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Sharing and cooperation in geo-information technology

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Bibliographic data

fullscreen: Sharing and cooperation in geo-information technology

Monograph

Persistent identifier:
856479470
Author:
Aziz, T. Lukman
Title:
Sharing and cooperation in geo-information technology
Sub title:
ISPRS Commission VI Symposium, April 15 - 17, 1999, Bandung, Indonesia
Scope:
1 Online-Ressource (130 Seiten)
Year of publication:
1999
Place of publication:
London
Publisher of the original:
RICS Books
Identifier (digital):
856479470
Illustration:
Illustrationen, Diagramme
Language:
English
Usage licence:
Attribution 4.0 International (CC BY 4.0)
Publisher of the digital copy:
Technische Informationsbibliothek Hannover
Place of publication of the digital copy:
Hannover
Year of publication of the original:
2016
Document type:
Monograph
Collection:
Earth sciences

Chapter

Title:
[WG VI/2: Computer Assisted Teaching]
Write comment:
Der Aufsatz "An Experience IN Implementing Information Technology For Distance Learning In Higher Education" ist im Original nicht enthalten.
Document type:
Monograph
Structure type:
Chapter

Chapter

Title:
THE IMPORTANCE OF INFORMATION TECHNOLOGY FOR CORAL REEF MANAGEMENT IN INDONESIA: AN OVERVIEW. Sri Yudawati Cahyarini, Siti Rochimah
Document type:
Monograph
Structure type:
Chapter

