Source File = JUNOSFC


                                       Lamont-Doherty Earth Observatory of Columbia University                        Printed on 09/28/98
Source File = JUNOSFC                                                                                                              Page 1
 Leg   9   WOCE P16/P17  RV Knorr                                                              Alk)s=35 = TALK * (35/sal)
                                                                                               Pot. Alkalinity = Total Alkalinity + NO3
 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg.

                                     InSitu            Seawater    Atmosphere Delta pCO2                                    Alkalinity
 Sta  WOCE   Date      Lat    Long     Temp    Sal   pCO2 (uatm)   VCO2  pCO2   sw-air    TCO2   Oxy   PO4   NO3   SiO3  -----µeq/kg-----
 No.  LINE MM/DD/YY  DD-MM   DDD-MM   Deg C   o/oo  InSitu  20 Deg  ppm  uatm    uatm     -----------µmol/kg-----------  Total  Pot. s=35

   1  P16  10/ 8/92  21-30S  148-30W  26.27  36.106   319    245   355    343    -24      2001   205  0.19   0.1    2.8  2393  2393  2320
   2  P16  10/10/92  31-59S  147-59W  17.31  35.301   314    352   355    349    -35      2029   240  0.12   0.0    1.6  2322        2302
   3  P16  10/12/92  37-30S  150-29W  12.79  34.355   317    430   355    350    -33      2037   266  0.33   1.3    1.1  2279  2280  2322
   5  P16  10/12/92  38-30S  150-30W  12.50  34.314                355                    2039   268  0.37   2.0    1.6
   6  P16  10/14/92  39- 2S  150-32W  12.28  34.357   314    436   355    350    -36      2045   270  0.36   1.9    1.7  2285  2287  2328
   8  P16  10/14/92  40- 1S  150-31W  11.84  34.342   313    442   355    350    -37      2048   271  0.41   2.5    1.8  2285  2287  2328
   9  P16  10/14/92  40-31S  150-31W  11.74  34.309   313    444   355    351    -38      2044   272  0.47   3.1    2.0  2280  2283  2326
  10  P16  10/15/92  41- 0S  150-30W  11.48  34.280   316    454   355    351    -34      2040   274  0.50   3.7    2.0  2270  2274  2318

  11  P16  10/15/92  41-30S  150-31W  11.05  34.306   318    464   355    351    -33      2052   274  0.51   4.4    1.8  2279  2283  2325
  12  P16  10/15/92  41-60S  150-30W  11.12  34.323   314    457   355    351    -37      2053   272  0.49   3.9    1.8  2284  2288  2329
  13  P16  10/15/92  42-30S  150-30W  10.47  34.279   317    475   355    351    -33      2058   278  0.60   5.7    2.2  2281  2287  2329
  14  P16  10/16/92  42-60S  150-30W   9.84  34.056                355                                0.71   7.6    2.2
  15  P16  10/16/92  43-30S  150-32W  10.06  34.257   324    493   355    351    -27      2060   281  0.68   7.0    2.1  2275  2282  2324
  16  P16  10/16/92  44- 2S  150-31W   9.56  34.278                355
  17  P16  10/17/92  44-30S  150-30W   9.39  34.269   325    508   355    351    -27      2069   284  0.78   8.6    2.2  2280  2288  2328
  18  P16  10/17/92  45- 2S  150-29W   9.51  34.272                355
  19  P16  10/17/92  45-30S  150-30W   9.44  34.265                355
  20  P16  10/17/92  46- 0S  150-30W   9.27  34.302                355

  21  P16  10/18/92  46-30S  150-29W   9.04  34.270                355                    2080
  22  P16  10/18/92  47- 0S  150-29W   8.99  34.289                355                    2085
  23  P16  10/19/92  47-30S  150-29W   8.38  34.457                355
  24  P16  10/19/92  48- 1S  150-29W   8.35  34.467   336    550   355    351    -15      2086   288  0.89  10.9    3.6  2285  2296  2320
  26  P16  10/19/92  49- 0S  150-29W   8.16  34.489   344    568   355    351     -7      2096   286  1.01  12.9    4.4  2291  2304  2325
  27  P16  10/20/92  49-31S  150-30W   8.03  34.497                355                    2099
  28  P16  10/20/92  50- 1S  150-29W   7.93  34.507   365    608   355    351     14      2102   284  1.09  14.2    5.4  2285  2299  2317
  29  P16  10/21/92  50-31S  150-26W   7.06  34.419   355    614   355    352      3      2109   291  1.29  17.1    7.0  2291  2308  2329
  30  P16  10/21/92  50-60S  150-31W   6.98  34.400                355                           289  1.31  17.8    7.1

  31  P16  10/21/92  51-29S  150-30W   6.85  34.395   380    663   355    352     28      2111   284  1.32  17.8    7.1  2279  2297  2319
  32  P16  10/22/92  51-59S  150-29W   7.36  34.453                355
  33  P16  10/22/92  52-31S  150-28W   6.16  34.308   354    636   355    352      2      2115   294  1.39  19.2    7.8  2291  2310  2337
  34  P16  10/23/92  53- 2S  150-29W   6.05  34.301   361    652   355    352      9      2108   297  1.39  19.1    7.7  2279  2298  2326
  35  P16  10/23/92  53-30S  150-29W   6.25  34.326   361    645   355    352      9      2114   293  1.38  19.1    8.0  2288  2307  2333
  36  P16  10/23/92  53-60S  150-29W   4.85  34.146   351    667   355    352     -1      2118   305  1.54  21.3    8.5  2285  2306  2342
  37  P16  10/24/92  54-29S  150-30W   4.15  34.065   349    682   355    352     -3      2118   311  1.58  22.3    8.9  2281  2303  2344
  38  P16  10/24/92  54-59S  150-30W   2.86  33.959   351    725   355    353     -1      2130   320  1.74  24.4   11.4  2284  2309  2354
  39  P16  10/25/92  55-30S  150-30W   3.04  33.968   352    721   355    353     -1      2130   320  1.71  24.3   11.4  2285  2309  2354
  40  P16  10/25/92  56- 1S  150-30W   2.71  33.953   351    729   355    353     -2      2130   322  1.75  24.8   11.9  2283  2308  2354

