67 2160 Fast, Hans AES Canada Ozonesonde AASE II 1 1 1992 02 15 1992 07 01 0 40 Pressure at observation (hpa) Station name 6 1 1 1 1 1 1 999.9 99999 999.9 99.99 999 999.9 Time after launch (min) Geopotential height (gpm) Temperature (C) Ozone partial pressure (mPa) Horizontal wind dir (deg) Horizontal wind speed (m/s) 19 8 1 1 1 1 1 1 1 1 1 1 1 999 999.9 999.99 9.999 99.99 999.99 999.99 99.9 99.9 9999 9999 2 20 20 40 40 60 4 20 zz zzzzzzzzzzzzzzzzzzzz zzzzzzzzzzzzzzzzzzzz zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz zzzz zzzzzzzzzzzzzzzzzzzz Number of pressure levels Integrated Ozone (DU) Residual ozone (DU) Correction factor Launch time (UT hours from 0 hours on day given by date) East longitude of station (degrees) Latitude of station (degrees) Wind speed at ground at launch (m/s) Temperature at ground at launch (C) Balloon volume for plastic balloon (m^3) Balloon weight for rubber balloon (g) Lifting gas Balloon material (RUBBER or PLASTIC) Balloon brand (e.g. TOTEX, RAVEN) Balloon type (e.g. TX1200, CL0019) Reason for discontinuation Weather condition at launch Balloon pretreatment Serial number of ECC 0 13 The integrated ozone has been obtained by integrating the ozone profile from the surface to the maximum altitude attained by the sonde. The residual ozone refers to the estimated ozone amount above this maximum altitude. This contribution is calculated only when the sonde achieves an altitude equal to or greater than that corresponding to 17 hpa. The correction factor is the total ozone as measured by the Brewer spectrophotometer divided by the uncorrected total ozone obtained from the sonde (integrated plus residual). The correction factor has been applied at all pressure levels as a constant ozone scaling factor to yield the final ozone profile contained in this data file. When a Brewer measurement was not available, the correction factor was set to 1.000. The wind speed in (m/s) is related to (knots) by: (1 m/s = 1.93 knots) Churchill 88 380.8 83.18 0.961 17.13 265.93 58.75 4.1 -28.7 9999 800 H2 Rubber Totex TTA1000 Loss of Signal VSBY 24 Km / Ci 80001 / Ice crystals none 4A6007 1009.2 0.0 35 -28.7 3.17 260 4.1 1000.0 0.2 101 -27.1 3.19 264 4.7 974.0 0.9 292 -22.7 3.24 272 5.7 933.3 2.0 606 -20.7 3.27 280 7.3 915.3 2.5 750 -20.6 3.32 282 8.3 904.8 2.7 836 -19.6 3.32 283 8.8 868.4 3.7 1141 -18.4 3.33 287 10.4 850.0 4.2 1301 -18.9 3.24 288 11.4 828.0 4.9 1496 -19.5 3.13 290 12.4 808.0 5.6 1677 -20.3 3.27 291 13.5 750.5 7.5 2222 -21.5 2.68 295 16.6 706.4 9.0 2666 -23.9 2.48 297 18.6 700.0 9.2 2732 -24.1 2.62 297 19.2 687.6 9.7 2863 -24.6 2.89 298 20.2 657.8 10.8 3184 -26.1 2.59 300 22.8 635.3 11.7 3435 -26.1 2.91 