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Dataset Title:	[GN01 Size-fractionated major and minor particles] - Size-fractionated major and minor particle composition and concentration from the US GEOTRACES Arctic cruise (HLY1502) on USCGC Healy from August to October 2015 (U.S. Arctic GEOTRACES Study)
Institution:	BCO-DMO   (Dataset ID: bcodmo_dataset_807340)
Range:	longitude = -179.99976 to 178.92683°E, latitude = 60.223885 to 89.99696°N, depth = 9.448839 to 4197.0215m, time = 2015-08-12T00:50:00Z to 2015-10-08T00:44:00Z
Information:	Summary | License | FGDC | ISO 19115 | Metadata | Background | Subset | Data Access Form | Files

 

Graph Type:  lines linesAndMarkers markers sticks vectors X Axis:  latitude longitude Station_ID cast Event_ID time Sample_ID depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Y Axis:  latitude longitude Station_ID cast Event_ID time Sample_ID depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Color:  latitude longitude Station_ID cast Event_ID time Sample_ID depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl   Constraints Optional Constraint #1 Optional Constraint #2 Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl     != =~ <= >= = < >     != =~ <= >= = < >     Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl     != =~ <= >= = < >     != =~ <= >= = < >     Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl     != =~ <= >= = < >     != =~ <= >= = < >     Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl     != =~ <= >= = < >     != =~ <= >= = < >     Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl     != =~ <= >= = < >     != =~ <= >= = < >       Server-side Functions  distinct() orderBy orderByDescending orderByClosest orderByCount orderByLimit orderByMax orderByMin orderByMinMax orderByMean orderBySum (" Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Cruise latitude longitude Station_ID cast Event_ID Start_Date_UTC Start_Time_UTC time Sample_ID depth Bot_Depth sliters qliters Y_LPT_CONC_PUMP_3xbuwf Flag_Y_LPT_CONC_PUMP_3xbuwf SD1_Y_LPT_CONC_PUMP_3xbuwf Y_SPT_CONC_PUMP_hg18wa Flag_Y_SPT_CONC_PUMP_hg18wa SD1_Y_SPT_CONC_PUMP_hg18wa Mo_LPT_CONC_PUMP_wzplcd Flag_Mo_LPT_CONC_PUMP_wzplcd SD1_Mo_LPT_CONC_PUMP_wzplcd Mo_SPT_CONC_PUMP_ayjtto Flag_Mo_SPT_CONC_PUMP_ayjtto SD1_Mo_SPT_CONC_PUMP_ayjtto Ag_LPT_CONC_PUMP_i0mmts Flag_Ag_LPT_CONC_PUMP_i0mmts SD1_Ag_LPT_CONC_PUMP_i0mmts Ag_SPT_CONC_PUMP_bc1d5d Flag_Ag_SPT_CONC_PUMP_bc1d5d SD1_Ag_SPT_CONC_PUMP_bc1d5d Cd_LPT_CONC_PUMP_rg9fps Flag_Cd_LPT_CONC_PUMP_rg9fps SD1_Cd_LPT_CONC_PUMP_rg9fps Cd_SPT_CONC_PUMP_siaequ Flag_Cd_SPT_CONC_PUMP_siaequ SD1_Cd_SPT_CONC_PUMP_siaequ Ba_LPT_CONC_PUMP_kc6tsy Flag_Ba_LPT_CONC_PUMP_kc6tsy SD1_Ba_LPT_CONC_PUMP_kc6tsy Ba_SPT_CONC_PUMP_fqcq6y Flag_Ba_SPT_CONC_PUMP_fqcq6y SD1_Ba_SPT_CONC_PUMP_fqcq6y La_LPT_CONC_PUMP_ij40yk Flag_La_LPT_CONC_PUMP_ij40yk SD1_La_LPT_CONC_PUMP_ij40yk La_SPT_CONC_PUMP_zhoe3m Flag_La_SPT_CONC_PUMP_zhoe3m SD1_La_SPT_CONC_PUMP_zhoe3m Ce_LPT_CONC_PUMP_xo9eme Flag_Ce_LPT_CONC_PUMP_xo9eme SD1_Ce_LPT_CONC_PUMP_xo9eme Ce_SPT_CONC_PUMP_0mta0t Flag_Ce_SPT_CONC_PUMP_0mta0t SD1_Ce_SPT_CONC_PUMP_0mta0t Nd_LPT_CONC_PUMP_q2glcj Flag_Nd_LPT_CONC_PUMP_q2glcj SD1_Nd_LPT_CONC_PUMP_q2glcj Nd_SPT_CONC_PUMP_eijs7o Flag_Nd_SPT_CONC_PUMP_eijs7o SD1_Nd_SPT_CONC_PUMP_eijs7o Pb_LPT_CONC_PUMP_lcevvi Flag_Pb_LPT_CONC_PUMP_lcevvi SD1_Pb_LPT_CONC_PUMP_lcevvi Pb_SPT_CONC_PUMP_cg95rn Flag_Pb_SPT_CONC_PUMP_cg95rn SD1_Pb_SPT_CONC_PUMP_cg95rn Th_LPT_CONC_PUMP_qgecrl Flag_Th_LPT_CONC_PUMP_qgecrl SD1_Th_LPT_CONC_PUMP_qgecrl Th_SPT_CONC_PUMP_7qszun Flag_Th_SPT_CONC_PUMP_7qszun SD1_Th_SPT_CONC_PUMP_7qszun U_LPT_CONC_PUMP_n4atmq Flag_U_LPT_CONC_PUMP_n4atmq SD1_U_LPT_CONC_PUMP_n4atmq U_SPT_CONC_PUMP_cf8ut2 Flag_U_SPT_CONC_PUMP_cf8ut2 SD1_U_SPT_CONC_PUMP_cf8ut2 Al_LPT_CONC_PUMP_dg48z9 Flag_Al_LPT_CONC_PUMP_dg48z9 SD1_Al_LPT_CONC_PUMP_dg48z9 Al_SPT_CONC_PUMP_8zppuq Flag_Al_SPT_CONC_PUMP_8zppuq SD1_Al_SPT_CONC_PUMP_8zppuq P_LPT_CONC_PUMP_rbkpv2 Flag_P_LPT_CONC_PUMP_rbkpv2 SD1_P_LPT_CONC_PUMP_rbkpv2 P_SPT_CONC_PUMP_9escme Flag_P_SPT_CONC_PUMP_9escme SD1_P_SPT_CONC_PUMP_9escme Sc_LPT_CONC_PUMP_novz7c Flag_Sc_LPT_CONC_PUMP_novz7c SD1_Sc_LPT_CONC_PUMP_novz7c Sc_SPT_CONC_PUMP_knohqr Flag_Sc_SPT_CONC_PUMP_knohqr SD1_Sc_SPT_CONC_PUMP_knohqr Ti_LPT_CONC_PUMP_dgoldt Flag_Ti_LPT_CONC_PUMP_dgoldt SD1_Ti_LPT_CONC_PUMP_dgoldt Ti_SPT_CONC_PUMP_jyopwf Flag_Ti_SPT_CONC_PUMP_jyopwf SD1_Ti_SPT_CONC_PUMP_jyopwf V_LPT_CONC_PUMP_wp9f8n Flag_V_LPT_CONC_PUMP_wp9f8n SD1_V_LPT_CONC_PUMP_wp9f8n V_SPT_CONC_PUMP_qvxjtu Flag_V_SPT_CONC_PUMP_qvxjtu SD1_V_SPT_CONC_PUMP_qvxjtu Cr_LPT_CONC_PUMP_ube3rv Flag_Cr_LPT_CONC_PUMP_ube3rv SD1_Cr_LPT_CONC_PUMP_ube3rv Cr_SPT_CONC_PUMP_vnojlx Flag_Cr_SPT_CONC_PUMP_vnojlx SD1_Cr_SPT_CONC_PUMP_vnojlx Mn_LPT_CONC_PUMP_hsrmv8 Flag_Mn_LPT_CONC_PUMP_hsrmv8 SD1_Mn_LPT_CONC_PUMP_hsrmv8 Mn_SPT_CONC_PUMP_bdoxsq Flag_Mn_SPT_CONC_PUMP_bdoxsq SD1_Mn_SPT_CONC_PUMP_bdoxsq Fe_LPT_CONC_PUMP_dzaexc Flag_Fe_LPT_CONC_PUMP_dzaexc SD1_Fe_LPT_CONC_PUMP_dzaexc Fe_SPT_CONC_PUMP_j8n6wi Flag_Fe_SPT_CONC_PUMP_j8n6wi SD1_Fe_SPT_CONC_PUMP_j8n6wi Co_LPT_CONC_PUMP_y6nqjf Flag_Co_LPT_CONC_PUMP_y6nqjf SD1_Co_LPT_CONC_PUMP_y6nqjf Co_SPT_CONC_PUMP_gszvhk Flag_Co_SPT_CONC_PUMP_gszvhk SD1_Co_SPT_CONC_PUMP_gszvhk Ni_LPT_CONC_PUMP_743rem Flag_Ni_LPT_CONC_PUMP_743rem SD1_Ni_LPT_CONC_PUMP_743rem Ni_SPT_CONC_PUMP_8x4evr Flag_Ni_SPT_CONC_PUMP_8x4evr SD1_Ni_SPT_CONC_PUMP_8x4evr Cu_LPT_CONC_PUMP_yub7yu Flag_Cu_LPT_CONC_PUMP_yub7yu SD1_Cu_LPT_CONC_PUMP_yub7yu Cu_SPT_CONC_PUMP_ku5nvi Flag_Cu_SPT_CONC_PUMP_ku5nvi SD1_Cu_SPT_CONC_PUMP_ku5nvi Zn_LPT_CONC_PUMP_cqkxbz Flag_Zn_LPT_CONC_PUMP_cqkxbz SD1_Zn_LPT_CONC_PUMP_cqkxbz Zn_SPT_CONC_PUMP_lmd4lw Flag_Zn_SPT_CONC_PUMP_lmd4lw SD1_Zn_SPT_CONC_PUMP_lmd4lw POC_LPT_CONC_PUMP_pkzkvw Flag_POC_LPT_CONC_PUMP_pkzkvw SD1_POC_LPT_CONC_PUMP_pkzkvw POC_SPT_CONC_PUMP_sequc7 Flag_POC_SPT_CONC_PUMP_sequc7 SD1_POC_SPT_CONC_PUMP_sequc7 POC_13_12_LPT_DELTA_PUMP_eob0fm Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm POC_13_12_RAW_DELTA_LPT_CONC_PUMP POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP POC_13_12_SPT_DELTA_PUMP_dqqrsv Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv POC_13_12_RAW_DELTA_SPT_CONC_PUMP POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP N_LPT_CONC_PUMP_cc3v0x Flag_N_LPT_CONC_PUMP_cc3v0x SD1_N_LPT_CONC_PUMP_cc3v0x N_SPT_CONC_PUMP_odbrch Flag_N_SPT_CONC_PUMP_odbrch SD1_N_SPT_CONC_PUMP_odbrch N_15_14_LPT_DELTA_PUMP_5sqj5d Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d PN_15_14_RAW_DELTA_LPT_CONC_PUMP PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP N_15_14_SPT_DELTA_PUMP_va6kws Flag_N_15_14_SPT_DELTA_PUMP_va6kws SD1_N_15_14_SPT_DELTA_PUMP_va6kws PN_15_14_RAW_DELTA_SPT_CONC_PUMP PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP PIC_LPT_CONC_PUMP_5usecl Flag_PIC_LPT_CONC_PUMP_5usecl SD1_PIC_LPT_CONC_PUMP_5usecl PIC_SPT_CONC_PUMP_c4ggbb Flag_PIC_SPT_CONC_PUMP_c4ggbb SD1_PIC_SPT_CONC_PUMP_c4ggbb bSi_LPT_CONC_PUMP_vqv6ut Flag_bSi_LPT_CONC_PUMP_vqv6ut SD1_bSi_LPT_CONC_PUMP_vqv6ut bSi_SPT_CONC_PUMP_xgkara Flag_bSi_SPT_CONC_PUMP_xgkara SD1_bSi_SPT_CONC_PUMP_xgkara POM_LPT_CONC_PUMP POM_LPT_CONC_PUMP_QV_GTSPP POM_LPT_CONC_PUMP_STDEV POM_SPT_CONC_PUMP POM_SPT_CONC_PUMP_QV_GTSPP POM_SPT_CONC_PUMP_STDEV OPAL_LPT_CONC_PUMP OPAL_LPT_CONC_PUMP_QV_GTSPP OPAL_LPT_CONC_PUMP_STDEV OPAL_SPT_CONC_PUMP OPAL_SPT_CONC_PUMP_QV_GTSPP OPAL_SPT_CONC_PUMP_STDEV CaCO3_LPT_CONC_PUMP CaCO3_LPT_CONC_PUMP_QV_GTSPP CaCO3_LPT_CONC_PUMP_STDEV CaCO3_SPT_CONC_PUMP CaCO3_SPT_CONC_PUMP_QV_GTSPP CaCO3_SPT_CONC_PUMP_STDEV LITHO_LPT_CONC_PUMP LITHO_LPT_CONC_PUMP_QV_GTSPP LITHO_LPT_CONC_PUMP_STDEV LITHO_SPT_CONC_PUMP LITHO_SPT_CONC_PUMP_QV_GTSPP LITHO_SPT_CONC_PUMP_STDEV FeOH3_LPT_CONC_PUMP FeOH3_LPT_CONC_PUMP_QV_GTSPP FeOH3_LPT_CONC_PUMP_STDEV FeOH3_SPT_CONC_PUMP FeOH3_SPT_CONC_PUMP_QV_GTSPP FeOH3_SPT_CONC_PUMP_STDEV MnO2_LPT_CONC_PUMP MnO2_LPT_CONC_PUMP_QV_GTSPP MnO2_LPT_CONC_PUMP_STDEV MnO2_SPT_CONC_PUMP MnO2_SPT_CONC_PUMP_QV_GTSPP MnO2_SPT_CONC_PUMP_STDEV PARTICLEMASS_LPT_CONC_PUMP_rtxfor Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor PARTICLEMASS_SPT_CONC_PUMP_kh3ktl Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl ")   Graph Settings Marker Type:  None Plus X Dot Square Filled Square Circle Filled Circle Up Triangle Filled Up Triangle Borderless Filled Square Borderless Filled Circle Borderless Filled Up Triangle  Size:  3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 Color:  Color Bar:  BlackBlueWhite BlackGreenWhite BlackRedWhite BlackWhite BlueWhiteRed BlueWideWhiteRed LightRainbow Ocean OceanDepth Rainbow Rainbow2 Rainfall ReverseRainbow RedWhiteBlue RedWhiteBlue2 RedWideWhiteBlue Spectrum Topography TopographyDepth WhiteBlueBlack WhiteGreenBlack WhiteRedBlack WhiteBlack YellowRed KT_algae KT_amp KT_balance KT_curl KT_deep KT_delta KT_dense KT_gray KT_haline KT_ice KT_matter KT_oxy KT_phase KT_solar KT_speed KT_tempo KT_thermal KT_turbid  Continuity:  Continuous Discrete  Scale:  Linear Log    Minimum:   Maximum:   N Sections:  2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 Draw land mask:  under over outline off Y Axis Minimum:   Maximum:    Ascending Descending Linear Log   Redraw the Graph (Please be patient. It may take a while to get the data.)   Optional: Then set the File Type: .asc .csv .csvp .csv0 .dataTable .das .dds .dods .esriCsv .fgdc .geoJson .graph .help .html .htmlTable .iso19115 .itx .json .jsonlCSV1 .jsonlCSV .jsonlKVP .mat .nc .ncHeader .ncCF .ncCFHeader .ncCFMA .ncCFMAHeader .nccsv .nccsvMetadata .ncoJson .odvTxt .subset .tsv .tsvp .tsv0 .wav .xhtml .kml .smallPdf .pdf .largePdf .smallPng .png .largePng .transparentPng (File Type information) and or view the URL: (Documentation / Bypass this form )