  41  P16  10/25/92  56-30S  150-29W   2.05  33.925   349    745   355    353     -4      2133   329  1.85  25.6   14.2  2283  2309  2356
  42  P16  10/25/92  56-60S  150-29W   0.87  33.923   352    791   355    353     -1      2147   338  1.88  27.0   22.2  2289  2316  2362

Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 2 Leg 9 WOCE P16/P17 RV Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 43 P16 10/26/92 57-30S 150-30W 0.55 33.940 353 803 355 353 0 2153 342 1.91 27.5 26.2 2294 2322 2366 44 P16 10/26/92 58- 0S 150-30W -0.71 33.946 352 845 355 353 -1 2163 354 1.93 28.2 42.4 2298 2326 2369 45 P16 10/26/92 58-30S 150-29W -1.01 33.984 354 861 355 353 1 2170 354 1.94 28.4 47.7 2303 2331 2372 46 P16 10/26/92 59- 1S 150-30W -1.09 34.202 375 915 355 353 22 2189 346 1.98 28.6 63.2 2316 2344 2370 48 P16 10/27/92 59-59S 150-32W -1.25 34.156 355 49 P16 10/27/92 60-30S 150-30W -1.48 34.093 356 884 355 353 3 2186 355 1.91 27.3 63.4 2317 2344 2378 50 P16 10/27/92 61- 0S 150-32W -1.55 34.025 347 863 355 353 -6 2172 357 1.89 26.8 61.5 2306 2332 2372 51 P16 10/28/92 61-30S 150-31W -1.59 34.016 349 869 355 353 -5 2174 358 1.90 27.0 62.3 2307 2334 2373 52 P16 10/28/92 62- 0S 150-30W -1.68 34.001 347 868 355 353 -6 2175 357 1.91 27.0 62.3 2307 2334 2375 53 P16 10/28/92 62-30S 150-30W -1.78 34.003 350 878 355 353 -4 2176 354 1.92 27.1 62.1 2307 2334 2374 54 P16A 10/30/92 62-14S 145- 2W -1.74 33.812 325 815 355 353 -28 2157 359 1.76 25.3 51.6 2296 2321 2376 55 P16A 10/30/92 62-15S 140- 1W -0.48 34.003 350 832 355 353 -3 2167 348 1.86 27.0 49.1 2305 2332 2372 56 P16A 11/ 1/92 62-27S 135- 6W -0.28 33.997 353 833 355 353 0 2165 348 1.86 27.2 45.0 2302 2330 2370 57 P16A 11/ 1/92 62-24S 136- 0W -0.51 33.926 338 806 355 353 -15 2155 353 1.79 26.5 44.3 2296 2322 2368 58 P16A 11/ 1/92 62-11S 136-48W -0.25 33.985 344 811 355 353 -9 2161 348 1.84 27.0 42.6 2302 2329 2371 59 P16A 11/ 2/92 61-54S 137-44W -0.32 33.995 349 825 355 353 -4 2165 350 1.85 27.1 46.6 2304 2331 2372 60 P16A 11/ 2/92 61-37S 138-34W -0.36 33.983 351 832 355 353 -1 2163 351 1.85 27.3 46.8 2300 2327 2369 61 P16A 11/ 2/92 61-21S 139-34W -0.62 34.005 345 826 355 353 -8 2166 349 1.82 26.6 51.7 2305 2332 2372 62 P16A 11/ 2/92 61- 4S 140-27W -0.42 34.013 352 836 355 353 -1 2169 350 1.86 27.3 51.3 2307 2334 2374 63 P16A 11/ 3/92 60-46S 141-18W -0.27 33.985 352 829 355 353 -1 2161 350 1.82 27.0 47.7 2299 2326 2367 64 P16A 11/ 3/92 60-27S 142- 8W -0.73 33.923 340 816 355 353 -13 2159 357 1.76 25.8 50.9 2298 2324 2371 65 P16A 11/ 3/92 60-10S 143- 6W -0.64 33.989 345 826 355 353 -8 2164 353 1.80 26.6 51.9 2302 2329 2371 66 P16A 11/ 3/92 59-50S 143-48W -0.62 33.971 349 835 355 353 -4 2163 356 1.82 26.7 53.7 2300 2327 2370 67 P16A 11/ 4/92 59-31S 144-38W -0.59 33.975 345 825 355 353 -8 2166 357 1.78 26.2 54.4 2305 2331 2374 68 P16A 11/ 4/92 59-12S 145-24W -0.70 33.933 342 821 355 353 -11 2163 359 1.77 25.7 55.2 2302 2328 2374 69 P16A 11/ 4/92 58-53S 146-11W -0.71 33.924 340 816 355 353 -13 2164 359 1.76 25.8 55.3 2304 2330 2377 70 P16A 11/ 4/92 58-31S 146-58W -0.80 33.905 338 814 355 353 -15 360 1.74 25.6 55.0 71 P16A 11/ 5/92 58-12S 147-39W -0.67 34.120 356 854 355 353 3 2179 357 1.86 27.5 58.8 2315 2342 2374 72 P16A 11/ 6/92 56-58S 140-49W 0.66 33.935 347 787 355 353 -6 2154 350 1.81 27.2 31.1 2299 2326 2371 73 P17 11/ 7/92 56- 2S 135- 2W 1.95 33.952 356 764 355 353 4 2139 333 1.79 26.2 18.6 2286 2312 2356 74 P17 11/ 7/92 55-30S 135- 1W 2.55 33.945 358 749 355 352 6 2128 328 1.73 25.0 13.5 2277 2302 2347 75 P17 11/ 7/92 55- 0S 135- 0W 2.77 33.939 351 727 355 352 -2 2128 327 1.72 24.7 12.2 2282 2306 2353 76 P17 11/ 7/92 54-30S 135- 0W 3.17 33.921 343 692 355 352 -9 2121 330 1.58 23.0 16.2 2281 2304 2354 77 P17 11/ 8/92 54- 0S 134-59W 5.04 34.152 353 665 355 352 1 2115 312 1.52 21.5 9.3 2283 2304 2339 78 P17 11/ 8/92 53-30S 135- 1W 7.01 34.391 340 589 355 352 -12 2100 301 1.22 16.7 5.8 2289 2305 2329 79 P17 11/ 8/92 53- 0S 134-59W 7.29 34.422 345 590 355 351 -7 2100 294 1.21 16.1 6.0 2289 2305 2327 80 P17 11/ 9/92 52-31S 135- 0W 8.03 34.439 341 566 355 351 -10 2092 292 1.01 13.0 4.6 2286 2299 2323 81 P17 11/ 9/92 52- 1S 134-59W 7.91 34.432 342 570 355 351 -10 2091 293 1.02 13.1 4.6 2284 2297 2322 82 P17 11/ 9/92 51-31S 135- 0W 7.97 34.427 341 567 355 351 -11 2090 290 0.99 13.1 4.5 2283 2297 2321
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 3 Leg 9 WOCE P16/P17 RV Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 83 P17 11/10/92 51- 0S 135- 0W 7.70 34.441 350 588 355 351 -2 2101 289 1.11 15.0 5.7 2290 2305 2327 84 P17 11/10/92 50-30S 135- 1W 7.88 34.437 372 621 355 351 20 2094 289 1.09 14.3 5.1 2271 2286 2308 85 P17 11/10/92 50- 0S 134-60W 8.01 34.423 340 565 355 351 -11 2090 290 0.99 12.9 4.2 2284 2297 2322 86 P17 11/10/92 49-30S 135- 0W 8.27 34.415 345 566 355 351 -7 2085 293 0.97 12.6 4.3 2279 2291 2317 87 P17 11/11/92 49- 0S 134-57W 8.40 34.390 337 550 355 351 -14 2082 290 0.92 11.8 3.6 2280 2292 2320 88 P17 11/11/92 48-30S 135- 0W 8.55 34.365 329 535 355 351 -22 2083 291 0.90 11.1 3.5 2286 2298 2329 89 P17 11/11/92 47-59S 134-59W 8.86 34.305 331 530 355 351 -20 2081 288 0.88 10.9 3.3 2285 2296 2331 90 P17 11/12/92 47-30S 135- 0W 8.96 34.277 328 524 355 351 -23 2076 287 0.86 10.5 2.7 2282 2293 2330 91 P17 11/12/92 46-59S 134-60W 8.83 34.281 332 532 355 351 -19 2075 288 0.87 10.6 2.7 2277 2288 2325 92 P17 11/12/92 46-29S 135- 1W 9.19 34.229 332 525 355 351 -19 2071 286 0.89 10.8 2.7 2275 2286 2327 93 P17 11/12/92 45-60S 134-60W 9.11 34.255 354 561 355 351 3 2073 288 0.89 10.8 3.3 2265 2276 2315 94 P17 11/13/92 45-30S 134-59W 9.30 34.214 325 511 355 351 -26 2069 285 0.89 10.7 2.9 2278 2289 2330 