computer hardware was also upgraded to include another 20 gigabyte computer and a 40 gigabyte computer, each with cd/roms and c/d writers all connected to one "server" that has 54 gigabytes of storage capability. This means we will always have accurate up to date databases and we can share the files from different offices for data entry, conservation department, mapping, imaging, etc. It also enables us to back up our data in multiple ways at multiple locations. During 2000, much effort was spent on photo insertions, old data entry, and basic file maintenance. Currently, our 1715 East Coast Shipwreck Project archiving database has in excess of 29,500 records. Many of these records contain multiple quantities (i.e.; Artifact Tag #222 = 15 pottery shards). Of these we have been able to convert the locations of more than 22,000 records into plotted artifact locations. Our mapping database contains over 54,600 records that can be plotted, 33,000 of which were empty excavations. Our database continues to grow each day as we continue input of old and new data.

During development of this project, we started to research the possibility of putting the database "on-line" as a research tool for other organizations who are either developing similar archives/maps/ or just want to research certain types of artifacts. We have been approached by some universities and other groups who have shown an interest in this project. However, due to the lack of availability of "archaeologically respected" avenues of publishing and copyrights, we are reluctant to let go of the material until we publish it on our own. Thus, the material itself will be published online, copyrights protected, and the credit given where it is due, yet it will still be available as a research tool worldwide

Our maps and archives are evolving even as this is written. Recently we discovered that we had somehow not received copies of the log sheets of certain vessels that were salvaging in 1991, so we contacted the State of Florida for copies of those log sheets for data entry. The empty hole data input continues and we have about three years left to enter, (1989, 1990, & 1991.) We have expanded the design of our databases to include 77 fields. They include a field for every section of the field log sheets and the survey log sheets where data would be entered as well as other fields such as conservator, conservation techniques and results, measurement and weight details, research comments, disposition, evaluations, drawings, photos and much more. (See Figure 2)

Figure: 2 - Database Structure

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We are currently investigating a potential future project to incorporate the possibility of making our maps 3D. Initial research shows that although this has provided a better visualization for professionals and the public audiences, there are clearly disadvantages. Some of the biggest pitfalls include the sheer volume of data and the time required to collect and process it, fragmented or contradictory data collected in the field in the past, and deciding on the level of detail before embarking on the project. For further reading on this we would recommend the DENBEIGH project of the Texas A & M University’s Institute of Nautical Archaeology (see http://nautarch.tamu.edu/PROJECTS/denbeigh) or the Coronation Project.

(See http://www/threeh.demon.co.uk/sitescoronation3Dpics.htm)

We are also beginning research on archiving methodology. Of primary concern is the impact of the emerging digital technology on long-term access to material created in digital form. An excellent article, titled "Changing Trains at Wigan: Digital Preservation and the Future of Scholarship" written by Dr. Seamus Ross, University of Glasgow was recently published (Nov.2000) by the National Preservation Office, The British Library, London England. This article identifies and examines the challenges, risks, and expectations of digital preservation, the world’s increasing dependence upon it, and the changes taking place in recording of our world culture. It is noted that without constant upgrading and attention, the "digital information" is susceptible to loss through physical breakdown of the media, or rendered inaccessible by technological advances. It is also noted that information stored in digital form is as delicate as archaeological remains of flora and fauna.

In conclusion, there is much to be done and no way to actually "finish" this project. Technology is moving faster daily and the possibilities are endless. At this time, standardization would probably promote stagnation, yet it continues to be a dream worth chasing.

Article written by: Taffi Fisher Abt

The author wishes to thank the following people for their hard work and assistance on this project. Bill Moore, Catherine Gaither, Charlie Myers, H. Michael Essig, Ken Nehiley, John Tokarz, John Brandon, Greg Bounds, Gary Randolph, Morgan MacRorie, Clyde Kuntz, and the many data entry operators.

2000 SEASON ACTIVITY SUMMARY

The following section summarizes the activities of the Mel Fisher Center, Inc. vessels and subcontractor’s vessels working under contract with Mel Fisher Center, Inc. in the 2000 Season. A total of 463 days were worked by 33 vessels during the 2000 season. A list of the vessels, their captains, contract numbers, and the four-character abbreviation code used in data entry can be seen immediately following this written summary. The listing is in numerical order according to the contract numbers, "C" number. Immediately following the list of the vessels is an analysis of the days worked in the 2000 season. This list breaks down the days by type of activity performed. The following is a definition of the abbreviations used in the analysis for the various types of activities.

 

DIG: DIGDAYS: A prop-wash deflection method was used to remove settled material from potential artifact deposits.

VIS: VISDAYS: Visual and metal detection surveys were conducted for potential artifact deposits.

CIR: CIRCLE SEARCHES: A metal detection survey was conducted to locate artifacts while a diver maintained a swimming pattern of designated radius within a defined area.

MAG: MAGDAYS: A remote sensing survey that included magnetometer and/or side scan sonar equipment was conducted to identify targets that might indicate potential artifact deposits.

INOUT: INOUT DAYS: Survey and salvage activity was attempted, but conditions, such as weather or mechanical problems, did not permit vessels or crews to remain on site for the day.

TOTALDAYS: This figure represents the total number of days worked by one vessel on one site during the season.

Grand totals can be found at the end of the analysis as well as charts depicting the types of days worked and the breakdown of total days worked on each of the sites.

C #LAST NAMEFIRST NAME VESSELABBR
02MolinarDemostinesVirgilonaVIRG
03BrandonJohnEndeavorENDV
04BoundsGregBookmakerBOOK
05SchmittRichardBooty QuestBOOT
06DonovanRichardSandy D IISAND
07RidgleyAceAce In The HoleAITH
08MillerDaveCobraCOBR
09BedellGregKathy LynnKATH
11HoldenHaroldRoyal EightROYA
13SornsonEricMorning StarMORN
15BeckBruceMy Little DingyMYLI
16NehileyKenPandionPAND
19McKinnonCraigGold DusterGOLD
20DorseyJoeLimp EscudoLIMP
21MaguireMikeBlack DrumBDRU
22HartmanArtDareDARE
23GuidoJimVPM IIVPM
24GlanerKimRPMRPM
25PrinceGaryMeghan AnnMEGN
26MathewsHaroldSea ParrotSEAP
27RaymondBillSeaHunt/EsmeraldaSEAH/ESME
28HancockSteveDiscoveriesDISC
30NordhausenDavidNoNameNONA
32ShepherdJoeRoyal FifthRFIF
33HensleyDickGolden IdolGOID
34DantoneCarolSun ChaserSUNC
35GardnerAllanElla Warly IIIELLA
36HigleyBrianSnifferSNIF

C #LAST NAMEFIRST NAME VESSELABBR
37MendolaChuckvPescadorPESC
38WhiteGaryBlue CrewBLUE
47GidusTomSarah AnneSARA
55RampyP.T.Rosey IIROSE

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