University of Hawai'i Marine Center 1 Sand Island Access road Honolulu, Hawai'i 96819-2386 USA http://www.soest.hawaii.edu/OTG

OTG Cruise Planning Form for R/V Ka'imikai-O-Kanaloa

Cruise Number Designation

Cruise Dates

Starting Port

Ending Port

Chief Scientist

Email Telephone

Address

Co-Chief Scientist

Email Telephone

Address

Other Key Contact

Email Telephone

Address

Lead Marine Technician

Email Telephone

UH Marine Center C/O [Chief Scientists's Name] R/V Ka'imikai-O-Kanaloa 1 Sand Island Access Road Honolulu, Hawaii 96819-2326

Ship-To Address:

Length Overall (LOA) = 223 ft Maximum Beam = 38 ft Load Draft = 13 ft 6 in Displacement = 1,961 LT Gross Tonnage = 259 GRT

Cruising = 10 kts Max Speed = 11 kts Min Speed = 1 kt

Range = 15,000 nm (60 days of fuel) Fuel Capacity = 175,744 gallons Endurance = 50 days (food/stores/fresh water)

Crew = 13 Science Party = 18 OTG = 2

Crew = 13 Science Party = 9 OTG = 1 PISCES-V = 6 ROV = 3

Rock=303 sq.ft Wet=300 sq.ft Clean=150 sq.ft Dry=300 sq.ft

Aft Deck=1186 sq.ft Hangar=1332 sq.ft Freeboard(fantail)=8 ft

Main Deck Space

Lab Space

Complement (PISCES-V/ROV Ops)

Complement (normal ops)

SHIP SPECIFICATIONS

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Furuno Navtex NX-500 FAX Furuno Inmarsat-C

Trimble GPS NSTAR GPS Sperry Marine MK 37 VT Digital Gyrocompass (redundant)

Nera F77 SatCom

COMMUNICATION SYSTEMS

NAVIGATION / GPS

COMPUTER SYSTEMS

Data Backups performed to CD-R media Thermosalinograph display GPS and Knudsen 320C display via laptop

Shipboard E-mail (transferred via Nera F77 SatCom)

Microsoft Windows XP PC: Conference Room

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Seabeam 2100. 12kHz. Swath coverage ranges from ±75° in shallow waters to ±45° for the deepest ocean floor. Continuous operation.

Knudsen 320C. 3.5-210 kHz. Touchscreen interface for sounder control. Real-time data display. Internal data storage for post-acquisition review and hardcopy output.

RD Instruments Narrowband NB150. 150 kHz. 300m resolution. Continuous operation.

ECHO SOUNDERS

Multibeam

Sub-Bottom Profiler

Acoustic Doppler Current Profiler

Place a checkmark next to required instruments and equipment.

For Bathymetric Surveys, a science lab watch or full multibeam support option is required.

METEOROLOGICAL SYSTEMS

Anemometer RM Young 5106 Wind Sensors

CTD SYSTEMS

Anticipated Maximum Depth for CTD Casts with Rosette

CTD Rosette - 24 Bottle

CTD Rosette - 12 Bottle

Bottle with Messengers on Hydrowire (10, 12, or 30 liter sizes) Number of bottles requiredSize of bottles required Maximum depth

mix of 10 and 12 liter bottles

12 liter bottles

CTD Instrument Package Sea-Bird Electronics 911 + Standard Single-Sensor System (6,800m depth rating)

Temperature Probe - SBE Model 3-02/F Conductivity Sensor - SBE Model 4-02/0

Oxygen Sensor - SBE Model 43 Chlorophyll Fluorometer - Seapoint SCF (6,000m depth rating)

Altimeter Benthos Model 900D (6,000m depth capability)

Pinger Benthos Model BFP 312HP 12 kHz Bottom Finding Deep Sea Pinger (6,000m depth rating)

PAR Sensor Biospherical QSP-2300 Log Scalar PAR sensor (2,000m depth rating)

Light Sensor Wetlabs LS6000 Light Scattering sensor (6,000m depth rating)

Sound Velocity Profiler Applied Microsystems SVPlus (5,000m depth rating)

meters

GEOPHYSICAL EQUIPMENT

Magnetometer Geometrics Model G-886 (Total Field Magnetometer). This instrument is towed and requires an auxiliary winch positioned on the main deck

Gravity Coring Equipment

Piston Coring Equipment

Pipe and Standard Rectangle Dredges

capable of 20 ft and 40 ft cores

capable of 20 ft cores

18" x 36" with 60" chain link bag

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MISCELLANEOUS SCIENTIFIC INSTRUMENTS

Acoustic Transducer and Deckbox Benthos Model DS-7000-1

Strobes

Radio Beacons

Radio Direction Finder

Radio Direction Finder

Expendable Bathymetric Thermography (XBT)

Argos Receiver

Acoustic Deckbox

Model GONIO 400

Simrad variable frequency RDF

Simrad multichannel RDF

Novatech Designs, Inc. Channels 67, 69, 70 and 72 available.