95 P17 11/13/92 45- 0S 134-59W 10.18 34.148 330 500 355 351 -21 279 0.80 9.1 2.6 96 P17 11/14/92 44-30S 134-59W 10.46 34.118 333 498 355 351 -18 2059 277 0.79 9.1 2.2 2271 2280 2330 97 P17 11/14/92 44- 0S 135- 0W 10.46 34.125 336 503 355 351 -15 2059 276 0.78 9.1 2.1 2269 2278 2327 98 P17 11/14/92 43-30S 135- 0W 10.58 34.106 332 495 355 351 -19 2054 276 0.78 8.8 2.5 2267 2276 2326 99 P17 11/14/92 43- 0S 134-59W 11.26 34.120 325 470 355 350 -25 2047 274 0.64 6.6 2.2 2269 2275 2327 100 P17 11/15/92 42-30S 135- 0W 11.61 34.114 323 461 355 350 -27 2043 271 0.61 5.9 0.5 2268 2274 2326 101 P17 11/15/92 42- 1S 134-60W 12.02 34.155 328 459 355 350 -23 2038 268 0.53 4.6 2.1 2263 2267 2319 102 P17 11/15/92 41-30S 135- 0W 12.04 34.092 321 449 355 350 -29 2036 269 0.56 5.1 1.9 2264 2270 2325 103 P17 11/15/92 41- 0S 134-60W 12.09 34.098 323 451 355 350 -27 2039 270 0.60 5.6 2.0 2268 2273 2327 104 P17 11/16/92 40-31S 134-60W 12.42 34.114 328 453 355 350 -22 2039 268 0.53 4.6 1.8 2268 2273 2327 105 P17 11/16/92 40- 0S 134-59W 12.90 34.146 336 454 355 350 -14 2039 266 0.53 4.5 1.6 2268 2273 2325 106 P17 11/17/92 39-29S 135- 0W 13.33 34.158 329 436 355 350 -21 2034 264 0.44 3.3 1.7 2270 2274 2326 107 P17 11/17/92 38-59S 135- 0W 13.08 34.134 330 442 355 350 -20 2036 262 0.47 3.7 2.0 2270 2274 2327 109 P17 11/18/92 37-60S 134-60W 14.29 34.337 326 415 355 349 -24 2028 255 0.28 1.0 1.8 2276 2277 2320 110 P17 11/18/92 37-30S 134-59W 14.36 34.352 324 412 355 349 -25 2026 254 0.26 0.9 2.0 2275 2276 2318 111 P17 11/18/92 36-60S 134-60W 15.29 34.635 324 395 355 349 -25 2031 249 0.19 0.1 1.5 2292 2292 2316 112 P17 11/18/92 36-30S 134-60W 14.97 34.505 322 399 355 349 -27 2026 252 0.24 0.2 1.2 2283 2283 2315 113 P17 11/19/92 35-60S 134-60W 15.16 34.495 327 401 355 349 -22 2025 251 0.24 0.1 2.0 2280 2281 2314 114 P17 11/19/92 35-30S 134-59W 15.44 34.643 327 396 355 349 -22 2029 249 0.20 0.1 1.9 2289 2289 2313 115 P17 11/19/92 35- 0S 134-59W 16.94 34.992 326 371 355 348 -23 2029 242 0.14 0.1 2.3 2308 2308 2308 116 P17 11/20/92 34-30S 134-60W 16.91 35.009 329 372 355 348 -19 2031 241 0.15 0.1 1.9 2308 2308 2308 117 P17 11/20/92 33-60S 135- 0W 17.18 35.030 328 368 355 348 -21 2029 239 0.14 0.1 2.2 2309 2310 2307 118 P17 11/20/92 33-30S 135- 0W 17.30 35.063 329 369 355 348 -19 2024 240 0.14 0.1 2.0 2302 2303 2298 119 P17 11/20/92 33- 0S 135- 0W 17.56 35.120 323 359 355 348 -25 2027 239 0.14 0.2 2.4 2314 2314 2306 120 P17 11/21/92 30-60S 135-45W 19.26 35.466 327 338 355 347 -20 2024 231 0.10 0.1 1.8 2328 2328 2297 121 P16 11/21/92 28-59S 136-30W 20.87 35.636 319 308 355 346 -27 2016 225 0.11 0.1 2.5 2343 2343 2301 122 P16 11/22/92 27- 0S 138-45W 20.91 35.696 323 311 355 346 -23 2016 222 0.10 0.1 3.9 2341 2342 2296
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 4 Leg 9 WOCE P16/P17 RV Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 123 P16 11/23/92 25-60S 139-55W 21.95 35.774 320 295 355 346 -25 2013 220 0.11 0.1 3.2 2352 2352 2301 124 P16 11/23/92 25- 0S 141- 5W 23.15 35.967 322 281 355 345 -24 2011 213 0.12 0.1 3.7 2365 2365 2301 125 P16 11/23/92 23-59S 142- 9W 23.74 36.014 318 271 355 345 -27 2012 212 0.14 0.0 3.2 2377 2310 126 P16 11/24/92 22-60S 143-20W 25.14 36.162 331 263 355 344 -13 2007 207 0.16 0.1 3.3 2380 2380 2303 127 P16 11/24/92 21-59S 144-25W 24.55 36.046 323 267 355 344 -21 2005 208 0.15 0.1 3.9 2372 2372 2303
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 1 Leg 10 WOCE P17E/P19S R/V Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 128 P17E 12/14/92 52-30S 135- 0W 7.60 34.366 297 502 355 351 -54 2077 318 0.90 13.2 1.5 2292 2305 2334 129 P17E 12/14/92 52-30S 134-11W 7.76 34.405 314 526 355 351 -38 2079 310 0.92 13.1 2.0 2285 2298 2325 130 P17E 12/14/92 52-30S 133-21W 7.64 34.387 305 514 355 351 -46 2079 311 0.94 9.9 2.5 2290 2300 2331 131 P17E 12/14/92 52-30S 132-32W 8.29 34.456 330 542 355 351 -21 2086 297 0.95 8.2 1.8 2288 2296 2324 132 P17E 12/15/92 52-30S 131-43W 8.04 34.447 335 555 355 351 -16 2087 299 1.01 11.6 1.7 2285 2296 2321 133 P17E 12/15/92 52-30S 130-54W 7.72 34.447 351 590 355 351 0 2094 291 1.11 13.9 4.4 2281 2295 2318 134 P17E 12/16/92 52-29S 130- 4W 7.74 34.446 349 586 355 351 -2 2093 292 1.01 14.0 3.2 2281 2295 2318 135 P17E 12/16/92 52-30S 129-15W 7.38 34.410 355 2093 297 1.04 15.0 1.4 136 P17E 12/16/92 52-30S 128-26W 7.40 34.407 342 582 355 351 -10 2090 300 1.08 14.7 1.4 2278 2293 2318 137 P17E 12/16/92 52-30S 127-36W 7.48 34.410 345 585 355 351 -6 2096 298 1.09 15.0 1.5 2285 2300 2324 138 P17E 12/17/92 52-30S 126-47W 7.72 34.432 355 2092 295 1.06 14.6 2.2 139 P17E 12/17/92 52-30S 125-59W 7.78 34.420 345 579 355 351 -6 2103 295 1.04 14.0 1.5 2294 2308 2333 140 P17A 12/17/92 53- 0S 126- 0W 7.40 34.361 327 558 355 351 -24 2088 302 1.03 14.5 0.7 2284 2298 2326 141 P17A 12/17/92 53-30S 126- 0W 7.30 34.391 342 585 355 351 -9 2093 300 1.12 15.7 0.0 2281 2296 2321 142 P17A 12/18/92 54- 0S 125-60W 7.30 34.384 343 587 355 351 -8 2091 301 1.14 15.2 1.7 2279 2294 2319 143 P17A 12/18/92 54-30S 126- 0W 7.17 34.403 351 603 355 351 -1 2093 298 1.14 15.6 2.6 2276 2291 2315 144 P17A 12/18/92 55- 2S 125-60W 7.01 34.396 349 604 355 351 -3 2100 296 1.17 15.9 2.7 2284 2300 2324 145 P17A 12/18/92 55-30S 125-60W 6.47 34.291 330 585 355 351 -21 2097 307 1.20 16.4 2.8 2286 2302 2333 146 P17A 12/19/92 56- 0S 125-60W 4.43 34.004 347 671 355 352 -4 2114 319 1.54 21.9 5.7 2279 2301 2345 147 P17A 12/19/92 56-30S 125-60W 4.33 34.090 328 636 355 352 -24 2106 326 1.39 20.3 6.3 2280 2300 2341 148 P17A 12/19/92 56-60S 125-60W 4.64 34.153 334 639 355 352 -18 2112 321 1.36 20.0 7.1 2286 2306 2342 149 P17A 12/20/92 