*2013/12/16 15:09:41.36 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *COMMENTS DOWN CAST NI03 Alt S start position 49 15.96 N 123 46.06 W 18:04:35 02-27-1996 Alt S stop position 49 16.02 N 123 45.98 W 18:14:22 02-27-1996 *FILE START TIME : PST 1996/02/27 18:04:34.460 END TIME : PST 1996/02/27 18:14:22.830 NUMBER OF RECORDS : 403 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : real*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 0.4 402 2 Temperature 'deg C (IPTS68)' 6.5675 9.592 3 Transmissivity %/metre 36.2 58.5 4 Salinity PSS-78 25.7249 31.1958 5 Number_of_bin_records n/a 8 55 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ------ -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 9 F REAL*4 4 5 -99 ' ' 5 I I 0 $END $REMARKS File name : 96030034.ACQ $END *ADMINISTRATION MISSION : 1996-03 AGENCY : IOS, Ocean Science and Productivity, Sidney, B.C. COUNTRY : Canada PROJECT : Strait of Georgia SCIENTIST : Juhasz T. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : Strait of Georgia STATION : NI03 EVENT NUMBER : 34 LATITUDE : 49 15.96000 N ! (deg min) LONGITUDE : 123 46.06000 W ! (deg min) LATITUDE 2 : 49 16.02000 N ! (deg min) LONGITUDE 2 : 123 45.98000 W ! (deg min) WATER DEPTH : 105 $REMARKS Station Latitude : 0 0.00 N Longitude : 0 0.00 W Depth : 9999 $END *INSTRUMENT TYPE : Guildline 8715 CTD MODEL : ASI/486 SERIAL NUMBER : 58482 $REMARKS Acquisition program : CTD.EXE version 1.45 CTD data type : 2 ! 8755 system binary frame Control String : KP3000TC14 $END *RAW START TIME : PST 1996/02/27 18:04:34.460 END TIME : PST 1996/02/27 18:14:22.830 TIME INCREMENT : 0 0 0 0 40 ! (day hr min sec ms) NUMBER OF RECORDS : 14448 $TABLE: CHANNELS ! Averaging (day hr min sec ms) !Name Raw Units Interval Time Lag !-------------------- --------------- --------- ----------- Pressure Percent_FS Temperature 'DEG C (ITS68)' Conductivity_Ratio n/a Chl_fluorescence Percent_FS Transmissivity Percent_FS $END *CALIBRATION $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- --------------- ---- ------ ------------ Pressure DBAR 10 -99 (0 3000) Temperature 'DEG C (ITS68)' 10 -99 (0.11066E-01 0.9986) Conductivity_Ratio n/a 63 -99 (-0.24575E-03 1.0029) Chl_fluorescence mg/m**3 10 n/a (30 -0.6) Transmissivity '%/25 cm' 10 -99 (101.272 -2.0255) $END $TABLE: CALCULATED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------- -------- ---- ------ ------------ Salinity PSS-78 30 ' ' (Pressure Temperature Conductivity_ratio) () $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- ACQCONV 2.02 1996/08/22 15:30:50 14448 14448 CALIB 7.1 1996/08/27 10:18:06 14448 14448 DESPIKE 1.4 1996/08/27 11:16:01 14448 14448 TIMECOMP 2.2 1996/08/27 11:24:26 14448 14448 DELETE 4.3 1996/08/27 11:39:10 14448 12520 BOXCAR 2.3 1996/08/27 11:47:00 12520 12520 BINAVE 2.0 1996/08/27 11:51:32 12520 403 REMOVECH 3.0 1996/08/30 14:19:36 403 403 HEADEDIT 1.1 1996/08/30 14:21:32 ' ' ' ' HDREDIT2 1.7 2003/09/17 16:19:36 ? ? CLEAN 4.4 2003/09/17 16:20:11 403 403 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:09:41 403 403 $END $REMARKS -The following CALIB parameters were used: Calibration type = R Salinity is computed Transmissivity converted to %/metre Pressure offset = 0.0 Calibration file = 58482.CCF -The following DESPIKE parameters were used: DESPIKE TABLE CHANNEL FIT OVER- MIN MAX MIN MAX SPIKE WIDTH LAP VALUE VALUE STDDEV STDDEV TOL. -------------------- ----- ----- ------- ------- ------- ------- ----- PRESSURE 55 5 0.00 500.00 0.10000 999.000 3.00 TEMPERATURE 55 5 0.00 20.00 0.00500 999.000 3.00 CONDUCTIVITY_RATIO 55 5 0.00 1.00 0.00010 999.000 3.00 TRANSMISSIVITY 55 5 0.00 100.00 0.10000 999.000 3.00 CHL_FLUORESCENCE 55 5 0.00 10.00 0.10000 999.000 3.00 -The following TIMECOMP parameters were used: Temp. probe Dist (m): 0.0000 Sample period (sec): 0.0400 -The following DELETE parameters were used: Surface Record Removal: Low Sal & Last Press Min Maximum Surface Pressure (relative): 20.00 Minimum Surface Salinity: 0.000 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 11 Swells deleted. Warning message if pressure difference of 2.00 Drop rates< 0.30m/s (calculated over 11 points) will be deleted Sample interval = 0.04 seconds. -The following FILTER parameters were used. Median filter was used. Filter width = 21 The following channel(s) were filtered. SALINITY -The following BINAVE parameters were used: Bin channel = PRESSURE Averaging interval = 1.0 Minimum bin value = 0.000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CHANNEL(S) were removed from file. CONDUCTIVITY_RATIO CHL_FLUORESCENCE CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Change Pad Value to -99 in All Channels. - Delete Empty Channels: 0 deleted. - Set channel name post-colon letters to upper case. $END !--1--- ---2---- --3-- ---4---- -5-- !Pressu Temperat Trans Salinity Numb !re ure missi er_o ! vity ~bin ! _rec ! ords !------ -------- ----- -------- ---- *END OF HEADER 0.4 6.5675 37.2 25.7249 8 1.0 6.5717 37.1 25.7275 41 2.0 6.5764 36.2 25.7320 33 3.0 6.5786 37.2 25.7337 49 4.0 6.5796 38.2 25.7345 34 5.0 6.5856 38.3 25.7431 39 6.0 6.5941 38.7 25.7472 33 7.0 6.6204 38.7 25.8235 30 8.0 6.8120 42.6 26.2309 35 9.0 6.9253 44.3 26.3288 29 10.0 7.0012 45.1 26.5319 27 11.0 7.0877 46.9 26.6848 35 12.0 7.1110 48.0 26.7436 32 13.0 7.1657 50.1 26.8346 24 14.0 7.2598 52.0 27.0004 26 15.0 7.5201 55.0 27.4208 35 16.0 7.7215 56.5 27.7464 24 17.0 7.7755 56.9 27.8215 24 18.0 7.8455 57.5 27.9980 31 19.0 7.9802 57.9 28.1650 26 20.0 8.0234 58.0 