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Appendix E: Project Descriptions
Pages 81-94

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From page 81...
... charts and maps in the area and submit any recommendations for improvements. · Meteorological observations (wind speed and direction, wet and dry bulb temperatures, wave height, visibility, barometric pressure)
From page 82...
... Bathymetry/mapping Fisheries Oceanography and Atmospheric Research Bare Boat Ship w/crew Ship "/contractor Long-Term*
From page 83...
... SCIENTIFIC CREW Salaries Benefits Overtime Travel Rations Training Total TOTAL SALARIES AND WAGES C SPECIALIZED EQUIPMENT OTHER SHIP-OPERATING EXPENSES Rents (Port fees, etc.)
From page 84...
... · Scientific personnel -- two electronic technicians, six watchstanders, and one or two data-processing people. Equipment Requirements Deck Equipment -- Oceanographic winch with 12,000 ft of .292-in.
From page 85...
... radio, ~HF radio, synthesized single sideband radio covering the frequency range from 2 to 18 mHz; dual automatic Loran Cs; Loran-C plotter; dual radars; a headrope transducer system (either third wire or acoustic link) , preferably with independent paper recorder; a colorscope depth sounder and a recording depth sounder, each with the capacity to detect bottom conditions down to 800 fathoms with white-line or gray-line and bottom-scale expansion features.
From page 86...
... -- Dry storage area of approximately 50 cu ft in the deck house for holding scientific supplies. -- Dry storage area of approximately 3,000 cu ft in the fish hold for fishing gear and accessories.
From page 87...
... -- Headrope transducer system; third wire or acoustic link with independent recorder. -- Colorscope depth sounder and recording depth sounder capable of detecting bottom conditions to 800 fathoms with white-line or gray-line bottom scale expansion features.
From page 88...
... · Appropriate modern electronic navigation and communication equipment, including emergency (battery-powered) radio, VHF radio, synthesized single sideband radio covering the frequency range of 2-18 mHz; dual automatic Loran-Cs; Loran-C plotter; dual radars; a colorscope depth sounder and a recording depth sounder each with the capacity to detect bottom conditions down to 800 fathoms with white-line or gray-line and bottom-scale expansion features.
From page 89...
... o Work-day length will be determined each day by the field party chief in consultation with the vessel master. The government Field Party Chief has final authority except for work stoppage resulting from uncontrollable situations such as unsafe weather and sea conditions and other safety-of-life-at-sea considerations as determined by the vessel master.
From page 90...
... /Acid Rain program is a large national program assessing the natural sources of sulfur and nitrogen to the atmosphere and is specifically intended to further the understanding of the role of the ocean in global and regional sulfur and nitrogen cycles. Reduced sulfur and nitrogen compounds are produced biologically in the ocean surface.
From page 91...
... These responsibilities will continue 24 hours per day Equipment Requirements Deck Equipment . -- Oceanographic winch with 4,000 ft of .292-in.
From page 92...
... Scientific operations will include CTD/rosette casts to 5,000 m, side scan and bottom camera tows, core sampling, continuous sea surface temperature measurements, continuous upper-ocean current velocity measurements, XBT casts, and the deployment and recovery of deep oceanographic moorings.
From page 93...
... Multibeam Swath Survey System with data processing equipment. Deep-water fathometer system.


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