Contents

Table of contents

  • Sharing and cooperation in geo-information technology
  • Cover
  • ColorChart
  • Title page
  • COMMISSION VI: EDUCATION AND COMMUNICATION
  • Foreword
  • TIME TABLE, SYMPOSIUM PROGRAMS, AND LIST OF REGISTERED PAPER TO BE PRESENTED ON THE ISPRS COMMISSION VI SYMPOSIUM 15,16,17 APRIL 1999
  • Table of Contents
  • WG VI/1: EDUCATION
  • Elaboration of Educational Material for the Teaching of Remote Sensing in Developing Countries-EDUCA SeRe PROGRAM. Tania Maria Sausen
  • EDUCATION, TRAINING AND RESEARCH AT ASIAN INSTITUTE OF TECHNOLOGY. Shunji Murai, Lal Samarakoon and Kiyoshi Honda
  • EDUCATION IN REMOTE SENSING APPLICATION. Prof. Dr. Jan J. Nossin
  • RECOLLECTIONS OF THE TRANSITION TO GEOMATICS. Clive S Fraser
  • [WG VI/2: Computer Assisted Teaching]
  • CAT / CAL IN PHOTOGRAMMETRY ON THE INTERNET. Joachim Hôhle
  • REMOTE SENSING NAVIGATOR(RSNAVI) : A SOFTWARE PACKAGE FOR EDUCATION. Kohei Cho, Masako Shinada, Hisashi Tanaka, Yuuji Kanamori, Masahiro Saito
  • AN ALTERNATIVE TRANSPORT FOR DISTANCE LEARNING USING TELKOMNET - TURBO. by Andy Revara/ Eka Indarto
  • MANPOWER DEVELOPMENT IN INDONESIA TOWARD GEOMATICS QUAIFICATIONS AND CERTIFICATION OF PERSONNEL. By Jacub Rais
  • INKINDO’S NATIONAL HUMAN RESOURCES INVENTORY TO INCLUDE SURVEYORS AND GEOMATICIANS. Tono Saksono
  • THE IMPORTANCE OF INFORMATION TECHNOLOGY FOR CORAL REEF MANAGEMENT IN INDONESIA: AN OVERVIEW. Sri Yudawati Cahyarini, Siti Rochimah
  • THE ON-LINE INTEGRATED THEMATIC DATABASE AS A TOOL FOR SHARING SPATIAL INFORMATION. Dewayany Sutrisno, Gatot H. Pramono, Ati Rahadiati, Niendyawaty
  • WG VI/3: INTERNATIONAL COOPERATION AND TECHNOLOGY TRANSFER
  • GIS: TEACHING EXPERIENCE IN THE COURSE AT DIIAR POLITECNICO OF MILAN. Carlo MONTI
  • VIRTUAL REALITY (VR) APPLIED TO ENVIRONMENT REPRESENTATIONS: SOME EXAMPLES AT UNIVERSITY OF PADUA (ITALY). V. Achilli, F. Barison, A. Vettore
  • TECHNOLOGY TRANSFER IN PRODUCTION. Bernt H. Bakken
  • PROCEDURES OF CORRECTION OF THE GEOMETRY DISTORSIONS FOR DIGITAL IMAGES. F. Barison, A. Guamieri, A. Vettore
  • DIGITAL PHOTOGRAMMETRY AND LASER RANGE CAMERA FOR PHYSIC MODEL GEOMETRY DETERMINATION. A. Vettore, M. Barbarella
  • GIS TECHNOLOGY TO SUPPORT SURVEY DATA AND MANAGEMENT OF DIFFERENT QUARRY TYPOLOGIES. Carlo MONTI
  • AUTOMATION IN PHOTOGRAMMETRY. David Collison
  • SPATIAL AND TEMPORAL DATA HANDLING FOR REMOTE SENSING DATA. R. Venantius Hari Ginardi
  • DISCRETE MATHEMATIC FOR SPATIAL DATA CLASSIFICATION AND UNDERSTANDING. Luigi Mussio, Rossella Nocera, Daniela poli
  • "REVIEW ON EDUCATION AND COMMUNICATION IN FOTOMATICS". by W. Schuhr and E. Kanngiesen
  • A LOW COST COORDINATED WEB-BASED GIS IMPLEMENTATION ON URBAN DEVELOPMENT PLANNING. Agung Prabowo
  • EXPERIENCES ON THE EXECUTION OF REMOTE SENSING AND GEOGRAPHICAL INFORMATION SYSTEM TRAINING COURSE IN THE NATIONAL AERONAUTICS AND SPACE INSTITUTE (LAPAN). Mahdi Kartasasmita, Mohammad Natsir, Wiweka
  • TOWARD THE TRAINING IMPROVEMENT FOR INDONESIAN HUMAN RESOURCES IN SURVEYS AND MAPPING. Sukendra Martha
  • [WG VI/4: Education Trough The Internet]
  • INTERNET AND WEBPAGE GUIDELINES FOR ISPRS. Prof. Tuan-chih CHEN
  • INFORMATION TECHNOLOGY (IT) AND THE EDUCATIONAL IMPACTS. Dr. T. Lukman Aziz
  • THE INTERNET AND ITS PROSPECT FOR SPATIAL INFORMATION EDUCATION AND TRAINING AT DEPARTMENT OF GEODETIC ENGINEERING OF THE INSTITUTE OF TECHNOLOGY BANDUNG (ITB). Irawan Sumarto Ph. D. & Dr. T. Lukman Aziz
  • SPECIAL SESSION: EARTH MONITORING
  • WORKING GROUP OF APAN ON REAL TIME ASIA PACIFIC DISASTER AND FOOD SECURITY NETWORKING. Haruhiro Fujita and Christopher D. Elvidge
  • THE COMMUNICATION CONTROL IN MUTUAL CONNECTED NETWORK BY RC-RBFN. Koji Okuhara, Haruhiro Fujita and Toshijiro Tanaka
  • A DISTRIBUTED REMOTE MONITORING SYSTEM TO SUPPORT EARLY FIRE DETECTION. R. Sureswaran & M. Mohanavelu
  • A DISTRIBUTED REMOTE MONITORING SYSTEM USING SATELLITE AS THE TRANSMITTER. S. Gopinath Rao
  • APPENDIX
  • Appendix : Authors and Co-Authors Index Volume XXXII, Part 6 - ISPRS Commission VI
  • Appendix : Keywords Index Volume XXXII, Part 6 - ISPRS Commission VI
  • 1999 TC-VI ISPRS LOCAL COMMITTEE
  • Cover