Sippican MK21 PC with hand-launcher

OAR High Intensity Stobe Flashers

Edgetech Model 8011AT

Projected number of XBT launches/dayScience party must provide XBTs

SHIPBOARD WATER REQUIREMENTS

Uncontaminated Scientific Seawater System (USSW)

UltraPure Fresh Water System

Chlorophyll Fluorometer

General Seawater System

Thermosalinograph

USSW to science van(s)

Stainless intake to stainless steel sea-chest. First impeller is stainless. Second is ABS plastic. PVC outflow runs to ship's Wet Lab and Aft Deck. Projected use (volume/day)

Sea-Bird SBE21 Analog Thermosalinograph Sea-Bird SBE3 Slow Thermometer

Turner Designs 10-AU-005

Seawater, via steel pipe, is available on the aft deck, top deck, and all labs.

Barnstead NANOpure Diamond Analytical System (18MOhm)

Barnstead Diamond Reverse Osmosis System

UltraPure fresh water is stored in a 30 liter Barnstead Diamond Storage Reservoir

One filter cartridge set is provided. Scientific party must supply additional.

Projeted use (volume/day)

Projected use (volume/day)

Packard Bioscience TriCarb 2900TR liquid scintillation counter and color printer Refrigerators (2); Total area: 8.7ft3 Sink (18" x 15" x 12") with fresh/salt water inputs; over the side, shipboard tank and local discharge Counter Space: 38ft2; Fume hood: 26" x 20"

VANS

Radiation Van

Please list all isotopes to be brought aboard.

Check this box if you have submitted plans of isotope use to the University of Hawai'i Radiation Safety Officer (RSO)

Plan must include: 1) Transportation to vessel 2) Use on vessel 3) Handling of waste and non-used isotopes

General Science Van

Other (please specify)

Contact Information: UH RSO Irene Sakimoto isakimot@hawaii.edu 808.956.6475

No exceptions. All radioisotope work must be performed in the Radiation Van

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INFRASTRUCTURE

Refrigerator

Freezer

Hobart DA-1. 10.6 cu.ft

Hobart DA-F. 10.6 cu.ft

Ultra-Low Freezer So-Low Ultra Low Model:C85-9. Temperature range is -40°C to -85°C. 9 cu.ft (255 liters)

Cold Storage

Power Availability

480V AC

220/208V AC

Clean Power 110V AC

UPS Power 120V AC

120V AC Available throughout.

Hangar deck forward Hangar top forward starboard Mezzanine deck forward starboard (no ground) Mezzanine deck starboard

Rock Lab Wet Lab 02 deck forward under overhang 02 deck midships (3 phase, no ground)

Air Castle (20A) Engine Room aft port (30A) Hangar aft starboard (30A, 60A, 110A)

Aft deck Clean Room Rock Lab

Wet Lab Seabeam Video Room

Conference Room Tracking Room Radio Room

Radio room and Bridge.

Compresed Air Quincy Model 325. 150 psi. Available throughout.

CRANES

Pitman Hydra-Lift Crane Model HL 757. 2,000 lbs working load at f ull extension.

North American Crane (small)

Aurora Folding Crane Model 45KTNC. 10,000 lbs working load at full extension.

Stern A-Frame 30,000 lbs working load (tested@18.75 short tons = 37,500 lbs).

Dynacon Lift Winch

Northern Line Coring Winch

System 763. 33,000 lbs line pull. 15 ton constant tension.

Low Speed: 30,000 lbs line pull. High Speed: 8,100 lbs line pull. Drum Capacity: 4,500m of 0.972 in cable <<check this>> + 9/16?

Hydrographic Markey Model DESH-5. Low Gear: 5,297lbs line pull. High Gear (with full drum): 3,555 lbs line pull. Drum Capacity: 32,000 ft of 0.322 in three-conductor electromechhanical CTD cable.

SeaMac Tow Winch (large)

SeaMac Tow Winch (small)

3,200 lbs line pull; 0-180 fpm. 20" diameter drum; 59" diameter flange; 48" wide drum

1,800 lbs line pull; 0-200 fpm. 20" diameter drum; 34" diamater flange; 12" wide drum

DSE Receiver Winch (gray) 1,300 lbs line pull; 0-100 fpm. 18" diameter drum; 36" diameter flange; 18" wide drum

Sonar Winch (aluminum) 2,570 lbs line pull (full drum); 0-126 fpm.

WINCHES, WIRE, AND ELECTROMECHANICAL CABLEChange-out of wire requires advance planning.

Block (trace metal free) Wire-out readout; Can be integrated with SeaMac winch systems.

Capstan (large) 24" drum; 2 speed (18 m/min; 32 m/min)

Capstan (small) 18" drum; 2 speed (10-12 m/min;20 m/min)

BLOCK AND CAPTSTANS

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SCIENTIST-PROVIDED INSTRUMENTS

Please list all instruments and devices intended to be deployed/recovered. (ie. Nets, MOCNESS, trace-metal samplers). Detail number of launches per day, duration of deployments, and ship requirements.

List scientist-provided instruments to be integrated with the ship's data logging systems, and identify any unusual power requirements.

List quantities of all chemical and radioactive materials that will be brought on-board. Detail any special storage and(or) handling precautions. When preparing this inventory, be reminded that each item requires the following:

1) Chemical identification label 2) Material Safety Data Sheet (manufacturer provided MSDS preferred) 3) Any DOT (Department of Transportation) or RTECS (from the Registry of Toxic Effects of Chemical Substances) number 4) Shipping boxes, tanks, or containers with appropriate OSHA Danger Signs, labels or stickers

*Substances stored in shipboard Flammables Cabinet or Acid/Base lockers require Chief Scientist name, cruise ID, and date

Use the space below to include any additional information pertinent to the success of your research cruise.

NOTES

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