Dataset Available ERDDAP NCEI

CTD data at deep water seeps, Cruise EN515, Northern Gulf of Mexico, September 2012.

Authors: Joseph Montoya
Published On: Jun 15 2014 19:31 UTC
DOI: https://doi.org/10.7266/N7CC0XMV
UDI: R1.x132.134:0001
Files

Individual Files

No. of Downloads: 16

No. of Files: 5

File Size: 23.72 MB

File Format(s):
excel, .txt, and SeaBird .hdr files

Project Information

Funded By:
Gulf of Mexico Research Initiative

Funding Cycle:
RFP-I

Research Group:
Ecosystem Impacts of Oil and Gas Inputs to the Gulf (ECOGIG)

Point of Contact

Joseph P. Montoya
Georgia Institute of Technology / Department of Biology
montoya@gatech.edu

Data Collection Period
2012-09-06
to
2012-09-16
Theme keywords

Hydrography, Water column properties, CTD, Temperatre, Salinity, Conductivity, Pressure, Dissolved oxygen, Oxygen Saturation, Speed of sound, Sound velocity, Beam transmission, Density, Potential temperature, Beam attenuation, Chlorphyll fluorescence, Photosynthetically active radiation (PAR), SPAR, Nutrients, Phosphate, Silica, Nitrogen, Nitrogen-15, Carbon-13, Stable isotopes, C:N ratio, Silicate

ISO 19115-2 Metadata
  View Metadata
Abstract:

Hydrographic and water column data were collected during cruise EN515 using a CTD-rosette system aboard the R/V Endeavor. We characterized the physical and chemical properties in the water column at ECOGIG seep and other study sites. The ship departed Gulfport, MS, on 2012-09-05 and collected samples at ECOGIG sites before returning to Gulfport on 2012-09-16. Binned profiles and bottle files are available through this link, and raw CTD data are available on request.

Suggested Citation:

Joseph Montoya. 2014. CTD data at deep water seeps, Cruise EN515, Northern Gulf of Mexico, September 2012.. Distributed by: GRIIDC, Harte Research Institute, Texas A&M University–Corpus Christi. doi:10.7266/N7CC0XMV

Purpose:

Characterization of physical and chemical properties in the water column at/near cold seeps in the Northern Gulf of Mexico.

Data Parameters and Units:

Cruise [EN515]; Site [OC26, GC600, Shelf 1, Shelf 2, Taylor Energy, Shelf 3, Shelf 4, CTRL-1, MC118]; Station (numeric); Day (DD); Month (MM); Year (YYYY); Bottle (count); Latitude (decimal degrees); Longitude (decimal degrees); Date (Month DD YYYY); Time (hh:mm:ss); Sal00 salinity practical (psu); Sal11 salinity practical 2 (psu); Sigma-t00 Density sigma-theta (kg/m^3); Sigma-t11 Density sigma-theta 2 (kg/m^3); OxsatML/L Sbeox0ML/L Oxygen SBE 43 WS=2 (ml/l); Sbeox1ML/L Oxygen SBE 43 WS=2 2 (ml/l); Potemp090C Potential Temperature ITS-90 (degrees Celsius); Potemp190C Potential Temperature ITS-90, 2 (degrees Celsius); SvCM Sound Velocity Chen-Millero (m/s); SvCM1 Sound Velocity Chen-Millero 2 (m/s); Scan (count); Scan-SD (count) where SD is standard deviation error; TimeJ 'Julian' Day-of-Year; TimeJ-SD; TimeS Elapsed Time (seconds); TimeS-SD; PrDM Pressure Digiquartz (db); PrDM-SD; DepSM Depth salt water (m); DepSM-SD; T090C Temperature ITS-90 (degrees Celsius); T090C-SD T190C Temperature Difference ITS-90 (degrees Celsius); T190C-SD; T2-T190C Temperature Difference ITS-90 2 (degrees Celsius); T2-T190C-SD; C0S/m Conductivity (S/m); C0S/m-SD; C1S/m Conductivity 2 (S/m); C1S/m-SD; C2-C1S/m Conductivity Difference (S/m); C2-C1S/m-SD; V0 Voltage 0; V0-SD; Bat Beam Attenuation, Chelsea/Seatech/WET Labs CStar (1/m); Bat-SD; Xmiss Beam Transmission, Chelsea/Seatech/WET Labs CStar (%); Xmiss-SD; V2 Voltage 2; V2-SD; AltM Altimeter (m); AltM-SD; V3 Voltage 3; V3-SD; Par PAR/Irradiance, Biospherical/Licor; Par-SD; V4 Voltage 4; V4-SD; Sbeox0V Oxygen raw SBE 43 (V); Sbeox0V-SD V5; V5-SD; Sbeox1V Oxygen raw SBE 43 2 (V); Sbeox1V-SD V1 Voltage 1; V1-SD; FlECO-AFL Fluorescence WET Labs ECO-AFL/FL (mg/m^3); FlECO-AFL-SD; Spar SPAR/Surface Irradiance; Spar-SD; NUTS: Mean PO4; Mean Si; Mean NO3+NO2; Mean N*; PARTICLES: d15N; d13C; C:N; Total N (µmol/L); Total C (µmol/L); Integrated nuts: Z; ∆Z; P; P (umol m^-2); Si; Si (umol m^-2); N; N (umol m^-2); N*; N* integrate

Individual Files: