# GLOBEC Georges Bank fish larvae, growth rates, # protein content and otolith data collected by BONGO nets # PI: L. Buckley, E. Caldarone ========================= cruise_id year brief_desc ------------------------- EN265 1995 broadscale ========================= station station_std lat lon yrday0_local day_local month_local time_local length_day temp_avg sal_avg sigma_t_avg depth_w depth_tow_max ------------------------- 4 4 41.017 -68.267 101 12 4 1645 14.05 5.588 33.01 26.05 50 46 5 5 40.85 -68 102 13 4 2032 14.12 5.284 32.71 25.85 59 55 6 6 40.667 -67.767 102 13 4 2322 14.12 5.375 32.82 25.93 75 72 8 8 40.867 -67.05 102 13 4 1050 14.12 5.097 32.81 25.95 87 83 9 9 40.967 -67.317 102 13 4 1448 14.12 5.21 32.68 25.84 78 75 10 10 41.083 -67.65 102 13 4 1852 14.12 5.355 32.88 25.98 52 50 11 11 41.233 -67.967 103 14 4 2143 14.17 5.613 33.04 26.07 44 42 12 12 41.383 -67.55 103 14 4 336 14.17 5.675 33.22 26.21 44 40 13 13 41.283 -67.167 103 14 4 1004 14.17 5.194 32.77 25.91 54 50 14 14 41.183 -66.933 103 14 4 1216 14.17 5.136 32.8 25.94 70 65 15 15 41.033 -66.7 103 14 4 1515 14.17 5.08 32.74 25.9 78 73 17 17 41.15 -66.45 104 15 4 452 14.2 5.474 32.98 26.04 94 81 18 18 41.417 -66.717 104 15 4 928 14.2 4.697 32.62 25.85 80 74 30 30 41.9 -67.2 107 18 4 319 14.33 5.247 32.92 26.02 54 47 36 36 41.383 -68.283 108 19 4 541 14.38 5.895 33.05 26.05 48 43 42 nd 40.867 -68 108 19 4 1010 14.38 5.567 32.77 25.87 59 55 43 nd 40.933 -68 108 19 4 1116 14.38 5.722 32.92 25.97 47 44 44 nd 40.85 -67.9 108 19 4 1250 14.38 5.564 32.74 25.85 66 62 45 nd 40.767 -68 108 19 4 1352 14.38 5.315 32.64 25.79 73 68 46 nd 40.85 -68.117 108 19 4 1445 14.38 5.579 32.75 25.85 64 59 47 nd 40.85 -67.99 108 19 4 1630 14.38 5.61 32.7 25.8 58 55 48 nd 40.85 -68.05 108 19 4 1810 14.38 5.666 32.78 25.87 60 57 49 nd 40.883 -68.033 109 20 4 2040 14.42 5.554 32.72 25.83 55 51 50 nd 40.883 -68 109 20 4 2112 14.42 5.677 32.82 25.9 48 43 51 nd 40.883 -67.967 109 20 4 2246 14.42 5.643 32.82 25.9 59 55 52 nd 40.85 -67.95 109 20 4 2322 14.42 5.517 32.81 25.91 64 61 53 nd 40.833 -67.967 109 20 4 54 14.42 5.374 32.75 25.88 68 63 54 nd 40.817 -68 109 20 4 127 14.42 5.356 32.63 25.78 70 66 55 nd 40.817 -68.033 109 20 4 326 14.42 5.341 32.61 25.77 67 62 56 nd 40.85 -68.133 109 20 4 428 14.42 5.734 32.79 25.86 63 58 57 nd 40.917 -68.083 109 20 4 727 14.42 5.665 32.78 25.86 44 41 59 nd 40.933 -67.917 109 20 4 1113 14.42 5.703 33.02 26.05 57 54 60 nd 40.85 -67.867 109 20 4 1204 14.42 5.572 32.9 25.97 65 62 61 nd 40.783 -67.9 109 20 4 1401 14.42 5.301 32.72 25.85 74 68 62 nd 40.75 -68 109 20 4 1448 14.42 5.586 32.68 25.79 75 71 63 nd 40.783 -68.1 109 20 4 1616 14.42 5.382 32.62 25.77 61 57 64 nd 40.85 -68.317 109 20 4 1802 14.42 5.936 32.75 25.81 44 41 65 nd 41.033 -68.233 110 21 4 2004 14.48 6.034 32.9 25.91 37 35 66 nd 41.1 -68 110 21 4 2120 14.48 5.961 32.98 25.99 47 44 67 nd 41.033 -67.767 110 21 4 2322 14.48 5.698 32.84 25.91 52 49 68 nd 40.85 -67.683 110 21 4 45 14.48 5.519 32.73 25.84 70 66 69 nd 40.683 -67.767 110 21 4 248 14.48 5.559 32.61 25.74 76 74 70 nd 40.6 -68 110 21 4 406 14.48 5.611 32.63 25.75 90 88 71 nd 40.667 -68.233 110 21 4 614 14.48 5.433 32.66 25.79 80 75