USGS CMG S-7-78-WG Metadata

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DATA COLLECTION OVERVIEW  (use NGDC GEODAS CD to retrieve data)

MCG Data Collection ID ---         S778WG
Institution Data Collection ID --- S778WG
NGDC ID ---                        06110025
Funding ---                        (unspecified)
Project, Cruise & Leg ---          Dave Drake
Study region ---                   +61.00000,+58.00000,-153.00000,-149.00000
Chief Scientist(s) ---             Dave Cacchione
Name of vessel ---                 Sea Sounder (surface ship)
Date field data collection started --- 07/24/78     LV SEWARD, AK
Date field data collection ended ---   07/31/78     AR HOMER, AK
Parameters surveyed ---
   Bathymetry:                     surveyed, contained in data file
   Magnetics:                      (unspecified)
   Gravity:                        (unspecified)
   High-resolution seismics:       (unspecified)
   Deep penetration seismics:      (unspecified)
Format --- 

(I1,A8,F5.2,4I2,F5.3,F8.5,F9.5,I1,F6.4,F6.1,I2,i1,3F6.1,I1,F5.1,F6.0,F7.1,F6.1,F5.1,A8,4I1)
Date of data input to NGDC ---     11/30/90
Contributing institution ---       USGS Branch of Pacific Marine Geology
Country ---                        United States

Navigation instrumentation ---     (unspecified)
Position determination method ---  (unspecified)

Bathymetry instrumentation ---            3.5KHZ BATHYMETRY 12 KHZ BATHYMETRY
Additional forms of bathymetric data ---  (unspecified)
General rate of bathymetry in file ---    2.7 minutes
General collection rate of bathymetry --- (unspecified)
Assumed sound velocity ---                1463.0 m/sec
Bathymetric datum code ---                No correction applied (sea level)
Bathmetry interpolation scheme ---        (unspecified)

Magnetics instrumentation ---            (unspecified)
Additional forms of magnetics data ---   (unspecified)
General rate of magnetics in file ---    (unspecified)
General collection rate of magnetics --- (unspecified)
Magnetic sensor tow distance ---         (unspecified)
Magnetic sensor depth ---                (unspecified)
Two sensor horizontal separation ---     (unspecified)
Residual magnetics reference field ---   (unspecified)
Method of applying residual field ---    (unspecified)

Gravity instrumentation ---            (unspecified)
Additional forms of gravity data ---   (unspecified)
General rate of gravity in file ---    (unspecified)
General collection rate of gravity --- (unspecified)
Theoretical gravity formula ---        (unspecified)
Reference system ---                   (unspecified)
Corrections applied ---                (unspecified)
Starting land tie ---                  (unspecified)
Ending land tie   ---                  (unspecified)

Seismic instrumentation --- 120 KJOULE SPARKER
Formats of seismic data --- (unspecified)

Bouma, A.H., and Hampton, M.A., 1978, High resolution seismic profiles, side 
scan sonar
records, and sampling locations from lower Cook Inlet and Kodiak Shelf, R/V SEA SOUNDER
cruise S7-77-WG, September-October 1977: U.S. Geological Survey Open-File Report
78-727, 25 p.


Magoon, L.B., Bouma, A.H., Fisher, M.A., Hampton, M.A., Scott, E.W., and Wilson, 
C.L., 1979,
Resource report for proposed OCS sale no. 60, lower Cook Inlet-Shelikof Strait, Alaska: U.S.
Geological Survey Open-File Report 79-600, 38 p.


Whitney, J.W., Noonan, W.G., Thurston, D., Bouma, A.H., and Hampton, M.A., 1979, 
Lower Cook Inlet,
Alaska; do those large sand waves migrate?: Offshore Technology Conference 
Proceedings, no. 11,
v.  2, p. 1071-1082. 


Bouma, A.H., Rappeport, M.L., Orlando, R.C., Cacchione, D.A., Drake, D.E., 
Garrison, L.E.,
and Hampton, M.A., 1979, Bedform characteristics and sand transport in a region 
of large
sand waves, lower Cook Inlet, Alaska: Offshore Technology Conference 
Proceedings, no. 11,
v. 2, p. 1083-1094.


Bouma, A.H., and Hampton, M.A., 1979, Movement of bedforms in the lower Cook 
Inlet, Alaska: U.S.
Geological Survey Professional Paper 1150, p. 152.


Nio, S.D., van den Berg, J.H., Goesten, M., and Smulders, F., 1980, Dynamics and 
sequential
analysis of a mesotidal shoal and intershoal channel complex in the eastern 
Scheldt
(southwestern Netherlands), in Bouma, A.H., Gorsline, D.S., Monty, C., and 
Allen, G.P., eds.,
Shallow marine processes and products: Sedimentary Geology, v. 26, no. 1-3, p. 
263-279.


Molnia, B.F., Hampton, M.A., Bouma, A.H., Cacchione, D.A., and Drake, D.E., 
1980, Alaskan
Continental Shelf sediment dynamics: U.S. Geological Survey Professional Paper 
1175,
p. 156-157.


Molnia, B.F., Hampton, M.A., Bouma, A.H., Nelson, C.H., Thor, D.R., Kvenvolden, 
K.A., and
Redden, G.D., 1980, Gas-charged sediments and associated features of the Alaskan 
Continental
Shelf: U.S. Geological Survey Professional Paper 1175, p. 157-158.


Hampton, M.A., 1982, Synthesis report; environmental geology of lower Cook 
Inlet, Alaska:
U.S. Geological Survey Open-File Report 82-0197, 55 p.


Hampton, Monty A., 1982, Lower Cook Inlet environmental geology, in Bruns, T. 
R., ed.,
Hydrocarbon resource report for proposed OCS lease sale 88; southeastern Alaska, 
northern Gulf
of Alaska, Cook Inlet, and Shelikof Strait, Alaska: U.S. Geological Survey 
Open-File Report
82-0928, p. 95-105.


Bouma, Arnold H., and Hampton, Monty A., 1986, Environmental geology, in Magoon, 
Leslie B., ed.,
Geologic studies of the lower Cook Inlet COST no. 1 well, Alaska outer 
continental shelf: U.S.
Geological Survey Bulletin 1596, p. 11-15.


Hampton, Monty A., Carlson, Paul R., Lee, Homa J., and Feely, Richard A., 1986, Geomorphology,
sediment, and sedimentary processes, Hood, Donald W., and Zimmerman, Steven T., eds., The Gulf
of Alaska; physical environment and biological resources: Seattle, WA, National 
Oceanic and
Atmospheric Administration.