Deutsches Ozeanographisches
Datenzentrum Inventur der Wecoma-Reise W0105C (DOD-Ref-No.20110064)
Inventory of Wecoma Cruise W0105C (DOD-Ref-No.20110064)

Plattform
Platform
Reise-Nr.
Cruise-No.
Zeitraum
Period
Projekt
Project
Arbeitsgebiet
Working area
Wecoma W0105C 23.05.2001 - 13.06.2001   North Pacific Ocean  

Fahrtleiter
Chief Scientist
Institut
Institute
Auslaufhafen
Port of departure
Einlaufhafen
Port of return
Stationskarte
Station map
Schiffsroute
Trackchart
Barth Jack A. Oregon State University, College of Oceanography Bld.104 Newport / Oregon Newport / Oregon   

Ziel der Reise / Objectives of Cruise:

As part of the Coastal Ocean Processes (CoOP) Project Coastal Ocean Advances in Shelf Transport (COAST), this was the first of two cruises in 2001 to study cross-shelf transport processes in a wind-driven coastal ocean. The project includes fielt experiments off the Oregon coast and coordinated ocen circulation/ecosystem and atmospheric modeling. We made intensive observations in two regions: one north of Newport, Oregon, in a region of relatively simple topography and one south of Newport centered on Heceta Bank. A variety of instruments were used: a towed, undulating vehicle (Seasoar) to measure temperature, salinity, microstructure and phytoplankton fluorescence; a shipboard Acoustic Doppler Current Profiler (ADCP) to measure water velocity; a towed, four-frequency acoustics unit (HTI) to detect large zooplankton and larval fish; a multiple net system (MOCNESS) to obtain zooplankton samples; and a surface sampler to obtain clean seawater for determination of its iron content. We worked in close coordination with the R/V Thomas G.Thompson, aboard which other COAST scientists conducted vertical profiling.