28.2359 28 21.0 8.1011 58.1 28.3434 29 22.0 8.1272 58.2 28.3838 26 23.0 8.1920 58.3 28.4869 28 24.0 8.2964 58.5 28.6322 28 25.0 8.3513 58.5 28.6988 32 26.0 8.3914 58.4 28.7617 28 27.0 8.4278 58.2 28.8139 20 28.0 8.4478 58.4 28.8445 36 28.9 8.4728 58.3 28.8933 32 30.0 8.5318 58.1 28.9850 22 31.0 8.5402 57.9 29.0070 29 32.0 8.5536 57.8 29.0364 35 33.0 8.5951 57.7 29.0897 27 34.0 8.6091 57.6 29.1203 24 35.0 8.6200 57.4 29.1432 31 36.0 8.6245 57.4 29.1585 35 37.0 8.6412 57.3 29.1844 23 38.0 8.6446 57.3 29.1976 23 39.0 8.6282 56.9 29.2217 40 40.0 8.6343 56.7 29.2551 33 41.0 8.6274 56.6 29.2849 23 42.0 8.6089 56.4 29.2952 20 43.0 8.5796 56.2 29.3076 36 44.0 8.5748 56.1 29.3079 28 45.0 8.5524 55.7 29.3196 19 46.0 8.5416 55.6 29.3270 22 47.0 8.5367 55.6 29.3323 46 47.9 8.5341 55.3 29.3455 21 49.0 8.5464 55.3 29.3708 21 50.1 8.5506 55.2 29.3805 42 51.0 8.5501 55.1 29.3835 28 52.0 8.5509 55.0 29.3857 21 53.1 8.5485 55.0 29.3891 34 54.0 8.5483 55.0 29.3924 31 55.0 8.5516 55.0 29.3946 26 56.0 8.5593 55.0 29.3969 32 57.0 8.5787 55.1 29.4081 29 58.0 8.5895 55.0 29.4218 25 59.0 8.6158 55.1 29.4367 34 60.0 8.6243 55.1 29.4450 28 61.0 8.6243 55.1 29.4490 26 62.0 8.6184 55.0 29.4602 33 63.0 8.6137 54.9 29.4725 31 64.0 8.5785 54.5 29.4718 28 64.9 8.4539 53.3 29.4736 31 66.0 8.4496 52.6 29.5073 24 67.1 8.4654 52.6 29.5223 30 68.0 8.4661 52.7 29.5249 40 69.0 8.4710 52.7 29.5406 22 70.0 8.4720 52.8 29.5513 19 71.1 8.4739 52.9 29.5549 41 71.9 8.4763 53.0 29.5588 24 73.0 8.4802 52.9 29.5692 18 74.1 8.4902 53.0 29.5756 23 74.9 8.4329 52.6 29.5549 37 76.0 8.2895 52.0 29.5631 18 77.0 8.1952 51.5 29.5648 17 78.0 8.1669 51.4 29.5665 31 78.9 8.1307 51.1 29.5617 19 80.0 8.0980 50.9 29.5679 18 81.1 8.0416 50.6 29.5748 30 82.0 8.0802 50.6 29.6003 27 83.0 8.4161 51.9 29.6911 20 84.0 8.5368 52.6 29.7065 23 85.0 8.5411 52.6 29.7097 43 85.9 8.5378 52.5 29.7166 25 87.0 8.5418 52.4 29.7210 23 88.1 8.6343 53.1 29.7456 34 89.0 8.7337 53.8 29.7734 32 90.0 8.7329 53.8 29.7817 21 91.0 8.7289 53.7 29.7781 28 92.0 8.7177 53.8 29.7761 38 92.9 8.7059 53.7 29.7787 24 93.9 8.7232 53.7 29.7837 20 95.1 8.7504 54.0 29.7945 35 95.9 8.7664 54.1 29.7954 29 97.0 8.7553 54.0 29.7919 18 98.1 8.5606 52.6 29.7865 20 99.0 8.5737 52.6 29.7997 31 100.0 8.6223 52.6 29.8046 20 101.0 8.5758 52.4 29.8017 21 102.0 8.4853 51.7 29.8016 39 103.0 8.5011 51.8 29.8077 29 104.0 8.5029 51.7 29.8159 25 105.0 8.4991 51.7 29.8294 33 106.0 8.5503 51.8 29.8483 26 107.0 8.5642 51.9 29.8528 29 108.0 8.6001 51.9 29.8769 29 109.0 8.6346 51.3 29.9029 35 110.0 8.6465 50.9 29.9177 25 111.0 8.6193 50.5 29.9259 22 112.1 8.5823 49.8 29.9327 41 112.9 8.5657 49.2 29.9436 28 114.0 8.5661 48.9 29.9516 22 115.1 8.5613 48.9 29.9555 27 116.0 8.5671 48.9 29.9563 38 117.0 8.5703 48.9 29.9556 27 118.0 