SAV-13-10 – R2R

Home / Search / Savannah / SAV-13-10

Operator: Skidaway Institute of Oceanography

Savannah

Search For Another Cruise ID

SAV-24-04 SAV-24-01 SAV-23-19 SAV-23-18 SAV-23-17 SAV-23-16 SAV-23-15 SAV-23-14 SAV-23-13 SAV-23-12 SAV-23-11 SAV-23-10 SAV-23-09 SAV-23-08 SAV-23-07 SAV-23-06 SAV-23-05 SAV-23-04 SAV-23-03 SAV-23-02 SAV-23-01 SAV-22-19 SAV-22-18 SAV-22-17 SAV-22-16 SAV-22-15 SAV-22-14 SAV-22-13 SAV-22-12 SAV-22-11 SAV-22-10 SAV-22-09 SAV-22-08 SAV-22-07 SAV-22-06 SAV-22-05 SAV-22-04 SAV-22-03 SAV-22-02 SAV-22-01 SAV-21-25 SAV-21-24 SAV-21-23 SAV-21-22 SAV-21-21 SAV-21-20 SAV-21-18 SAV-21-17 SAV-21-16 SAV-21-15 SAV-21-14 SAV-21-13 SAV-21-12 SAV-21-11 SAV-21-10 SAV-21-09 SAV-21-08 SAV-21-07 SAV-21-06 SAV-21-05 SAV-21-04 SAV-21-03 SAV-21-02 SAV-21-01 SAV-20-09 SAV-20-08 SAV-20-07 SAV-20-06 SAV-20-05 SAV-20-04 SAV-20-03 SAV-20-02 SAV-20-01 SAV-19-20 SAV-19-19 SAV-19-18 SAV-19-17 SAV-19-NSF SAV-19-16 SAV-19-15 SAV-19-14 SAV-19-13 SAV-19-12 SAV-19-11 SAV-19-10 SAV-19-09 SAV-19-08 SAV-19-07 SAV-19-06 SAV-19-05 SAV-19-04 SAV-19-03 SAV-19-02 SAV-19-01 SAV-18-18 SAV-18-17 SAV-18-16 SAV-18-15 SAV-18-14 SAV-18-13 SAV-18-12 SAV-18-11 SAV-18-10 SAV-18-09 SAV-18-08 SAV-18-07 SAV-18-06 SAV-18-05 SAV-18-04 SAV-18-03 SAV-18-02 SAV-18-01 SAV-17-25 SAV-17-24 SAV-17-23 SAV-17-22 SAV-17-21 SAV-17-20 SAV-17-19 SAV-17-18 SAV-17-17 SAV-17-16 SAV-17-15 SAV-17-14 SAV-17-13 SAV-17-12 SAV-17-11 SAV-17-10 SAV-17-09 SAV-17-08 SAV-17-07 SAV-17-06 SAV-17-05 SAV-17-04 SAV-17-03 SAV-17-02 SAV-17-01 SAV-16-40 SAV-16-39 SAV-16-38 SAV-16-37 SAV-16-36 SAV-16-35 SAV-16-34 SAV-16-33 SAV-16-32 SAV-16-31 SAV-16-30 SAV-16-29 SAV-16-28 SAV-16-27 SAV-16-26 SAV-16-25 SAV-16-24 SAV-16-23 SAV-16-22 SAV-16-21 SAV-16-20 SAV-16-19 SAV-16-18 SAV-16-17 SAV-16-16 SAV-16-15 SAV-16-14 SAV-16-13 SAV-16-12 SAV-16-11 SAV-16-10 SAV-16-09 SAV-16-08 SAV-16-07 SAV-16-06 SAV-16-05 SAV-16-04 SAV-16-03 SAV-16-02 SAV-16-01 SAV-15-31 SAV-15-30 SAV-15-29 SAV-15-28 SAV-15-27 SAV-15-26 SAV-15-25 SAV-15-24 SAV-15-23 SAV-15-22 SAV-15-21 SAV-15-20 SAV-15-19 SAV-15-18 SAV-15-17 SAV-15-16 SAV-15-15 SAV-15-14 SAV-15-13 SAV-15-12 SAV-15-11 SAV-15-10 