Macon Expedition
September 18 - September 22, 2006
NOAA Teacher at Sea: Noah Doughty
MBARI Ship: R/V Western Flyer
Mission: USS MACON Archeological Expedition
Day 4 : Thursday Sept 21st
Noon weather report from the Bridge:
Visibility: Good
Wind direction and speed: NWxW 24kts
Swell direction and height: NW 6’-8’
Seawater temperature: 55.7 oF
Sea level pressure: 1019 millibars
Cloud cover: 2/8
Work at the USS MACON wreck site continues, alternating between mosaic work and survey work depending on water conditions at the bottom. Today’s log will profile two members of the expedition whose jobs provide a context for the information being gathered.
Science and Technology Log:

Erica Burton operates VARS (Video Annotation and Reference System), and works for the Monterey Bay National Marine Sanctuary. Lee Murai is the expedition’s GIS (Geographical Information System) analyst, and comes from Moss Landing Marine Laboratories.

This image, created with low-resolution copies of the image files, shows a Curtiss F9C-2 Sparrowhawk (plane #4 in the GIS map on the Day 1 log). High-resolution tiles will be fused into the final photo-mosaic. The nose of the plane is in the lower left.
Lee Murai is a Geological Oceanography student at the Moss Landing Marine Laboratories and is the GIS (Geographical Information System) analyst. Through GIS software he is able to spatially organize the data collected on this expedition and compare it to the 1990 and 1991 expeditions. Types of data collected in the past include side-scan sonar, multi-beam bathymetry, and waypoints collected by Remotely Operated Vehicles (ROVs) and manned submersibles. For this expedition he is working closely with the Stanford University team to assist with the photomosaic collection procedure. The GIS map posted on Day 1 was provided by Murai. Compare that to the low-resolution image tiles posted today. While the use of GIS is relatively new to the field of marine archeology, it is generally used in marine environments to provide geologic and biologic habitat characterization maps.