Atomic force microscopes
Hubble Space Telescope
Micro-electronics and lasers
High power computers to analyze data
Satellites for earth and space observationsModels and simulations of complex systems
Techniques to do advanced mathematics
Computers to execute immense calculations
Visualization tools to examine our virtual world
Result: Need and generate large amounts of quality datav From the fundamental to the complex
vFrom reductionism to constructionism
vComplex
vMulti-disciplinary
vModel-based
vVirtual as well as physical
vAn interdisciplinary scientific committee of the International Council of Science (ICSU) - 1966
vThe central focus within ICSU on organization, management, quality control and dissemination of data from all scientific and technical disciplines
vData management problems common to different scientific disciplines
vData used outside the field in which they were generated
vImprove data quality and accessibility, as well as the methods for acquiring, managing and analyzing data
vFacilitate international cooperation among those collecting, organizing, and using data
vPromote increased awareness in the scientific and technical community of the importance of data activities
vKey data sets for consistent international use
vData science - management, analysis, dissemination, visualization
vFormat standards to promote compatibility and interoperability of databases
vGuidelines for data presentation in the primary literature
vData quality and how to determine it
vPublications on data science
vData workshops for specialists
vCoordination of multi-national projects
vThe largest and most important international data conference
v21 member countries and academies
v14 Union liaisons
v22 supporting organizations
v16 Task Groups, Working Groups, and Commissions
Australia
Brazil
Cameroon
Canada
China (Beijing)
China (Taipei)
France
Germany
India
Indonesia
IsraelItaly
Japan
Korea
Nigeria
Poland
Russia
Senegal
South Africa
Sweden
United States
IAU (Astronomy)
IUPAC (Pure and Applied Chemistry)
IUPAP (Pure and Applied Physics)
IUBS (Biological Sciences)
IGU (Geography)
IUCr (Crystallography)
IUBMB (Biochem. & Mol. Biology)
IUGS (Geological Sciences)
IUPsyS (Psychological Science)
IUPAB (Pure and Applied Biophysics)
IUNS (Nutritional Sciences)
IUPHAR (Pharmacology)
IUIS (Immunological Societies)
IUMS (Microbiological Societies)
WDC (World Data Center Panel)
FAGS (Astron. & Geophys. Services)
ICSTI (Scient. & Techn. Information)
ISSS (Soil Science)
WFCC (Culture Collections)
Biological Macromolecules
CODATA and the World Wide Web
Comparative Mathematical Methods
Data, Information and Visualization
Data Quality and Compatibility
Data Sources in Asian-Oceanic Countries
Fundamental Constants
Global Plant Checklist Network
Materials Database Management
Outreach, Education and Communication
Standardization of Electronic Data Files
Working Groups
Special Working Group
Commissions
1980 Kyoto, Japan
1982 Jachranka, Poland
1984 Jerusalem, Israel
1986 Ottawa, Canada
1988 Karlsruhe, Germany
1990 Columbus, Ohio1992 Beijing, China
1994 Chambery, France
1996 Tsukuba, Japan
1998 New Delhi, India
2000 Baveno, Italy
Publications
Conference Proceedings
Proceedings of Task Group Meetings
CODATA Bulletins (67 volumes)
Special Reports
Books and Monographs (21 books)
Newsletter (3 issues per year)
vSpecies 2000 - International leadership to link biodiversity databases
vHybridoma Data Bank
vRegistry of materials database managers
vKey thermodynamic values
vWorldwide network of data experts
vComputer at every desk
vThe Internet/WWW explosion
vDatabase tools on every computer
vDatabases as a source of new research
vModel and simulation-based R&D
vElectronic publications
vVirtual libraries
vMuch easier to do “data” work
vData work integrated more fully into R&D
vDiscipline-based informatics (e.g., bioinformatics)
vData will only become more important
vAs data and information become more important, CODATA must change to serve 21st century science and technology
vTask Groups
vWorking Groups
vCommissions
vBiannual conferences
vPublications
vKnow our customers
vKnow what our customers want
vKnow how to meet the customer needs in a quality manner
vIndividual scientists
vScientific and technical (S & T) institutions
vNational data programs
vInternational data programs
vS & T informatics industry
vScientific unions
vInvolve active scientists, Unions, data leaders
vMillenium data meetings
vDevelop agendas for CODATA, national and international data groups
vSolicit needed task groups
vCODATA Journal on S & T Data
vInternet delivery of CODATA products
vTeaching publications
vExpert publications
vMore effective conferences
Making CODATA relevant to 21st Century Science
vData access issues
vData quality in the Internet era
vData archiving
vInteroperability of Web data resources
vNew key data sets
vResources for the average scientist
vData science
vDeveloping countries
vCommission on Data Access
vICSU/CODATA Panel on Data and Information
vMajor topics of discussion:
vWIPO - Intellectual Property in Databases
vEC - Database and Copyright Directives
vBills before the US Congress
vICSU/CODATA workshop before next conference
vScientists and data experts are not aware of legal and business issues
vData dissemination over the Internet is uncontrolled
v21st century science demands data quality
vCODATA can define and provide quality assessment
vTask Group on Data Quality and Database Compatibility
vTask Group on Biological Macromolecules
vMust achieve widespread awareness of how to develop quality data resources
vCODATA’s Role in the Information Revolution Data Archiving
vComputerized databases and online systems are not published on paper
vHow to preserve data sets over 5, 10, 30, 60, 100, and more years
vFor petabyte collections, volume is overwhelming
vCODATA must get involved
CODATA’s Role in the Information Revolution Interoperability of Web Data Resources
vMost applications require data from several sets Multi-disciplinary research requires data from different scientific fields
vHow to share and exchange data?
vStandards must be developed by scientific communities
vMany similarities in development across disciplines
vCODATA should be international standards leader
CODATA’s Role in the Information Revolution New Key Data Sets
vCODATA well known for fundamental physical constants
vAlso much work on key thermodynamic values
vAre there data sets of critical and fundamental importance in other areas
vbiology, earth science, astronomy, chemistry, etc.
vCODATA must work with Unions to develop these
CODATA’s Role in the Information Revolution Resources for the Average Scientist
vToday’s tools are accessible to everyone doing science
vBuilding databases no longer problem
vBuilding good and useful databases is
vHow to provide information on modern data technology to everyone
vCODATA must have Web sites, publications, workshops, training courses
vNew techniques are being developed for scientific data management, dissemination, etc
vNow called “Data Science”
vMore techniques are needed
vCODATA Journal being designed to be effective electronic journal to share new knowledge
vCODATA 2000 designed to be big and attractive conference
vSeveral new members are developing countries
vMore will join
vHave unique data needs
vNeed training in of modern data technology
vWorkshops scheduled for Thailand and Africa
vSeek grants to train trainers
CODATA is specially placed to provide real help
CODATA and the Future
vData will help drive 21st century science and technology
vCODATA must involve data experts, leaders, and innovators from around the world
vAs CODATA gets better, science and technology will benefit from the Information Revolution