Cruise Planning Questionnaire


Ship: KNORR
    Vehicle(s) required:
    Name of ship for ROV ops:
    Ch Sci:
J. Ronald. V. Zaneveld
    Affiliation:
Oregon State University
    Address:
Ocean Admin. Bldg. 104
Oregon State University
Corvallis, OR 97331-5503
    Phone:
(541) 737-3571
    Email:
zaneveld@oce.orst.edu
    POC / contact info:
Departure port & date:April 23, 1997
    Distance to first station:
    Number of stations:
    Distance between stations:
    Total days on station:
Arrival port & date:May 13, 1997
Op area:Shelf S. of Martha's Vineyard
Lat/Lon:
Depth range:
    Will the vessel be operating within 200 NM of a foreign country?
    Which country?
    Are visas or special travel documents required?

Funding agency:
      ONR/Navy
Specify:

Grant or contract number:

    Science objectives/activities planned:
Optical and Microstructure studies.
Profiling with 6 different instrument
packages

WHOI shipboard scientific instrumentation desired:
    12 kHz Transducer
    3.5 kHz Transducers
Fume Hood
Refrigerator
Deionized Water SystemChest Freezer
CTD/Rosette System
10-liter Niskin Bottles

Is nighttime work anticipated on this cruise?

    Critical MET sensors:
    Critical CTD sensors:

Do you need Seabeam? (AT and KN only)

Long baseline (LBL) transponder navigation? No. of xpndrs/nets:
Ultra-short baseline (USBL) navigation?
Doppler/GPS navigation?

Will you be using portable science vans? Yes How many: Mike Gregg of UW might want one


Science Van #1
Science Van #2
Science Van #3
    Type/size
20', desk space of at least 20'
    Location
aft deck
    Water
    Power
AC

Anticipated standard oceanographic cable use:

Instruments(s)
Instrument Weight(s)
Maximum Depth
    Conducting hydro
for Texas A&M package, separate wire for CTD
    Steel hydro
for OSU package
    Steel trawl
    .681" fiber optic
    Do you require slip rings?
YesNumber of conductors:W.Gardner, TAMU
    Do you need non-standard wire?
If so, what type?
    Do you need a traction winch?
Will you be bringing any equipment (winches, blocks, etc.) that lowers equipment over the side?

If yes, please provide details:
Will there be special requirements for:

    Electrical power
    Equipment handling
Yes
    Inter/intraship communications
Yes
    Science stowage
Yes

If yes to any of the above, please identify: see attached message

Will any of the following items be used on board?

    Explosive devices
No
    Portable air compressors
Yes
    Flammable gases
No
    Radioisotopes
Yes
    Isotope van

Will hazardous material be used aboard, or deployed by an ROV? Yes

What measures or plans have been made a) in the event of a spill, and b) for the removal and/or disposal of these materials at the completion of the cruise?


Vehicle equipment required:Check one or both:
Major water samplers
Large capacity slurp samplers
Small capacity slurp samplers
Bio collection boxes
Push corers
Scoop nets
High temperature probe
Low temperature probe
Heat flow probe
Magnetometer
Portable CTD
Digital Still Camera
Search Sonar
Profiling Sonar
Rock Drill (Jason only)
Video Duplication (Jason)
Elevators
    Other vehicle-related equipment (list):
    Science equipment to be installed on vehicle:
    Electronic equipment used in the ALVIN personnel sphere:
    Other comments and information:
CTD with rosette sampler (24 10-l bottles)
with space underneath to attach optics
package. The optics package has a separate
power/signal wire that is fed overboard
and brought in by hand. The optics package
belongs to Dr. Roesler of the U. of Conn.
with additional instruments of Dr. Coble
of USF. The CTD we used on the Seward
Johnson had a separate protective ring
2 1/2 feet below the rosette. The optics
package fit in there very nicely. A similar
arrangement is needed.

A separate winch with 1/4 inch conducting wire
leading over an A-frame with dedicated
block for use with the Texas A&M optics
packagge (Drs. Gardner and Walsh). It
weighs about 400 lbs and is approx 10'
tall x 3' x 3'. The TAMU Optics package
needs to be wheeled into a covered area
between profiles, in order to service
cameras.

A separate block on an A-frame of crane
over the stern. Wire will lead through
a guide block to a high-speed capstan.
This is for use with the OSU CTD/Optics
package. this package weighs about 250
lbs and is 5' tall x 4' diameter. We
will bring our own dacron/conducting wire
which we figure 8 into a case.

Dr. Gregg of UW has contacted you regarding
his ADCP needs. This requires putting
transducers in the well. He operates
his own microstructure packagge over
the stern. This requires welding on a
small winch.

We will operate the CTD, Texas A&M, and
OSU packages, as well as a WHOI hand-
deployed radiometer, sequentially during
daylight hours. Doing this efficiently
requires that each device has its dedicated
block and wire as described above. At
night the UW team will operate their micro-
structure profiler.

Dr. Sosik of WHOI will be deploying and
retrieving productivity moorings once
a week. Dr. Gardner will deploy a
sediment trap at the beginning of the
cruise and retrieve it at the end

Date Submitted: 10/30/96 07:36 PM