# International Indian Ocean Expedition, 1962-1965 # Populations for remaining taxa of zooplankton found in the # IOEE collections # Populations represented as number per standard haul # Vijaya Nair, PI # Standard Haul is defined as an Indian Ocean Standard net collection of # zooplankton in the water column under 1 m2, sampling the upper 200m # in deeper water and the entire water column where the sounding is less than # 200m. # Changed Diamantina,1965, from 12/1/1965 to 12/5/1965. dd/m/yyyy. mda 20 April 2015 ========================= vessel ------------------------- Koyo-Maru ========================= year ------------------------- 1962 ========================= cruise ------------------------- 14 ========================= station lat lon date_local time_local day_night_flag depth_w zooplankton_vol reference ------------------------- 1 5.00 94.00 23/11/1962 2030 N 2000 2.50 1254 2 4.00 94.00 24/11/1962 1950 N 2000 2.50 1255 3 3.00 94.00 25/11/1962 1958 N 4000 2.50 1256 6 0.95 94.02 28/11/1962 1925 N 4200 7.00 1259 8 -0.58 93.95 30/11/1962 2111 N 4400 5.00 1261 11 -3.92 94.00 4/12/1962 1935 N 4800 7 1264 12 -3.75 94.47 5/12/1962 1929 N 4800 6.00 1265 13 -5.00 93.88 6/12/1962 0335 N 5000 4.50 1266 14 -6.50 94.00 7/12/1962 0002 N 5100 2.50 1267 RS1 0.30 90.28 9/12/1962 1954 N 4000 16.00 1268 15 -8.00 94.07 23/12/1962 2020 N 5100 2.50 1269 16 -9.48 94.07 24/12/1962 2045 N 5000 2.50 1270 17 -10.93 93.73 26/12/1962 0335 N 4800 4.00 1271 18 -12.43 94.20 27/12/1962 0258 N 4800 2.50 1272 19 -13.82 94.27 28/12/1962 1950 N 5000 3.00 1273 20 -15.48 94.00 29/12/1962 1813 D 5400 2.50 1274 22 -18.45 93.97 31/12/1962 2047 N 5800 4.00 1276 ========================= year ------------------------- 1963 ========================= cruise ------------------------- 14 ========================= station lat lon date_local time_local day_night_flag depth_w zooplankton_vol reference ------------------------- 23 -19.97 94.03 1/1/1963 1955 N 5800 3.00 1277 RS3A -32.05 111.83 15/1/1963 1957 N 5100 2 1279 RS3B -32.05 111.83 15/1/1963 2012 N 5100 2 1280