Atmospheric Transport Modelling - Comprehensive Nuclear-Test ...
Atmospheric Transport Modelling - Comprehensive Nuclear-Test ...
Atmospheric Transport Modelling - Comprehensive Nuclear-Test ...
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AT M O S P H E R I C<br />
T R A N S P O R T M O D E L L I N G<br />
Figure 3<br />
Section snapshot of the poster by Arnold et al. (ATM-02/E) showing observed and modelled Radon-222 concentrations<br />
at a station near Barcelona, Spain, which is apparently typical for IMS stations in horizontally heterogeneous terrain.<br />
It is shown that the utilization of higher resolved input meteorological fields substantially improves the ATM system‘s<br />
capability to reproduce the observations.<br />
B I O G R A P H I C A L N OT E<br />
RICHARD HOGUE<br />
is Director of the National Prediction Operations Division<br />
at Environment Canada’s Meteorological Service of<br />
Canada.<br />
Mr. Hogue has been managing Research and Development<br />
and governmental operational systems for the<br />
past 15 years. Under his leadership, the Environmental<br />
Emergency Response Section manages national and international<br />
mandates to provide specialized atmospheric<br />
dispersion modelling services regarding radioactive<br />
material to various organizations such as the World<br />
Meteorological Organization (WMO) and the CTBTO.<br />
which was introduced at the annual<br />
European Geosciences Union General<br />
Assembly in 2007, will continue to serve<br />
as a platform for the CTBTO to exchange<br />
information and ideas with the scientific<br />
community, especially in the field of ATM.<br />
Many participants stressed the need for<br />
an increase in the availability of CTBTO<br />
monitoring data to scientists around<br />
the world since data are best used when<br />
shared. The sharing of monitoring data<br />
would be of immense benefit to the many<br />
research projects that scientists are undertaking<br />
to improve the CTBTO’s verification<br />
capacities. It would also give an impetus to<br />
further research into the civil and scientific<br />
applications highlighted during ISS09.<br />
B I O G R A P H I C A L N OT E<br />
PETER CHEN<br />
is Chief of the Data-Processing and Forecasting Division<br />
of the Weather and Disaster Risk Reduction Services Department<br />
of WMO. He coordinates scientific and technical<br />
matters related to operational weather forecasting for<br />
WMO Members and relevant international organizations,<br />
including numerical weather prediction, and ATM for emergency<br />
response.<br />
Prior to his arrival at the WMO, he was Director of Operations<br />
of the Canadian Meteorological Centre for 10 years.<br />
His career has included various positions including forecaster,<br />
senior instructor, and manager of scientific services.<br />
34 SCIENCE FOR SECURITY