SAV-15-09 SAV-15-08 SAV-15-07 SAV-15-06 SAV-15-05 SAV-15-04 SAV-15-03 SAV-15-02 SAV-15-01 SAV-14-31 SAV-14-30 SAV-14-29 SAV-14-28 SAV-14-27 SAV-14-26 SAV-14-25 SAV-14-24 SAV-14-23 SAV-14-22 SAV-14-21 SAV-14-20 SAV-14-19 SAV-14-18 SAV-14-17 SAV-14-16 SAV-14-15 SAV-14-14 SAV-14-13 SAV-14-12 SAV-14-11 SAV-14-10 SAV-14-09 SAV-14-08 SAV-14-07 SAV-14-06 SAV-14-05 SAV-14-04 SAV-14-03 SAV-14-02 SAV-14-01 SAV-13-36 SAV-13-35 SAV-13-34 SAV-13-33 SAV-13-32 SAV-13-31 SAV-13-30 SAV-13-29 SAV-13-28 SAV-13-27 SAV-13-26 SAV-13-25 SAV-13-24 SAV-13-23 SAV-13-22 SAV-13-21 SAV-13-20 SAV-13-19 SAV-13-18 SAV-13-17 SAV-13-16 SAV-13-15 SAV-13-14 SAV-13-13 SAV-13-12 SAV-13-11 SAV-13-10 SAV-13-09 SAV-13-08 SAV-13-07 SAV-13-06 SAV-13-05 SAV-13-04 SAV-13-03 SAV-13-02 SAV-13-01 SAV-12-24 SAV-12-23 SAV-12-22 SAV-12-21 SAV-12-20 SAV-12-19 SAV-12-18 SAV-12-17 SAV-12-16 SAV-12-15 SAV-12-14 SAV-12-13 SAV-12-12 SAV-12-11 SAV-12-10 SAV-12-09 SAV-12-08 SAV-12-07 SAV-12-06 SAV-12-05 SAV-12-04 SAV-12-03 SAV-12-02 SAV-12-01 SAV-11-44 SAV-11-43 SAV-11-42 SAV-11-41 SAV-11-40 SAV-11-39 SAV-11-38 SAV-11-37 SAV-11-36 SAV-11-NSF SAV-11-35 SAV-11-34 SAV-11-33 SAV-11-32 SAV-11-31 SAV-11-30 SAV-11-29 SAV-11-28 SAV-11-27 SAV-11-26 SAV-11-25 SAV-11-24 SAV-11-23 SAV-11-22 SAV-11-21 SAV-11-20 SAV-11-19 SAV-11-18 SAV-11-17 SAV-11-16 SAV-11-15 SAV-11-14 SAV-11-13 SAV-11-12 SAV-11-11 SAV-11-10 SAV-11-09 SAV-11-08 SAV-11-07 SAV-11-06 SAV-11-05 SAV-11-04 SAV-11-03 SAV-11-02 SAV-11-01 SAV-10-41 SAV-10-40 SAV-10-38 SAV-10-37 SAV-10-36 SAV-10-35 SAV-10-34 SAV-10-32 SAV-10-33 SAV-10-31 SAV-10-30 SAV-10-29 SAV-10-28 SAV-10-27 SAV-10-26 SAV-10-25 SAV-10-24 SAV-10-23 SAV-10-22 SAV-10-21 SAV-10-20 SAV-10-19 SAV-10-18 SAV-10-17 SAV-10-16 SAV-10-15 SAV-10-14 SAV-10-13 SAV-10-12 SAV-10-11 SAV-10-10 SAV-10-09 SAV-10-08 SAV-10-07 SAV-10-06 SAV-10-05 SAV-10-04 SAV-10-03 SAV-10-02 SAV-10-01 SAV-09-30 SAV-09-29 SAV-09-28 SAV-09-27 SAV-09-26 SAV-09-25 SAV-09-24 SAV-09-23 SAV-09-22 SAV-09-20 SAV-09-19 SAV-09-18 SAV-09-17 SAV-09-16 SAV-09-15 SAV-09-14 SAV-09-13 SAV-09-12 SAV-09-11 SAV-09-10 SAV-09-09 SAV-09-08 SAV-09-07 SAV-09-06 SAV-09-05 SAV-09-04 SAV-09-03 SAV-09-02 SAV-09-01