8.5608 48.9 29.9531 30 119.0 8.5161 48.6 29.9524 23 120.0 8.5422 48.4 29.9674 34 120.9 8.5725 48.6 29.9756 34 122.0 8.5844 48.4 29.9869 20 123.1 8.5816 48.1 29.9932 27 123.9 8.5844 48.2 30.0011 37 125.0 8.5931 48.2 30.0073 22 126.0 8.6031 48.6 30.0132 26 127.0 8.6040 48.6 30.0180 43 128.0 8.6048 48.5 30.0224 26 129.0 8.6114 48.4 30.0319 30 130.0 8.6170 48.7 30.0385 37 131.0 8.5955 48.6 30.0437 26 132.0 8.5978 48.8 30.0513 27 133.0 8.6164 49.2 30.0663 34 134.0 8.6309 49.3 30.0783 35 135.0 8.6518 49.4 30.0973 25 136.0 8.6828 49.3 30.1203 28 137.1 8.6869 49.2 30.1263 36 137.9 8.6916 49.1 30.1359 32 139.0 8.7368 49.2 30.1644 24 140.0 8.7413 48.9 30.1733 37 140.9 8.7428 48.3 30.1855 29 142.0 8.7530 47.8 30.1974 23 143.0 8.7634 48.2 30.2016 43 144.0 8.7846 48.5 30.2110 31 145.0 8.8033 48.5 30.2250 23 146.0 8.8349 49.4 30.2402 31 147.0 8.8455 50.1 30.2467 41 148.0 8.8514 50.0 30.2536 24 149.0 8.8625 49.9 30.2699 21 150.0 8.9131 51.0 30.2938 46 151.0 8.9235 50.8 30.3001 27 152.0 8.9579 50.8 30.3255 25 153.0 9.0098 51.4 30.3460 33 153.9 9.0321 51.7 30.3621 34 155.0 9.0449 51.7 30.3693 31 156.0 9.0477 51.8 30.3728 29 157.0 9.0532 51.9 30.3760 30 158.0 9.0653 52.0 30.3854 33 159.0 9.0830 52.1 30.3998 27 160.1 9.1161 52.3 30.4201 34 160.9 9.1262 52.4 30.4264 34 162.0 9.1290 52.4 30.4284 22 163.0 9.1347 52.2 30.4327 26 163.9 9.1415 52.3 30.4381 41 164.9 9.1490 52.1 30.4436 27 166.0 9.1564 51.7 30.4533 29 167.0 9.1977 52.1 30.4714 29 168.0 9.2196 51.8 30.4886 37 168.9 9.2621 52.3 30.5085 29 170.0 9.3013 52.7 30.5274 24 171.0 9.3043 52.1 30.5326 40 171.9 9.2407 49.8 30.5335 28 173.0 9.2213 49.1 30.5436 24 174.0 9.2921 50.5 30.5805 30 175.0 9.3704 52.7 30.5971 38 176.0 9.4014 53.3 30.6131 29 177.0 9.4266 53.8 30.6267 25 178.1 9.4338 54.1 30.6359 33 179.0 9.4341 54.3 30.6400 34 180.0 9.4365 54.3 30.6440 22 181.0 9.4391 54.2 30.6503 26 182.0 9.4301 54.3 30.6581 42 183.0 9.4283 54.0 30.6737 23 184.0 9.4337 54.2 30.6892 31 184.9 9.4346 54.3 30.6971 39 186.0 9.4369 54.2 30.7021 23 187.0 9.4611 54.5 30.7169 37 188.0 9.4880 54.8 30.7255 26 189.0 9.5092 54.9 30.7370 23 190.1 9.5272 55.5 30.7473 40 190.9 9.4864 54.7 30.7481 31 192.0 9.4833 54.7 30.7575 24 193.0 9.4764 54.5 30.7600 28 194.0 9.4787 54.3 30.7640 36 195.0 9.4844 54.3 30.7658 33 196.0 9.4878 54.5 30.7674 25 197.0 9.4909 54.4 30.7691 26 198.0 9.4956 54.0 30.7713 40 198.9 9.5061 54.1 30.7774 26 200.1 9.5218 54.5 30.7855 28 201.0 9.5289 54.7 30.7895 36 202.0 9.5314 54.7 30.7920 26 203.0 9.5321 54.7 30.7944 25 204.0 9.5332 54.9 30.7959 33 204.9 9.5398 55.1 30.8035 24 206.0 9.5424 54.7 30.8089 20 207.1 9.5400 54.4 30.8159 29 207.9 9.5409 54.5 30.8183 27 209.0 9.5349 54.2 30.8189 17 210.0 9.5058 52.9 30.8200 17 210.9 9.5071 53.0 30.8210 31 212.0 9.4902 52.3 30.8243 18 213.0 