Click on the map to specify a new center point. Zoom:  Time range:  1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 second(s) minute(s) hour(s) day(s) month(s) year(s)

 

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Things You Can Do With Your Graphs

Well, you can do anything you want with your graphs, of course. But some things you might not have considered are:

• Web page authors can embed a graph of the latest data in a web page using HTML <img> tags.
• Anyone can use ERDDAPs Slide Sorter to build a personal web page that displays graphs with the latest data (or other images or HTML content), each in its own, draggable slide.
   

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The Dataset Attribute Structure (.das) for this Dataset

Attributes {
 s {
  Cruise {
    String bcodmo_name "cruise_id";
    String description "Cruise identifier";
    String long_name "Cruise";
    String units "None";
  }
  latitude {
    String _CoordinateAxisType "Lat";
    Float64 _FillValue NaN;
    Float64 actual_range 60.22388333, 89.99696667;
    String axis "Y";
    String bcodmo_name "latitude";
    Float64 colorBarMaximum 90.0;
    Float64 colorBarMinimum -90.0;
    String description "Latitude of pump cast";
    String ioos_category "Location";
    String long_name "Latitude";
    String nerc_identifier "https://vocab.nerc.ac.uk/collection/P09/current/LATX/";
    String source_name "Start_Latitude";
    String standard_name "latitude";
    String units "degrees_north";
  }
  longitude {
    String _CoordinateAxisType "Lon";
    Float64 _FillValue NaN;
    Float64 actual_range -179.99975, 178.9268333;
    String axis "X";
    String bcodmo_name "longitude";
    Float64 colorBarMaximum 180.0;
    Float64 colorBarMinimum -180.0;
    String description "Longitude of pump cast";
    String ioos_category "Location";
    String long_name "Longitude";
    String nerc_identifier "https://vocab.nerc.ac.uk/collection/P09/current/LONX/";
    String source_name "Start_Longitude";
    String standard_name "longitude";
    String units "degrees_east";
  }
  Station_ID {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 66;
    String bcodmo_name "station";
    String description "Station number";
    String long_name "Station ID";
    String units "None";
  }
  cast {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 2, 13;
    String bcodmo_name "cast";
    String description "Cast number";
    String long_name "Cast";
    String units "None";
  }
  Event_ID {
    Int16 _FillValue 32767;
    Int16 actual_range 6011, 6488;
    String bcodmo_name "event";
    String description "Event number";
    String long_name "Event ID";
    String nerc_identifier "https://vocab.nerc.ac.uk/collection/P01/current/EVTAGFL/";
    String units "None";
  }
  Start_Date_UTC {
    String bcodmo_name "date";
    String description "Date of the midpoint of pumping; format: dd/mm/yyyy";
    String long_name "Start Date UTC";
    String nerc_identifier "https://vocab.nerc.ac.uk/collection/P01/current/ADATAA01/";
    String time_precision "1970-01-01";
    String units "None";
  }
  Start_Time_UTC {
    String bcodmo_name "time";
    String description "Time (UTC) of the midpoint of pumping; format: HH:MM:SS";
    String long_name "Start Time UTC";
    String nerc_identifier "https://vocab.nerc.ac.uk/collection/P01/current/AHMSAA01/";
    String units "None";
  }
  time {
    String _CoordinateAxisType "Time";
    Float64 actual_range 1.4393406e+9, 1.44426504e+9;
    String axis "T";
    String bcodmo_name "ISO_DateTime_UTC";
    String description "Date and time (UTC) formatted to ISO 8601 standard; format: YYYY-mm-ddTHH:MM:SSZ";
    String ioos_category "Time";
    String long_name "Start ISO Date Time UTC";
    String nerc_identifier "https://vocab.nerc.ac.uk/collection/P01/current/DTUT8601/";
    String source_name "Start_ISO_DateTime_UTC";
    String standard_name "time";
    String time_origin "01-JAN-1970 00:00:00";
    String time_precision "1970-01-01T00:00:00Z";
    String units "seconds since 1970-01-01T00:00:00Z";
  }
  Sample_ID {
    Int16 _FillValue 32767;
    Int16 actual_range 10506, 12313;
    String bcodmo_name "sample";
    String description "GEOTRACES sample ID number";
    String long_name "Sample ID";
    String nerc_identifier "https://vocab.nerc.ac.uk/collection/P02/current/ACYC/";
    String units "None";
  }
  depth {
    String _CoordinateAxisType "Height";
    String _CoordinateZisPositive "down";
    Float64 _FillValue NaN;
    Float64 actual_range 9.448839501, 4197.021264;
    String axis "Z";
    String bcodmo_name "depth";
    String description "Final depth of pump sample";
    String ioos_category "Location";
    String long_name "Sample Depth";
    String nerc_identifier "https://vocab.nerc.ac.uk/collection/P09/current/DEPH/";
    String positive "down";
    String standard_name "depth";
    String units "m";
  }
  Bot_Depth {
    String bcodmo_name "depth_w";
    String description "Water depth at time of cast";
    String long_name "Bot Depth";
    String units "meters (m)";
  }
  sliters {
    Float32 _FillValue NaN;
    Float32 actual_range 0.0, 1050.1;
    String bcodmo_name "volume";
    String description "volume pumped through the filter holder containing paired Supor filters";
    String long_name "Sliters";
    String units "liters (L)";
  }
  qliters {
    Float32 _FillValue NaN;
    Float32 actual_range -0.1, 1292.7;
    String bcodmo_name "volume";
    String description "volume pumped through the filter holder containing paired QMA filters";
    String long_name "Qliters";
    String units "liters (L)";
  }
  Y_LPT_CONC_PUMP_3xbuwf {
    Float64 _FillValue NaN;
    Float64 actual_range -1.369497822, 3944.994273;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate yttrium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Y LPT CONC PUMP 3xbuwf";
    String units "pmol/kg";
  }
  Flag_Y_LPT_CONC_PUMP_3xbuwf {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Y_LPT_CONC_PUMP";
    String long_name "Flag Y LPT CONC PUMP 3xbuwf";
    String units "None";
  }
  SD1_Y_LPT_CONC_PUMP_3xbuwf {
    Float64 _FillValue NaN;
    Float64 actual_range 0.005544701, 446.4963988;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Y_LPT_CONC_PUMP";
    String long_name "SD1 Y LPT CONC PUMP 3xbuwf";
    String units "pmol/kg";
  }
  Y_SPT_CONC_PUMP_hg18wa {
    Float64 _FillValue NaN;
    Float64 actual_range -4.33624e-4, 371.8401681;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate yttrium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Y SPT CONC PUMP Hg18wa";
    String units "pmol/kg";
  }
  Flag_Y_SPT_CONC_PUMP_hg18wa {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Y_SPT_CONC_PUMP";
    String long_name "Flag Y SPT CONC PUMP Hg18wa";
    String units "None";
  }
  SD1_Y_SPT_CONC_PUMP_hg18wa {
    Float64 _FillValue NaN;
    Float64 actual_range 0.00410455, 41.42988679;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Y_SPT_CONC_PUMP";
    String long_name "SD1 Y SPT CONC PUMP Hg18wa";
    String units "pmol/kg";
  }
  Mo_LPT_CONC_PUMP_wzplcd {
    Float64 _FillValue NaN;
    Float64 actual_range -489.7921436, 1405.167362;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate molybdenum determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Mo LPT CONC PUMP Wzplcd";
    String units "pmol/kg";
  }
  Flag_Mo_LPT_CONC_PUMP_wzplcd {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Mo_LPT_CONC_PUMP";
    String long_name "Flag Mo LPT CONC PUMP Wzplcd";
    String units "None";
  }
  SD1_Mo_LPT_CONC_PUMP_wzplcd {
    Float64 _FillValue NaN;
    Float64 actual_range 0.027691434, 332.8275201;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Mo_LPT_CONC_PUMP";
    String long_name "SD1 Mo LPT CONC PUMP Wzplcd";
    String units "pmol/kg";
  }
  Mo_SPT_CONC_PUMP_ayjtto {
    Float64 _FillValue NaN;
    Float64 actual_range -105.1629569, 23341.5543;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate molybdenum determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Mo SPT CONC PUMP Ayjtto";
    String units "pmol/kg";
  }
  Flag_Mo_SPT_CONC_PUMP_ayjtto {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Mo_SPT_CONC_PUMP";
    String long_name "Flag Mo SPT CONC PUMP Ayjtto";
    String units "None";
  }
  SD1_Mo_SPT_CONC_PUMP_ayjtto {
    Float64 _FillValue NaN;
    Float64 actual_range 0.0371218, 1085.023926;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Mo_SPT_CONC_PUMP";
    String long_name "SD1 Mo SPT CONC PUMP Ayjtto";
    String units "pmol/kg";
  }
  Ag_LPT_CONC_PUMP_i0mmts {
    Float64 _FillValue NaN;
    Float64 actual_range -2.116501267, 3.368675455;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate silver determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Ag LPT CONC PUMP I0mmts";
    String units "pmol/kg";
  }
  Flag_Ag_LPT_CONC_PUMP_i0mmts {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ag_LPT_CONC_PUMP";
    String long_name "Flag Ag LPT CONC PUMP I0mmts";
    String units "None";
  }
  SD1_Ag_LPT_CONC_PUMP_i0mmts {
    Float64 _FillValue NaN;
    Float64 actual_range 3.54143e-4, 4.146866258;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ag_LPT_CONC_PUMP";
    String long_name "SD1 Ag LPT CONC PUMP I0mmts";
    String units "pmol/kg";
  }
  Ag_SPT_CONC_PUMP_bc1d5d {
    Float64 _FillValue NaN;
    Float64 actual_range -19.17388965, 51.245415;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate silver determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Ag SPT CONC PUMP Bc1d5d";
    String units "pmol/kg";
  }
  Flag_Ag_SPT_CONC_PUMP_bc1d5d {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ag_SPT_CONC_PUMP";
    String long_name "Flag Ag SPT CONC PUMP Bc1d5d";
    String units "None";
  }
  SD1_Ag_SPT_CONC_PUMP_bc1d5d {
    Float64 _FillValue NaN;
    Float64 actual_range 0.003815694, 15.94328846;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ag_SPT_CONC_PUMP";
    String long_name "SD1 Ag SPT CONC PUMP Bc1d5d";
    String units "pmol/kg";
  }
  Cd_LPT_CONC_PUMP_rg9fps {
    Float64 _FillValue NaN;
    Float64 actual_range -17.54112114, 41.57891657;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate cadmium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Cd LPT CONC PUMP Rg9fps";
    String units "pmol/kg";
  }
  Flag_Cd_LPT_CONC_PUMP_rg9fps {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Cd_LPT_CONC_PUMP";
    String long_name "Flag Cd LPT CONC PUMP Rg9fps";
    String units "None";
  }
  SD1_Cd_LPT_CONC_PUMP_rg9fps {
    Float64 _FillValue NaN;
    Float64 actual_range 0.001433673, 18.79347336;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Cd_LPT_CONC_PUMP";
    String long_name "SD1 Cd LPT CONC PUMP Rg9fps";
    String units "pmol/kg";
  }
  Cd_SPT_CONC_PUMP_siaequ {
    Float64 _FillValue NaN;
    Float64 actual_range -61.99469892, 177.5134525;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate cadmium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Cd SPT CONC PUMP Siaequ";
    String units "pmol/kg";
  }
  Flag_Cd_SPT_CONC_PUMP_siaequ {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Cd_SPT_CONC_PUMP";
    String long_name "Flag Cd SPT CONC PUMP Siaequ";
    String units "None";
  }
  SD1_Cd_SPT_CONC_PUMP_siaequ {
    Float64 _FillValue NaN;
    Float64 actual_range 0.017416977, 110.553607;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Cd_SPT_CONC_PUMP";
    String long_name "SD1 Cd SPT CONC PUMP Siaequ";
    String units "pmol/kg";
  }
  Ba_LPT_CONC_PUMP_kc6tsy {
    Float64 _FillValue NaN;
    Float64 actual_range -227.6636877, 4904.499255;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate barium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Ba LPT CONC PUMP Kc6tsy";
    String units "pmol/kg";
  }
  Flag_Ba_LPT_CONC_PUMP_kc6tsy {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ba_LPT_CONC_PUMP";
    String long_name "Flag Ba LPT CONC PUMP Kc6tsy";
    String units "None";
  }
  SD1_Ba_LPT_CONC_PUMP_kc6tsy {
    Float64 _FillValue NaN;
    Float64 actual_range 0.077655124, 742.1866706;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ba_LPT_CONC_PUMP";
    String long_name "SD1 Ba LPT CONC PUMP Kc6tsy";
    String units "pmol/kg";
  }
  Ba_SPT_CONC_PUMP_fqcq6y {
    Float64 _FillValue NaN;
    Float64 actual_range -365.3010689, 11392.52792;
    String bcodmo_name "trace_element_conc";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Concentration of total particulate barium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Ba SPT CONC PUMP Fqcq6y";
    String units "pmol/kg";
  }
  Flag_Ba_SPT_CONC_PUMP_fqcq6y {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ba_SPT_CONC_PUMP";
    String long_name "Flag Ba SPT CONC PUMP Fqcq6y";
    String units "None";
  }
  SD1_Ba_SPT_CONC_PUMP_fqcq6y {
    Float64 _FillValue NaN;
    Float64 actual_range 0.80416935, 3243.964716;
    String bcodmo_name "trace_element_conc";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Error estimate for Ba_SPT_CONC_PUMP";
    String long_name "SD1 Ba SPT CONC PUMP Fqcq6y";
    String units "pmol/kg";
  }
  La_LPT_CONC_PUMP_ij40yk {
    Float64 _FillValue NaN;
    Float64 actual_range -0.160497069, 142.4319089;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate lanthanum determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "La LPT CONC PUMP Ij40yk";
    String units "pmol/kg";
  }
  Flag_La_LPT_CONC_PUMP_ij40yk {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for La_LPT_CONC_PUMP";
    String long_name "Flag La LPT CONC PUMP Ij40yk";
    String units "None";
  }
  SD1_La_LPT_CONC_PUMP_ij40yk {
    Float64 _FillValue NaN;
    Float64 actual_range 9.33232e-4, 15.8840182;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for La_LPT_CONC_PUMP";
    String long_name "SD1 La LPT CONC PUMP Ij40yk";
    String units "pmol/kg";
  }
  La_SPT_CONC_PUMP_zhoe3m {
    Float64 _FillValue NaN;
    Float64 actual_range -4.873192733, 364.6340328;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate lanthanum determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "La SPT CONC PUMP Zhoe3m";
    String units "pmol/kg";
  }
  Flag_La_SPT_CONC_PUMP_zhoe3m {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for La_SPT_CONC_PUMP";
    String long_name "Flag La SPT CONC PUMP Zhoe3m";
    String units "None";
  }
  SD1_La_SPT_CONC_PUMP_zhoe3m {
    Float64 _FillValue NaN;
    Float64 actual_range 0.00196045, 40.66392478;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for La_SPT_CONC_PUMP";
    String long_name "SD1 La SPT CONC PUMP Zhoe3m";
    String units "pmol/kg";
  }
  Ce_LPT_CONC_PUMP_xo9eme {
    Float64 _FillValue NaN;
    Float64 actual_range -2.12553515, 299.4040936;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate cerium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Ce LPT CONC PUMP Xo9eme";
    String units "pmol/kg";
  }
  Flag_Ce_LPT_CONC_PUMP_xo9eme {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ce_LPT_CONC_PUMP";
    String long_name "Flag Ce LPT CONC PUMP Xo9eme";
    String units "None";
  }
  SD1_Ce_LPT_CONC_PUMP_xo9eme {
    Float64 _FillValue NaN;
    Float64 actual_range 0.001483326, 37.62115651;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ce_LPT_CONC_PUMP";
    String long_name "SD1 Ce LPT CONC PUMP Xo9eme";
    String units "pmol/kg";
  }
  Ce_SPT_CONC_PUMP_0mta0t {
    Float64 _FillValue NaN;
    Float64 actual_range -11.43541711, 783.1772803;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate cerium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Ce SPT CONC PUMP 0mta0t";
    String units "pmol/kg";
  }
  Flag_Ce_SPT_CONC_PUMP_0mta0t {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ce_SPT_CONC_PUMP";
    String long_name "Flag Ce SPT CONC PUMP 0mta0t";
    String units "None";
  }
  SD1_Ce_SPT_CONC_PUMP_0mta0t {
    Float64 _FillValue NaN;
    Float64 actual_range 0.004110554, 98.40878179;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ce_SPT_CONC_PUMP";
    String long_name "SD1 Ce SPT CONC PUMP 0mta0t";
    String units "pmol/kg";