57-30S 125-60W 4.06 34.089 341 669 355 352 -11 2125 319 1.53 21.4 7.5 2293 2314 2354 150 P17A 12/20/92 57-60S 126- 0W 3.51 34.075 347 697 355 352 -4 2129 319 1.59 22.3 8.8 2289 2312 2351 151 P17A 12/20/92 58-30S 126- 0W 3.40 34.069 346 698 355 352 -6 2126 321 1.60 22.5 8.7 2286 2308 2348 152 P17A 12/20/92 58-59S 126- 0W 3.50 34.072 348 700 355 352 -3 2120 320 1.53 21.7 6.6 2279 2300 2341 153 P17A 12/22/92 59-35S 126- 6W 3.07 34.014 345 706 355 352 -7 2120 321 1.60 23.0 8.6 2278 2301 2344 154 P17A 12/22/92 60- 0S 126- 0W 1.10 33.928 348 774 355 352 -4 2143 339 1.78 25.5 22.4 2288 2314 2360 155 P17A 12/22/92 60-30S 126- 0W 1.08 33.923 349 776 355 352 -4 2144 340 1.78 25.6 27.2 2289 2314 2361 156 P17A 12/23/92 60-60S 126- 0W 1.63 33.969 355 337 1.65 26.5 15.1 157 P17A 12/23/92 61-40S 126- 0W 1.93 33.960 338 726 355 352 -14 2129 336 1.63 24.4 13.1 2283 2307 2353 158 P17A 12/24/92 62-20S 126- 5W 1.88 33.980 332 714 355 352 -20 2128 337 1.61 23.9 12.7 2284 2308 2353 159 P17A 12/24/92 62-59S 126- 0W 1.90 34.001 333 716 355 352 -19 2132 337 1.62 24.1 13.5 2289 2313 2356 160 P17A 12/24/92 63-40S 126- 0W 0.93 33.915 327 732 355 352 -26 2138 345 1.60 24.0 18.9 2292 2316 2365 161 P17A 12/25/92 64-20S 126- 0W 1.21 33.935 332 734 355 352 -21 2136 341 1.65 24.6 17.1 2288 2313 2360 162 P17A 12/25/92 65- 0S 125-60W 0.99 33.933 325 726 355 352 -27 2133 344 1.62 24.2 15.5 2287 2311 2359 163 P17A 12/25/92 65-39S 125-60W -0.64 33.375 303 725 355 353 -50 2109 359 1.54 23.0 25.0 2258 2281 2368 164 P17A 12/26/92 66-20S 126- 3W -1.52 32.938 277 689 355 353 -76 2076 366 1.41 21.2 22.4 2228 2249 2367 165 P17E 12/29/92 52- 2S 125-38W 8.04 34.424 331 549 355 351 -20 2091 297 1.03 13.4 1.4 2291 2304 2329 166 P17E 12/29/92 51-35S 125-18W 7.92 34.406 329 548 355 351 -22 2087 296 1.06 13.4 1.5 2286 2300 2326
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 2 Leg 10 WOCE P17E/P19S R/V Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 167 P17E 12/29/92 51- 7S 124-59W 7.65 34.387 322 542 355 351 -28 2084 303 1.08 14.2 1.2 2285 2299 2326 168 P17E 12/30/92 51-11S 124- 9W 7.73 34.398 325 546 355 351 -26 2085 301 1.07 13.9 1.0 2285 2299 2325 169 P17E 12/30/92 51-15S 123-20W 7.77 34.395 334 560 355 351 -17 2092 298 1.06 13.8 1.9 2288 2302 2329 170 P17E 12/30/92 51-18S 122-31W 8.35 34.362 355 2084 292 1.03 12.8 1.8 171 P17E 12/30/92 51-22S 121-41W 7.91 34.369 355 2087 296 1.03 13.3 1.0 172 P17E 12/31/92 51-26S 120-52W 7.82 34.343 333 558 355 351 -18 2085 296 1.09 14.0 1.0 2280 2294 2324 173 P17E 12/31/92 51-30S 120- 3W 7.68 34.325 334 563 355 351 -17 2088 295 1.13 14.2 1.9 2282 2296 2327 174 P17E 12/31/92 51-34S 119-14W 6.75 34.213 331 580 355 351 -20 2091 306 1.20 16.2 2.1 2280 2296 2332 175 P17E 12/31/92 51-38S 118-24W 6.88 34.199 337 583 355 351 -14 2090 303 1.24 15.9 1.7 2277 2293 2330 176 P17E 12/31/92 51-41S 117-35W 7.18 34.332 325 557 355 351 -26 2087 306 1.14 15.3 1.0 2283 2299 2328 177 P17E 1/ 1/93 51-45S 116-46W 7.89 34.296 338 564 355 351 -13 2089 290 1.15 14.0 1.2 2284 2298 2330 178 P17E 1/ 1/93 51-49S 115-56W 7.90 34.310 332 555 355 351 -18 2088 292 1.13 14.0 2.6 2285 2299 2331 179 P17E 1/ 1/93 51-53S 115- 7W 7.72 34.332 344 578 355 351 -7 2089 292 1.13 14.2 1.6 2279 2293 2323 180 P17E 1/ 1/93 51-57S 114-18W 7.64 355 181 P17E 1/ 2/93 52- 1S 113-28W 8.07 34.332 335 555 355 351 -16 2084 291 1.06 13.4 1.8 2281 2294 2325 182 P17E 1/ 2/93 52- 5S 112-39W 7.92 34.331 339 565 355 351 -12 2087 291 1.08 13.7 2.1 2280 2294 2324 183 P17E 1/ 2/93 52- 8S 111-50W 7.87 34.336 343 574 355 351 -7 2088 290 1.09 13.8 2.2 2279 2293 2323 184 P17E 1/ 2/93 52-12S 111- 1W 7.44 34.319 346 589 355 351 -5 2093 293 1.17 14.8 1.7 2280 2295 2325 185 P17E 1/ 3/93 52-16S 110-11W 7.67 34.315 343 578 355 351 -7 2092 292 1.17 14.6 2.0 2282 2296 2327 186 P17E 1/ 3/93 52-20S 109-22W 7.62 34.298 341 576 355 351 -10 2092 291 1.16 14.5 2.1 2282 2297 2329 187 P17E 1/ 3/93 52-23S 108-33W 7.75 34.294 343 575 355 351 -8 2088 291 1.12 14.1 1.4 2279 2293 2325 188 P17E 1/ 4/93 52-28S 107-43W 7.27 34.318 343 588 354 351 -8 2092 293 1.16 14.9 2.8 2279 2294 2324 189 P17E 1/ 4/93 52-32S 106-36W 7.44 34.305 348 592 354 351 -3 2092 292 1.14 14.8 2.4 2278 2293 2324 190 P17E 1/ 4/93 52-38S 105-32W 7.77 34.300 351 589 354 351 0 2086 290 1.12 14.3 2.1 2272 2286 2318 191 P17E 1/ 5/93 52-44S 104-29W 7.60 34.295 344 582 354 351 -7 2088 292 1.15 14.6 2.3 2276 2291 2323 192 P17E 1/ 5/93 52-48S 103-20W 7.50 34.281 340 577 354 351 -11 2088 295 1.17 15.0 3.1 2277 2292 2325 193 P17E 1/ 5/93 52-53S 102-15W 7.65 34.278 343 578 354 351 -8 2087 296 1.14 14.6 2.4 2276 2291 2324 194 P17E 1/ 6/93 52-58S 101- 9W 7.67 34.259 344 579 354 351 -7 2087 299 1.15 14.6 2.6 2276 2290 2325 195 P17E 1/ 6/93 53- 3S 100- 3W 7.59 34.279 342 578 354 351 -9 2089 291 1.14 14.6 2.3 2278 2292 2326 196 P17E 1/ 6/93 53- 9S 98-57W 7.55 34.271 338 571 354 351 -13 2088 292 1.14 14.7 3.7 2280 2295 2328 197 P17E 1/ 6/93 53-14S 97-52W 7.84 34.229 348 581 354 351 -3 2087 289 1.15 2.7 2275 2326 198 P17E 1/ 7/93 53-19S 96-46W 7.77 34.238 343 575 354 351 -8 2087 291 1.14 14.2 2.6 2277 2291 2327 199 P17E 1/ 7/93 53-24S 95-40W 7.73 34.256 340 571 354 351 -11 2087 291 1.16 14.6 4.7 2278 2293 2328 200 P17E 1/ 7/93 53-29S 94-34W 7.84 34.235 340 569 354 351 -11 2088 290 1.12 14.8 2.7 2280 2295 2331 201 P17E 1/ 8/93 53-34S 93-29W 7.65 34.235 343 578 354 351 -8 2092 291 1.12 15.2 2.2 2281 2296 2332 202 P17E 1/ 8/93 53-40S 92-23W 7.77 34.241 345 579 354 351 -6 2091 290 1.15 15.0 2.1 2281 2296 2331 203 P17E 1/ 9/93 53-45S 91-17W 7.93 34.224 345 575 354 351 -6 2086 289 1.13 14.9 2.5 2276 2290 2327 204 P17E 1/ 9/93 53-50S 90-11W 7.95 34.227 345 574 354 351 -6 2086 290 1.15 15.0 2.9 2276 2291 2328 205 P17E 1/ 9/93 53-55S 89- 6W 7.75 34.227 346 580 354 351 -5 2090 291 1.14 15.3 2.4 2278 2293 2329
