3 332.1 346.4 357.1 380.4 385.7
47 248.2 250 258.9 271.4 273.2 280.4 282.1 285.7 282.1 278.6 282.1 273.2 262.5 248.2 239.3
48 246.4 253.6 260.7 267.9 276.8 285.7 300 310.7 330.4 339.3 346.4 355.4 360.7 364.3 364.3
49 NaN 248.2 255.4 260.7 266.1 267.9 275 285.7 291.1 294.6 291.1 287.5 282.1 276.8 267.9
50 241.1 246.4 255.4 262.5 267.9 275 294.6 317.9 337.5 346.4 364.3 375 398.2 400 405.4
51 239.3 250 253.6 260.7 271.4 283.9 307.1 321.4 333.9 346.4 348.2 357.1 373.2 394.6 376.8
52 242.9 255.4 257.1 262.5 271.4 291.1 323.2 355.4 380.4 385.7 398.2 389.3 378.6 342.9 332.1
53 253.6 253.6 257.1 260.7 264.3 264.3 257.1 244.6 237.5 237.5 228.6 221.4 216.1 217.9 212.5
54 242.9 248.2 255.4 260.7 267.9 273.2 278.6 280.4 276.8 273.2 266.1 251.8 248.2 244.6 244.6
55 239.3 248.2 253.6 257.1 266.1 269.6 271.4 271.4 269.6 266.1 260.7 257.1 255.4 248.2 242.9
56 241.1 242.9 255.4 260.7 262.5 264.3 267.9 273.2 267.9 264.3 262.5 258.9 258.9 255.4 246.4
57 248.2 248.2 257.1 260.7 258.9 260.7 262.5 258.9 264.3 267.9 258.9 258.9 242.9 241.1 233.9
58 237.5 244.6 255.4 258.9 262.5 266.1 278.6 289.3 294.6 303.6 308.9 305.4 300 294.6 289.3
59 237.5 244.6 248.2 255.4 258.9 260.7 266.1 273.2 276.8 285.7 298.2 298.2 298.2 298.2 289.3
60 232.1 235.7 241.1 251.8 260.7 262.5 264.3 271.4 271.4 273.2 271.4 266.1 260.7 255.4 250
61 230.4 242.9 248.2 253.6 257.1 262.5 267.9 278.6 283.9 292.9 291.1 287.5 292.9 291.1 283.9
62 235.7 242.9 244.6 251.8 251.8 246.4 242.9 246.4 255.4 266.1 262.5 266.1 262.5 260.7 257.1
63 235.7 237.5 246.4 248.2 251.8 255.4 260.7 264.3 271.4 287.5 287.5 285.7 298.2 298.2 282.1
64 235.7 248.2 246.4 257.1 264.3 276.8 296.4 332.1 353.6 367.9 371.4 350 325 301.8 294.6
65 241.1 244.6 250 255.4 262.5 269.6 282.1 285.7 289.3 287.5 280.4 273.2 267.9 266.1 273.2
66 235.7 235.7 241.1 250 248.2 248.2 257.1 255.4 255.4 257.1 257.1 264.3 271.4 271.4 262.5
67 230.4 246.4 248.2 253.6 262.5 262.5 269.6 276.8 294.6 298.2 298.2 298.2 303.6 298.2 298.2
68 226.8 239.3 241.1 250 255.4 257.1 260.7 260.7 264.3 273.2 278.6 282.1 273.2 271.4 264.3
69 235.7 237.5 250 253.6 258.9 264.3 273.2 285.7 292.9 303.6 308.9 308.9 303.6 296.4 294.6
70 235.7 241.1 246.4 251.8 257.1 257.1 258.9 260.7 264.3 266.1 266.1 271.4 273.2 275 278.6
71 219.6 241.1 246.4 258.9 260.7 266.1 278.6 287.5 298.2 317.9 332.1 344.6 348.2 342.9 335.7
