Dataset: primprod_ondeck
Deployment: NBP-96-04A

Primary Production, incubated on deck, 24 hours

Principal Investigator:

Richard Barber (Duke University)

Co-Principal Investigator:

John F. Marra (Lamont-Doherty Earth Observatory, LDEO)

Walker O. Smith (Virginia Institute of Marine Science, VIMS)

BCO-DMO Data Manager:

Cynthia L. Chandler (Woods Hole Oceanographic Institution, WHOI BCO-DMO)

Project:

U.S. JGOFS Antarctic Environment and Southern Ocean Process Study (AESOPS)

Version:

July 29, 1999

Deployment Synonyms:

NBP9604A, NBP96_4A

Version Date:

1999-07-29

Data URL:

https://www.bco-dmo.org/dataset-deployment/451013/data

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Description

Primary Production, incubated on deck, 24 hours

Methods & Sampling

Dataset acquisition description

   PI:              Richard Barber, Duke University, rbarber@duke.edu
                    John Marra, Lamont Doherty Earth Observatory, marra@ldeo.columbia.edu
                    Walker Smith, Virginia Institute of Marine Science, wos@VIMS.EDU
   dataset:         Primary Production, incubated on deck, 24 hours
   technician:      Michael Hiscock, Duke University, hiscock@duke.edu
 
   Methodology:
   - Chapter 19 of the JGOFS protocols (1994) "Primary Production by 14C"
   - Hiscock, M.R., Marra, J., Smith, W.O., Jr., Goericke, R., Measures,
   C.I., Vink, S., Olson, R.J., Sosik, H.M., Barber, R.T., in press. Primary
   Productivity and its Regulation in the Pacific Sector of the Southern
   Ocean. Deep Sea Research II.
   - Barber, Richard T. 1993. In Situ Primary Production Protocols.
   U.S. JGOFS Equatorial Pacific Protocols, 1993, section 7.
   - Smith, W. O., Jr., R. T. Barber, M. R. Hiscock and J. Marra (submitted)
   The Seasonal Cycle of Phytoplankton Biomass and Primary Productivity
   in the Ross Sea, Antarctica.   Deep-Sea Research II.
   - Barber, R. T., L. Borden, Z. Johnson, J. Marra, C. Knudsen, and C.C.Trees
   (1997) Ground truthing modeled kpar and on deck primary productivity
   incubations with in situ observations. SPIE 2963, 834-839.
   - Barber, R. T. and F. P. Chavez (1991) Regulation of primary productivity
   rate in the equatorial Pacific Ocean.  Limnol. Oceanogr. 36, 1803-1815.
   - Morel, A. (1988) Optical modelling of the upper ocean in relation to its
   biogenous matter content (Case 1 waters).
   Journal of Biophysical Research 93, 10749-10768.

Deployment-specific acquisition description

   PI:              Richard Barber,  Duke University
                    John Marra, Lamont Doherty Earth Observatory
                    Walker Smith, University of Tennessee
   dataset:         Primary Production, incubated on deck, 24 hours
   technician:      Michael Hiscock, Duke University
   dates:           October 18, 1996 to November 02, 1996
   location:        N: -76.5012  S: -77.9638  W: 168.9967  E: -175.9047
   project/cruise:  AESOPS/NBP-96-4A - Ross Sea Process Cruise 1
   ship:            R/V Nathaniel B. Palmer
 
   Methodology:
   - Chapter 19 of the JGOFS protocols (1994) "Primary Production by 14C"
   - Hiscock, M.R., Marra, J., Smith, W.O., Jr., Goericke, R., Measures,
   C.I., Vink, S., Olson, R.J., Sosik, H.M., Barber, R.T., in press. Primary
   Productivity and its Regulation in the Pacific Sector of the Southern
   Ocean. Deep Sea Research II.
   - Barber, Richard T. 1993. In Situ Primary Production Protocols.
   U.S. JGOFS Equatorial Pacific Protocols, 1993, section 7.
   - Smith, W. O., Jr., R. T. Barber, M. R. Hiscock and J. Marra (submitted)
   The Seasonal Cycle of Phytoplankton Biomass and Primary Productivity
   in the Ross Sea, Antarctica.   Deep-Sea Research II.
   - Barber, R. T., L. Borden, Z. Johnson, J. Marra, C. Knudsen, and C.C.Trees
   (1997) Ground truthing modeled kpar and on deck primary productivity
   incubations with in situ observations. SPIE 2963, 834-839.
   - Barber, R. T. and F. P. Chavez (1991) Regulation of primary productivity
   rate in the equatorial Pacific Ocean.  Limnol. Oceanogr. 36, 1803-1815.
   - Morel, A. (1988) Optical modelling of the upper ocean in relation to its
   biogenous matter content (Case 1 waters).
   Journal of Biophysical Research 93, 10749-10768.