  }
  Nd_LPT_CONC_PUMP_q2glcj {
    Float64 _FillValue NaN;
    Float64 actual_range -0.004370202, 135.8355365;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate neodymium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Nd LPT CONC PUMP Q2glcj";
    String units "pmol/kg";
  }
  Flag_Nd_LPT_CONC_PUMP_q2glcj {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Nd_LPT_CONC_PUMP";
    String long_name "Flag Nd LPT CONC PUMP Q2glcj";
    String units "None";
  }
  SD1_Nd_LPT_CONC_PUMP_q2glcj {
    Float64 _FillValue NaN;
    Float64 actual_range 7.75053e-4, 18.15558191;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Nd_LPT_CONC_PUMP";
    String long_name "SD1 Nd LPT CONC PUMP Q2glcj";
    String units "pmol/kg";
  }
  Nd_SPT_CONC_PUMP_eijs7o {
    Float64 _FillValue NaN;
    Float64 actual_range -7.554263728, 335.6938745;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate neodymium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Nd SPT CONC PUMP Eijs7o";
    String units "pmol/kg";
  }
  Flag_Nd_SPT_CONC_PUMP_eijs7o {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Nd_SPT_CONC_PUMP";
    String long_name "Flag Nd SPT CONC PUMP Eijs7o";
    String units "None";
  }
  SD1_Nd_SPT_CONC_PUMP_eijs7o {
    Float64 _FillValue NaN;
    Float64 actual_range 0.00278349, 44.86830377;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Nd_SPT_CONC_PUMP";
    String long_name "SD1 Nd SPT CONC PUMP Eijs7o";
    String units "pmol/kg";
  }
  Pb_LPT_CONC_PUMP_lcevvi {
    Float64 _FillValue NaN;
    Float64 actual_range -725.5809547, 238.3859931;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate lead determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Pb LPT CONC PUMP Lcevvi";
    String units "pmol/kg";
  }
  Flag_Pb_LPT_CONC_PUMP_lcevvi {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Pb_LPT_CONC_PUMP";
    String long_name "Flag Pb LPT CONC PUMP Lcevvi";
    String units "None";
  }
  SD1_Pb_LPT_CONC_PUMP_lcevvi {
    Float64 _FillValue NaN;
    Float64 actual_range 0.004824543, 61.98644222;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Pb_LPT_CONC_PUMP";
    String long_name "SD1 Pb LPT CONC PUMP Lcevvi";
    String units "pmol/kg";
  }
  Pb_SPT_CONC_PUMP_cg95rn {
    Float64 _FillValue NaN;
    Float64 actual_range -0.288282022, 1250.883768;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate lead determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Pb SPT CONC PUMP Cg95rn";
    String units "pmol/kg";
  }
  Flag_Pb_SPT_CONC_PUMP_cg95rn {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Pb_SPT_CONC_PUMP";
    String long_name "Flag Pb SPT CONC PUMP Cg95rn";
    String units "None";
  }
  SD1_Pb_SPT_CONC_PUMP_cg95rn {
    Float64 _FillValue NaN;
    Float64 actual_range 0.013999917, 134.5869787;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Pb_SPT_CONC_PUMP";
    String long_name "SD1 Pb SPT CONC PUMP Cg95rn";
    String units "pmol/kg";
  }
  Th_LPT_CONC_PUMP_qgecrl {
    Float64 _FillValue NaN;
    Float64 actual_range -0.342682536, 21.71002551;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate thorium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Th LPT CONC PUMP Qgecrl";
    String units "pmol/kg";
  }
  Flag_Th_LPT_CONC_PUMP_qgecrl {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Th_LPT_CONC_PUMP";
    String long_name "Flag Th LPT CONC PUMP Qgecrl";
    String units "None";
  }
  SD1_Th_LPT_CONC_PUMP_qgecrl {
    Float64 _FillValue NaN;
    Float64 actual_range 1.56922e-4, 6.972800073;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Th_LPT_CONC_PUMP";
    String long_name "SD1 Th LPT CONC PUMP Qgecrl";
    String units "pmol/kg";
  }
  Th_SPT_CONC_PUMP_7qszun {
    Float64 _FillValue NaN;
    Float64 actual_range -0.539080173, 70.85621499;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate thorium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Th SPT CONC PUMP 7qszun";
    String units "pmol/kg";
  }
  Flag_Th_SPT_CONC_PUMP_7qszun {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Th_SPT_CONC_PUMP";
    String long_name "Flag Th SPT CONC PUMP 7qszun";
    String units "None";
  }
  SD1_Th_SPT_CONC_PUMP_7qszun {
    Float64 _FillValue NaN;
    Float64 actual_range 4.8475e-4, 22.75751099;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Th_SPT_CONC_PUMP";
    String long_name "SD1 Th SPT CONC PUMP 7qszun";
    String units "pmol/kg";
  }
  U_LPT_CONC_PUMP_n4atmq {
    Float64 _FillValue NaN;
    Float64 actual_range -0.999434119, 14.42898803;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate uranium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "U LPT CONC PUMP N4atmq";
    String units "pmol/kg";
  }
  Flag_U_LPT_CONC_PUMP_n4atmq {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for U_LPT_CONC_PUMP";
    String long_name "Flag U LPT CONC PUMP N4atmq";
    String units "None";
  }
  SD1_U_LPT_CONC_PUMP_n4atmq {
    Float64 _FillValue NaN;
    Float64 actual_range 5.22617e-4, 5.946272437;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for U_LPT_CONC_PUMP";
    String long_name "SD1 U LPT CONC PUMP N4atmq";
    String units "pmol/kg";
  }
  U_SPT_CONC_PUMP_cf8ut2 {
    Float64 _FillValue NaN;
    Float64 actual_range -33.0296998, 94.02703032;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate uranium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "U SPT CONC PUMP Cf8ut2";
    String units "pmol/kg";
  }
  Flag_U_SPT_CONC_PUMP_cf8ut2 {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for U_SPT_CONC_PUMP";
    String long_name "Flag U SPT CONC PUMP Cf8ut2";
    String units "None";
  }
  SD1_U_SPT_CONC_PUMP_cf8ut2 {
    Float64 _FillValue NaN;
    Float64 actual_range 0.004967653, 48.94706711;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for U_SPT_CONC_PUMP";
    String long_name "SD1 U SPT CONC PUMP Cf8ut2";
    String units "pmol/kg";
  }
  Al_LPT_CONC_PUMP_dg48z9 {
    Float64 _FillValue NaN;
    Float64 actual_range -19.88021337, 2421.737816;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate aluminium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Al LPT CONC PUMP Dg48z9";
    String units "nmol/kg";
  }
  Flag_Al_LPT_CONC_PUMP_dg48z9 {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Al_LPT_CONC_PUMP";
    String long_name "Flag Al LPT CONC PUMP Dg48z9";
    String units "None";
  }
  SD1_Al_LPT_CONC_PUMP_dg48z9 {
    Float64 _FillValue NaN;
    Float64 actual_range 0.013584282, 316.4944049;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Al_LPT_CONC_PUMP";
    String long_name "SD1 Al LPT CONC PUMP Dg48z9";
    String units "nmol/kg";
  }
  Al_SPT_CONC_PUMP_8zppuq {
    Float64 _FillValue NaN;
    Float64 actual_range -12.92755875, 5820.832625;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate aluminium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Al SPT CONC PUMP 8zppuq";
    String units "nmol/kg";
  }
  Flag_Al_SPT_CONC_PUMP_8zppuq {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Al_SPT_CONC_PUMP";
    String long_name "Flag Al SPT CONC PUMP 8zppuq";
    String units "None";
  }
  SD1_Al_SPT_CONC_PUMP_8zppuq {
    Float64 _FillValue NaN;
    Float64 actual_range 0.023372324, 760.7170625;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Al_SPT_CONC_PUMP";
    String long_name "SD1 Al SPT CONC PUMP 8zppuq";
    String units "nmol/kg";
  }
  P_LPT_CONC_PUMP_rbkpv2 {
    Float64 _FillValue NaN;
    Float64 actual_range -2.488635215, 89.13161735;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate phosphorus determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "P LPT CONC PUMP Rbkpv2";
    String units "nmol/kg";
  }
  Flag_P_LPT_CONC_PUMP_rbkpv2 {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for P_LPT_CONC_PUMP";
    String long_name "Flag P LPT CONC PUMP Rbkpv2";
    String units "None";
  }
  SD1_P_LPT_CONC_PUMP_rbkpv2 {
    Float64 _FillValue NaN;
    Float64 actual_range 0.002815919, 33.0761081;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for P_LPT_CONC_PUMP";
    String long_name "SD1 P LPT CONC PUMP Rbkpv2";
    String units "nmol/kg";
  }
  P_SPT_CONC_PUMP_9escme {
    Float64 _FillValue NaN;
    Float64 actual_range -37.11027567, 256.604911;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate phosphorus determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "P SPT CONC PUMP 9escme";
    String units "nmol/kg";
  }
  Flag_P_SPT_CONC_PUMP_9escme {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for P_SPT_CONC_PUMP";
    String long_name "Flag P SPT CONC PUMP 9escme";
    String units "None";
  }
  SD1_P_SPT_CONC_PUMP_9escme {
    Float64 _FillValue NaN;
    Float64 actual_range 0.019302358, 61.74683665;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for P_SPT_CONC_PUMP";
    String long_name "SD1 P SPT CONC PUMP 9escme";
    String units "nmol/kg";
  }
  Sc_LPT_CONC_PUMP_novz7c {
    Float64 _FillValue NaN;
    Float64 actual_range -0.004042568, 309.0244925;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate scandium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Sc LPT CONC PUMP Novz7c";
    String units "pmol/kg";
  }
  Flag_Sc_LPT_CONC_PUMP_novz7c {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Sc_LPT_CONC_PUMP";
    String long_name "Flag Sc LPT CONC PUMP Novz7c";
    String units "None";
  }
  SD1_Sc_LPT_CONC_PUMP_novz7c {
    Float64 _FillValue NaN;
    Float64 actual_range 0.002640467, 43.35239026;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Sc_LPT_CONC_PUMP";
    String long_name "SD1 Sc LPT CONC PUMP Novz7c";
    String units "pmol/kg";
  }
  Sc_SPT_CONC_PUMP_knohqr {
    Float64 _FillValue NaN;
    Float64 actual_range -2.319409508, 701.3219871;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate scandium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Sc SPT CONC PUMP Knohqr";
    String units "pmol/kg";
  }
  Flag_Sc_SPT_CONC_PUMP_knohqr {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Sc_SPT_CONC_PUMP";
    String long_name "Flag Sc SPT CONC PUMP Knohqr";
    String units "None";
  }
  SD1_Sc_SPT_CONC_PUMP_knohqr {
    Float64 _FillValue NaN;
    Float64 actual_range 0.003595331, 98.38681042;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Sc_SPT_CONC_PUMP";
    String long_name "SD1 Sc SPT CONC PUMP Knohqr";
    String units "pmol/kg";
  }
  Ti_LPT_CONC_PUMP_dgoldt {
    Float64 _FillValue NaN;
    Float64 actual_range -3063.896273, 82410.37436;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate titanium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Ti LPT CONC PUMP Dgoldt";
    String units "pmol/kg";
  }
  Flag_Ti_LPT_CONC_PUMP_dgoldt {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ti_LPT_CONC_PUMP";
    String long_name "Flag Ti LPT CONC PUMP Dgoldt";
    String units "None";
  }
  SD1_Ti_LPT_CONC_PUMP_dgoldt {
    Float64 _FillValue NaN;
    Float64 actual_range 1.295691334, 15619.25971;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ti_LPT_CONC_PUMP";
    String long_name "SD1 Ti LPT CONC PUMP Dgoldt";
    String units "pmol/kg";
  }
  Ti_SPT_CONC_PUMP_jyopwf {
    Float64 _FillValue NaN;
    Float64 actual_range 5.307799772, 212995.8301;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate titanium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Ti SPT CONC PUMP Jyopwf";
    String units "pmol/kg";
  }
  Flag_Ti_SPT_CONC_PUMP_jyopwf {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ti_SPT_CONC_PUMP";
    String long_name "Flag Ti SPT CONC PUMP Jyopwf";
    String units "None";
  }
  SD1_Ti_SPT_CONC_PUMP_jyopwf {
    Float64 _FillValue NaN;
    Float64 actual_range 0.908834386, 10042.32629;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ti_SPT_CONC_PUMP";
    String long_name "SD1 Ti SPT CONC PUMP Jyopwf";
    String units "pmol/kg";
  }
  V_LPT_CONC_PUMP_wp9f8n {
    Float64 _FillValue NaN;
    Float64 actual_range -125.0833295, 2918.183543;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate vanadium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "V LPT CONC PUMP Wp9f8n";
    String units "pmol/kg";
  }
  Flag_V_LPT_CONC_PUMP_wp9f8n {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for V_LPT_CONC_PUMP";
    String long_name "Flag V LPT CONC PUMP Wp9f8n";
    String units "None";
  }
  SD1_V_LPT_CONC_PUMP_wp9f8n {
    Float64 _FillValue NaN;
    Float64 actual_range 0.022871174, 231.5213811;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for V_LPT_CONC_PUMP";
    String long_name "SD1 V LPT CONC PUMP Wp9f8n";
    String units "pmol/kg";
  }
  V_SPT_CONC_PUMP_qvxjtu {
    Float64 _FillValue NaN;
    Float64 actual_range -67.60435256, 9426.272898;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate vanadium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "V SPT CONC PUMP Qvxjtu";
    String units "pmol/kg";
  }
  Flag_V_SPT_CONC_PUMP_qvxjtu {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for V_SPT_CONC_PUMP";
    String long_name "Flag V SPT CONC PUMP Qvxjtu";
    String units "None";
  }
  SD1_V_SPT_CONC_PUMP_qvxjtu {
    Float64 _FillValue NaN;
    Float64 actual_range 0.152576735, 747.8500542;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for V_SPT_CONC_PUMP";
    String long_name "SD1 V SPT CONC PUMP Qvxjtu";
    String units "pmol/kg";
  }
  Cr_LPT_CONC_PUMP_ube3rv {
    Float64 _FillValue NaN;
    Float64 actual_range -12481.90695, 17213.86558;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate chromium determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Cr LPT CONC PUMP Ube3rv";
    String units "pmol/kg";
  }
  Flag_Cr_LPT_CONC_PUMP_ube3rv {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Cr_LPT_CONC_PUMP";
    String long_name "Flag Cr LPT CONC PUMP Ube3rv";
    String units "None";
  }
  SD1_Cr_LPT_CONC_PUMP_ube3rv {
    Float64 _FillValue NaN;
    Float64 actual_range 1.48426951, 19817.97303;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Cr_LPT_CONC_PUMP";
    String long_name "SD1 Cr LPT CONC PUMP Ube3rv";
    String units "pmol/kg";
  }
  Cr_SPT_CONC_PUMP_vnojlx {
    Float64 _FillValue NaN;
    Float64 actual_range -3353.052944, 48570.18922;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate chromium determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Cr SPT CONC PUMP Vnojlx";
    String units "pmol/kg";
  }
  Flag_Cr_SPT_CONC_PUMP_vnojlx {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Cr_SPT_CONC_PUMP";
    String long_name "Flag Cr SPT CONC PUMP Vnojlx";
    String units "None";
  }
  SD1_Cr_SPT_CONC_PUMP_vnojlx {
    Float64 _FillValue NaN;
    Float64 actual_range 4.124410993, 43138.33954;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Cr_SPT_CONC_PUMP";
    String long_name "SD1 Cr SPT CONC PUMP Vnojlx";
    String units "pmol/kg";
  }
  Mn_LPT_CONC_PUMP_hsrmv8 {
    Float64 _FillValue NaN;
    Float64 actual_range -7.323092478, 21.35210796;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate manganese determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Mn LPT CONC PUMP Hsrmv8";
    String units "nmol/kg";
  }
  Flag_Mn_LPT_CONC_PUMP_hsrmv8 {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Mn_LPT_CONC_PUMP";
    String long_name "Flag Mn LPT CONC PUMP Hsrmv8";
    String units "None";
  }
  SD1_Mn_LPT_CONC_PUMP_hsrmv8 {
    Float64 _FillValue NaN;
    Float64 actual_range 6.42141e-4, 4.333670381;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Mn_LPT_CONC_PUMP";
    String long_name "SD1 Mn LPT CONC PUMP Hsrmv8";
    String units "nmol/kg";
  }
  Mn_SPT_CONC_PUMP_bdoxsq {
    Float64 _FillValue NaN;
    Float64 actual_range 1.08524e-4, 46.39898286;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate manganese determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Mn SPT CONC PUMP Bdoxsq";
    String units "nmol/kg";
  }
  Flag_Mn_SPT_CONC_PUMP_bdoxsq {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Mn_SPT_CONC_PUMP";
    String long_name "Flag Mn SPT CONC PUMP Bdoxsq";
    String units "None";
  }
  SD1_Mn_SPT_CONC_PUMP_bdoxsq {
    Float64 _FillValue NaN;