Full text

Currently the development of information technology is very 
advanced. The technology will be an alternative solution in 
integrating and distributing the information. The paper discusses 
the importance of information technology in coral reef 
management. 
INFORMATION TECHNOLOGY FOR CORAL REEF 
MANAGEMENT IN INDONESIA 
Information technology (IT) is one dealing with hardware, 
software, intelligence, and methodologies which are needed to 
process information, including data gathering, data processing 
and mani-pulating into useful information, and the engineering 
of the information. Nowadays, IT plays key role in controlling 
daily life of human being. For example, TV and Internet as a 
media for distributing information all over the world, are very 
popular for everyone. 
The scope of Information Technology is very wide, thus this 
paper will focus on the Internet topic which is part of the 
advance product of IT. Nowadays, Internet is very advance and 
become global. Internet infrastructures -such as telephone line, 
modem, and computer pheripherals- are already available and 
become common device for the community. For the economical 
reason, there will be low cost for building Internet 
infrastructures. 
IT supported by the latest telecom-munication infrastructure has 
made a big influence in distributing information of all 
disciplines. Coral reef management is one of the important 
disciplines that seem to need IT for improvement. 
The present conditions of information for coral reef 
management in Indonesia are still fragmented in different 
organizations, i.e. government agencies at national, provincial 
and community level. This will lead to information stored at 
different locations, and collected in different scales and 
parameters. Finally it creates difficulties (i.e. partially, 
disintegrated, and uncompleted) in accessing the coral reef 
information. Besides, institutional capacity for effective 
implementation of integrated coral reef management has not yet 
been developed in provincial and local communities. It is due to 
lack of education and training and awareness of coral reefs 
information. All these conditions above make great impact on 
coral reef, since they will generate uncoordinated policies and 
also a different purpose of the coral reef ecosystem. That will 
cause the degradation of coral reef ecosystem. 
Information technology is an alternative solution to fulfill 
accurate, fast, up to date information for coral reef management. 
Supported by IT, it should also been followed by sustainable 
education and training to improve the institutional capacity. The 
support, especially in coral reef education and training, 
involves: 
Easier training module and material course development, 
which could be better prepared, updated, and access-ed; 
Simpler and faster distribution and delivery of information 
via wide spread multimedia; and 
Easier course material exchange among different locations 
without ever having to meet each other; and 
Distance learning about the coral reef itself, which could 
be conducted without the presence of both instructor and 
course participants at the same place. 
Using the Internet technology it is possible to do all the things 
mentioned above. For example, every information could be 
easily shown and accessed world-widely from homepage. Then, 
it gives an impact to the scope of information that become 
abroad and accessible for the people around the world. Further, 
comments and supports from people around the world 
concerning coral reef give valuable solution to coral reefs 
problem solving in Indonesia through information shown on the 
homepage. 
IT can support the awareness in coral reef management, 
especially through Internet communication and other media 
such as television and CD-ROM, through: 
Facilitating the interactive information which could be 
easily introduced and reached by all level of communities: 
Establishing an interactive distributed and integrated coral 
reef database system which could be at any place; and 
Popularizing and familiarizing the Internet especially for 
key roles, thus they could share and explain the coral reef 
information to broader communities faster and easier. 
Therefore it is absolutely needed to look into the following 
matters: 
1. Infrastructure aspect 
There will be needed additional equipment to support 
the Internet communication such as modem, computer 
pheripherals, and telephone line. 
2. Economical aspect 
Additional cost is needed to provide some additional 
equipment and also to pay for pulses that have been 
used. 
3. Human resources aspect 
It should be prepared for human resources that 
involved in de-veloping the website of infor-mation, 
which related to coral reefs. 
4. Data security aspect 
Specific mechanism should be implemented to protect 
data against unauthorized updating access. That is due 
to the widely opened availability data on the Internet. 
5. Information sustainability aspect 
Standard procedures should be implemented in order 
to keep the information not to be obsolete. It is closely 
related to ones involved in updating process. 
6. Sustainability of involved people 
Regeneration and technology transfer should be 
made so that greater number of people will be 
involved 
The technology has to be introduced to the 
people especially who involved in coral reef 
management to make them familiar to the 
technology. 
CONCLUSION 
Up to this time those aspects above are still become major 
restrictions condition in Indonesia. As it is known that 
Indonesia is still very underdeveloped country, especially in the 
field of information technology. Indeed, IT is one of the 
solution for improving the coral reef management, but there are 
still some restrictions which prohibit the successful of it. 
The successful information distribution for coral reef 
management can be achieved through the implementation of 
information technology in coral reef management, therefore 
reducing coral reef damage significantly. 
Information Technology plays key roles in improving 
information distribution for any kind of subject, in this case, the 
coral reef management. Since IT could support at least in coral 
reef education and training, and also for increasing the 
awareness of coral reef information to the wide community 
faster and easier.
	        

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Aziz, T. .Lukman. Sharing and Cooperation in Geo-Information Technology. RICS Books, 1999.
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