# version June 9, 1994 # Robert Collier and Jack Dymond # sediment trap particulates < 1mm, North of equator # mooring deployment EQPAC-1 # # Trap data for moorings on Equator and 2, 5, and 12 south are reported by # S. Honjo, see systems entry for file Sedtrap_south. # # For more detail on sediment trap arrays see: Cruise Report, EQPAC - 1, The # First Leg of A JGOFS Study of the Equatorial Pacific, R/V Wecoma W9201B, # January 12, 1992 to February 8, 1992, Chief Scientist: Jack Dymond, Oregon # State University # # mooring = mooring identification (moorings at 2, 5 and 9 North) # lat = latitude, units = degress # lon = longitude, units = degrees # depth_t = depth of trap, units = meters # sample = sample number, originator's internal # date_open = date sediment trap opened, reported as YYYYMMDD # days = number of days sediment trap remained open # cup = cup number, sediment trap # mass_f = mass particle flux, particle size less than 1 mm, units = # milligrams/square meter/day # C_org_f = flux of organic carbon, particle size less than 1 mm, # units = micromoles/square meter/day # C_inorg_f = flux of inorganic carbon, particle size less than 1 mm, # units = micromoles/square meter/day # N_f = flux of nitrogen, particle size less than 1 mm, units = # micromoles/square meter/day # SiO4_bio_f = flux of biogenic silica, particle size less than 1 mm, # units = micromoles/square meter/day # Al_f = flux of aluminium, particle size less than 1 mm, units = # micrograms/square meter/day # nd = missing data # ========================= mooring lat lon depth_t ------------------------- n2 2.007 -139.137 2200 n5 5.021 -139.788 1200 n5 5.021 -139.788 2100 n5 5.021 -139.788 3800 n9 9.003 -139.982 2150 n9 9.003 -139.982 2250 n9 9.003 -139.982 4400