Dataset: aerosols_long
Deployment: TT048

Aerosols, long irradiation neutron activation analysis

Principal Investigator:

Dr Neil Tindale (Texas A&M University, TAMU)

BCO-DMO Data Manager:

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

Project:

U.S. JGOFS Arabian Sea (Arabian Sea)

Version:

June 30, 1997

Deployment Synonyms:

TTN048, TN048, TTN-048

Version Date:

1997-06-30

Data URL:

https://www.bco-dmo.org/dataset-deployment/450736/data

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Description

  PI:              Neil Tindale
  of:              Texas A&M University
  dataset:         Aerosols, long irradiation neutron activation analysis
  dates:           January 08, 1995 to December 18, 1995
  location:        N: 22.8459  S: 09.8871  W: 57.2609  E: 68.2687 
  project:         Arabian Sea
  ship:            Thomas Thompson
 
 PI Notes and Methodology
 A note from DMO on supplementary fields

HiVol pump sampler methods are described in: N. W. Tindale and P. P. Pease, Aerosols
over the Arabian Sea: Atmospheric transport pathways and concentrations of dust
and sea salt, Deep Sea Research Part II: Topical Studies in OceanographyVolume 46,
Issues 8-9, August 1999, Pages 1577-1595.

( href="http://www.sciencedirect.com/science/article/B6VGC-3Y0RMGY-3/2/e32070ccfcbd49427d79b1b5e77699e6">view article at ScienceDirect )

Methods & Sampling

Dataset acquisition description

Dr. Neil Tindale, Texas A & M Univ.
JGOFS/Arabian Sea
Aerosols, short and long irradiation neutron activation analysis

JGOFS Arabian Sea Aerosol Data

This mineral aerosol concentration data set is from samples collected
during several cruises on the R/V Thomas Thompson during the JGOFS
Arabian Sea field program.

Air Sampling Pump System

The air sampling pumps, controller, electronics, and a clean bench were mounted in a 6-m shipping container located on the foredeck's container storage rack. The air sampler was a HiVol system loaded with a single unwashed Whatman 41 filter and with a flow rate of about 1.2-1.4 m3 min-1. Air flow rates were measured daily using an orifice-type flow tube that had been calibrated to a National Institute of Standards and Technology (NIST) certified EG&G FT32 turbine flowmeter. Air volume errors were between 5 and 10%; the total combined air volume and analytical error was about 10%. The experimental equipment was similar to that described in Schwartze et al. (1988) and used on previous atmospheric-oceanographic programs (Betzer et al., 1988).

References:

Betzer, P.R., Carder, K.L., Duce, R.A., Merrill, J.T., Tindale, N.W., Uematsu, M., Costello, D., Young, R.,
Feely, R.A., Breland, J.A., Bernstein, R., Greco, T., 1988. A pulse of Asian dust to the central North Pacific: long-range transport of giant mineral aerosols. Nature 336, pp. 568-571.

Schwartze, G., Boldi, R., Wasco, T., Duce, R., 1988. PASS: a portable atmospheric sampling system for chemical studies in the marine troposphere. Journal of Atmospheric and Oceanic Technology 5, pp. 561-570.

The data set includes the sampling period
for each sample; the "Day of Year", yrday, number for the start of the
sampling period for each sample; and the concentration of different
elements for each sample, in micrograms per cubic meter. For the
sampling period, "nd" is used as a filler to indicate "no data" gaps in
the data array. The dust values are estimated using aluminum
concentrations determined by neutron activation analysis. While most
samples cover a multi-day period, we only have data for about 150
days. We didn't participate in all of the cruises and, on the cruises
where samples were collected, often sampling conditions were less than
ideal (bad weather, ship maneuvering, relative wind from astern etc.).
A few samples that were collected showed obvious contamination from
local sources, presumably from material from the R/V Thompson or from
nearby fishing boats, and these samples were discarded and are not
included in the data set. While the sampling period represents the
period during which sampling occurred, sampling was usually not
continuous. Sampling was frequently stopped, whenever sampling
conditions were no longer suitable. Thus the concentration value at
any particular date represents a time integrated sample which is
usually non-continuous.

Cautionary comments:
1.  There may be a problem with the estimate for the mineral "dust"
concentration.  Most researchers use the average crustal ratio to estimate
mineral dust concentrations using elemental concentration data (Al, Fe,
etc.).  Surface sand and silt samples that were collected in Oman in the
Wahibah Sands region have distinct, non-crustal ratios.  If individual
aerosol samples are comprised of material from distinct sources, including
Oman, then it is not unreasonable for their elemental ratios to differ from
the published "average" crustal ratio that is used in most aerosol studies.