    Float64 actual_range 9.23935e-4, 4.17286366;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Mn_SPT_CONC_PUMP";
    String long_name "SD1 Mn SPT CONC PUMP Bdoxsq";
    String units "nmol/kg";
  }
  Fe_LPT_CONC_PUMP_dzaexc {
    Float64 _FillValue NaN;
    Float64 actual_range -1.529995248, 664.5300534;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate iron determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Fe LPT CONC PUMP Dzaexc";
    String units "nmol/kg";
  }
  Flag_Fe_LPT_CONC_PUMP_dzaexc {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Fe_LPT_CONC_PUMP";
    String long_name "Flag Fe LPT CONC PUMP Dzaexc";
    String units "None";
  }
  SD1_Fe_LPT_CONC_PUMP_dzaexc {
    Float64 _FillValue NaN;
    Float64 actual_range 0.004918404, 88.19949878;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Fe_LPT_CONC_PUMP";
    String long_name "SD1 Fe LPT CONC PUMP Dzaexc";
    String units "nmol/kg";
  }
  Fe_SPT_CONC_PUMP_j8n6wi {
    Float64 _FillValue NaN;
    Float64 actual_range 0.007316447, 2180.175993;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate iron determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Fe SPT CONC PUMP J8n6wi";
    String units "nmol/kg";
  }
  Flag_Fe_SPT_CONC_PUMP_j8n6wi {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Fe_SPT_CONC_PUMP";
    String long_name "Flag Fe SPT CONC PUMP J8n6wi";
    String units "None";
  }
  SD1_Fe_SPT_CONC_PUMP_j8n6wi {
    Float64 _FillValue NaN;
    Float64 actual_range 0.00455745, 289.3625385;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Fe_SPT_CONC_PUMP";
    String long_name "SD1 Fe SPT CONC PUMP J8n6wi";
    String units "nmol/kg";
  }
  Co_LPT_CONC_PUMP_y6nqjf {
    Float64 _FillValue NaN;
    Float64 actual_range -26.23289095, 243.6794941;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate cobalt determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Co LPT CONC PUMP Y6nqjf";
    String units "pmol/kg";
  }
  Flag_Co_LPT_CONC_PUMP_y6nqjf {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Co_LPT_CONC_PUMP";
    String long_name "Flag Co LPT CONC PUMP Y6nqjf";
    String units "None";
  }
  SD1_Co_LPT_CONC_PUMP_y6nqjf {
    Float64 _FillValue NaN;
    Float64 actual_range 0.008647982, 61.41535849;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Co_LPT_CONC_PUMP";
    String long_name "SD1 Co LPT CONC PUMP Y6nqjf";
    String units "pmol/kg";
  }
  Co_SPT_CONC_PUMP_gszvhk {
    Float64 _FillValue NaN;
    Float64 actual_range -0.010510302, 543.4412241;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate cobalt determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Co SPT CONC PUMP Gszvhk";
    String units "pmol/kg";
  }
  Flag_Co_SPT_CONC_PUMP_gszvhk {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Co_SPT_CONC_PUMP";
    String long_name "Flag Co SPT CONC PUMP Gszvhk";
    String units "None";
  }
  SD1_Co_SPT_CONC_PUMP_gszvhk {
    Float64 _FillValue NaN;
    Float64 actual_range 0.016658917, 54.62209128;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Co_SPT_CONC_PUMP";
    String long_name "SD1 Co SPT CONC PUMP Gszvhk";
    String units "pmol/kg";
  }
  Ni_LPT_CONC_PUMP_743rem {
    Float64 _FillValue NaN;
    Float64 actual_range -22.01431049, 47804.01048;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate nickel determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Ni LPT CONC PUMP 743rem";
    String units "pmol/kg";
  }
  Flag_Ni_LPT_CONC_PUMP_743rem {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ni_LPT_CONC_PUMP";
    String long_name "Flag Ni LPT CONC PUMP 743rem";
    String units "None";
  }
  SD1_Ni_LPT_CONC_PUMP_743rem {
    Float64 _FillValue NaN;
    Float64 actual_range 0.080875099, 5256.991055;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ni_LPT_CONC_PUMP";
    String long_name "SD1 Ni LPT CONC PUMP 743rem";
    String units "pmol/kg";
  }
  Ni_SPT_CONC_PUMP_8x4evr {
    Float64 _FillValue NaN;
    Float64 actual_range -604.5415584, 85373.23417;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate nickel determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Ni SPT CONC PUMP 8x4evr";
    String units "pmol/kg";
  }
  Flag_Ni_SPT_CONC_PUMP_8x4evr {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Ni_SPT_CONC_PUMP";
    String long_name "Flag Ni SPT CONC PUMP 8x4evr";
    String units "None";
  }
  SD1_Ni_SPT_CONC_PUMP_8x4evr {
    Float64 _FillValue NaN;
    Float64 actual_range 0.320737656, 9799.544421;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Ni_SPT_CONC_PUMP";
    String long_name "SD1 Ni SPT CONC PUMP 8x4evr";
    String units "pmol/kg";
  }
  Cu_LPT_CONC_PUMP_yub7yu {
    Float64 _FillValue NaN;
    Float64 actual_range -537.2334168, 311330.5163;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate copper determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Cu LPT CONC PUMP Yub7yu";
    String units "pmol/kg";
  }
  Flag_Cu_LPT_CONC_PUMP_yub7yu {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Cu_LPT_CONC_PUMP";
    String long_name "Flag Cu LPT CONC PUMP Yub7yu";
    String units "None";
  }
  SD1_Cu_LPT_CONC_PUMP_yub7yu {
    Float64 _FillValue NaN;
    Float64 actual_range 0.087077565, 13421.86355;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Cu_LPT_CONC_PUMP";
    String long_name "SD1 Cu LPT CONC PUMP Yub7yu";
    String units "pmol/kg";
  }
  Cu_SPT_CONC_PUMP_ku5nvi {
    Float64 _FillValue NaN;
    Float64 actual_range -1551.993675, 6350.99479;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate copper determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Cu SPT CONC PUMP Ku5nvi";
    String units "pmol/kg";
  }
  Flag_Cu_SPT_CONC_PUMP_ku5nvi {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Cu_SPT_CONC_PUMP";
    String long_name "Flag Cu SPT CONC PUMP Ku5nvi";
    String units "None";
  }
  SD1_Cu_SPT_CONC_PUMP_ku5nvi {
    Float64 _FillValue NaN;
    Float64 actual_range 0.261158046, 1134.174621;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Cu_SPT_CONC_PUMP";
    String long_name "SD1 Cu SPT CONC PUMP Ku5nvi";
    String units "pmol/kg";
  }
  Zn_LPT_CONC_PUMP_cqkxbz {
    Float64 _FillValue NaN;
    Float64 actual_range -22603.7996, 456688.3947;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate zinc determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Zn LPT CONC PUMP Cqkxbz";
    String units "pmol/kg";
  }
  Flag_Zn_LPT_CONC_PUMP_cqkxbz {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Zn_LPT_CONC_PUMP";
    String long_name "Flag Zn LPT CONC PUMP Cqkxbz";
    String units "None";
  }
  SD1_Zn_LPT_CONC_PUMP_cqkxbz {
    Float64 _FillValue NaN;
    Float64 actual_range 0.518923972, 53193.66788;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Zn_LPT_CONC_PUMP";
    String long_name "SD1 Zn LPT CONC PUMP Cqkxbz";
    String units "pmol/kg";
  }
  Zn_SPT_CONC_PUMP_lmd4lw {
    Float64 _FillValue NaN;
    Float64 actual_range -125.7289669, 108992.4356;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate zinc determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Zn SPT CONC PUMP Lmd4lw";
    String units "pmol/kg";
  }
  Flag_Zn_SPT_CONC_PUMP_lmd4lw {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for Zn_SPT_CONC_PUMP";
    String long_name "Flag Zn SPT CONC PUMP Lmd4lw";
    String units "None";
  }
  SD1_Zn_SPT_CONC_PUMP_lmd4lw {
    Float64 _FillValue NaN;
    Float64 actual_range 2.033917992, 16734.09993;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for Zn_SPT_CONC_PUMP";
    String long_name "SD1 Zn SPT CONC PUMP Lmd4lw";
    String units "pmol/kg";
  }
  POC_LPT_CONC_PUMP_pkzkvw {
    Float64 _FillValue NaN;
    Float64 actual_range -4.963983926, 19.91041918;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate organic carbon determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "POC LPT CONC PUMP Pkzkvw";
    String units "umol C/kg";
  }
  Flag_POC_LPT_CONC_PUMP_pkzkvw {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for POC_LPT_CONC_PUMP";
    String long_name "Flag POC LPT CONC PUMP Pkzkvw";
    String units "None";
  }
  SD1_POC_LPT_CONC_PUMP_pkzkvw {
    Float64 _FillValue NaN;
    Float64 actual_range 5.61407e-4, 5.89533773;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for POC_LPT_CONC_PUMP";
    String long_name "SD1 POC LPT CONC PUMP Pkzkvw";
    String units "umol C/kg";
  }
  POC_SPT_CONC_PUMP_sequc7 {
    Float64 _FillValue NaN;
    Float64 actual_range -169.2878031, 90.19393014;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate organic carbon determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "POC SPT CONC PUMP Sequc7";
    String units "umol C/kg";
  }
  Flag_POC_SPT_CONC_PUMP_sequc7 {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for POC_SPT_CONC_PUMP";
    String long_name "Flag POC SPT CONC PUMP Sequc7";
    String units "None";
  }
  SD1_POC_SPT_CONC_PUMP_sequc7 {
    Float64 _FillValue NaN;
    Float64 actual_range -151.8004929, 151.8004929;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for POC_SPT_CONC_PUMP";
    String long_name "SD1 POC SPT CONC PUMP Sequc7";
    String units "umol C/kg";
  }
  POC_13_12_LPT_DELTA_PUMP_eob0fm {
    Float64 _FillValue NaN;
    Float64 actual_range -120.8698598, 369.7646039;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate C-13 isotopic composition, corrected for blank d13C determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "POC 13 12 LPT DELTA PUMP Eob0fm";
    String units "per mil";
  }
  Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for POC_13_12_LPT_DELTA_PUMP";
    String long_name "Flag POC 13 12 LPT DELTA PUMP Eob0fm";
    String units "None";
  }
  SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm {
    Float64 _FillValue NaN;
    Float64 actual_range 0.046178525, 6160.050839;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for POC_13_12_LPT_DELTA_PUMP";
    String long_name "SD1 POC 13 12 LPT DELTA PUMP Eob0fm";
    String units "per mil";
  }
  POC_13_12_RAW_DELTA_LPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -114.5287708, -17.10704663;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate C-13 isotopic composition (raw) determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "POC 13 12 RAW DELTA LPT CONC PUMP";
    String units "permil";
  }
  POC_13_12_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for POC_13_12_RAW_DELTA_LPT_CONC_PUMP";
    String long_name "POC 13 12 RAW DELTA LPT CONC PUMP QV GTSPP";
    String units "None";
  }
  POC_13_12_SPT_DELTA_PUMP_dqqrsv {
    Float64 _FillValue NaN;
    Float64 actual_range -863.8500505, 1.145048473;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate C-13 isotopic composition (raw) determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "POC 13 12 SPT DELTA PUMP Dqqrsv";
    String units "per mil";
  }
  Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for POC_13_12_SPT_DELTA_PUMP";
    String long_name "Flag POC 13 12 SPT DELTA PUMP Dqqrsv";
    String units "None";
  }
  SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv {
    Float64 _FillValue NaN;
    Float64 actual_range 0.245759615, 5881.003644;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for POC_13_12_SPT_DELTA_PUMP";
    String long_name "SD1 POC 13 12 SPT DELTA PUMP Dqqrsv";
    String units "per mil";
  }
  POC_13_12_RAW_DELTA_SPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -88.80841741, -22.33316477;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate C-13 isotopic composition (raw) determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "POC 13 12 RAW DELTA SPT CONC PUMP";
    String units "permil";
  }
  POC_13_12_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for POC_13_12_RAW_DELTA_SPT_CONC_PUMP";
    String long_name "POC 13 12 RAW DELTA SPT CONC PUMP QV GTSPP";
    String units "None";
  }
  N_LPT_CONC_PUMP_cc3v0x {
    Float64 _FillValue NaN;
    Float64 actual_range -282.8685891, 3496.533309;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate nitrogen determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "N LPT CONC PUMP Cc3v0x";
    String units "nmol N/kg";
  }
  Flag_N_LPT_CONC_PUMP_cc3v0x {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for N_LPT_CONC_PUMP";
    String long_name "Flag N LPT CONC PUMP Cc3v0x";
    String units "None";
  }
  SD1_N_LPT_CONC_PUMP_cc3v0x {
    Float64 _FillValue NaN;
    Float64 actual_range 0.082375852, 864.8004167;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for N_LPT_CONC_PUMP";
    String long_name "SD1 N LPT CONC PUMP Cc3v0x";
    String units "nmol N/kg";
  }
  N_SPT_CONC_PUMP_odbrch {
    Float64 _FillValue NaN;
    Float64 actual_range -75393.13366, 17309.18537;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of total particulate nitrogen determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "N SPT CONC PUMP Odbrch";
    String units "nmol N/kg";
  }
  Flag_N_SPT_CONC_PUMP_odbrch {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for N_SPT_CONC_PUMP";
    String long_name "Flag N SPT CONC PUMP Odbrch";
    String units "None";
  }
  SD1_N_SPT_CONC_PUMP_odbrch {
    Float64 _FillValue NaN;
    Float64 actual_range -39915.8092, 39915.8092;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for N_SPT_CONC_PUMP";
    String long_name "SD1 N SPT CONC PUMP Odbrch";
    String units "nmol N/kg";
  }
  N_15_14_LPT_DELTA_PUMP_5sqj5d {
    Float64 _FillValue NaN;
    Float64 actual_range -80.79620892, 129.9157949;
    String bcodmo_name "trace_element_conc";
    String description "Concetration of particulate N-15 isotopic composition, corrected for blank ?15N determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "N 15 14 LPT DELTA PUMP 5sqj5d";
    String units "per mil";
  }
  Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for N_15_14_LPT_DELTA_PUMP";
    String long_name "Flag N 15 14 LPT DELTA PUMP 5sqj5d";
    String units "None";
  }
  SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d {
    Float64 _FillValue NaN;
    Float64 actual_range 0.031915171, 505.7346856;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for N_15_14_LPT_DELTA_PUMP";
    String long_name "SD1 N 15 14 LPT DELTA PUMP 5sqj5d";
    String units "per mil";
  }
  PN_15_14_RAW_DELTA_LPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -1.164431299, 16.45309236;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate N-15 isotopic composition (raw) determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "PN 15 14 RAW DELTA LPT CONC PUMP";
    String units "permil";
  }
  PN_15_14_RAW_DELTA_LPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for PN_15_14_RAW_DELTA_LPT_CONC_PUMP";
    String long_name "PN 15 14 RAW DELTA LPT CONC PUMP QV GTSPP";
    String units "None";
  }
  N_15_14_SPT_DELTA_PUMP_va6kws {
    Float64 _FillValue NaN;
    Float64 actual_range -142.6936891, 1352.475867;
    String bcodmo_name "trace_element_conc";
    String description "Concetration of particulate N-15 isotopic composition, corrected for blank ?15N determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "N 15 14 SPT DELTA PUMP Va6kws";
    String units "per mil";
  }
  Flag_N_15_14_SPT_DELTA_PUMP_va6kws {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for N_15_14_SPT_DELTA_PUMP";
    String long_name "Flag N 15 14 SPT DELTA PUMP Va6kws";
    String units "None";
  }
  SD1_N_15_14_SPT_DELTA_PUMP_va6kws {
    Float64 _FillValue NaN;
    Float64 actual_range 0.230994206, 62648.62555;
    String bcodmo_name "trace_element_conc";
    String description "Error esitmate for N_15_14_SPT_DELTA_PUMP";
    String long_name "SD1 N 15 14 SPT DELTA PUMP Va6kws";
    String units "per mil";
  }
  PN_15_14_RAW_DELTA_SPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -9.588981156, 12.00488215;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate N-15 isotopic composition (raw) determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "PN 15 14 RAW DELTA SPT CONC PUMP";
    String units "permil";
  }
  PN_15_14_RAW_DELTA_SPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for PN_15_14_RAW_DELTA_SPT_CONC_PUMP";
    String long_name "PN 15 14 RAW DELTA SPT CONC PUMP QV GTSPP";