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 3 Leg 10 WOCE P17E/P19S R/V Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 206 P19 1/10/93 54- 0S 87-59W 7.90 34.212 344 575 354 351 -6 2086 290 1.11 15.4 1.7 2276 2291 2328 207 P19 1/10/93 54-30S 88- 0W 7.97 34.199 345 572 354 351 -6 2085 291 1.08 15.4 2.7 2276 2291 2329 208 P19 1/10/93 55- 0S 88- 0W 8.11 34.198 342 565 354 351 -9 2082 293 1.07 15.6 2.9 2274 2289 2327 209 P19 1/11/93 55-30S 88- 0W 7.94 34.195 340 566 354 351 -11 2080 295 1.06 15.4 1.8 2272 2287 2325 210 P19 1/11/93 56- 0S 88- 0W 7.89 34.189 334 558 354 351 -16 2081 298 1.08 15.4 1.4 2275 2290 2328 211 P19 1/11/93 56-30S 87-60W 7.98 34.195 340 566 354 351 -10 2082 295 1.11 14.9 1.0 2274 2289 2328 212 P19 1/11/93 56-60S 87-60W 8.00 34.239 345 573 354 351 -6 2090 292 1.18 14.4 2.1 2281 2296 2332 213 P19 1/12/93 57-30S 88- 0W 7.43 34.176 347 591 354 351 -3 2092 297 1.24 16.4 2.2 2277 2294 2332 214 P19 1/12/93 58- 0S 88- 0W 7.42 34.154 352 599 354 351 1 2093 294 1.20 17.3 2.7 2276 2293 2332 215 P19 1/12/93 58-30S 88- 0W 7.67 34.203 343 577 354 351 -8 2091 297 1.22 16.1 2.4 2281 2297 2334 216 P19 1/12/93 58-60S 87-60W 7.44 34.215 338 575 354 351 -13 2088 297 1.20 15.7 2.2 2278 2294 2330 217 P19 1/13/93 59-30S 87-60W 7.09 34.160 334 577 354 351 -17 2092 1.25 17.3 2.2 2282 2299 2338 218 P19 1/13/93 60- 0S 88- 0W 6.27 34.075 341 610 354 351 -10 2097 302 1.28 18.8 1.6 2276 2295 2338 219 P19 1/14/93 60-31S 88- 0W 5.88 34.056 337 611 354 351 -14 2098 306 1.35 19.6 1.9 2278 2298 2341 220 P19 1/14/93 61- 0S 88- 0W 5.50 34.059 337 622 354 351 -14 2102 308 1.39 20.1 1.6 2278 2298 2341 221 P19 1/14/93 61-40S 87-60W 4.97 34.009 327 617 354 351 -24 2101 315 1.30 20.3 1.0 2278 2298 2344 222 P19 1/14/93 62-20S 88- 0W 4.16 33.965 344 671 354 351 -8 2118 320 1.52 22.9 6.7 2283 2306 2352 223 P19 1/15/93 62-60S 88- 0W 4.00 33.937 351 691 354 351 0 2123 321 1.57 23.3 9.4 2284 2307 2355 224 P19 1/15/93 63-40S 87-60W 4.36 33.992 340 659 354 351 -12 2112 319 1.47 22.5 6.4 2280 2303 2348 225 P19 1/15/93 64-20S 87-60W 3.47 33.907 354 2129 325 1.69 24.3 15.7 226 P19 1/15/93 64-60S 88- 0W 3.26 33.894 358 728 354 352 7 2129 327 1.70 24.6 16.7 2282 2307 2357 227 P19 1/16/93 65-40S 87-60W 2.42 33.744 351 740 354 352 0 2126 334 1.63 23.9 16.5 2275 2299 2360 228 P19 1/16/93 66-20S 88- 0W 2.13 33.693 339 723 354 352 -12 2122 336 1.51 22.9 12.4 2274 2297 2362 229 P19 1/16/93 67- 0S 87-60W 1.93 33.716 343 737 354 352 -9 2124 345 1.56 23.4 14.8 2274 2297 2360 230 P19 1/17/93 67-40S 87-60W 1.29 33.673 310 682 354 352 -42 2117 347 1.44 21.9 16.7 2279 2301 2369 231 P19 1/17/93 68-20S 88- 0W 1.16 33.771 311 690 354 352 -41 2127 345 1.59 21.5 43.3 2290 2312 2373 232 P19 1/17/93 68-52S 88- 2W 1.03 33.734 320 713 354 352 -32 2127 351 1.57 23.0 40.0 2284 2307 2370 233 P19 1/18/93 69-15S 88- 7W 0.94 33.687 334 740 354 352 -18 2124 348 1.60 24.2 43.1 2274 2298 2363
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 1 Leg 12 WOCE P19C R/V Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 234 P17E 2/23/93 53- 2S 74-55W 11.42 31.250 286 411 354 349 -64 1887 289 0.61 2.7 1.3 2092 2094 2343 235 P17E 2/23/93 53- 5S 74-58W 10.62 33.440 317 471 354 350 -33 2023 281 0.88 8.7 2.0 2237 2246 2341 236 P17E 2/23/93 53- 7S 75- 1W 9.92 33.745 343 526 354 350 -7 2049 280 0.99 11.5 2.3 2248 2259 2331 237 P17E 2/24/93 53- 8S 75-11W 9.73 33.820 340 524 354 350 -10 2055 282 1.04 12.6 1.9 2255 2268 2334 238 P17E 2/24/93 53-12S 75-30W 10.53 33.594 320 478 354 350 -30 2028 281 0.85 8.6 1.8 2240 2249 2334 239 P17E 2/24/93 53-14S 75-58W 9.90 33.786 335 514 354 350 -15 2052 279 1.00 12.0 2.2 2255 2267 2336 240 P17E 2/24/93 53-17S 76- 6W 9.94 33.779 354 2050 279 1.00 12.0 1.9 241 P17E 2/25/93 53-20S 76-35W 9.48 33.976 347 541 354 350 -3 2070 284 1.12 14.9 1.6 2267 2282 2335 241 P17E 2/25/93 53-21S 76-35W 9.48 33.976 347 541 354 350 -3 2070 284 1.12 14.9 1.6 2267 2282 2335 242 P17E 2/25/93 53-27S 77-10W 9.92 33.811 336 515 354 350 -14 2049 281 0.99 12.0 1.2 2252 2264 2331 243 P17E 2/25/93 53-36S 77-52W 9.80 33.851 343 528 354 350 -7 2057 282 1.05 13.1 1.6 2256 2269 2333 244 P17E 2/25/93 53-43S 78-32W 9.18 33.956 346 547 354 350 -4 2066 285 1.15 14.9 1.9 2261 2276 2330 245 P17E 2/26/93 53-51S 79-15W 9.08 33.987 412 655 354 350 62 2104 246 P17E 2/26/93 54- 1S 79-60W 9.42 33.981 343 537 354 350 -7 2070 282 1.14 14.6 1.3 2269 2283 2337 247 P17E 2/26/93 53-60S 80-48W 9.08 34.018 403 640 354 350 53 2096 248 P17E 2/26/93 53-60S 81-35W 9.16 34.049 342 542 354 350 -8 2064 284 1.18 15.7 2.0 2261 2276 2324 249 P17E 2/27/93 54- 0S 82-23W 9.07 34.070 351 558 354 350 1 2079 284 1.20 16.0 1.7 2273 2289 2335 250 P17E 2/27/93 54- 0S 83-11W 8.91 34.058 348 556 354 350 -3 2081 284 1.21 15.9 1.8 2276 2292 2339 251 P17E 2/27/93 53-60S 83-59W 9.12 34.046 350 555 354 350 0 2080 284 1.22 16.2 1.8 2275 2291 2338 252 P17E 2/27/93 54- 0S 84-46W 9.05 34.042 353 561 354 350 3 2081 285 1.22 16.2 1.9 2274 2290 2338 253 P17E 2/28/93 54- 0S 85-33W 8.88 34.093 345 552 354 350 -6 2078 285 1.18 15.7 2.0 2273 2289 2334 254 P17E 2/28/93 54- 0S 86-21W 8.58 34.134 344 558 354 350 -6 2086 286 1.17 15.8 2.5 2280 2296 2338 255 P17E 2/28/93 53-60S 87-10W 8.76 34.112 359 577 354 350 9 2084 285 1.17 15.1 2.1 2272 2287 2331 256 P19 3/ 1/93 53-60S 88- 0W 8.55 34.165 350 569 354 350 0 2084 287 1.13 14.9 2.5 2275 2290 2331 257 P19 3/ 1/93 53-30S 88- 1W 354 258 P19 3/ 1/93 53- 0S 88- 1W 8.70 34.123 368 593 354 350 18 2085 285 1.19 