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shows the components of equipment for cleaning oil from 
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Fig. 6 Input and output examples of the retrieval system 
4. SUMMARY 
1) For disaster countermeasures, management staff 
and operation systems are always indispensable, and 
the procurement of information derived from multple 
Sources and rapid processing are required for this GIS. 
2) In te mobile GIS, extension of the 
communications network and faster 
telecommunicatiors will be important. 
3) This system is effective for database 
recording/renewal with the support of the general 
public. 
4) This Intemet GIS will be developed further in 
future. In an EVOS system, the individual must 
purchase the GIS software for reading and processing 
the information. The gneral public can access our 
Internet GIS, and images can be input and. analyzed 
conveniently on the server side. 
5) As this system seems to be effective for analysis of 
land information similar types of GIS are expected in 
future. 
EMBEDEMBED 
5. REFERENCES 
Exxon Valdez Oil Spill Trustee Council (1997): EVOS 
Georaphic Information System Database and Data 
dictionary in Exxon Valdez Oil Spill Trustee Council 
Research & Restoration CD-ROM. 
NASDA (1998): Observation of drifting heavy oil using 
airborne and space bome remote sensor. Tokyo, NASDA, 
108 P.. (in Japanese) 
Odamaki, M. (1999): Drift route predictions for recent 
huge oil spills. Bull. On coastal Oceanography, 37(1), 11- 
22. . (in Japanese) 
Utsunomiya, Y., Yoshe, M. and R. Aoki (1998): 
Construction of GIS for the effective clearing of offshore 
and onshore oil Procs. General Meeting of the 
Association of Japanese Geographers, 54, 108-109. (in 
Japanese) 
Utsunomiya, Y., Kosugi S. and T. Suzuki (1999): 
Construction of GIS for the effective clearing of offshore 
and onshore ail (2). Construction of prototype of Intemet 
GIS. Procs. Meeting of JSPRS, 24, 131-132. (in Japanese) 
Utsunomiya Y., Aoki R. and K. Tsuchiya (1999): 
Construction of GIS for the effective clearing of offshore 
and onshore oil (3). Data acquisition and retrieval system 
for volunteer activity. Procs. Meeting of JSPRS, 24, 527- 
528. (in Japanese) 
Utsunomiya, Y., Kosugi, S. and T. Suzuki (1999): 
Construction of GIS for the effective clearing of offshore 
and onshore oil (4). Estimation of the drifting of oil slick by 
satellite images and GIS.. Procs Meeting of JSPRS, 24, 
647-648. (in Japanese) 
Soil and Water Environment Section (1999): Mobile 
Geographical Information System as a support system for 
effective clearing of oil spills. A Prospect of 
Environmental Studies in the 21st Century Public 
Symposium ‘99 sponsored by National Institute for 
Environmental Studies. 
Utsunomiya, Y (1999): Construction of Intemet GIS for 
the effective Clearing of offshore and onshore oil. Procs. 
General Meeting of the Association of Japanese 
Geographers, 56, 76-77. (in Japanese) 
Utsunomiya, Y. (1999): On the construction of Intemet 
GIS as a support system for effective clearing of oil spills. 
Kankyo, 1999.12, 38-39. (in Japanese) 
  
International Archives of Photogrammetry and Remote Sensing. Vol. XXXIII, Part B1. Amsterdam 2000. 339