    String units "None";
  }
  PIC_LPT_CONC_PUMP_5usecl {
    Float64 _FillValue NaN;
    Float64 actual_range -0.638517601, 3.330776116;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate inorganic carbon determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "PIC LPT CONC PUMP 5usecl";
    String units "umol C/kg";
  }
  Flag_PIC_LPT_CONC_PUMP_5usecl {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for PIC_LPT_CONC_PUMP";
    String long_name "Flag PIC LPT CONC PUMP 5usecl";
    String units "None";
  }
  SD1_PIC_LPT_CONC_PUMP_5usecl {
    Float64 _FillValue NaN;
    Float64 actual_range 4.45327e-4, 5.756735941;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for PIC_LPT_CONC_PUMP";
    String long_name "SD1 PIC LPT CONC PUMP 5usecl";
    String units "umol C/kg";
  }
  PIC_SPT_CONC_PUMP_c4ggbb {
    Float64 _FillValue NaN;
    Float64 actual_range -0.551667478, 4.522679325;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate inorganic carbon determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "PIC SPT CONC PUMP C4ggbb";
    String units "umol C/kg";
  }
  Flag_PIC_SPT_CONC_PUMP_c4ggbb {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for PIC_SPT_CONC_PUMP";
    String long_name "Flag PIC SPT CONC PUMP C4ggbb";
    String units "None";
  }
  SD1_PIC_SPT_CONC_PUMP_c4ggbb {
    Float64 _FillValue NaN;
    Float64 actual_range 2.63856e-4, 3.410872151;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for PIC_SPT_CONC_PUMP";
    String long_name "SD1 PIC SPT CONC PUMP C4ggbb";
    String units "umol C/kg";
  }
  bSi_LPT_CONC_PUMP_vqv6ut {
    Float64 _FillValue NaN;
    Float64 actual_range -641.4981125, 6136.865786;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate biogenic silicon determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "B Si LPT CONC PUMP Vqv6ut";
    String units "nmol Si/kg";
  }
  Flag_bSi_LPT_CONC_PUMP_vqv6ut {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for bSi_LPT_CONC_PUMP";
    String long_name "Flag B Si LPT CONC PUMP Vqv6ut";
    String units "None";
  }
  SD1_bSi_LPT_CONC_PUMP_vqv6ut {
    Float64 _FillValue NaN;
    Float64 actual_range 0.199362632, 2577.160743;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for bSi_LPT_CONC_PUMP";
    String long_name "SD1 B Si LPT CONC PUMP Vqv6ut";
    String units "nmol Si/kg";
  }
  bSi_SPT_CONC_PUMP_xgkara {
    Float64 _FillValue NaN;
    Float64 actual_range -283.5472061, 11962.47902;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate biogenic silicon determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "B Si SPT CONC PUMP Xgkara";
    String units "nmol Si/kg";
  }
  Flag_bSi_SPT_CONC_PUMP_xgkara {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for bSi_SPT_CONC_PUMP";
    String long_name "Flag B Si SPT CONC PUMP Xgkara";
    String units "None";
  }
  SD1_bSi_SPT_CONC_PUMP_xgkara {
    Float64 _FillValue NaN;
    Float64 actual_range 0.082837749, 869.8792008;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for bSi_SPT_CONC_PUMP";
    String long_name "SD1 B Si SPT CONC PUMP Xgkara";
    String units "nmol Si/kg";
  }
  POM_LPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -111.9874774, 449.1790568;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate organic matter, derived from POC, determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "POM LPT CONC PUMP";
    String units "ug/kg";
  }
  POM_LPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for POM_LPT_CONC_PUMP";
    String long_name "POM LPT CONC PUMP QV GTSPP";
    String units "None";
  }
  POM_LPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 0.012665348, 132.9988192;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for POM_LPT_CONC_PUMP";
    String long_name "POM LPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  POM_SPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -3819.132839, 2034.775064;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of particulate organic matter, derived from POC, determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "POM SPT CONC PUMP";
    String units "ug/kg";
  }
  POM_SPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for POM_SPT_CONC_PUMP";
    String long_name "POM SPT CONC PUMP QV GTSPP";
    String units "None";
  }
  POM_SPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range -3424.619119, 3424.619119;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for POM_SPT_CONC_PUMP";
    String long_name "POM SPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  OPAL_LPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -43.10867316, 412.3973808;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of opal (hydrated amorphous silica), derived from bSi, determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "OPAL LPT CONC PUMP";
    String units "ug/kg";
  }
  OPAL_LPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for OPAL_LPT_CONC_PUMP";
    String long_name "OPAL LPT CONC PUMP QV GTSPP";
    String units "None";
  }
  OPAL_LPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 0.013397168, 173.1852019;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for OPAL_LPT_CONC_PUMP";
    String long_name "OPAL LPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  OPAL_SPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -19.05437225, 803.87859;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of opal (hydrated amorphous silica), derived from bSi, determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "OPAL SPT CONC PUMP";
    String units "ug/kg";
  }
  OPAL_SPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for OPAL_SPT_CONC_PUMP";
    String long_name "OPAL SPT CONC PUMP QV GTSPP";
    String units "None";
  }
  OPAL_SPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 0.005566697, 58.45588229;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for OPAL_SPT_CONC_PUMP";
    String long_name "OPAL SPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  CaCO3_LPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -63.90284146, 333.3440737;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of calcium carbonate, derived from PIC, determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Ca CO3 LPT CONC PUMP";
    String units "ug/kg";
  }
  CaCO3_LPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for CaCO3_LPT_CONC_PUMP";
    String long_name "Ca CO3 LPT CONC PUMP QV GTSPP";
    String units "None";
  }
  CaCO3_LPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 0.044568278, 576.1341329;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for CaCO3_LPT_CONC_PUMP";
    String long_name "Ca CO3 LPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  CaCO3_SPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -55.21088121, 452.6297468;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of calcium carbonate, derived from PIC, determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Ca CO3 SPT CONC PUMP";
    String units "ug/kg";
  }
  CaCO3_SPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for CaCO3_SPT_CONC_PUMP";
    String long_name "Ca CO3 SPT CONC PUMP QV GTSPP";
    String units "None";
  }
  CaCO3_SPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 0.026406752, 341.3600848;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for CaCO3_SPT_CONC_PUMP";
    String long_name "Ca CO3 SPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  LITHO_LPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -6.676191056, 813.270162;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of lithogenic particles, derived from Al concentrations using a UCC Al composition, determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "LITHO LPT CONC PUMP";
    String units "ug/kg";
  }
  LITHO_LPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for LITHO_LPT_CONC_PUMP";
    String long_name "LITHO LPT CONC PUMP QV GTSPP";
    String units "None";
  }
  LITHO_LPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 0.004561886, 106.2854345;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for LITHO_LPT_CONC_PUMP";
    String long_name "LITHO LPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  LITHO_SPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -4.341344357, 1954.757225;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of lithogenic particles, derived from Al concentrations using a UCC Al composition, determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "LITHO SPT CONC PUMP";
    String units "ug/kg";
  }
  LITHO_SPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for LITHO_SPT_CONC_PUMP";
    String long_name "LITHO SPT CONC PUMP QV GTSPP";
    String units "None";
  }
  LITHO_SPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 0.007848914, 255.4646852;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for LITHO_SPT_CONC_PUMP";
    String long_name "LITHO SPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  FeOH3_LPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -0.422598431, 16.50689512;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of Fe oxyhydroxides, derived from Fe, and using Al to subtract lithogenic component, determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Fe OH3 LPT CONC PUMP";
    String units "ug/kg";
  }
  FeOH3_LPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for FeOH3_LPT_CONC_PUMP";
    String long_name "Fe OH3 LPT CONC PUMP QV GTSPP";
    String units "None";
  }
  FeOH3_LPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 6.08281e-4, 11.81889254;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for FeOH3_LPT_CONC_PUMP";
    String long_name "Fe OH3 LPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  FeOH3_SPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -0.008539501, 101.9904883;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of Fe oxyhydroxides, derived from Fe, and using Al to subtract lithogenic component, determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Fe OH3 SPT CONC PUMP";
    String units "ug/kg";
  }
  FeOH3_SPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for FeOH3_SPT_CONC_PUMP";
    String long_name "Fe OH3 SPT CONC PUMP QV GTSPP";
    String units "None";
  }
  FeOH3_SPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 7.25902e-4, 35.35899112;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for FeOH3_SPT_CONC_PUMP";
    String long_name "Fe OH3 SPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  MnO2_LPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -0.651652342, 1.788218555;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of Mn oxides, derived from Mn, and using Al to subtract lithogenic component, determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "Mn O2 LPT CONC PUMP";
    String units "ug/kg";
  }
  MnO2_LPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for MnO2_LPT_CONC_PUMP";
    String long_name "Mn O2 LPT CONC PUMP QV GTSPP";
    String units "None";
  }
  MnO2_LPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 5.84e-5, 0.379810365;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for MnO2_LPT_CONC_PUMP";
    String long_name "Mn O2 LPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  MnO2_SPT_CONC_PUMP {
    Float64 _FillValue NaN;
    Float64 actual_range -0.044208407, 3.437559157;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of Mn oxides, derived from Mn, and using Al to subtract lithogenic component, determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "Mn O2 SPT CONC PUMP";
    String units "ug/kg";
  }
  MnO2_SPT_CONC_PUMP_QV_GTSPP {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    String description "Quality flag for MnO2_SPT_CONC_PUMP";
    String long_name "Mn O2 SPT CONC PUMP QV GTSPP";
    String units "None";
  }
  MnO2_SPT_CONC_PUMP_STDEV {
    Float64 _FillValue NaN;
    Float64 actual_range 8.11e-5, 0.363554928;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for MnO2_SPT_CONC_PUMP";
    String long_name "Mn O2 SPT CONC PUMP STDEV";
    String units "ug/kg";
  }
  PARTICLEMASS_LPT_CONC_PUMP_rtxfor {
    Float64 _FillValue NaN;
    Float64 actual_range -161.5084304, 1028.006043;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of suspended particulate matter (SPM), derived from POM, OPAL, CaCO3, LITHO, FeOH3, and MnO2, determined by in situ filtration (pump) collected on a prefilter (large particles)";
    String long_name "PARTICLEMASS LPT CONC PUMP Rtxfor";
    String units "ug/kg";
  }
  Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for PARTICLEMASS_LPT_CONC_PUMP";
    String long_name "Flag PARTICLEMASS LPT CONC PUMP Rtxfor";
    String units "None";
  }
  SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor {
    Float64 _FillValue NaN;
    Float64 actual_range 0.057704087, 604.791484;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for PARTICLEMASS_LPT_CONC_PUMP";
    String long_name "SD1 PARTICLEMASS LPT CONC PUMP Rtxfor";
    String units "ug/kg";
  }
  PARTICLEMASS_SPT_CONC_PUMP_kh3ktl {
    Float64 _FillValue NaN;
    Float64 actual_range -3810.224993, 3088.592541;
    String bcodmo_name "trace_element_conc";
    String description "Concentration of suspended particulate matter (SPM), derived from POM, OPAL, CaCO3, LITHO, FeOH3, and MnO2, determined by in situ filtration (pump) collected on a main filter (small particles)";
    String long_name "PARTICLEMASS SPT CONC PUMP Kh3ktl";
    String units "ug/kg";
  }
  Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl {
    Byte _FillValue 127;
    String _Unsigned "false";
    Byte actual_range 1, 9;
    String bcodmo_name "q_flag";
    Float64 colorBarMaximum 150.0;
    Float64 colorBarMinimum 0.0;
    String description "Quality flag for PARTICLEMASS_SPT_CONC_PUMP";
    String long_name "Flag PARTICLEMASS SPT CONC PUMP Kh3ktl";
    String units "None";
  }
  SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl {
    Float64 _FillValue NaN;
    Float64 actual_range 0.276999568, 3441.635917;
    String bcodmo_name "trace_element_conc";
    String description "Error estimate for PARTICLEMASS_SPT_CONC_PUMP";
    String long_name "SD1 PARTICLEMASS SPT CONC PUMP Kh3ktl";
    String units "ug/kg";
  }
 }
  NC_GLOBAL {
    String access_formats ".htmlTable,.csv,.json,.mat,.nc,.tsv,.esriCsv,.geoJson,.odvTxt";
    String acquisition_description 
"Sampling  
 Size-fractionated particles were collected using dual-flow McLane Research
in-situ pumps (WTS-LV). More details about filter holders and deployments were
described in Lam et al. (2017) and Ohnemus and Lam (2015). At most of the
stations, two casts of 8 pumps each and two filter holders per pump were
deployed to collect samples at 16 depths throughout the water column. At super
stations, a 24-depth profile was obtained with three casts. The targeted
depths of the wire-out were verified by a self-recording Seabird 19plus CTD at
the end of the line and an RBR pressure logger attached to the pump at the
middle of the line. The RBR was used for all casts in the entire cruise
whereas the CTD was only deployed in the northbound leg due to electronic
problems. 142 mm-diameter \\\"mini-MULVFS\\\" style filter holders, with multiple
stages and baffle systems designed to prevent large particle loss and promote
even particle distribution (Bishop et al., 2012), were used. One filter
holder/flowpath was loaded with a Sefar polyester mesh prefilter (51 um pore
size) and paired Whatman QMA quartz fiber filters (1 um pore size) in series
(\\\"QMA-side\\\"). The other filter holder/flowpath was also loaded with a 51 um
prefilter, but it was followed by paired 0.8 um Pall Supor800 polyethersulfone
filters (\\\"Supor-side\\\"). A 150 um Sefar polyester mesh was placed underneath
all 51 um prefilters and QMA filters as a support to facilitate filter
handling. All filters and filter holders were acid leached before use based on
the recommended methods in the GEOTRACES sample and sample-handling protocols
(Cutter et al., 2010). QMA filters were pre-combusted at 450 \\u02daC for 4
hours after acid leaching.
 
