INVESTIGATORS:
Shin-ichiro Nakaoka
- National Institute for Environmental Studies (NIES)
Yukihiro Nojiri
- National Institute for Environmental Studies (NIES)
PACKAGE DESCRIPTION: This dataset includes surface underway, chemical, meteorological and physical data collected from M/S Trans Future 5 in the, North Pacific Ocean, Philippine Sea, Solomon Sea, South Pacific Ocean and Tasman Sea from 2016-01-12 to 2017-01-10. These data include air-sea difference of partial pressure of CO2, partial pressure of carbon dioxide in atmosphere, partial pressure of carbon dioxide in water, relative humidity, absolute humidity, sea surface salinity, sea surface temperature, air temperature, barometric pressure, and wind direction and speed. The instruments used to collect these data include barometric pressure sensor, carbon dioxide (CO2) gas analyzer, shower head chamber equilibrator for autonomous carbon dioxide (CO2) measurement and thermosalinographs. These data were collected by Shin-ichiro Nakaoka and Yukihiro Nojiri of National Institute for Environmental Studies as part of the SOOP_Trans_Future_5_2016 lines data.
CITE AS: Nakaoka, Shin-ichiro; Nojiri, Yukihiro (2018). Monitoring of the atmosphere-ocean carbon dioxide exchange by the ship of opportunity (SOOP) during the M/S Trans Future-5 line cruises in 2016 (NCEI Accession 0169730). [indicate subset used]. NOAA National Centers for Environmental Information. Dataset. https://doi.org/10.7289/v5q23xjs. Accessed [date].
DATA PACKAGES RELATED TO THIS ONE:
IDENTIFICATION INFORMATION FOR THIS DATA PACKAGE:
NCEI ACCESSION: 0169730
NCEI DOI: https://doi.org/10.7289/v5q23xjs
EXPOCODE: PAT520160112;
PAT520160125;
PAT520160129;
PAT520160130;
PAT520160210;
PAT520160223;
PAT520160307;
PAT520160311;
PAT520160312;
PAT520160323;
PAT520160405;
PAT520160418;
PAT520160422;
PAT520160423;
PAT520160504;
PAT520160517;
PAT520160530;
PAT520160603;
PAT520160604;
PAT520160615;
PAT520160629;
PAT520160711;
PAT520160715;
PAT520160716;
PAT520160726;
PAT520160808;
PAT520160822;
PAT520160826;
PAT520160827;
PAT520160907;
PAT520160920;
PAT520161008;
PAT520161018;
PAT520161103;
PAT520161119;
PAT520161130;
PAT520161213;
PAT520161230;
CRUISE ID: TF5-87N;
TF5-88M1;
TF5-88M2;
TF5-88N;
TF5-88S;
TF5-88T;
TF5-89M1;
TF5-89M2;
TF5-89N;
TF5-89S;
TF5-89T;
TF5-90M1;
TF5-90M2;
TF5-90N;
TF5-90S;
TF5-90T;
TF5-91M1;
TF5-91M2;
TF5-91N;
TF5-91S;
TF5-91T;
TF5-92M1;
TF5-92M2;
TF5-92N;
TF5-92S;
TF5-92T;
TF5-93M1;
TF5-93M2;
TF5-93N;
TF5-93S;
TF5-93T;
TF5-94N;
TF5-94S;
TF5-94T;
TF5-95N;
TF5-95S;
TF5-95T;
TF5-96S;
TYPES OF STUDY: Surface underway;TEMPORAL COVERAGE:
START DATE: 2016-01-12
END DATE: 2017-01-10
SPATIAL COVERAGE:
GEOGRAPHIC NAMES:
North Pacific Ocean;South Pacific Ocean;
PLATFORMS: M/S Trans Future 5 (ID: PAT5);
RESEARCH PROJECT(S): Ship Of Opportunity Program (SOOP);
VARIABLES / PARAMETERS:
| AIR_TMP |
|---|
| Abbreviation: |
AIR_TMP |
| Unit: |
DEG_C |
| Controlled vocabulary name: |
AIR TEMPERATURE |
| In-situ / Manipulation / Response variable: |
in-situ |
| HUMIDITY |
|---|
| Abbreviation: |
HUMIDITY |
| Unit: |
% |
| Controlled vocabulary name: |
ABSOLUTE HUMIDITY |
| In-situ / Manipulation / Response variable: |
in-situ |
| SOLAR_RAD |
|---|
| Abbreviation: |
SOLAR_RAD |
| Unit: |
W/M2 |
| Controlled vocabulary name: |
INCOMING SOLAR RADIATION |
| In-situ / Manipulation / Response variable: |
in-situ |
| REL_WIND_SPEED |
|---|
| Abbreviation: |
REL_WIND_SPEED |
| Unit: |
M/S |
| Controlled vocabulary name: |
WIND SPEED |
| In-situ / Manipulation / Response variable: |
in-situ |
| SHIP_SPEED |
|---|
| Abbreviation: |
SHIP_SPEED |
| Unit: |
KN |
| In-situ / Manipulation / Response variable: |
in-situ |
| ABSOLUTE_WIND_SPEED |
|---|
| Abbreviation: |
ABSOLUTE_WIND_SPEED |
| Unit: |
M/S |
| Controlled vocabulary name: |
WIND SPEED |
| In-situ / Manipulation / Response variable: |
in-situ |
| ATM_PRE |
|---|
| Abbreviation: |