CRUISE ID	SUMMARY	START DATE	START PORT	END DATE	END PORT
SAV-13-10	Project: Carolinas Regional Coastal Ocean Observing System (RCOOS) Buoy Chief: Hall, Steven	2013-04-24	Savannah, Georgia	2013-04-26	Savannah, Georgia

PROCESSED PRODUCTS

DATA TYPE	DEVICE TYPE(S)	PRODUCER	FORMAT	DATA
Navigation	gnss (Furuno GP-90)	Rolling Deck to Repository	r2rnav_geocsv

NOTE: Products generated by R2R should be used for evaluation only. Quality of products by other organizations is unknown. Contact R2R with any questions or requests.

UNDERWAY DATA SETS

DEVICE TYPE	MAKE-MODEL [LOCATION]	DOI	DATA
GNSS	Furuno GP-90	10.7284/120244
Gyrocompass	Yokogawa CMZ700B	10.7284/120245
Met Station	RMYoung 26800	10.7284/120242
Singlebeam Sonar	Furuno FCV-582	10.7284/120241
TSG	SeaBird SBE-21	10.7284/120246

NOTE: This data set inventory may not be complete. Please Contact R2R with questions or requests.

SCIENCE PARTY

RELATED DOCS & PUBLICATIONS

Zeng, X. et al., 2016. Gulf Stream variability and a triggering mechanism of its large meander in the South Atlantic Bight. JGR Oceans, 121, 11, 8021-8038 . DOI: 10.1002/2016jc012077
Weisberg, R.H. et al., 2016. Karenia brevis blooms on the West Florida Shelf: A comparative study of the robust 2012 bloom and the nearly null 2013 event. Continental Shelf Research, 120, , 106-121 . DOI: 10.1016/j.csr.2016.03.011
Xue, Z. et al., 2016. Modeling pCO2 variability in the Gulf of Mexico. Biogeosciences, 13, 15, 4359-4377 . DOI: 10.5194/bg-13-4359-2016
Lohrenz, S.E. et al., 2018. Satellite estimation of coastal pCO2 and air-sea flux of carbon dioxide in the northern Gulf of Mexico. Remote Sensing of Environment, 207, , 71-83 . DOI: 10.1016/j.rse.2017.12.039
Li, Y. et al., 2014. Spatial and temporal variability of SST and ocean color in the Gulf of Maine based on cloud-free SST and chlorophyll reconstructions in 2003–2012. Remote Sensing of Environment, 144, , 98-108 . DOI: 10.1016/j.rse.2014.01.019
Shropshire, T. et al., 2016. Storm impact on sea surface temperature and chlorophyll a in the Gulf of Mexico and Sargasso Sea based on daily cloud‐free satellite data reconstructions. Geophys. Res. Lett., 43, 23, . DOI: 10.1002/2016gl071178
Archer, M.R. et al., 2018. The Kinematic Similarity of Two Western Boundary Currents Revealed by Sustained High‐Resolution Observations. Geophys. Res. Lett., 45, 12, 6176-6185 . DOI: 10.1029/2018gl078429
Archer, M.R. et al., 2017. The Surface Velocity Structure of the Florida Current in a Jet Coordinate Frame. JGR Oceans, 122, 11, 9189-9208 . DOI: 10.1002/2017jc013286
Reimer, J.J. et al., 2017. Time series pCO2 at a coastal mooring: Internal consistency, seasonal cycles, and interannual variability. Continental Shelf Research, 145, , 95-108 . DOI: 10.1016/j.csr.2017.06.022
Zambon, J.B. et al., 2014. Tropical to extratropical: Marine environmental changes associated with Superstorm Sandy prior to its landfall. Geophys. Res. Lett., 41, 24, 8935-8943 . DOI: 10.1002/2014gl061357
Weisberg, R.H. et al., 2016. West Florida shelf upwelling: Origins and pathways. JGR Oceans, 121, 8, 5672-5681 . DOI: 10.1002/2015jc011384

FUNDING AWARDS

FILE MANIFEST

REQUEST DISTRO FILES

VESSELS

50 RESEARCH CRUISES

10,067

DATA SETS ARCHIVED

61,100

DOWNLOADABLE FILES

23,573,045

SUPPORTED BY