'Dipped blank' filters, including the full filter sets (prefilter on top of
paired QMA or paired Supor filters), were also deployed at each cast. Prior to
the deployment, these filters were sandwiched in a 1 um polyester mesh filter,
placed into acid-leached perforated polypropylene containers, and attached to
a pump frame with plastic cable ties. All dipped blank filters were exposed to
the seawater for the same amount of time, processed and analyzed as regular
samples. As process blanks, dipped blank filters were used for blank
subtraction, calculations of uncertainties, and determination of detection
limits. A total of 33 dipped blank filter sets were collected and used for
blank subtraction and determination of uncertainty and detection limit (Table
3).
 
In this dataset, data reported from the 51 um prefilter are referred to with a
LPT suffix to indicate large particulate total concentrations (>51 um); data
reported from the main filters (QMA\\u20141-51 um \\u2014or Supor\\u20140.8-51
um) are from the top filter of the pair only, and are referred to with a SPT
suffix to indicate the small particulate total concentrations.
 
Analytical Procedures  
 Particulate organic carbon (POC) and particulate nitrogen (PN)  
 POC and PN sample processing was similar to what was described in Lam et al.
(2017). Samples were fumed in a desiccator with concentrated HCl and dried in
the oven at 60 \\u02daC overnight, and then pelletized with tin discs. Tin disc
encapsulated samples, from either one 25 mm-diameter punch from the top SPT
QMA filters or the entire LPT silver filters, were measured using a CE
Instruments NC 2500 model Carbon/Nitrogen Analyzer interfaced to a
ThermoFinnigan Delta Plus XP isotope ratio mass spectrometer (IRMS) at the
Stable Isotope Laboratory at University of California, Santa Cruz. Isotopic
results obtained from the IRMS were calibrated using reference materials
Acetanilide (C\\u2088H\\u2089NO). The effect of dissolved organic carbon
sorption is corrected with isotopic values of dipped blanks. The isotopic data
are expressed in the standard delta notation (\\u03b4) as per mil deviations
(\\u2030) with respect to international standards of Pee Dee Belemnite (PDB)
and atmospheric nitrogen. The precision of the internal standard (Pugel)
analyzed along with the samples in the run is 0.07\\u2030 for \\u03b413C and
0.14\\u2030 for \\u03b4\\u00b9\\u2075N.
 
Particulate inorganic carbon (PIC)  
 A UIC Carbon dioxide coulometer was used for PIC measurement. Briefly, PIC
on SPT QMA punches or 1/16 LPT QMA-side prefilter was converted to CO\\u2082 by
addition of 2 N sulfuric acid. CO\\u2082 produced is carried by a gas stream
into a coulometer cell where CO\\u2082 is quantitatively absorbed by a cathode
solution, reacted to form a titratable acid and measured based on the change
in current.
 
Biogenic silica (bSi)  
 An alkaline leach with 0.2 M NaOH at 85\\u02daC was used to leach bSi for
both size fractions prior to the measurement on a Lachat QuikChem 8000 Flow
Injection Analyzer at UCSC. A 4-h time-series leaching approach was applied to
all samples below 500 m to take into account the contribution from lithogenic
Si (Lam et al., 2017), where lithogenic Si was of significance in the overall
measurement. The intercept of all points in the time series with corrections
given volume changes in NaOH at different sampling points was calculated with
linear regression and used to best represent the bSi concentrations, assuming
bSi is completely dissolved in 1 hour and lithogenic Si is dissolved at a
constant rate during the leach (Bar\\u00e3o et al., 2015; DeMaster, 1981).
 
Particulate trace metals (pTM)  
 The digestion method of pTM is based on a refluxing method (Cullen and
Sherrell, 1999; Planquette and Sherrell, 2012) with light modifications
similar to the \\\"Piranha method\\\" in Ohnemus et al. (2014). In brief, the
Supor filter was adhered to the wall by surface tension in a 15 mL flat-bottom
screw-cap Savillex vial to avoid immersion. After 4-h refluxing at 110 \\u02daC
with an ultrapure (ARISTAR\\u00ae or Optima\\u1d40\\u1d39 grade) 50%
HNO\\u2083/10% HF (v/v) mixture, digestion acids were transferred into
secondary vials and heated to near dryness. The residue was heated in 50%
HNO\\u2083/15% H\\u2082O\\u2082 (v/v) to dryness at 110 \\u02daC. The final
residue was re-dissolved with 2 ml 5% HNO\\u2083 spiked with 1 ppb In. Two
certified reference materials (BCR-414 and PACS-2) were digested routinely
alongside the samples to assure the quality of each digestion. Sample
solutions were analyzed using an Element XR high-resolution ICP-MS (Thermo
Scientific) at the UCSC Plasma Analytical Facility. Elemental concentrations
were standardized using multi-element, external standard curves prepared from
NIST atomic absorption-standards in 5% HNO\\u2083. Instrument drift and matrix
effects were corrected using the internal 1ppb In standard and monitored using
a mixed element run standard. Concentrations were determined using external
standard curves of mixed trace elements standards.
 