15.9 2.2 2268 2284 2326 259 P19 3/ 2/93 52-30S 87-59W 8.87 34.165 360 576 354 350 9 2086 285 1.17 15.4 2.5 2276 2291 2331 260 P19 3/ 2/93 52- 0S 88- 2W 8.65 34.191 351 567 354 350 0 2086 287 1.13 15.2 2.8 2278 2293 2332 261 P19 3/ 2/93 51-30S 87-60W 9.16 34.135 370 585 354 350 20 2084 283 1.17 15.6 1.7 2270 2286 2327 262 P19 3/ 2/93 51- 0S 88- 2W 9.54 34.097 375 584 354 350 25 2080 283 1.19 15.7 3.4 2266 2282 2326 263 P19 3/ 3/93 50-30S 88- 0W 9.58 34.089 362 563 354 350 12 2079 282 1.16 15.8 2.1 2271 2287 2332 264 P19 3/ 3/93 50- 0S 88- 0W 9.67 34.084 362 560 354 350 12 2077 282 1.18 15.8 2.3 2270 2286 2331 265 P19 3/ 4/93 49-30S 87-60W 9.86 34.078 369 567 354 350 19 2080 281 1.18 15.9 2.1 2271 2287 2332 266 P19 3/ 4/93 49- 0S 88- 1W 9.94 34.076 367 561 354 350 17 2077 281 1.20 16.0 2.4 2269 2285 2331 267 P19 3/ 4/93 48-30S 87-59W 10.26 34.063 367 554 354 350 17 2077 279 1.21 16.1 2.2 2272 2288 2334 268 P19 3/ 4/93 48- 0S 87-59W 10.97 34.047 384 563 354 350 35 2072 275 1.21 16.3 2.9 2263 2279 2326 269 P19 3/ 4/93 47-31S 88- 1W 11.11 34.040 378 551 354 350 28 2074 272 1.20 16.2 3.0 2269 2286 2333 270 P19 3/ 5/93 47- 0S 88- 0W 11.03 34.034 384 562 354 350 35 2072 276 1.20 16.1 3.0 2263 2279 2327 271 P19 3/ 5/93 46-30S 88- 0W 11.22 34.031 377 547 354 350 28 2072 275 1.22 16.0 3.0 2268 2284 2333
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 2 Leg 12 WOCE P19C R/V Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 272 P19 3/ 5/93 46- 0S 88- 1W 11.47 34.022 373 535 354 350 23 2068 273 1.16 15.6 2.6 2268 2283 2333 273 P19 3/ 6/93 45-30S 87-59W 12.13 33.996 377 526 354 349 27 2062 269 1.13 14.9 2.6 2265 2280 2331 274 P19 3/ 6/93 45- 1S 88- 0W 12.37 33.984 372 514 354 349 23 2058 268 1.12 14.7 2.5 2264 2279 2332 275 P19 3/ 6/93 44-30S 87-60W 12.59 33.987 376 515 354 349 27 2058 266 1.12 14.6 2.5 2264 2279 2331 276 P19 3/ 7/93 44- 0S 88- 1W 12.91 33.968 378 510 354 349 29 2057 264 1.09 14.3 3.0 2265 2280 2334 277 P19 3/ 7/93 43-30S 87-60W 13.22 33.958 378 503 354 349 29 2052 263 1.06 13.7 2.6 2261 2275 2331 278 P19 3/ 7/93 43- 0S 88- 0W 13.38 33.954 376 498 354 349 27 2050 262 1.05 13.4 2.4 2262 2275 2332 279 P19 3/ 7/93 42-31S 88- 0W 13.56 33.929 370 486 354 349 21 2048 261 1.03 13.3 2.5 2263 2277 2335 280 P19 3/ 8/93 42- 0S 88- 0W 14.90 33.931 379 470 354 349 30 2035 254 0.94 11.5 2.0 2256 2267 2327 281 P19 3/ 8/93 41-31S 88- 0W 14.70 33.933 377 472 354 349 29 2041 255 0.97 11.8 1.8 2262 2273 2333 282 P19 3/ 8/93 41- 0S 88- 0W 15.27 33.932 380 465 354 348 32 2035 252 0.92 11.2 1.9 2258 2269 2329 283 P19 3/ 8/93 40-30S 87-60W 15.98 33.928 379 449 354 348 31 2028 248 0.82 9.9 2.1 2257 2267 2329 284 P19 3/ 9/93 40- 0S 88- 0W 16.04 33.919 378 447 354 348 30 2029 248 0.83 9.8 2.0 2259 2268 2331 285 P19 3/ 9/93 39-30S 87-59W 16.37 33.902 376 438 354 348 28 2022 247 0.78 9.0 1.7 2255 2264 2328 286 P19 3/10/93 38-60S 87-60W 17.32 33.953 367 411 354 348 19 2008 242 0.59 6.1 1.6 2253 2259 2322 287 P19 3/10/93 38-30S 88- 0W 17.31 33.968 368 412 355 348 20 2012 242 0.59 6.0 2.2 2257 2263 2325 288 P19 3/10/93 37-60S 87-60W 17.88 33.963 373 408 355 347 25 2009 241 0.56 5.4 1.2 2255 2260 2324 289 P19 3/10/93 37-30S 88- 0W 19.36 33.982 383 394 355 347 36 2000 233 0.44 3.5 1.2 2252 2256 2320 290 P19 3/10/93 37- 1S 88- 0W 19.19 34.090 384 397 355 347 37 2009 236 0.49 4.3 1.1 2262 2267 2323 291 P19 3/11/93 36-30S 88- 0W 19.04 34.104 377 393 355 347 30 2011 236 0.49 4.2 1.2 2267 2271 2326 292 P19 3/11/93 36- 0S 87-60W 19.55 34.095 378 385 355 347 31 2002 233 0.38 2.8 1.2 2260 2263 2320 293 P19 3/11/93 35-30S 88- 0W 20.17 34.156 370 368 355 346 24 1998 229 0.32 1.6 1.3 2266 2268 2322 294 P19 3/11/93 34-60S 87-60W 20.56 34.203 380 371 355 346 34 2000 230 0.32 1.6 0.9 2267 2268 2319 295 P19 3/12/93 34-30S 87-60W 20.51 34.180 373 365 355 346 27 1999 230 0.32 1.7 1.6 2270 2272 2324 296 P19 3/12/93 34- 0S 87-60W 22.01 34.516 388 357 355 346 43 2005 223 0.22 0.3 1.3 2284 2285 2316 297 P19 3/12/93 33-30S 87-60W 22.32 34.801 393 356 355 345 47 2020 220 0.22 0.1 1.0 2304 2305 2318 298 P19 3/12/93 33- 0S 87-60W 22.34 34.760 395 358 355 345 50 2016 221 0.21 0.0 0.0 2298 2314 299 P19 3/13/93 32-30S 87-60W 22.57 34.783 403 362 355 345 58 2019 221 0.22 0.1 0.9 2300 2300 2315 300 P19 3/13/93 32- 0S 87-60W 22.60 34.749 399 358 355 345 54 2018 220 0.23 0.1 0.8 2301 2301 2317 301 P19 3/13/93 31-30S 87-60W 22.94 34.880 404 357 355 345 59 2023 218 0.22 0.1 1.3 2308 2308 2316 302 P19 3/13/93 31- 0S 87-60W 23.50 34.931 421 363 355 345 76 2023 216 0.22 0.0 0.5 2305 2310 303 P19 3/14/93 30-30S 87-60W 23.44 35.093 413 357 355 345 68 2030 216 0.22 0.2 1.8 2319 2319 2313 304 P19 3/14/93 29-60S 87-60W 23.36 35.198 414 359 355 345 69 2036 216 0.25 0.2 1.6 2325 2325 2312 305 P19 3/14/93 29-30S 87-60W 23.38 35.442 408 354 355 345 63 2048 215 0.27 0.2 1.2 2346 2346 2316 306 P19 3/14/93 29- 0S 88- 0W 23.69 35.354 413 353 355 345 68 2044 215 0.26 0.1 1.3 2341 2341 2317 307 P19 3/14/93 28-30S 88- 0W 23.71 35.445 416 356 355 345 72 2049 213 0.28 0.1 1.7 2345 2345 2315 308 P19 3/15/93 28- 0S 88- 0W 23.74 35.401 416 355 355 345 71 2048 216 0.28 0.0 1.1 2344 2317 309 P19 3/15/93 27-30S 87-60W 23.37 35.429 416 359 355 345 71 2043 217 0.29 0.0 1.7 2335 2306 310 P19 3/15/93 26-60S 87-60W 23.42 35.506 411 352 355 345 65 2052 215 0.30 0.1 1.3 2352 2352 2318
