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One of the main goals in
precipitation enhancement research is to firmly establish the physical
chain of events in precipitation development so that perturbations,
both intentional and inadvertent, can be understood and quantified.
Thus, this research addresses common fundamental questions on cloud
and precipitation processes that impede progress in other important
research areas (including quantitative precipitation forecasting,
convective rainfall, and aerosol-cloud interactions, etc.).
RAP continues to be a leader
in the world community, being one of only a handful of organizations
actively pursuing research that strengthens the scientific basis
of rainfall enhancement efforts. Numerous countries have looked
to RAP scientists for guidance and advice on budding weather modification
programs.
Over the past few years,
RAP research has focussed on providing a feasibility plan for cloud
seeding in the United Arab Emirates (UAE). The first phase was completed
in early 2003 and a second phase involving a randomized seeding
experiment was implemented in the summer of 2003. These efforts
are reported below and involve collaboration with colleagues at
US universities and in South Africa. Training of local scientists
and engineers in scientific research and field operations was another
important facet of this program.
Selected Presentations
Overview
of Weather Modification Programs around the World - presented
by Roelof T. Bruintjes
The Future
for Hygroscopic Cloud Seeding, summary of the report on the
WMO International Workshop on Hygroscopic Seeding: Experimental
Results, Physical Processes, and Research Needs - presented by
Roelof T. Bruintjes
Research Leads: Brant
Foote, Roelof
Bruintjes
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