72 235.7 239.3 248.2 257.1 260.7 269.6 283.9 300 321.4 335.7 342.9 335.7 328.6 326.8 314.3
73 230.4 235.7 242.9 255.4 264.3 273.2 282.1 294.6 310.7 330.4 358.9 396.4 412.5 407.1 403.6
74 237.5 242.9 255.4 260.7 267.9 275 291.1 300 312.5 310.7 310.7 280.4 269.6 253.6 250
75 235.7 244.6 248.2 257.1 260.7 260.7 269.6 275 282.1 285.7 275 260.7 248.2 239.3 232.1
76 233.9 242.9 255.4 257.1 260.7 266.1 276.8 285.7 308.9 314.3 316.1 310.7 301.8 282.1 269.6
77 228.6 239.3 248.2 258.9 262.5 267.9 273.2 273.2 273.2 271.4 264.3 260.7 257.1 251.8 251.8
78 230.4 244.6 250 262.5 269.6 271.4 276.8 285.7 291.1 300 303.6 303.6 300 292.9 283.9
79 230.4 235.7 237.5 246.4 246.4 246.4 273.2 271.4 273.2 271.4 260.7 258.9 255.4 251.8 248.2
80 233.9 235.7 239.3 248.2 253.6 260.7 262.5 267.9 269.6 271.4 271.4 271.4 267.9 257.1 248.2
81 235.7 244.6 246.4 257.1 258.9 264.3 267.9 269.6 267.9 266.1 266.1 266.1 269.6 271.4 271.4
82 233.9 235.7 248.2 255.4 258.9 267.9 278.6 291.1 303.6 310.7 305.4 301.8 291.1 278.6 269.6
83 233.9 242.9 246.4 257.1 260.7 264.3 276.8 291.1 298.2 308.9 316.1 323.2 323.2 316.1 307.1
84 232.1 241.1 248.2 257.1 262.5 280.4 305.4 342.9 375 408.9 425 430.4 419.6 410.7 392.9
85 221.4 235.7 242.9 250 260.7 266.1 275 287.5 301.8 314.3 317.9 328.6 330.4 332.1 326.8
86 232.1 244.6 246.4 251.8 260.7 269.6 285.7 310.7 325 330.4 333.9 339.3 332.1 342.9 332.1
87 235.7 244.6 253.6 255.4 260.7 271.4 282.1 300 312.5 317.9 323.2 325 323.2 314.3 287.5
88 239.3 246.4 250 258.9 269.6 278.6 305.4 335.7 375 396.4 401.8 425 425 417.9 412.5
89 233.9 239.3 248.2 251.8 264.3 275 296.4 319.6 341.1 346.4 350 353.6 364.3 369.6 371.4
90 237.5 242.9 250 246.4 253.6 260.7 260.7 260.7 260.7 257.1 255.4 258.9 262.5 264.3 262.5
91 235.7 239.3 250 251.8 262.5 264.3 269.6 273.2 276.8 273.2 276.8 276.8 264.3 253.6 241.1
92 235.7 239.3 250 251.8 262.5 264.3 269.6 273.2 276.8 273.2 276.8 276.8 264.3 253.6 241.1
92 NaN NaN NaN NaN NaN 275 292.9 314.3 332.1 350 355.4 360.7 362.5 357.1 355.4
93 233.9 241.1 248.2 255.4 266.1 275 300 325 342.9 366.1 369.6 360.7 344.6 314.3 319.6
94 221.4 225 242.9 250 257.1 260.7 266.1 273.2 278.6 275 271.4 264.3 255.4 242.9 233.9
95 226.8 233.9 237.5 253.6 260.7 267.9 275 291.1 303.6 314.3 330.4 337.5 333.9 321.4 319.6
96 225 237.5 244.6 248.2 255.4 260.7 275 291.1 300 307.1 312.5 316.1 316.1 321.4 328.6
97 232.1 248.2 251.8 258.9 264.3 273.2 292.9 301.8 312.5 317.9 330.4 341.1 382.1 414.3 421.4
