# version December 7, 1995 # Stuart Wakeham, Skidaway Institute of Oceanography, Univ. Georgia # Neutral Lipid fluxes, Moored Indented Rotary Sphere (IRS) Sediment Traps # R/V Wecoma cruise W9201B to the Equatorial Pacific, (Sediment Trap # Deployment Cruise) # # Note due to the nature of this data set the standard suite of data # manipulative tools (plot/other options) on the JGOFS Data System # do not apply. # # Neutral_lipids = fluxes of neutral lipids, units = ng/m^2/d # names have been prefixed with (ni_). This prefix must be # ignored when deciphering the neutral lipid name. See meta # data for list of complete lipid names. # n9_S = Nominal latitude (north 9) of the mooring array along 140W, (S)hallow IRS # trap at 1070 m below water surface. # n9_D = Nominal latitude (north 9) of the mooring array along 140W, (D)eep IRS # trap at 4200 m below water surface. # n5_S = Nominal latitude (north 5) of the mooring array along 140W, (S)hallow IRS # trap at 1020 m below water surface. # n5_D = Nominal latitude (north 5) of the mooring array along 140W, (D)eep IRS # trap at 3600 m below water surface. # eq_S = Nominal latitude (north 0) of the mooring array along 140W, (S)hallow IRS # trap at 955 m below water surface. # eq_D = Nominal latitude (north 0) of the mooring array along 140W, (D)eep IRS # trap at 3460 m below water surface. # nd = no/bad data # ========================= neutral_lipids n9_S n9_D n5_S n5_D eq_S eq_D ------------------------- nl_14ROH 89 100 550 220 1000 160 nl_2-6-10-TMP-one 63 nd 150 30 0 0 nl_15ROH 40 105 500 156 529 105 nl_16ROH 362 2374 4580 8000 10954 1050 nl_17ROH 47 95 370 126 467 60 nl_18ROH 214 420 700 979 1556 200 nl_phytol 298 1115 3120 960 6640 2209 nl_19ROH 49 70 100 69 440 50 nl_20:1ROH 95 150 100 1200 200 130 nl_20ROH 148 110 400 177 600 140 nl_21ROH 61 80 120 60 257 40 nl_22:1ROH 85 490 900 1200 2300 550 nl_22ROH 125 134 800 170 680 156 nl_23ROH 35 80 140 40 150 50 nl_27HC 0 nd 0 0 0 0 nl_24:1ROH 110 480 1300 800 3200 200 nl_24ROH 99 75 400 70 520 93 nl_28HC 58 78 0 0 0 0 nl_squalene 100 nd 210 80 300 140 nl_25ROH 22 140 160 0 400 0 nl_29HC 62 111 170 91 326 0 nl_26ROH 46 118 389 0 150 0 nl_30HC 66 90 410 94 0 0 nl_27ROH 50 nd 250 0 0 0 nl_31HC 73 124 200 70 0 0 nl_27(5-22) 540 2000 7300 2178 13730 2130 nl_27(22) 116 400 1695 314 2490 347 nl_28ROH 80 58 250 1 0 0 nl_27(5) 3190 8044 37812 10640 129000 4283 nl_27(0) 354 663 2886 770 6486 643 nl_bisnorhopane nd nd nd 0 0 0 nl_27(5-24) 380 247 500 248 1500 370 nl_28(5-22) 520 1919 7270 1735 12866 2153 nl_28(22) 200 555 2760 530 3800 631 nl_27(4-en-3-one) 0 0 0 0 0 0 nl_28(5-24(28)) 400 1271 5760 1586 12371 1705 nl_28(5) 44 200 800 300 2158 300 nl_28(22) 72 354 1400 359 3100 365 nl_28-diol nd nd 0 0 0 0 nl_29(5-22) 184 723 2080 600 4734 750 nl_DM-29(5-22) 56 180 300 200 1300 250 nl_29(5) 400 850 3100 1100 6391 1413 nl_29(0) 90 120 600 260 1416 350 nl_29(5-24(28)) 95 100 650 310 1931 450 nl_30(22) 112 378 1900 750 1603 1020 nl_29(5-24(28)) 963 65 400 100 500 150 nl_30(0) 92 190 601 200 430 200 nl_30-diol nd nd 0 0 0 0 nl_30-keto-ol nd nd 0 0 0 0 nl_homohopane nd nd 0 0 0 0 nl_37:2_alkenone 200 90 290 80 1178 110 nl_38:2_alkenone-et 82 25 75 0 880 47 nl_38:2_alkenone-me nd nd 0 0 0 0 TOTAL 10567 24971 94448 36853 238533 23000