301 24.9 614.8 12.5 3672 -26.7 2.71 302 26.4 577.0 14.0 4128 -29.4 2.71 304 30.6 513.2 16.5 4958 -32.5 2.26 306 37.3 500.0 17.0 5141 -33.8 2.15 306 38.8 458.9 19.1 5736 -38.4 1.79 306 38.8 400.0 22.0 6666 -45.7 1.61 306 38.8 350.4 25.0 7534 -52.7 1.43 305 39.4 309.8 27.5 8318 -58.3 1.44 303 39.9 300.0 28.1 8520 -59.2 1.49 303 39.9 282.3 29.6 8900 -61.1 1.58 303 38.8 255.0 32.0 9530 -61.6 3.02 303 37.8 250.5 32.4 9639 -61.3 3.41 303 37.3 250.0 32.4 9652 -61.2 3.52 303 37.3 240.4 33.5 9895 -60.2 5.49 303 38.8 234.8 34.1 10042 -59.7 4.98 302 39.9 215.0 36.2 10594 -57.9 7.03 302 43.0 211.4 36.6 10702 -58.1 6.91 301 44.0 202.6 37.6 10972 -56.9 8.29 301 45.6 200.0 37.9 11052 -57.0 8.31 301 46.1 197.2 38.3 11143 -57.1 8.33 301 44.5 190.0 39.3 11377 -57.8 9.71 301 40.9 185.2 40.0 11539 -58.1 9.26 301 38.3 179.9 40.8 11721 -57.1 6.12 301 35.2 177.0 41.2 11823 -57.1 7.56 301 33.7 168.6 42.4 12129 -57.2 8.17 301 29.0 161.6 43.4 12399 -56.9 14.97 300 24.3 159.8 43.6 12468 -56.9 13.96 300 23.3 155.4 44.2 12645 -57.6 8.83 300 20.7 150.0 45.0 12869 -57.5 13.50 300 17.1 147.6 45.5 12972 -57.4 15.62 300 18.1 144.9 46.0 13090 -57.6 15.73 301 19.2 139.4 47.1 13332 -57.4 11.31 301 21.8 134.7 48.0 13548 -57.4 12.54 301 23.8 130.0 48.9 13772 -56.1 16.87 302 26.4 122.6 50.4 14144 -56.7 15.42 302 30.0 112.6 52.3 14685 -55.9 19.59 303 35.2 110.6 52.7 14802 -55.3 19.31 303 36.8 107.2 53.4 15001 -54.8 20.61 303 38.3 103.4 54.1 15229 -54.3 20.27 303 40.9 100.0 54.8 15444 -54.7 20.62 303 43.0 98.3 55.2 15552 -54.9 20.80 303 42.0 93.9 56.4 15846 -54.6 16.60 304 39.9 90.5 57.3 16082 -53.7 16.30 305 37.8 87.1 58.2 16329 -53.2 17.85 307 35.7 83.0 59.3 16638 -53.0 19.09 308 33.7 78.8 60.5 16975 -51.9 18.21 310 31.1 76.9 61.0 17135 -51.6 19.74 311 30.0 74.0 61.7 17383 -50.1 18.94 313 28.0 71.8 62.3 17584 -48.3 21.17 315 26.4 70.0 62.8 17748 -47.9 21.44 316 25.4 67.9 63.5 17947 -47.3 21.76 316 26.9 63.8 65.0 18366 -46.7 20.87 316 30.6 60.4 66.2 18726 -45.0 22.23 316 33.2 57.9 67.0 19011 -44.6 21.57 316 35.7 55.1 68.0 19343 -43.3 22.69 316 38.3 53.4 68.6 19552 -43.2 21.93 316 39.9 50.0 69.8 19994 -43.6 21.56 316 43.5 44.5 72.6 20776 -44.3 20.92 316 43.0 43.9 72.9 20867 -44.3 20.28 316 43.0 42.7 73.5 21053 -44.4 20.44 316 43.0 36.7 76.4 22060 -45.4 18.86 317 42.5 35.0 77.3 22372 -45.7 15.88 317 42.0 30.0 79.8 23403 -47.0 15.92 317 41.4 29.4 80.2 23528 -47.1 15.92 317 40.9 28.9 80.6 23655 -47.1 15.14 317 40.4 27.2 81.8 24051 -47.4 14.90 317 39.4 26.1 82.5 24329 -47.4 15.80 317 38.3 20.0 86.8 26085 -46.8 13.94 317 32.1 19.7 87.1 26179 -46.7 13.84 317 31.6 18.1 88.8 26752 -48.2 12.27 999 999.9 17.0 89.9 27164 -47.4 12.46 999 999.9 14.0 93.0 28457 -48.6 10.84 999 999.9