9.4856 51.6 30.8315 17 214.1 9.4880 51.8 30.8324 34 214.9 9.4962 52.1 30.8389 26 216.0 9.5271 53.6 30.8470 21 217.0 9.5416 54.0 30.8482 25 218.0 9.5435 54.2 30.8524 49 219.0 9.5468 54.5 30.8539 27 220.0 9.5481 54.5 30.8543 23 221.0 9.5561 55.4 30.8632 32 222.0 9.5625 56.0 30.8750 40 223.0 9.5656 56.1 30.8889 29 224.0 9.5668 55.9 30.8927 22 225.0 9.5672 56.2 30.8941 34 225.9 9.5731 56.7 30.9180 30 227.0 9.5754 56.5 30.9303 21 228.1 9.5754 56.7 30.9329 32 228.9 9.5754 56.9 30.9339 39 230.0 9.5756 56.7 30.9370 21 231.0 9.5753 56.6 30.9411 23 232.0 9.5750 56.8 30.9439 33 233.0 9.5751 56.7 30.9466 22 234.0 9.5750 56.6 30.9510 20 235.0 9.5744 56.8 30.9565 37 236.0 9.5742 56.8 30.9592 30 237.0 9.5741 56.9 30.9611 27 237.9 9.5741 56.8 30.9626 30 239.0 9.5739 56.8 30.9647 32 240.0 9.5737 56.8 30.9659 40 241.0 9.5736 56.7 30.9669 26 242.0 9.5735 56.6 30.9674 24 243.1 9.5732 56.7 30.9685 40 243.9 9.5728 56.8 30.9724 35 244.9 9.5730 56.7 30.9784 20 246.0 9.5731 56.7 30.9812 21 247.0 9.5731 56.7 30.9829 41 247.9 9.5731 56.7 30.9877 21 249.0 9.5723 56.6 30.9899 18 250.1 9.5706 56.7 30.9975 26 250.9 9.5710 56.3 30.9977 28 252.0 9.5687 56.3 31.0054 17 253.0 9.5683 56.5 31.0059 22 253.9 9.5679 56.6 31.0059 39 255.0 9.5655 56.7 31.0105 19 256.0 9.5651 56.6 31.0134 17 257.0 9.5651 56.7 31.0154 33 258.0 9.5635 56.5 31.0175 27 259.0 9.5634 56.8 31.0216 20 260.0 9.5648 56.8 31.0223 26 260.9 9.5658 56.8 31.0236 28 262.0 9.5664 56.6 31.0249 19 263.1 9.5671 56.8 31.0260 30 264.0 9.5672 56.9 31.0270 32 265.0 9.5677 56.9 31.0273 22 266.0 9.5677 56.9 31.0274 31 267.0 9.5676 57.0 31.0275 45 268.0 9.5676 56.9 31.0279 31 269.0 9.5678 56.9 31.0289 25 270.1 9.5676 56.9 31.0301 41 270.9 9.5676 56.9 31.0304 37 272.0 9.5678 56.8 31.0304 26 273.0 9.5676 56.9 31.0307 40 274.0 9.5678 56.9 31.0307 38 275.0 9.5677 56.8 31.0308 34 276.0 9.5676 56.8 31.0310 36 277.0 9.5675 56.8 31.0314 31 278.0 9.5675 56.8 31.0319 44 279.0 9.5652 56.5 31.0367 30 280.1 9.5648 56.5 31.0372 30 281.0 9.5648 56.5 31.0373 41 282.0 9.5648 56.5 31.0375 31 283.0 9.5642 56.3 31.0382 25 284.0 9.5624 56.2 31.0408 40 285.0 9.5620 56.0 31.0423 23 286.1 9.5607 56.1 31.0474 32 287.0 9.5604 56.0 31.0480 30 288.0 9.5604 56.1 31.0481 24 289.0 9.5604 56.1 31.0483 37 290.0 9.5605 56.1 31.0485 32 291.0 9.5605 56.1 31.0491 34 291.9 9.5603 56.2 31.0506 41 293.0 9.5573 55.9 31.0573 27 294.0 9.5562 56.1 31.0597 50 295.0 9.5531 55.9 31.0643 27 296.0 9.5534 55.9 31.0663 28 297.0 9.5542 56.0 31.0677 51 298.0 9.5557 56.0 31.0684 30 299.0 9.5590 56.0 31.0712 28 300.0 9.5616 56.1 31.0717 48 301.0 9.5642 56.2 31.0740 24 302.0 9.5684 56.3 31.0785 26 303.0 9.5663 56.4 31.0797 35 304.0 9.5635 56.3 31.0810 23 305.1 9.5633 56.2 31.0828 35 305.9 9.5624 56.2 31.0849 40 307.0 9.5615 55.9 31.0861 24 