2.  The amount of Ti in all the aerosol samples was small, despite there
being a reasonable amount of dust material in most samples.  The peaks for
Cr and Ti overlap in the neutron activation short irradiation analysis and
if significant quantities of Cr are present, this will interfere with the Ti
analysis.  With the exception of one sample, the Ti values are at or below
the detection limit.  The sole value above the detection limit was corrected
for the Cr contribution using a correction based on the Cr values from the
long irradiations.  The correction changed the Ti value by less than 5%.
The Ti data flagged as being at or below the detection limit was not
corrected for possible Cr interference.

Data management office notes on supplementary fields - aerosols data

lat, lon

A nominal ship location is given in lat/lon.  The location is the noon
position most near the middle of the sampling period, e.g. for a sample
which was pumped intermittently from Jan. 3 - 5, the location is given for
noon, Jan. 4.  Intended as an aid to understanding, not a discrete location.

date_begin, date_end

We have included the start and stop day for each sample which we
believe constrains the sample time about as well as is useful for these
data.  We also have pump volume and thus a mean concentration of dust
per cubic meter of air for that time frame.  The actual number of hours
sampled during a time block (number of days) is complicated to
present.  Pumps were turned on and off repetitively depending upon ship
maneuvers and relative wind direction (to prevent ship exhaust
contamination).  Also, the total number of hours the pumps were on is a
less useful measure than pump volume, because of the variability in
pump efficiency due to changing barometric pressures. An hours worth of
pumping does not always yield the same volume of air.

Deployment-specific acquisition description

 
  PI:             Neil Tindale
  of:             Texas A&M University
  dataset:        Aerosols, long irradiation neutron activation analysis
  dates:          January 08, 1995 to December 18, 1995
  locations:      N: 22.8459  S: 09.8871  W: 57.2609  E: 68.2687  

 
  project:        Arabian Sea
  ship:           Thomas Thompson

Dr. Neil Tindale, Texas A & M Univ. JGOFS/Arabian Sea Aerosols, short and long irradiation neutron activation analysis

JGOFS Arabian Sea Aerosol Data This mineral aerosol concentration data set is from samples collected during several cruises on the R/V Thomas Thompson during the JGOFS Arabian Sea field program. The data set includes the sampling period for each sample; the "Day of Year", yrday, number for the start of the sampling period for each sample; and the concentration of different elements for each sample, in micrograms per cubic meter. For the sampling period, "nd" is used as a filler to indicate "no data" gaps in the data array. The dust values are estimated using aluminum concentrations determined by neutron activation analysis. While most samples cover a multi-day period, we only have data for about 150 days. We didn't participate in all of the cruises and, on the cruises where samples were collected, often sampling conditions were less than ideal (bad weather, ship maneuvering, relative wind from astern etc.). A few samples that were collected showed obvious contamination from local sources, presumably from material from the R/V Thompson or from nearby fishing boats, and these samples were discarded and are not included in the data set. While the sampling period represents the period during which sampling occurred, sampling was usually not continuous. Sampling was frequently stopped, whenever sampling conditions were no longer suitable. Thus the concentration value at any particular date represents a time integrated sample which is usually non-continuous. Cautionary comments: 1. There may be a problem with the estimate for the mineral "dust" concentration. Most researchers use the average crustal ratio to estimate mineral dust concentrations using elemental concentration data (Al, Fe, etc.). Surface sand and silt samples that were collected in Oman in the Wahibah Sands region have distinct, non-crustal ratios. If individual aerosol samples are comprised of material from distinct sources, including Oman, then it is not unreasonable for their elemental ratios to differ from the published "average" crustal ratio that is used in most aerosol studies. 2. The amount of Ti in all the aerosol samples was small, despite there being a reasonable amount of dust material in most samples. The peaks for Cr and Ti overlap in the neutron activation short irradiation analysis and if significant quantities of Cr are present, this will interfere with the Ti analysis. With the exception of one sample, the Ti values are at or below the detection limit. The sole value above the detection limit was corrected for the Cr contribution using a correction based on the Cr values from the long irradiations. The correction changed the Ti value by less than 5%. The Ti data flagged as being at or below the detection limit was not corrected for possible Cr interference.