Sampling equipment: Dual-flow McLane Research in-situ pumps (WTS-LV). More
details can be found in the patent description
([https://patents.google.com/patent/US20130298702](\\\\\"https://patents.google.com/patent/US20130298702\\\\\"))
and official website of the manufacturer ([https://mclanelabs.com/wts-lv-
large-volume-pump/](\\\\\"https://mclanelabs.com/wts-lv-large-volume-pump/\\\\\")).
Other instrumentation described in 'Instruments' section below.
 
Problem report:  
 (1) Wire angles during pump deployments  
 Severe wire angle for the aft operations were encountered in the operation
and wire angles of more than 20\\u00b0 during pumping were a consistent issue
in the open Arctic water. The actual depth of the pumps is calibrated
according to corrections based on the CTD and/or RBR pressure sensors.
 
(2) Questionable measurements for certain trace metals  
 Problems related with sampling methods: We used Pall Supor800
polyethersulfone filters to collect pTM particles. Those type of filters are
known to have high trace metal blanks for Chromium (Cr) (Ohnemus et al.,
2014). Particulate chromium (pCr) concentrations are not good to use unless at
shelf/slope stations, where particulate Cr concentrations in the water column
are high enough.
 
Problems related to digestion methods: Thorium (Th) data are much lower than
the values reported by Morton during intercalibration. Likely, the digestion
method we used without submerging the entire filter in the acid mixture seems
not to access all Th in the filter.
 
Problems related to ICP-MS: The median of nickel (Ni) in the LPT dipped blanks
is negative. Due to potential contamination from the Ni cone in the ICP, we
tend to have a high Ni blank in the acid blank at the beginning of the run and
it is hard to wash it off. It is less problematic for SPT Ni, as it has much
higher concentrations than LPT. Although acid blanks were carefully according
to the shifting Ni baseline, Ni concentrations in both size fractionations are
likely to be underestimations, and Ni data should be used with caution.
 