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 3 Leg 12 WOCE P19C R/V Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 311 P19 3/15/93 26-30S 87-60W 23.30 35.421 411 357 355 345 66 2050 215 0.29 0.0 1.9 2345 2317 312 P19 3/16/93 26- 0S 87-60W 23.61 35.605 414 356 355 345 70 2058 215 0.33 0.2 2.5 2357 2357 2316 313 P19 3/16/93 25-35S 87-60W 23.48 35.533 413 356 355 345 68 2055 215 0.32 0.1 1.8 2352 2352 2317 314 P19 3/16/93 25-15S 88- 0W 23.61 35.566 415 357 355 345 71 2056 216 0.33 0.1 1.8 2353 2354 2316 315 P19 3/16/93 24-60S 88- 0W 23.34 35.595 404 351 355 345 59 2058 215 0.33 0.0 1.5 2360 2321 316 P19 3/16/93 24-45S 88- 0W 23.43 35.634 409 354 355 345 63 2059 215 0.34 0.1 2.3 2360 2360 2318 317 P19 3/17/93 24-20S 88- 0W 23.65 35.699 416 356 355 345 71 2058 217 0.31 0.1 1.7 2357 2358 2311 318 P19 3/17/93 23-60S 88- 0W 23.61 35.687 428 368 355 345 83 2065 215 0.31 0.1 1.9 2358 2358 2313 319 P19 3/17/93 23-29S 88- 0W 23.28 35.624 411 358 355 345 66 2059 215 0.35 0.1 1.4 2357 2357 2316 320 P19 3/17/93 22-60S 88- 0W 23.92 35.643 434 368 355 345 89 2062 211 0.37 0.1 1.5 2354 2354 2311 321 P19 3/18/93 22-29S 88- 0W 23.30 35.636 411 358 355 345 66 2062 217 0.35 0.1 1.6 2361 2361 2319 322 P19 3/18/93 21-59S 88- 0W 23.14 35.648 401 351 355 346 55 2059 217 0.33 0.1 1.7 2362 2362 2319 323 P19 3/18/93 21-30S 88- 0W 23.14 35.612 405 355 355 346 60 2058 217 0.33 0.0 0.9 2358 2317 324 P19 3/18/93 20-60S 88- 0W 23.29 35.622 401 349 355 345 56 2058 216 0.36 0.0 1.6 2362 2321 325 P19 3/18/93 20-30S 88- 0W 23.29 35.609 404 352 355 345 59 2057 216 0.34 0.1 1.9 2359 2359 2319 326 P19 3/19/93 19-60S 88- 0W 23.03 35.587 355 2056 216 0.35 0.1 1.9 327 P19 3/19/93 19-32S 87-46W 23.69 35.700 401 344 355 345 56 2057 214 0.36 0.0 1.7 2366 2320 328 P19 3/20/93 19- 6S 87-32W 23.70 35.728 421 360 355 345 75 2062 214 0.38 0.1 2.2 2360 2360 2312 329 P19 3/20/93 18-38S 87-18W 24.24 35.942 403 337 356 345 58 2049 213 0.37 0.4 2.1 2363 2363 2301 330 P19 3/20/93 18-12S 87- 5W 24.61 35.930 382 314 356 345 37 2039 213 0.42 1.5 2.4 2370 2371 2308 331 P19 3/20/93 17-44S 86-52W 24.76 35.929 356 332 P19 3/21/93 17-18S 86-38W 24.59 35.858 385 317 356 345 40 2040 214 0.41 0.1 2.3 2368 2368 2311 333 P19 3/21/93 16-51S 86-23W 24.40 35.910 382 317 356 345 37 2043 214 0.42 0.6 2.1 2372 2372 2312 334 P19 3/21/93 16-23S 86-11W 24.27 35.882 387 323 356 345 42 2043 214 0.44 0.7 3.1 2366 2367 2308 335 P19 3/21/93 15-55S 85-57W 24.67 35.895 356 2040 213 0.42 0.2 2.7 336 P19 3/22/93 15-33S 85-53W 24.67 35.835 388 319 356 345 43 2045 208 0.46 0.2 2.6 2372 2372 2317 337 P19 3/22/93 15- 8S 85-50W 24.79 35.747 393 321 356 345 48 2046 211 0.42 0.1 1.7 2371 2371 2322 338 P19 3/22/93 14-33S 85-50W 25.35 35.841 380 303 356 345 36 2037 209 0.41 0.1 2.2 2375 2376 2320 339 P19 3/23/93 13-59S 85-50W 25.31 35.842 389 311 356 345 44 2041 209 0.44 0.2 1.9 2375 2375 2319 340 P19 3/23/93 13-30S 85-50W 25.31 35.834 385 307 356 345 40 2040 208 0.44 0.2 1.7 2375 2375 2320 341 P19 3/23/93 12-60S 85-50W 25.60 35.799 377 297 356 345 32 2024 208 0.46 1.8 1.6 2364 2366 2312 342 P19 3/23/93 12-29S 85-50W 26.20 35.845 394 303 356 344 50 2032 204 0.43 0.6 2.4 2369 2370 2313 343 P19 3/24/93 11-60S 85-50W 26.44 35.811 356 271 356 344 12 1998 208 0.33 1.0 1.8 2358 2359 2305 344 P19 3/24/93 11-29S 85-50W 26.43 35.728 366 279 356 344 22 2008 206 0.32 0.1 1.6 2361 2361 2313 345 P19 3/24/93 11- 0S 85-50W 27.02 35.696 323 240 356 344 -21 1963 210 0.24 0.3 2.0 2347 2348 2302 346 P19 3/24/93 10-30S 85-50W 27.39 35.623 335 245 356 343 -8 1962 208 0.27 0.1 2.7 2339 2339 2298 347 P19 3/25/93 9-60S 85-50W 27.50 35.140 323 235 356 344 -21 1944 211 0.23 0.1 2.1 2324 2324 2314 348 P19 3/25/93 9-30S 85-50W 27.38 34.565 357 261 356 344 13 1935 204 0.28 0.0 1.5 2279 2308 349 P19 3/25/93 9- 0S 85-50W 24.65 35.331 375 274 356 346 29 1974 209 0.53 2.9 2.5 2318 2321 2297 350 P19 3/25/93 8-30S 85-51W 27.14 34.376 384 284 356 344 41 1941 206 0.32 0.5 2.7 2263 2263 2304
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 4 Leg 12 WOCE P19C R/V Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 351 P19 3/26/93 8- 0S 85-50W 27.52 34.833 394 287 356 344 51 1974 213 0.43 1.5 2.0 2305 2306 2316 352 P19 3/26/93 7-30S 85-49W 24.21 35.221 385 275 356 346 39 1968 176 0.71 5.6 3.6 2309 2315 2295 353 P19 3/26/93 7- 0S 85-50W 25.80 35.193 374 266 357 345 29 1968 188 0.58 4.4 3.4 2318 2323 2306 354 P19 3/27/93 6-30S 85-50W 28.47 34.631 407 284 357 343 64 1955 202 0.29 1.0 2.7 2282 2283 2306 355 P19 3/27/93 6- 0S 85-50W 26.32 34.585 432 334 357 345 87 1981 211 0.51 3.8 3.0 2275 2279 2302 356 P19 3/27/93 5-31S 85-50W 26.09 34.321 398 277 357 345 53 1885 206 0.59 5.5 4.0 2191 2197 2235 357 P19 3/28/93 5- 0S 85-50W 28.99 33.368 392 268 357 343 50 1885 203 0.18 0.0 2.9 2200 2308 358 P19 3/28/93 4-30S 85-50W 27.23 34.195 410 286 357 344 66 1924 222 0.26 0.3 2.3 2237 2237 2289 359 P19 3/28/93 4- 0S 85-50W 27.61 34.235 404 293 357 344 60 1944 222 0.23 0.0 2.8 2257 2307 360 P19 3/28/93 3-30S 85-50W 28.52 34.152 405 275 357 343 62 1926 213 0.19 0.1 1.8 2250 2250 2306 361 P19 3/29/93 2-60S 85-50W 28.56 34.258 417 290 357 343 73 1942 214 0.20 0.0 2.6 2257 2306 362 P19 3/29/93 2-40S 85-50W 28.89 34.511 435 290 357 343 92 1956 213 0.22 0.2 2.3 2277 2277 2309 363 P19 3/29/93 2-20S 85-49W 28.19 34.450 432 298 357 344 88 1953 216 0.23 0.1 2.1 2266 2266 2302 364 P19 3/29/93 1-60S 85-50W 28.41 34.544 418 293 357 343 74 1962 215 0.24 0.1 2.1 2282 2282 2312 365 P19 3/29/93 1-40S 85-50W 27.05 34.600 444 304 357 345 100 1970 216 0.37 2.1 3.3 2282 2284 2309 366 P19 3/30/93 1-20S 85-50W 25.78 34.685 420 303 357 346 75 1969 209 0.46 3.6 3.8 2281 2285 2302 367 P19 3/30/93 1- 0S 85-50W 26.92 34.568 434 324 357 345 89 1980 216 0.40 2.2 3.2 2279 2281 2308 368 P19 3/30/93 0-50S 85-50W 26.25 34.610 357 1984 209 369 P19 3/30/93 0-40S 85-50W 25.62 34.611 446 327 357 346 100 1983 199 0.49 3.9 3.9 2280 2284 2305 370 P19 3/30/93 0-30S 85-50W 