Summary: 90 stations from line 93.3 to 66.7 (San Diego to Monterey CA): 66 standard CalCOFI stations, 6 SCCOOS stations, 18 central coast stations were sampled. CUFES underway egg sampling, SCS meterological and sea surface temperature/salinity/fluorometric data were collected during most transits. The SCS seawater pump system was secured during rough conditions.
Data Links:  1301SH Seabird CTD cast files; 1301SH FinalQC bottle-corrected CTD csvs, plots, & metadata
Cruise Dates: Thursday, 10 Jan 2013 - Saturday, 2 Feb 2013
Loading: Tuesday, 08 Jan 2013 - Wed, 09 Jan 2010
Ship: NOAA RV Bell M Shimada
Station plan: 113 Stations (104 CalCOFI + 9 SCCOOS); NOAA 1301SH Project Instructions
Cruise Map: CalCOFI 1301SH 90 Station Pattern
Cruise Notes: CTD cast notes:
Station 001 - 072 were 515m (depth-permitting), 20-24 bottle rosette CTD casts.
  • Sensor data collected: dual temperature, dual conductivity (dual salinity), dual oxygen, fluorescence, transmissometer, remote PAR, altimeter, ISUS nitratre sensor, & pH. Altimeter note: on stations 061 - 070 the altimeter (voltage 2) was replaced by Shimada's Wetlabs EcoFLNTU fluorometer for diagnostic deployments vs our Seapoint Fluorometer. Data from this sensor may be good on stations 061-062 but does not look good on stas 063-070.
  • Seawater samples taken:oxygen, salinity, nutrients, chlorophylls, LTER ancillary samples, DIC, & daily primary productivity incubation samples.
Stations 073 - 083 were 515 (depth-permitting), 12 bottle rosette CTD casts.
  • Sensor data collected unchanged: dual temperature, dual conductivity (dual salinity), dual oxygen, fluorescence, transmissometer, remote PAR, altimeter (on stations shallower than 515), ISUS nitratre sensor, & pH.
  • Seawater samples taken: 12 oxygen, 2 salinities, 9 chlorophylls.
Stations 084 - 090 (line 67 off Monterey) were 1000m (depth-permitting)
  • Sensor data collected unchanged: dual temperature, dual conductivity (dual salinity), dual oxygen, fluorescence, transmissometer, remote PAR, altimeter, ISUS nitratre sensor, & pH.
  • Seawater samples taken: 12 oxygen, 2 salinities, 9 chlorophylls; plus 7 (24hr) primary productivity experiments performed by MBARI.
Contacts: Dave Griffith, Chief Scientist, NMFS
  Amy Hays, NMFS
  Dave Wolgast, IOD (SIO Technical Coordinator)
   
Participants: Griffith, Dave (Chief Scientist) Fishery Biologist, NMFS I & II
  Blum, Marguerite Oceanographer, MBARI II
  Breese, Dawn Bird Observer, FIAER I & II
  Dovel, Shonna Staff Research Associate, SIO I
  Faber, David N. Staff Research Associate, SIO I & II
  Hays, Amy Fishery Biologist, NMFS I & II
  Jiorle, Ralph Staff Research Associate, SIO I & II
  Manion, Sue Fishery Biologist, NMFS I & II
  Miller, Melissa Staff Research Associate, SIO I
  Renfree, Josiah Acoustic Technician, SWFSC I & II
  Roadman, Megan Staff Research Associate, SIO I
  Roche, Lauren Marine Mammal Observer & Acoustician, SIO I & II
  Whitaker, Katherine Marine Mammal Observer I & II
  Wilkinson, James R. Programmer Analyst, SIO I
  Wolgast, David M. Staff Research Associate, SIO I
     
Proposed station work: Seabird CTD / 24 bottle rosette cast (500m depth permitting)
  CTD Sensors: Bottle Samples:
  Temperature Salinity
  Conductivity Oxygen
  Oxygen Nutrients
  Fluorescence Primary Productivity
  Transmissomter Chlorophyll-a
  PAR Phaeopigments
  pH HPLC
    DIC
    LTER ancillary
  Nets:
  CalBOBL(Bongo) net, 210m - all stations
  MANTA neuston net, all stations
  PRPOOS vertical net, lines 80 & 90, 86.7 & 83.3 coastal only
  Pairovet vertical net, 100m (coastal stations only ( to 70)
   
  Supplementary Data:
  SCS, Underway continuous surface and meterological measurements
  Primary Productivity, Daily C14-uptake incubations
  Ancillary LTER , Plankton abundance, biomass, Chl a size fractionations, POC, DOC
  Fisheries Acoustics
  DIC, 10 stations: 93.3-30, 90-90, 90-60, 90-53, 90-30, 86.7-35, 81.8-46.9, 80-55, 80-80, 80-90
  Seabirds , Visual Observations
  Cetaceans, Visual and Acoustic Surveys