Data Processing Description

Dataset Processing Description

More information about this dataset deployment

Instruments

Niskin bottle

Supplied Name: Niskin Bottle

Supplied Description:

CTD clean rosette (Niskin) bottles were used to collect water samples.

Instrument Type

Generic Name: Niskin bottle

Community Identifier: http://vocab.nerc.ac.uk/collection/L22/current/TOOL0412/

Generic Description:

A Niskin bottle (a next generation water sampler based on the Nansen bottle) is a cylindrical, non-metallic water collection device with stoppers at both ends. The bottles can be attached individually on a hydrowire or deployed in 12, 24, or 36 bottle Rosette systems mounted on a frame and combined with a CTD. Niskin bottles are used to collect discrete water samples for a range of measurements including pigments, nutrients, plankton, etc.

Trace Metal Bottle

Supplied Description:

Trace metal (TM) clean rosette bottles were used to collect water samples.

Instrument Type

Generic Name: Trace Metal Bottle

Acronym: TM Bottle

Community Identifier: http://vocab.nerc.ac.uk/collection/L05/current/30/

Generic Description:

Trace metal (TM) clean rosette bottle used for collecting trace metal clean seawater samples.

Parameters

Supplied Name	Supplied description	Supplied Units	Standard Name
event	event number, from event log		event
sta	station number, from event log		no_bcodmo_term
cast	cast number		cast
sta_name	name of revisited locations on AESOPS cruises		no_bcodmo_term
cast_type	TM = trace metal rosette CTD = CTD rosette		no_bcodmo_term
bot	Goflo or Niskin bottle number		no_bcodmo_term
depth_n	nominal depth sampled by Goflo or Niskin	meters	no_bcodmo_term
chl_a	chlorophyll_a as measured by fluorometric method	mg Chl m-3	chl_a
chl_a_int_depth	depth to which chl_a is integrated	meters	no_bcodmo_term
chl_a_int	integrated from 0 meters to the depth of the deepest sample bottle of the euphotic profile (chl_a_int_depth)	mg Chl m-2	no_bcodmo_term
light	incident light the incubator receives	percent	no_bcodmo_term
depth_inc	effective depth of the samples incubated on deck (based on Morel optical model)	meters	no_bcodmo_term
pp24	primary production, carbon assimilation (24 hours)	mmol C m-3 d-1	no_bcodmo_term
pb24	carbon assimilation per unit chl_a (24 hours)	mmol C mg Chl-1 d-1	no_bcodmo_term
depth_1	depth of 1% light level based on Morel optical model	meters	no_bcodmo_term
pp24_int_1	primary production, carbon assimilation (24 hours) integrated from 0 meters to the depth of the 1% light level based on Morel optical model (depth_1%) Note: 1% light level productivity was extrapolated from the on deck productivity profile and calibrated with in situ ground truthing.	mmol C m-2 d-1	no_bcodmo_term
pp24_opt	optimum primary production for profile, carbon assimilation (24 hours)	mmol C m-3 d-1	no_bcodmo_term
pb24_opt	optimum carbon assimilation per unit chl_a for profile (24 hours)	mmol C mg Chl-1 d-1	no_bcodmo_term
depth_light_1	depth of 1% light level based on Morel optical model	meters	no_bcodmo_term
depth_light_0d1	depth of 0.1% light level based on Morel optical model	meters	no_bcodmo_term
pp24_int_0d1	primary production, carbon assimilation (24 hours) integrated from 0 meters to the depth of the 0.1% light level based on Morel optical model (depth_0.1%) Note: 1% and 0.1% light level productivity values were extrapolated from the on deck productivity profile and calibrated with in situ ground truthing.	mmol C m-2 d-1	no_bcodmo_term

Database

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Dataset: primprod_ondeck
Deployment: NBP-96-04A

Dataset acquisition description

Deployment-specific acquisition description

Dataset Processing Description

Database

Contribute Data

Dataset: primprod_ondeckDeployment: NBP-96-04A

Dataset acquisition description

Deployment-specific acquisition description

Dataset Processing Description

Dataset: primprod_ondeck
Deployment: NBP-96-04A