(3) Instrumental differences (in-situ pump vs. Go-Flo bottles)  
 Overall, our digestion (Sherrell refluxing) of pump samples have
consistently lower concentrations than Morton\\u2019s digestion of GO-FLO
bottle particles. Given the good reproductivity of Go-Flo replicate particles
between us and Morton lab applying different digestion protocols in each lab,
it is believed that the concentration differences observed are mainly caused
by sampling methods (in-situ pump vs. GO-FLO bottle & 0.8 um Supor vs. 0.4 um
Supor). Further investigations and intercalibrations between these two
sampling systems are needed in other ocean basins.";
    String awards_0_award_nid "776231";
    String awards_0_award_number "OCE-1535854";
    String awards_0_data_url "http://www.nsf.gov/awardsearch/showAward.do?AwardNumber=1535854";
    String awards_0_funder_name "NSF Division of Ocean Sciences";
    String awards_0_funding_acronym "NSF OCE";
    String awards_0_funding_source_nid "355";
    String awards_0_program_manager "Henrietta N Edmonds";
    String awards_0_program_manager_nid "51517";
    String awards_1_award_nid "776237";
    String awards_1_award_number "OCE-1438977";
    String awards_1_data_url "https://www.nsf.gov/awardsearch/showAward?AWD_ID=1438977&HistoricalAwards=false";
    String awards_1_funder_name "NSF Division of Ocean Sciences";
    String awards_1_funding_acronym "NSF OCE";
    String awards_1_funding_source_nid "355";
    String awards_1_program_manager "Donald L. Rice";
    String awards_1_program_manager_nid "51467";
    String cdm_data_type "Other";
    String comment 
"Size-fractionated major and minor particle composition and concentration 
   U.S. GEOTRACES Arctic Cruise (GN01) in 2015 
  PI: Phoebe J. Lam (UC Santa Cruz) 
  Version date: 01-April-2020 
  NOTE: nd = missing data identifier ('no data'; sample lost or not collected);  
        NaN = not a number (failed pump with no volume filtered, so concentration undetermined)";
    String Conventions "COARDS, CF-1.6, ACDD-1.3";
    String creator_email "info@bco-dmo.org";
    String creator_name "BCO-DMO";
    String creator_type "institution";
    String creator_url "https://www.bco-dmo.org/";
    String data_source "extract_data_as_tsv version 2.3  19 Dec 2019";
    String date_created "2020-04-01T14:07:03Z";
    String date_modified "2020-04-13T16:46:55Z";
    String defaultDataQuery "&time<now";
    String doi "10.26008/1912/bco-dmo.807340.1";
    Float64 Easternmost_Easting 178.9268333;
    Float64 geospatial_lat_max 89.99696667;
    Float64 geospatial_lat_min 60.22388333;
    String geospatial_lat_units "degrees_north";
    Float64 geospatial_lon_max 178.9268333;
    Float64 geospatial_lon_min -179.99975;
    String geospatial_lon_units "degrees_east";
    Float64 geospatial_vertical_max 4197.021264;
    Float64 geospatial_vertical_min 9.448839501;
    String geospatial_vertical_positive "down";
    String geospatial_vertical_units "m";
    String history 
"2024-11-08T06:10:18Z (local files)
2024-11-08T06:10:18Z https://erddap.bco-dmo.org/tabledap/bcodmo_dataset_807340.das";
    String infoUrl "https://www.bco-dmo.org/dataset/807340";
    String institution "BCO-DMO";
    String instruments_0_acronym "IR Mass Spec";
    String instruments_0_dataset_instrument_description "Used to analyze the following measured parameters: δ13C and δ15N";
    String instruments_0_dataset_instrument_nid "807352";
    String instruments_0_description "The Isotope-ratio Mass Spectrometer is a particular type of mass spectrometer used to measure the relative abundance of isotopes in a given sample (e.g. VG Prism II Isotope Ratio Mass-Spectrometer).";
    String instruments_0_instrument_external_identifier "https://vocab.nerc.ac.uk/collection/L05/current/LAB16/";
    String instruments_0_instrument_name "Isotope-ratio Mass Spectrometer";
    String instruments_0_instrument_nid "469";
    String instruments_0_supplied_name "ThermoFinnigan Delta Plus XP isotope ratio";
    String instruments_1_acronym "CO2 coulometer";
    String instruments_1_dataset_instrument_description "Used to analyze the following measured parameters: PIC; and the following derived parameters: CaCO3";
    String instruments_1_dataset_instrument_nid "807354";
    String instruments_1_description "A CO2 coulometer semi-automatically controls the sample handling and extraction of CO2 from seawater samples. Samples are acidified and the CO2 gas is bubbled into a titration cell where CO2 is converted to hydroxyethylcarbonic acid which is then automatically titrated with a coulometrically-generated base to a colorimetric endpoint.";
    String instruments_1_instrument_external_identifier "https://vocab.nerc.ac.uk/collection/L05/current/LAB12";
    String instruments_1_instrument_name "CO2 Coulometer";
    String instruments_1_instrument_nid "507";
    String instruments_1_supplied_name "UIC Carbon dioxide coulometer";
    String instruments_2_acronym "MLVPump";
    String instruments_2_dataset_instrument_nid "807350";
    String instruments_2_description "The Large Volume Pumping System-WTS-LV can be one of several different models of Water Transfer Systems (WTS) Large Volume (LV) pumping systems designed and manufactured by McLane Research Labs (Falmouth, MA, USA). The WTS-LV systems are large volume in-situ filtration systems designed to collect sinking particulates. WTS-LV systems are individual in situ, battery-powered, pumping/filtration units that can be deployed at multiple depths per cast to provide information on how particle flux changes with depth. The McLane WTS-LV series of oceanographic pumps draw ambient water through filters and can pump large volumes of seawater during a single cast. The WTS-LV pumps are designed for use from a hydro-wire and employ advanced control algorithms to dynamically optimize flow rates as material accumulates on a filter.";
    String instruments_2_instrument_name "Large Volume Pumping System-WTS-LV";
    String instruments_2_instrument_nid "512";
    String instruments_2_supplied_name "Dual-flow McLane Research in-situ pumps (WTS-LV)";
    String instruments_3_acronym "ICP Mass Spec";
    String instruments_3_dataset_instrument_description "Used to analyze the following measured parameters: pTM; and the following derived parameters: LITHO, FeOH3 & MnO2";
    String instruments_3_dataset_instrument_nid "807355";
    String instruments_3_description "An ICP Mass Spec is an instrument that passes nebulized samples into an inductively-coupled gas plasma (8-10000 K) where they are atomized and ionized. Ions of specific mass-to-charge ratios are quantified in a quadrupole mass spectrometer.";
    String instruments_3_instrument_external_identifier "https://vocab.nerc.ac.uk/collection/L05/current/LAB15/";
    String instruments_3_instrument_name "Inductively Coupled Plasma Mass Spectrometer";
    String instruments_3_instrument_nid "530";
    String instruments_3_supplied_name "Element XR high-resolution ICP-MS (Thermo)";
    String instruments_4_acronym "FIA";
    String instruments_4_dataset_instrument_description "Used to analyze the following measured parameters: bSi; and the following derived parameters: OPAL";
    String instruments_4_dataset_instrument_nid "807353";
    String instruments_4_description "An instrument that performs flow injection analysis. Flow injection analysis (FIA) is an approach to chemical analysis that is accomplished by injecting a plug of sample into a flowing carrier stream. FIA is an automated method in which a sample is injected into a continuous flow of a carrier solution that mixes with other continuously flowing solutions before reaching a detector. Precision is dramatically increased when FIA is used instead of manual injections and as a result very specific FIA systems have been developed for a wide array of analytical techniques.";
    String instruments_4_instrument_external_identifier "https://vocab.nerc.ac.uk/collection/L05/current/LAB36/";
    String instruments_4_instrument_name "Flow Injection Analyzer";
    String instruments_4_instrument_nid "657";
    String instruments_4_supplied_name "Lachat QuikChem 8000 Flow Injection Analyzer";
    String instruments_5_dataset_instrument_description "Used to analyze the following measured parameters: POC & PN; and the following derived parameters: POM";
    String instruments_5_dataset_instrument_nid "807351";
    String instruments_5_description "Instruments that quantify carbon, nitrogen and sometimes other elements by combusting the sample at very high temperature and assaying the resulting gaseous oxides. Usually used for samples including organic material.";
    String instruments_5_instrument_external_identifier "https://vocab.nerc.ac.uk/collection/L05/current/LAB01/";
    String instruments_5_instrument_name "Elemental Analyzer";
    String instruments_5_instrument_nid "546339";
    String instruments_5_supplied_name "CE Instruments NC2500";
    String keywords "0mta0t, 3xbuwf, 5sqj5d, 5usecl, 743rem, 7qszun, 8x4evr, 8zppuq, 9escme, Ag_LPT_CONC_PUMP_i0mmts, Ag_SPT_CONC_PUMP_bc1d5d, Al_LPT_CONC_PUMP_dg48z9, Al_SPT_CONC_PUMP_8zppuq, ayjtto, Ba_LPT_CONC_PUMP_kc6tsy, Ba_SPT_CONC_PUMP_fqcq6y, bc1d5d, bco, bco-dmo, bdoxsq, biological, bot, Bot_Depth, bSi_LPT_CONC_PUMP_vqv6ut, bSi_SPT_CONC_PUMP_xgkara, c4ggbb, CaCO3_LPT_CONC_PUMP, CaCO3_LPT_CONC_PUMP_QV_GTSPP, CaCO3_LPT_CONC_PUMP_STDEV, CaCO3_SPT_CONC_PUMP, CaCO3_SPT_CONC_PUMP_QV_GTSPP, CaCO3_SPT_CONC_PUMP_STDEV, carbonate, cast, cc3v0x, Cd_LPT_CONC_PUMP_rg9fps, Cd_SPT_CONC_PUMP_siaequ, Ce_LPT_CONC_PUMP_xo9eme, Ce_SPT_CONC_PUMP_0mta0t, cf8ut2, cg95rn, chemical, co3, Co_LPT_CONC_PUMP_y6nqjf, Co_SPT_CONC_PUMP_gszvhk, conc, cqkxbz, Cr_LPT_CONC_PUMP_ube3rv, Cr_SPT_CONC_PUMP_vnojlx, cruise, Cu_LPT_CONC_PUMP_yub7yu, Cu_SPT_CONC_PUMP_ku5nvi, data, dataset, date, delta, depth, deviation, dg48z9, dgoldt, dmo, dqqrsv, dzaexc, eijs7o, eob0fm, erddap, event, Event_ID, 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Flag_N_15_14_LPT_DELTA_PUMP_5sqj5d, Flag_N_15_14_SPT_DELTA_PUMP_va6kws, Flag_N_LPT_CONC_PUMP_cc3v0x, Flag_N_SPT_CONC_PUMP_odbrch, Flag_Nd_LPT_CONC_PUMP_q2glcj, Flag_Nd_SPT_CONC_PUMP_eijs7o, Flag_Ni_LPT_CONC_PUMP_743rem, Flag_Ni_SPT_CONC_PUMP_8x4evr, Flag_P_LPT_CONC_PUMP_rbkpv2, Flag_P_SPT_CONC_PUMP_9escme, Flag_PARTICLEMASS_LPT_CONC_PUMP_rtxfor, Flag_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl, Flag_Pb_LPT_CONC_PUMP_lcevvi, Flag_Pb_SPT_CONC_PUMP_cg95rn, Flag_PIC_LPT_CONC_PUMP_5usecl, Flag_PIC_SPT_CONC_PUMP_c4ggbb, Flag_POC_13_12_LPT_DELTA_PUMP_eob0fm, Flag_POC_13_12_SPT_DELTA_PUMP_dqqrsv, Flag_POC_LPT_CONC_PUMP_pkzkvw, Flag_POC_SPT_CONC_PUMP_sequc7, Flag_Sc_LPT_CONC_PUMP_novz7c, Flag_Sc_SPT_CONC_PUMP_knohqr, Flag_Th_LPT_CONC_PUMP_qgecrl, Flag_Th_SPT_CONC_PUMP_7qszun, Flag_Ti_LPT_CONC_PUMP_dgoldt, Flag_Ti_SPT_CONC_PUMP_jyopwf, Flag_U_LPT_CONC_PUMP_n4atmq, Flag_U_SPT_CONC_PUMP_cf8ut2, Flag_V_LPT_CONC_PUMP_wp9f8n, Flag_V_SPT_CONC_PUMP_qvxjtu, Flag_Y_LPT_CONC_PUMP_3xbuwf, 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preliminary, princeton, profile, program, pump, q2glcj, qgecrl, qliters, qvxjtu, raw, rbkpv2, rg9fps, rtxfor, salinity, sample, Sample_Depth, Sample_ID, Sc_LPT_CONC_PUMP_novz7c, Sc_SPT_CONC_PUMP_knohqr, sd1, SD1_Ag_LPT_CONC_PUMP_i0mmts, SD1_Ag_SPT_CONC_PUMP_bc1d5d, SD1_Al_LPT_CONC_PUMP_dg48z9, SD1_Al_SPT_CONC_PUMP_8zppuq, SD1_Ba_LPT_CONC_PUMP_kc6tsy, SD1_Ba_SPT_CONC_PUMP_fqcq6y, SD1_bSi_LPT_CONC_PUMP_vqv6ut, SD1_bSi_SPT_CONC_PUMP_xgkara, SD1_Cd_LPT_CONC_PUMP_rg9fps, SD1_Cd_SPT_CONC_PUMP_siaequ, SD1_Ce_LPT_CONC_PUMP_xo9eme, SD1_Ce_SPT_CONC_PUMP_0mta0t, SD1_Co_LPT_CONC_PUMP_y6nqjf, SD1_Co_SPT_CONC_PUMP_gszvhk, SD1_Cr_LPT_CONC_PUMP_ube3rv, SD1_Cr_SPT_CONC_PUMP_vnojlx, SD1_Cu_LPT_CONC_PUMP_yub7yu, SD1_Cu_SPT_CONC_PUMP_ku5nvi, SD1_Fe_LPT_CONC_PUMP_dzaexc, SD1_Fe_SPT_CONC_PUMP_j8n6wi, SD1_La_LPT_CONC_PUMP_ij40yk, SD1_La_SPT_CONC_PUMP_zhoe3m, SD1_Mn_LPT_CONC_PUMP_hsrmv8, SD1_Mn_SPT_CONC_PUMP_bdoxsq, SD1_Mo_LPT_CONC_PUMP_wzplcd, SD1_Mo_SPT_CONC_PUMP_ayjtto, SD1_N_15_14_LPT_DELTA_PUMP_5sqj5d, SD1_N_15_14_SPT_DELTA_PUMP_va6kws, SD1_N_LPT_CONC_PUMP_cc3v0x, SD1_N_SPT_CONC_PUMP_odbrch, SD1_Nd_LPT_CONC_PUMP_q2glcj, SD1_Nd_SPT_CONC_PUMP_eijs7o, SD1_Ni_LPT_CONC_PUMP_743rem, SD1_Ni_SPT_CONC_PUMP_8x4evr, SD1_P_LPT_CONC_PUMP_rbkpv2, SD1_P_SPT_CONC_PUMP_9escme, SD1_PARTICLEMASS_LPT_CONC_PUMP_rtxfor, SD1_PARTICLEMASS_SPT_CONC_PUMP_kh3ktl, SD1_Pb_LPT_CONC_PUMP_lcevvi, SD1_Pb_SPT_CONC_PUMP_cg95rn, SD1_PIC_LPT_CONC_PUMP_5usecl, SD1_PIC_SPT_CONC_PUMP_c4ggbb, SD1_POC_13_12_LPT_DELTA_PUMP_eob0fm, SD1_POC_13_12_SPT_DELTA_PUMP_dqqrsv, SD1_POC_LPT_CONC_PUMP_pkzkvw, SD1_POC_SPT_CONC_PUMP_sequc7, SD1_Sc_LPT_CONC_PUMP_novz7c, SD1_Sc_SPT_CONC_PUMP_knohqr, SD1_Th_LPT_CONC_PUMP_qgecrl, SD1_Th_SPT_CONC_PUMP_7qszun, SD1_Ti_LPT_CONC_PUMP_dgoldt, SD1_Ti_SPT_CONC_PUMP_jyopwf, SD1_U_LPT_CONC_PUMP_n4atmq, SD1_U_SPT_CONC_PUMP_cf8ut2, SD1_V_LPT_CONC_PUMP_wp9f8n, SD1_V_SPT_CONC_PUMP_qvxjtu, SD1_Y_LPT_CONC_PUMP_3xbuwf, SD1_Y_SPT_CONC_PUMP_hg18wa, SD1_Zn_LPT_CONC_PUMP_cqkxbz, SD1_Zn_SPT_CONC_PUMP_lmd4lw, sequc7, siaequ, sliters, spt, standard, standard deviation, start, Start_Date_UTC, Start_Time_UTC, station, Station_ID, stdev, temperature, temperature-salinity, Th_LPT_CONC_PUMP_qgecrl, Th_SPT_CONC_PUMP_7qszun, Ti_LPT_CONC_PUMP_dgoldt, Ti_SPT_CONC_PUMP_jyopwf, time, u, U_LPT_CONC_PUMP_n4atmq, U_SPT_CONC_PUMP_cf8ut2, ube3rv, v, V_LPT_CONC_PUMP_wp9f8n, V_SPT_CONC_PUMP_qvxjtu, va6kws, vnojlx, vqv6ut, wp9f8n, wzplcd, xgkara, xo9eme, y6nqjf, Y_LPT_CONC_PUMP_3xbuwf, Y_SPT_CONC_PUMP_hg18wa, yub7yu, zhoe3m, Zn_LPT_CONC_PUMP_cqkxbz, Zn_SPT_CONC_PUMP_lmd4lw";
    String license "https://www.bco-dmo.org/dataset/807340/license";
    String metadata_source "https://www.bco-dmo.org/api/dataset/807340";
    Float64 Northernmost_Northing 89.99696667;
    String param_mapping "{'807340': {'Start_Longitude': 'flag - longitude', 'Start_ISO_DateTime_UTC': 'flag - time', 'Sample_Depth': 'flag - depth', 'Start_Latitude': 'flag - latitude'}}";
    String parameter_source "https://www.bco-dmo.org/mapserver/dataset/807340/parameters";
    String people_0_affiliation "University of California-Santa Cruz";
    String people_0_affiliation_acronym "UC Santa Cruz";
    String people_0_person_name "Phoebe J. Lam";
    String people_0_person_nid "51146";
    String people_0_role "Principal Investigator";
    String people_0_role_type "originator";
    String people_1_affiliation "Woods Hole Oceanographic Institution";
    String people_1_affiliation_acronym "WHOI BCO-DMO";
    String people_1_person_name "Shannon Rauch";
    String people_1_person_nid "51498";
    String people_1_role "BCO-DMO Data Manager";
    String people_1_role_type "related";
    String project "U.S. GEOTRACES Arctic,GEOTRACES Arctic Particle Composition";
    String projects_0_acronym "U.S. GEOTRACES Arctic";
    String projects_0_description 
"Description from NSF award abstract:
In pursuit of its goal \"to identify processes and quantify fluxes that control the distributions of key trace elements and isotopes in the ocean, and to establish the sensitivity of these distributions to changing environmental conditions\", in 2015 the International GEOTRACES Program will embark on several years of research in the Arctic Ocean. In a region where climate warming and general environmental change are occurring at amazing speed, research such as this is important for understanding the current state of Arctic Ocean geochemistry and for developing predictive capability as the regional ecosystem continues to warm and influence global oceanic and climatic conditions. The three investigators funded on this award, will manage a large team of U.S.scientists who will compete through the regular NSF proposal process to contribute their own unique expertise in marine trace metal, isotopic, and carbon cycle geochemistry to the U.S. effort. The three managers will be responsible for arranging and overseeing at-sea technical services such as hydrographic measurements, nutrient analyses, and around-the-clock management of on-deck sampling activites upon which all participants depend, and for organizing all pre- and post-cruise technical support and scientific meetings. The management team will also lead educational outreach activities for the general public in Nome and Barrow, Alaska, to explain the significance of the study to these communities and to learn from residents' insights on observed changes in the marine system. The project itself will provide for the support and training of a number of pre-doctoral students and post-doctoral researchers. Inasmuch as the Arctic Ocean is an epicenter of global climate change, findings of this study are expected to advance present capability to forecast changes in regional and globlal ecosystem and climate system functioning.
As the United States' contribution to the International GEOTRACES Arctic Ocean initiative, this project will be part of an ongoing multi-national effort to further scientific knowledge about trace elements and isotopes in the world ocean. This U.S. expedition will focus on the western Arctic Ocean in the boreal summer of 2015. The scientific team will consist of the management team funded through this award plus a team of scientists from U.S. academic institutions who will have successfully competed for and received NSF funds for specific science projects in time to participate in the final stages of cruise planning. The cruise track segments will include the Bering Strait, Chukchi shelf, and the deep Canada Basin. Several stations will be designated as so-called super stations for intense study of atmospheric aerosols, sea ice, and sediment chemistry as well as water-column processes. In total, the set of coordinated international expeditions will involve the deployment of ice-capable research ships from 6 nations (US, Canada, Germany, Sweden, UK, and Russia) across different parts of the Arctic Ocean, and application of state-of-the-art methods to unravel the complex dynamics of trace metals and isotopes that are important as oceanographic and biogeochemical tracers in the sea.";
    String projects_0_end_date "2017-06";
    String projects_0_geolocation "Arctic Ocean; Sailing from Dutch Harbor to Dutch Harbor";
    String projects_0_name "U.S. Arctic GEOTRACES Study";
    String projects_0_project_nid "638812";
    String projects_0_start_date "2014-07";
    String projects_1_acronym "GEOTRACES Arctic Particle Composition";
    String projects_1_description 
"NSF Award Abstract:
An investigator from Woods Hole Oceanographic Institution participating in the 2015 U.S. GEOTRACES Arctic expedition will collect and analyze suspended particulate matter in the Western Arctic Ocean to better understand cycling of trace elements in the region. In common with other multinational initiatives in the International GEOTRACES Program, the goals of the U.S. Arctic expedition are to identify processes and quantify fluxes that control the distributions of key trace elements and isotopes in the ocean, and to establish the sensitivity of these distributions to changing environmental conditions. Some trace elements are essential to life, others are known biological toxins, and still others are important because they can be used as tracers of a variety of physical, chemical, and biological processes in the sea. Particles are a key parameter for the GEOTRACES program because of their role as sources, sinks, and in the cycling of trace elements. Results from this study will be shared through outreach to native groups in Alaska. The project will involve training of graduate and undergraduate students.
Particle cycling in the Arctic Ocean is profoundly different from other ocean basins. Extremely low primary production in the perennially ice-covered central Arctic leads to a very weak biological pump. With little particle flux coming from above, the dominant source of particles to the Arctic Basin appears to be lateral transport from the margins, and these laterally transported particles have much higher lithogenic content than is typically found in particles in other ocean basins. The different source and composition of particles in the Arctic potentially sets up a completely different dynamic for the removal of particle-reactive trace elements and their isotopes from the water column than is currently understood. There has yet to be a comprehensive survey of the concentration and composition of suspended particles in the Arctic. In this study, the size-fractionated suspended particles will be analyzed for major phases and trace element composition, measurements needed to determine scavenging removal of particle reactive elements and provide insight into the mechanisms controlling the biological pump.";
    String projects_1_end_date "2019-06";
    String projects_1_geolocation "Western Arctic";
    String projects_1_name "Collaborative Research: GEOTRACES Arctic Section: The Geochemistry Size-fractionated Suspended Particles Collected by in-situ Filtration";
    String projects_1_project_nid "776232";
    String projects_1_start_date "2015-02";
    String publisher_name "Biological and Chemical Oceanographic Data Management Office (BCO-DMO)";
    String publisher_type "institution";
    String sourceUrl "(local files)";
    Float64 Southernmost_Northing 60.22388333;
    String standard_name_vocabulary "CF Standard Name Table v55";
    String subsetVariables "Cruise";
    String summary "Size-fractionated major and minor particle composition and concentration from the U.S. GEOTRACES Arctic Cruise (GN01) in 2015.";
    String time_coverage_end "2015-10-08T00:44:00Z";
    String time_coverage_start "2015-08-12T00:50:00Z";
    String title "[GN01 Size-fractionated major and minor particles] - Size-fractionated major and minor particle composition and concentration from the US GEOTRACES Arctic cruise (HLY1502) on USCGC Healy from August to October 2015 (U.S. Arctic GEOTRACES Study)";
    String version "1";
    Float64 Westernmost_Easting -179.99975;
    String xml_source "osprey2erddap.update_xml() v1.3";
  }
}

 

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Using tabledap to Request Data and Graphs from Tabular Datasets

tabledap lets you request a data subset, a graph, or a map from a tabular dataset (for example, buoy data), via a specially formed URL. tabledap uses the OPeNDAP Data Access Protocol (DAP) and its selection constraints.

The URL specifies what you want: the dataset, a description of the graph or the subset of the data, and the file type for the response.

• (easy) You can get data by using the dataset's Data Access Form or Subset form. They make the URL for you.
• (easy) You can make a graph or map by using the dataset's Make A Graph form. It makes the URL for you.
• (not hard) You can bypass the forms and get the data or make a graph or map by generating the URL by hand or with a computer program or script.

Tabledap request URLs must be in the form
https://coastwatch.pfeg.noaa.gov/erddap/tabledap/datasetID.fileType{?query}
For example,
https://coastwatch.pfeg.noaa.gov/erddap/tabledap/pmelTaoDySst.htmlTable?longitude,latitude,time,station,wmo_platform_code,T_25&time>=2015-05-23T12:00:00Z&time<=2015-05-31T12:00:00Z
Thus, the query is often a comma-separated list of desired variable names, followed by a collection of constraints (e.g., variable<value), each preceded by '&' (which is interpreted as "AND").

For details, see the tabledap Documentation.

 

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ERDDAP, Version 2.22
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