308.0 9.5613 56.0 31.0862 39 309.0 9.5612 55.9 31.0866 35 310.0 9.5607 55.3 31.0904 27 311.0 9.5610 54.7 31.0920 46 312.0 9.5614 55.3 31.0934 33 313.0 9.5620 55.3 31.0952 39 314.0 9.5622 55.3 31.0967 35 315.0 9.5622 55.2 31.0986 33 316.0 9.5630 55.4 31.1016 36 317.0 9.5640 55.6 31.1054 38 318.0 9.5642 55.6 31.1068 33 319.0 9.5646 55.5 31.1077 32 320.0 9.5644 55.6 31.1078 42 321.0 9.5644 55.6 31.1078 35 322.0 9.5642 55.6 31.1079 31 323.0 9.5642 55.5 31.1085 37 323.9 9.5643 55.5 31.1087 42 325.0 9.5654 55.3 31.1123 30 326.0 9.5659 55.2 31.1156 36 327.0 9.5656 55.4 31.1170 43 328.0 9.5655 55.8 31.1182 28 329.0 9.5655 55.9 31.1193 43 329.9 9.5663 55.8 31.1202 28 331.0 9.5681 55.5 31.1217 35 331.9 9.5689 55.4 31.1226 25 333.0 9.5705 55.2 31.1249 22 334.0 9.5702 55.2 31.1258 34 335.0 9.5711 55.0 31.1274 26 336.0 9.5717 54.9 31.1286 25 336.9 9.5720 55.0 31.1292 41 338.1 9.5723 55.2 31.1309 36 339.0 9.5743 54.2 31.1320 37 340.0 9.5773 52.6 31.1332 40 341.0 9.5783 52.3 31.1354 34 342.0 9.5784 52.3 31.1364 41 342.9 9.5786 52.4 31.1371 39 344.0 9.5784 52.7 31.1380 32 345.0 9.5785 52.8 31.1389 43 346.0 9.5797 52.3 31.1405 39 347.0 9.5827 51.3 31.1433 39 348.0 9.5847 50.7 31.1446 31 349.0 9.5861 50.4 31.1452 46 350.0 9.5866 50.3 31.1458 29 351.1 9.5870 50.3 31.1465 36 351.9 9.5875 50.2 31.1471 41 353.0 9.5881 50.5 31.1488 37 354.0 9.5884 50.7 31.1488 32 355.1 9.5886 50.7 31.1489 46 356.0 9.5888 50.9 31.1491 39 357.0 9.5895 50.9 31.1497 28 358.0 9.5898 51.2 31.1502 39 359.0 9.5900 51.1 31.1508 28 360.0 9.5903 51.0 31.1516 34 361.0 9.5904 50.8 31.1522 27 362.0 9.5907 50.2 31.1528 24 363.0 9.5909 50.0 31.1532 40 364.0 9.5912 49.8 31.1536 26 365.0 9.5914 49.9 31.1550 37 365.9 9.5918 50.0 31.1561 31 367.0 9.5920 49.7 31.1576 38 368.0 9.5918 49.7 31.1588 47 368.9 9.5918 49.7 31.1593 41 370.0 9.5918 49.6 31.1596 33 371.0 9.5918 49.7 31.1597 46 372.0 9.5920 49.5 31.1599 31 373.0 9.5920 49.3 31.1610 32 374.0 9.5904 50.2 31.1616 32 375.1 9.5833 52.8 31.1636 35 376.0 9.5818 53.4 31.1641 52 376.9 9.5799 53.7 31.1646 35 378.0 9.5794 53.5 31.1655 37 379.0 9.5800 53.7 31.1664 34 380.0 9.5823 53.8 31.1718 41 381.0 9.5826 53.7 31.1734 49 382.0 9.5827 53.7 31.1741 43 383.1 9.5828 53.7 31.1742 44 383.9 9.5830 53.7 31.1746 45 385.0 9.5833 53.7 31.1747 42 386.0 9.5832 53.7 31.1751 55 386.9 9.5832 53.7 31.1759 43 388.0 9.5832 53.3 31.1775 40 389.0 9.5829 52.3 31.1791 28 390.0 9.5825 51.4 31.1807 40 391.0 9.5824 50.6 31.1822 30 392.0 9.5823 50.2 31.1830 38 393.0 9.5829 49.4 31.1876 46 394.0 9.5831 49.0 31.1893 40 394.9 9.5832 48.8 31.1904 48 395.9 9.5833 48.6 31.1917 36 397.0 9.5834 48.0 31.1929 34 398.0 9.5836 47.4 31.1939 32 399.0 9.5837 47.4 31.1940 39 400.0 9.5840 46.8 31.1954 36 401.0 9.5841 46.5 31.1956 35 402.0 9.5843 46.4 31.1958 35