98 237.5 241.1 248.2 251.8 260.7 266.1 285.7 310.7 344.6 373.2 398.2 421.4 430.4 414.3 391.1
99 233.9 248.2 253.6 260.7 273.2 285.7 316.1 351.8 380.4 392.9 398.2 401.8 387.5 357.1 326.8
100 219.6 233.9 244.6 253.6 260.7 269.6 285.7 310.7 332.1 369.6 383.9 378.6 351.8 339.3 333.9
101 237.5 244.6 257.1 260.7 267.9 271.4 273.2 278.6 294.6 298.2 287.5 273.2 262.5 248.2 237.5
102 233.9 242.9 255.4 260.7 264.3 273.2 285.7 298.2 316.1 333.9 369.6 387.5 394.6 389.3 373.2
103 239.3 248.2 251.8 260.7 267.9 280.4 300 307.1 314.3 317.9 314.3 305.4 301.8 291.1 282.1
104 239.3 248.2 255.4 262.5 275 287.5 312.5 325 344.6 335.7 310.7 294.6 283.9 273.2 262.5
105 235.7 246.4 250 257.1 266.1 275 296.4 319.6 333.9 335.7 328.6 332.1 332.1 341.1 344.6
106 232.1 241.1 248.2 251.8 262.5 266.1 278.6 292.9 298.2 303.6 308.9 310.7 307.1 305.4 301.8
107 239.3 244.6 251.8 260.7 271.4 285.7 310.7 333.9 350 360.7 362.5 364.3 389.3 380.4 305.4
108 235.7 241.1 248.2 257.1 258.9 269.6 282.1 294.6 296.4 298.2 298.2 292.9 280.4 275 262.5
109 239.3 250 255.4 266.1 276.8 289.3 310.7 328.6 342.9 348.2 348.2 346.4 344.6 335.7 325
110 237.5 251.8 255.4 267.9 275 287.5 301.8 314.3 323.2 325 333.9 337.5 341.1 332.1 328.6
111 237.5 246.4 251.8 258.9 262.5 278.6 294.6 301.8 314.3 323.2 328.6 323.2 312.5 308.9 301.8
112 237.5 241.1 251.8 257.1 267.9 278.6 301.8 323.2 346.4 358.9 358.9 353.6 357.1 360.7 369.6
113 235.7 242.9 248.2 255.4 266.1 278.6 300 321.4 332.1 337.5 339.3 339.3 337.5 321.4 308.9
114 230.4 244.6 248.2 258.9 269.6 285.7 323.2 357.1 387.5 403.6 396.4 360.7 357.1 360.7 312.5
115 237.5 246.4 250 258.9 271.4 289.3 321.4 357.1 385.7 389.3 410.7 391.1 355.4 325 301.8
116 235.7 246.4 253.6 260.7 266.1 278.6 303.6 333.9 348.2 350 341.1 335.7 328.6 323.2 323.2
117 235.7 241.1 253.6 260.7 269.6 285.7 316.1 341.1 364.3 400 428.6 423.2 392.9 369.6 351.8
118 241.1 242.9 255.4 260.7 275 285.7 305.4 332.1 351.8 369.6 373.2 366.1 351.8 337.5 348.2
119 237.5 244.6 253.6 257.1 267.9 280.4 294.6 319.6 333.9 342.9 337.5 330.4 316.1 301.8 294.6
120 237.5 244.6 251.8 257.1 264.3 271.4 298.2 319.6 337.5 350 369.6 382.1 407.1 400 369.6
121 225 242.9 248.2 257.1 267.9 273.2 287.5 298.2 307.1 319.6 316.1 307.1 289.3 271.4 258.9
122 248.2 251.8 257.1 264.3 269.6 280.4 298.2 321.4 330.4 330.4 321.4 316.1 314.3 314.3 307.1