25.78 34.584 453 336 357 346 107 1986 201 371 P19 3/30/93 0-20S 85-50W 26.27 34.580 453 330 357 345 108 1983 203 0.47 3.5 4.1 2278 2282 2306 372 P19 3/30/93 0-10S 85-50W 26.75 34.475 357 1976 213 373 P19 3/30/93 0- 0N 85-50W 26.83 34.430 436 326 357 345 91 1974 215 0.38 2.3 3.3 2269 2271 2306 374 P19 3/31/93 0-10N 85-50W 27.42 34.336 357 219 375 P19 3/31/93 0-20N 85-50W 27.10 34.266 433 320 357 345 88 1960 219 0.33 1.3 2.8 2255 2256 2303 376 P19 3/31/93 0-30N 85-50W 26.82 34.244 437 328 357 345 92 1960 218 377 P19 3/31/93 0-40N 85-50W 26.78 34.185 419 315 357 345 74 1956 220 0.32 1.2 2.2 2253 2254 2307 378 P19 3/31/93 0-50N 85-50W 27.45 34.213 357 220 379 P19 3/31/93 1- 0N 85-50W 27.26 34.189 436 321 357 345 91 1959 220 0.31 0.9 2.0 2253 2254 2306 380 P19 3/31/93 1-20N 85-50W 27.94 34.345 438 313 357 344 94 1960 217 0.30 1.0 2.7 2261 2262 2304 381 P19 4/ 1/93 1-40N 85-50W 28.88 34.270 460 316 358 344 116 1952 213 0.31 0.7 2.2 2249 2250 2297 382 P19 4/ 1/93 2- 0N 85-50W 28.09 33.659 409 283 358 344 64 1901 215 0.22 0.2 1.0 2206 2206 2294 383 P19 4/ 1/93 2-20N 85-50W 29.83 33.152 407 269 358 343 64 1867 199 0.14 0.3 1.7 2175 2176 2297 384 P19 4/ 1/93 2-40N 85-50W 29.04 32.877 378 251 358 344 34 1826 203 0.13 0.3 2.3 2137 2137 2275 385 P19 4/ 1/93 3- 0N 85-50W 30.14 32.328 391 255 358 343 48 1816 199 0.12 0.4 2.0 2119 2119 2294 386 P19 4/ 2/93 3-30N 85-51W 29.71 32.331 406 269 358 343 63 1808 200 0.11 0.2 1.8 2095 2095 2268 387 P19 4/ 2/93 3-60N 85-50W 29.69 32.248 409 271 358 343 66 1801 200 0.13 0.3 1.8 2084 2084 2262 388 P19 4/ 2/93 4-20N 86-12W 29.90 32.167 391 256 358 343 48 1806 198 0.10 0.2 1.9 2105 2105 2290 389 P19 4/ 2/93 4-41N 86-34W 29.73 32.414 407 266 358 343 63 1816 200 0.12 0.3 1.9 2109 2109 2277 390 P19 4/ 3/93 5- 1N 86-56W 28.63 32.366 393 273 358 344 48 1832 207 0.14 0.2 1.5 2122 2122 2295
Lamont-Doherty Earth Observatory of Columbia University Printed on 09/28/98 Source File = JUNOSFC Page 5 Leg 12 WOCE P19C R/V Knorr Alk)s=35 = TALK * (35/sal) Pot. Alkalinity = Total Alkalinity + NO3 pCO2 of air calculated from VCO2 of dry air at 100% relative humidity using the mean for this leg. InSitu Seawater Atmosphere Delta pCO2 Alkalinity Sta WOCE Date Lat Long Temp Sal pCO2 (uatm) VCO2 pCO2 sw-air TCO2 Oxy PO4 NO3 SiO3 -----µeq/kg----- No. LINE MM/DD/YY DD-MM DDD-MM Deg C o/oo InSitu 20 Deg ppm uatm uatm -----------µmol/kg----------- Total Pot. s=35 391 P19 4/ 3/93 5-21N 87-18W 29.41 31.903 388 258 358 344 45 1802 202 0.11 0.2 1.5 2095 2096 2299 392 P19 4/ 3/93 5-42N 87-41W 29.57 31.945 409 273 358 344 65 1810 199 0.11 0.2 1.3 2093 2093 2293 393 P19 4/ 3/93 6- 2N 88- 3W 29.77 32.182 395 262 358 343 52 1820 200 0.13 0.2 1.7 2117 2117 2302 394 P19 4/ 4/93 6-22N 88-25W 29.87 32.792 400 263 358 343 57 1849 196 0.15 0.2 1.4 2156 2156 2301 395 P19 4/ 4/93 6-43N 88-47W 28.99 33.218 410 280 358 344 66 1875 205 0.15 0.2 1.0 2175 2175 2291 396 P19 4/ 4/93 7- 3N 89- 9W 29.77 33.106 407 269 358 343 63 1864 205 0.14 0.2 1.4 2171 2171 2295 397 P19 4/ 5/93 7-23N 89-32W 27.72 34.032 398 268 359 345 52 1893 212 0.35 1.9 2.1 2212 2214 2275 398 P19 4/ 5/93 7-44N 89-54W 26.62 34.393 435 301 359 346 88 1943 200 0.58 5.2 4.3 2250 2255 2289 399 P19 4/ 5/93 8- 4N 90-16W 25.90 34.236 411 289 359 347 64 1945 184 0.57 4.4 3.2 2261 2266 2312 400 P19 4/ 5/93 8-24N 90-38W 26.01 34.281 424 294 359 347 77 1936 170 0.63 5.5 3.2 2247 2252 2294 401 P19 4/ 6/93 8-45N 91- 1W 26.47 34.396 411 289 359 347 64 1948 204 0.49 4.0 3.5 2266 2270 2306 402 P19 4/ 6/93 9- 5N 91-23W 27.61 34.059 411 279 359 346 65 1913 188 0.42 2.9 2.4 2229 2232 2291 403 P19 4/ 6/93 9-26N 91-45W 28.76 33.916 402 276 359 345 57 1915 199 0.20 0.2 1.4 2234 2234 2306 404 P19 4/ 6/93 9-46N 92- 9W 29.31 33.928 408 275 359 344 63 1909 200 0.19 0.2 1.8 2227 2227 2297 405 P19 4/ 7/93 10- 3N 92-27W 29.67 33.933 420 279 359 344 76 1908 200 0.18 0.3 1.6 2222 2222 2292 406 P19 4/ 7/93 10-20N 92-45W 29.61 33.987 359 407 P19 4/ 7/93 10-48N 92-35W 29.28 33.703 401 271 359 345 56 1903 199 0.19 0.2 1.3 2222 2223 2308 408 P19 4/ 7/93 11-16N 92-24W 29.53 33.811 423 283 359 345 78 1909 199 0.19 0.2 1.9 2220 2220 2298 409 P19 4/ 8/93 11-46N 92-14W 29.57 34.013 402 268 359 344 57 1922 198 0.19 0.3 1.9 2251 2252 2317 410 P19 4/ 8/93 12-13N 92- 4W 28.80 33.960 401 268 359 345 56 1916 203 0.19 0.1 1.7 2244 2244 2312 411 P19 4/ 8/93 12-41N 91-53W 29.54 33.743 419 280 359 345 74 1904 200 0.17 0.2 1.6 2216 2216 2298 412 P19 4/ 8/93 12-55N 91-48W 29.76 33.637 404 267 359 344 60 1900 200 0.17 0.2 1.8 2222 2222 2312 413 P19 4/ 9/93 13- 2N 91-46W 29.74 33.670 395 262 359 345 51 1895 201 0.17 0.2 2.0 2221 2221 2308 414 P19 4/ 9/93 13- 7N 91-44W 29.59 33.652 408 272 359 345 63 1901 198 0.18 0.2 1.5 2219 2219 2308 415 P19 4/ 9/93 13-12N 91-42W 29.58 33.656 395 264 359 345 50 1901 200 0.17 0.2 2.1 2226 2227 2315 416 P19 4/ 9/93 13-15N 91-40W 28.99 34.043 395 266 359 345 50 1911 211 0.17 0.3 1.6 2239 2239 2302 417 P19 4/ 9/93 13-19N 91-40W 29.19 34.023 394 267 359 345 49 1913 212 0.16 0.2 0.7 2241 2241 2305 418 P19 4/10/93 13-24N 91-38W 29.45 34.177 405 272 359 345 60 1928 209 0.17 0.2 1.1 2256 2257 2311 419 P19 4/10/93 13-26N 91-37W 29.49 34.100 398 267 359 345 53 1921 209 0.15 0.2 1.0 2251 2252 2311 420 P19 4/10/93 13-29N 91-36W 27.98 34.139 400 268 359 346 54 1919 220 0.19 0.2 1.1 2247 2247 2303 421 P19 4/10/93 13-31N 91-35W 29.33 34.103 359 1922 214 0.16 0.1 0.9 422 P19 4/10/93 13-32N 91-35W 27.97 34.145 400 286 359 346 54 1930 217 0.20 0.2 0.9 2245 2245 2301

CDIAC   |  CCSI   |  ESD   |   ORNL   |   Security   |   Contact Us   |   maintained by Alex Kozyr   |   Last modified: 21 Jun 2010