Knowledge Transfer Project : MCM - IUPAC integration
Project outline
In 2006, NERC funded a 2-yr knowledge transfer project to improve the integration and collaboration between the
IUPAC Subcommittee for Gas Kinetic Data Evaluation
(http://www.iupac-kinetic.ch.cam.ac.uk) and the Master Chemical Mechanism
(MCM: http://mcm.leeds.ac.uk/MCM/. The rationale of this project
is to facilitate the creation of a common interactive tool for the atmospheric chemistry community through the
integration and further development of the MCM and IUPAC databases/websites.
This will be achieved through: (1) Enhancement of the IUPAC database;
(2) Development of common web-based tools; (3) Integration of the MCM and IUPAC databases; (4) Online
tools for communication and exchange of data.
The IUPAC summary table will be converted into a more comprehensive searchable, easily maintainable database
using technology used in the design of the new MCM online database as a starting point. Critical to the
development and integration of the IUPAC and MCM databases will be the choice of nomenclature for expressing
the information in electronic form. The development of both databases will involve the BADC in order to ensure
their long-term integrity.
Common web-based tools will be developed for clear simultaneous searching of both databases and easy
extraction of data. The flexibility of the MCM will be further increased by making it into a more comprehensive kinetic database
through the linking of IUPAC datasheets to the appropriate reactions in the MCM database.
Web-based tools will be developed to improve interactions and collaborations with the user community and to
facilitate the exchange of new data and tools.
Project contacts
University of Cambridge
PIs: Dr Tony Cox, Prof. John Pyle,
Dr Glenn Carver.
Dr Hannah Barjat
is the postdoc employed on this contract.
University of Leeds
PIs: Prof. Mike Pilling,
Dr. Andrew Rickard.
Dr Jenny Young is the postdoc employed on this contract.
British Atmospheric Data Centre
PI: Dr. Stephen Pascoe.
The project also involves collaboration with the UK Meteorological Office through Dr. Colin Johnson as part of the UKCA
chemistry/climate model project.
|