Messungen / Measurements

Institut
Institute
Wissenschaftler
Scientist
Anzahl
Number
Einheit
Unit
Typ der Messungen
Type of measurements
Kommentar
Comments
Daten im DOD
Data in DOD
UOREG Barth Jack A. 16 day(s) B02
Phytoplankton pigments (e.g. chlorophyll, fluorescence)
towed undulationg vehicle (SEASoar) equipped with Seabird 911+ CTD, WETLabs ac-9 9-wavelength light absoption and attenuation instrument & two fluorometers both recording pigment fluorescence at 685 m where on used 430 nm excitation and the other 520 nm no
UOREG Barth Jack A. 26 casts B02
Phytoplankton pigments (e.g. chlorophyll, fluorescence)
CTD casts using Seabird 911+ CTD with fluorometer, transmissometer and dissolved oxygen no
OSU Cowles Timothy 21 day(s) B02
Phytoplankton pigments (e.g. chlorophyll, fluorescence)
underway surface (5m) chlorophyll fluorescence no
OSU Cowles Timothy 399 samples B02
Phytoplankton pigments (e.g. chlorophyll, fluorescence)
discrete samples for chlorophyll fluorometric determinations, primarily from 5-m underway but subsurface from CTD-casts also no
NOAAOR Peterson William 11 hauls B09
Zooplankton
1-m Multiple Opening/Closing Net and AEnvironmental Smapling System (MOCNESS) zooplankton net hauls using 150 ?m and 333 ?m meshes no
NOAAOR Peterson William 23 hauls B09
Zooplankton
vertical zooplankton net hauls using 202-?m mesh no
OSU Pierce Stephen 21 day(s) B28
Acoustic reflection on marine organisms
underway bioacoustics sampling using a four frequency (38, 120, 200, 420 kHz) Hydroacoustics Technology instrument towed near the surface no
OSU Cowles Timothy 13 casts B28
Acoustic reflection on marine organisms
Bioacoustic profiles using a Tractor Acoustical Profiling System (TAPS) (265, 420, 700, 1100, 1850 and 3000 kHz) no
OSU Pierce Stephen 21 day(s) D71
Current profiler (e.g. ADCP)
underway current profiling in upper 300 m using RDI 153-kHz shipboard ADCP no
UOREG Barth Jack A. 16 day(s) D90
Other physical oceanographic measurements
towed undulating vehicle (SeaSoar) equipped with microstructure (fast-response conductivity and temperature) instrument (MicroSoar) no
UOREG Barth Jack A. 26 casts H10
CTD-Stations
CTD casts using Seabird 911+ CTD with fluorometer, transmissometer and dissolved oxygen no
UOREG Barth Jack A. 16 day(s) H11
Sub-surface measurements underway (T, S)
towed undulating vehicle (SeaSoar) equipped with microstructure (fast-response conductivity and temperature) instrument (MicroSoar) no
UOREG Barth Jack A. 16 day(s) H11
Sub-surface measurements underway (T, S)
towed undulationg vehicle (SEASoar) equipped with Seabird 911+ CTD, WETLabs ac-9 9-wavelength light absoption and attenuation instrument & two fluorometers both recording pigment fluorescence at 685 m where on used 430 nm excitation and the other 520 nm no
UOREG Barth Jack A. 16 day(s) H16
Transparency (e.g. transmissometer)
towed undulationg vehicle (SEASoar) equipped with Seabird 911+ CTD, WETLabs ac-9 9-wavelength light absoption and attenuation instrument & two fluorometers both recording pigment fluorescence at 685 m where on used 430 nm excitation and the other 520 nm no
UOREG Barth Jack A. 26 casts H16
Transparency (e.g. transmissometer)
CTD casts using Seabird 911+ CTD with fluorometer, transmissometer and dissolved oxygen no
OSU Cowles Timothy 21 day(s) H16
Transparency (e.g. transmissometer)
underway surface (5m) 9-wavelength light absoption and attentuation using a WETLabs ac-9 no
UOREG Barth Jack A. 16 day(s) H17
Optics (e.g. underwater light levels)
towed undulationg vehicle (SEASoar) equipped with Seabird 911+ CTD, WETLabs ac-9 9-wavelength light absoption and attenuation instrument & two fluorometers both recording pigment fluorescence at 685 m where on used 430 nm excitation and the other 520 nm no
OSU Cowles Timothy 21 day(s) H17
Optics (e.g. underwater light levels)
underway surface (5m) 9-wavelength light absoption and attentuation using a WETLabs ac-9 no
OSU Cowles Timothy 21 day(s) H17
Optics (e.g. underwater light levels)
underway surface (5m) light scattering using a WETLabs Eco-VSF no
UOREG Barth Jack A. 26 casts H21
Oxygen
CTD casts using Seabird 911+ CTD with fluorometer, transmissometer and dissolved oxygen no
OSU Hales Burke 296 samples H22
Phosphates
nutrients (nitrate, nitrite, ammonia, phosphate, silicate) primarily from 5 m underway but subsurface from CTD casts no
OSU Hales Burke 296 samples H24
Nitrates
nutrients (nitrate, nitrite, ammonia, phosphate, silicate) primarily from 5 m underway but subsurface from CTD casts no
MBARI Chase Zanna 2 day(s) H24
Nitrates
towed undulationg vehicle (SeaSoar) equipped with in Situ Ultraviolet Spectrophotometer (ISUS) for optically measuring nitrate. no
OSU Hales Burke 296 samples H25
Nitrites
nutrients (nitrate, nitrite, ammonia, phosphate, silicate) primarily from 5 m underway but subsurface from CTD casts no
OSU Hales Burke 296 samples H26
Silicates
nutrients (nitrate, nitrite, ammonia, phosphate, silicate) primarily from 5 m underway but subsurface from CTD casts no
MBARI Chase Zanna 20 day(s) H30
Trace elements
surface iron concentration from along ship track no
MBARI Chase Zanna 175 day(s) H30
Trace elements
discrete samples for iron from clean underway surface pumping system no
MBARI Chase Zanna 195 day(s) H30
Trace elements
discrete samples for iron from subsurfaxe CTD/rosette bottle casts no
UOREG Barth Jack A. 21 day(s) H71
Surface measurements underway (T, S)
underway surface (5m) T and S no
OSU Hales Burke 15 day(s) H74
Carbon dioxide
partial pressure CO2 from 5-m underway flow-through seawater and surface air no
OSU Hales Burke 296 samples H76
Ammonia
nutrients (nitrate, nitrite, ammonia, phosphate, silicate) primarily from 5 m underway but subsurface from CTD casts no
UOREG Barth Jack A. 21 day(s) M02
Incident radiation
underway meteorological observations no
UOREG Barth Jack A. 21 day(s) M06
Routine standard measurements
underway meteorological observations no
10.5.2025