Data management office notes on supplementary fields - aerosols data

lat, lon A nominal ship location is given in lat/lon. The location is the noon position most near the middle of the sampling period, e.g. for a sample which was pumped intermittently from Jan. 3 - 5, the location is given for noon, Jan. 4. Intended as an aid to understanding, not a discrete location. date_begin, date_end We have included the start and stop day for each sample which we believe constrains the sample time about as well as is useful for these data. We also have pump volume and thus a mean concentration of dust per cubic meter of air for that time frame. The actual number of hours sampled during a time block (number of days) is complicated to present. Pumps were turned on and off repetitively depending upon ship maneuvers and relative wind direction (to prevent ship exhaust contamination). Also, the total number of hours the pumps were on is a less useful measure than pump volume, because of the variability in pump efficiency due to changing barometric pressures. An hours worth of pumping does not always yield the same volume of air.

Data Processing Description

Dataset Processing Description

Data management office notes on supplementary fields - aerosols data
lat, lon

A nominal ship location is given in lat/lon.  The location is the noon
position most near the middle of the sampling period, e.g. for a sample
which was pumped intermittently from Jan. 3 - 5, the location is given for
noon, Jan. 4.  Intended as an aid to understanding, not a discrete location.

date_begin, date_end

We have included the start and stop day for each sample which we
believe constrains the sample time about as well as is useful for these
data.  We also have pump volume and thus a mean concentration of dust
per cubic meter of air for that time frame.  The actual number of hours
sampled during a time block (number of days) is complicated to
present.  Pumps were turned on and off repetitively depending upon ship
maneuvers and relative wind direction (to prevent ship exhaust
contamination).  Also, the total number of hours the pumps were on is a
less useful measure than pump volume, because of the variability in
pump efficiency due to changing barometric pressures. An hours worth of
pumping does not always yield the same volume of air.

More information about this dataset deployment

Funding

Award Number	Funding Source
unknown Arabian Sea NASA	National Aeronautics & Space Administration

Instruments

Pump Air Sampler

Supplied Description:

Air sampling pumps. were mounted in a 6-m shipping container located on the foredeck's container storage rack. The air sampler was a HiVol system loaded with a single unwashed Whatman 41t "lter and with a #ow rate of&1.2}1.4 m3 min~1.

Instrument Type

Generic Name: Pump Air Sampler

Community Identifier: http://vocab.nerc.ac.uk/collection/L05/current/58/

Generic Description:

A Pump Air Sampler is an instrument that continuously supplies a flow of air either to an analytical instrument, over a sensor, through filters or from which discrete samples may be drawn for subsequent analysis. This instrument designation is used when specific make and model are not known.