ATM_PRE |
| Unit: |
HPA |
| Controlled vocabulary name: |
BAROMETRIC PRESSURE |
| In-situ / Manipulation / Response variable: |
in-situ |
| XCO2_AIR |
|---|
| Abbreviation: |
XCO2_AIR |
| Unit: |
PPM |
| Controlled vocabulary name: |
Mole fraction of carbon dioxide - atmosphere |
| In-situ / Manipulation / Response variable: |
in-situ |
| FCO2_AIR |
|---|
| Abbreviation: |
FCO2_AIR |
| Unit: |
UATM |
| Controlled vocabulary name: |
Fugacity of carbon dioxide - atmosphere |
| In-situ / Manipulation / Response variable: |
in-situ |
| PCO2_AIR |
|---|
| Abbreviation: |
PCO2_AIR |
| Unit: |
UATM |
| Controlled vocabulary name: |
Partial pressure of carbon dioxide - atmosphere |
| In-situ / Manipulation / Response variable: |
in-situ |
| EQ_TMP |
|---|
| Abbreviation: |
EQ_TMP |
| Unit: |
DEG_C |
| Controlled vocabulary name: |
Equilibrator Temperature |
| In-situ / Manipulation / Response variable: |
in-situ |
| SST |
|---|
| Abbreviation: |
SST |
| Unit: |
DEG_C |
| Controlled vocabulary name: |
SEA SURFACE TEMPERATURE |
| In-situ / Manipulation / Response variable: |
in-situ |
| XCO2_EQ |
|---|
| Abbreviation: |
XCO2_EQ |
| Unit: |
UMOL/MOL |
| Controlled vocabulary name: |
mole fraction of carbon dioxide - water |
| In-situ / Manipulation / Response variable: |
in-situ |
| FCO2_EQ |
|---|
| Abbreviation: |
FCO2_EQ |
| Unit: |
UATM |
| Controlled vocabulary name: |
fugacity of carbon dioxide - water |
| In-situ / Manipulation / Response variable: |
in-situ |
| FCO2_SST |
|---|
| Abbreviation: |
FCO2_SST |
| Unit: |
UATM |
| Controlled vocabulary name: |
fugacity of carbon dioxide - at sea surface temperature |
| In-situ / Manipulation / Response variable: |
in-situ |
| XCO2_SST |
|---|
| Abbreviation: |
XCO2_SST |
| Unit: |
PPM |
| Controlled vocabulary name: |
Mole fraction of carbon dioxide - at sea surface temperature |
| In-situ / Manipulation / Response variable: |
in-situ |
| PCO2_SST |
|---|
| Abbreviation: |
PCO2_SST |
| Unit: |
UATM |
| Controlled vocabulary name: |
partial pressure of carbon dioxide - at sea surface temperature |
| In-situ / Manipulation / Response variable: |
in-situ |
| DEL_FCO2 |
|---|
| Abbreviation: |
DEL_FCO2 |
| Unit: |
UATM |
| Controlled vocabulary name: |
AIR-SEA DIFFERENCE - FUGACITY OF CARBON DIOXIDE |
| In-situ / Manipulation / Response variable: |
in-situ |
| DEL_XCO2 |
|---|
| Abbreviation: |
DEL_XCO2 |
| Unit: |
UMOL/MOL |
| Controlled vocabulary name: |
AIR-SEA DIFFERENCE - MOLE FRACTION OF CARBON DIOXIDE |
| In-situ / Manipulation / Response variable: |
in-situ |
| DEL_PCO2 |
|---|
| Abbreviation: |
DEL_PCO2 |
| Unit: |
UATM |
| Controlled vocabulary name: |
AIR-SEA DIFFERENCE - PARTIAL PRESSURE OF CARBON DIOXIDE |
| In-situ / Manipulation / Response variable: |
in-situ |
| SSS |
|---|
| Abbreviation: |
SSS |
| Controlled vocabulary name: |
SEA SURFACE SALINITY |
| In-situ / Manipulation / Response variable: |
in-situ |
| EQ_PRE |
|---|
| Abbreviation: |
EQ_PRE |
| Unit: |
HPA |
| Controlled vocabulary name: |
Equilibrator Pressure |
| In-situ / Manipulation / Response variable: |
in-situ |
PUBLICATIONS DESCRIBING THIS DATASET: Murphy, P. P., K. K. Kelly, R. A. Feely, and R. H. Gammon (1995): Carbon dioxide concentrations in surface water and the atmosphere during 1986-1989 NOAA/PMEL cruises in the Pacific and Indian Oceans (Oak Ridge Natl. Lab., Oak Ridge, TN), Rep. NRNL/CDIAC-75, NDP-047.
Murphy, P. P., Y. Nojiri, Y. Fujinuma, C. S. Wong, J. Zeng, T. Kimoto, and H. Kimoto (2001): Measurements of surface seawater fCO2 from volunteer commercial Ship: Techniques and experiences from Skaugran. J. Atmospheric and Oceanic Technology, 18, 1719-1734.
ADDITIONAL INFORMATION: none;
FUNDING AGENCY: NIES, MOE, MEXT, DIAS
PROJECT TITLE:
PROJECT ID:
SUBMITTED BY: Yukihiro Nojiri (nojiri@nies.go.jp)
SUBMISSION DATE: 2017-12-18
REVISION DATE: 2018-06-29
PREVIOUS VERSIONS: Version 1.1