Parameters

Supplied Name	Supplied description	Supplied Units	Standard Name
cruise	Arabian Sea, Thomas Thompson cruise identifier		no_bcodmo_term
date_begin	date sampling pump turned on for a given sample,	as YYYYMMDD	no_bcodmo_term
date_end	date sampling pump turned off for a given sample, as YYYYMMDD		no_bcodmo_term
yrday	day of year, 1995		no_bcodmo_term
lat_n	Nominal latitude (minus indicates South)	decimal degrees	no_bcodmo_term
lon_n	Nominal longitude (minus indicates West)	decimal degrees	no_bcodmo_term
vol_pump	volume of air pumped to accumulate sample	cubic meters	no_bcodmo_term
As	concentration of arsenic	ug/m^3	As
Br	concentration of bromine	ug/m^3	no_bcodmo_term
Ce	concentration of cerium	ug/m^3	no_bcodmo_term
Co	concentration of cobolt	ug/m^3	no_bcodmo_term
Cr	concentration of chromium	ug/m^3	no_bcodmo_term
Cs	concentration of cesium	ug/m^3	no_bcodmo_term
Eu	concentration of europium	ug/m^3	no_bcodmo_term
Fe	concentration of iron	ug/m^3	no_bcodmo_term
Gd	concentration of gadolinium	ug/m^3	no_bcodmo_term
Hf	concentration of hafnium	ug/m^3	no_bcodmo_term
Hg	concentration of mercury	ug/m^3	no_bcodmo_term
La	concentration of lanthanum	ug/m^3	no_bcodmo_term
Lu	concentration of lutetium	ug/m^3	no_bcodmo_term
Nd	concentration of neodymium	ug/m^3	no_bcodmo_term
Rb	concentration of rubidium	ug/m^3	no_bcodmo_term
Sb	concentration of antimony	ug/m^3	no_bcodmo_term
Sc	concentration of scandium	ug/m^3	no_bcodmo_term
Se	concentration of selenium	ug/m^3	no_bcodmo_term
Sm	concentration of samarium	ug/m^3	no_bcodmo_term
Sr	concentration of strontium	ug/m^3	no_bcodmo_term
Ta	concentration of tantalum	ug/m^3	no_bcodmo_term
Tb	concentration of terbium	ug/m^3	no_bcodmo_term
Th	concentration of thorium	ug/m^3	no_bcodmo_term
Tm	concentration of thulium	ug/m^3	no_bcodmo_term
U	concentration of uranium	ug/m^3	no_bcodmo_term
Yb	concentration of ytterbium	ug/m^3	no_bcodmo_term
Zn	concentration of zinc	ug/m^3	no_bcodmo_term
dust	total sample mass estimated by assuming the Al content represented 8 percent, based on an 8% crustal average for Al	ug/m^3	no_bcodmo_term
As_err	Arsenic combined sampling and analytical error	ug/m^3	no_bcodmo_term
As_dl	Arsenic detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Br_err	Bromine combined sampling and analytical error	ug/m^3	no_bcodmo_term
Br_dl	Bromine detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Ce_err	Cerium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Ce_dl	Cerium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Co_err	Cobalt combined sampling and analytical error	ug/m^3	no_bcodmo_term
Co_dl	Cobalt detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Cr_err	Chromium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Cr_dl	Chromium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Cs_err	Cesium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Cs_dl	Cesium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Eu_err	Europium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Eu_dl	Europium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Fe_err	Iron combined sampling and analytical error	ug/m^3	no_bcodmo_term
Fe_dl	Iron detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Gd_err	Gadolinium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Gd_dl	Gadolinium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Hf_err	Hafnium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Hf_dl	Hafnium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Hg_err	Mercury combined sampling and analytical error	ug/m^3	no_bcodmo_term
Hg_dl	Mercury detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
La_err	Lanthanum combined sampling and analytical error	ug/m^3	no_bcodmo_term
La_dl	Lanthanum detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Lu_err	Lutetium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Lu_dl	Lutetium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Nd_err	Neodymium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Nd_dl	Neodymium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Rb_err	Rubidium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Rb_dl	Rubidium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Sb_err	Antimony combined sampling and analytical error	ug/m^3	no_bcodmo_term
Sb_dl	Antimony detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Sc_err	Scandium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Sc_dl	Scandium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Se_err	Selenium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Se_dl	Selenium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Sm_err	Samarium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Sm_dl	Samarium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Sr_err	Strontium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Sr_dl	Strontium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Ta_err	Tantalum combined sampling and analytical error	ug/m^3	no_bcodmo_term
Ta_dl	Tantalum detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Tb_err	Terbium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Tb_dl	Terbium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Th_err	Thorium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Th_dl	Thorium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Tm_err	Thulium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Tm_dl	Thulium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
U_err	Uranium combined sampling and analytical error	ug/m^3	no_bcodmo_term
U_dl	Uranium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Yb_err	Ytterbium combined sampling and analytical error	ug/m^3	no_bcodmo_term
Yb_dl	Ytterbium detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term
Zn_err	Zinc combined sampling and analytical error	ug/m^3	no_bcodmo_term
Zn_dl	Zinc detection level: a '1' indicates that while a peak was detected, the isotope sample was below the level of detection relative to background "noise". The element concentration reported therefore represents the amount of the isotope which would have had to have been present for it to have been detected. a '0' indicates no flag - concentration is as measured.		no_bcodmo_term

Database

Contribute Data

Dataset: aerosols_long
Deployment: TT048

Dataset acquisition description

Dr. Neil Tindale, Texas A & M Univ.
JGOFS/Arabian Sea
Aerosols, short and long irradiation neutron activation analysis

Data management office notes on supplementary fields - aerosols data

Deployment-specific acquisition description

Dr. Neil Tindale, Texas A & M Univ. JGOFS/Arabian Sea Aerosols, short and long irradiation neutron activation analysis

Data management office notes on supplementary fields - aerosols data

Dataset Processing Description

Data management office notes on supplementary fields - aerosols data

Database

Contribute Data

Dataset: aerosols_longDeployment: TT048

Dataset acquisition description

Dr. Neil Tindale, Texas A & M Univ. JGOFS/Arabian Sea Aerosols, short and long irradiation neutron activation analysis

Data management office notes on supplementary fields - aerosols data

Deployment-specific acquisition description

Dr. Neil Tindale, Texas A & M Univ. JGOFS/Arabian Sea Aerosols, short and long irradiation neutron activation analysis

Data management office notes on supplementary fields - aerosols data

Dataset Processing Description

Data management office notes on supplementary fields - aerosols data

Dataset: aerosols_long
Deployment: TT048

Dr. Neil Tindale, Texas A & M Univ.
JGOFS/Arabian Sea
Aerosols, short and long irradiation neutron activation analysis