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GIS Enhancement of Climate Prediction Center's Africa FEWS-NET
Products
Timothy
B Love
National Centers for Environmental Prediction, Climate Prediction
Center, NWS
Automated
and PC-based use of Geographic Information Systems software has
allowed for better understanding of meteorological and hydrological
phenomena over the African continent and has increased accuracy
of real-time analyses and short to medium term forecasts throughout
the region. Though the Famine Early Warning System Network group
at NOAA's Climate Prediction Center has used GIS in the past to
primarily create static graphical representations of climate events,
increased interaction with organizations heavily involved in GIS
applications has led to a wider usage of the software.
Along with creating more aesthetically pleasing graphical products,
GIS transformation has increased their value by adding easily
readable information. Legacy products now provide increased relevant
information and their data may be shared between internal applications
and external organizations thus fostering data exchange, new growth,
and wider acceptance. As ground-based meteorological information
is relatively limited throughout most of Africa, analyses of derived
data is crucial in understanding current and short-term forecast
cycles, and GIS enables straightforward display and interpretation.
Future projects will be developed to promote increased interaction
between organizations using similar datasets, internet based data
exchange, and improvement of climatic forecast and analysis accuracy.
Biography
Timothy
B Love
Research Meteorologist
RSIS / NOAA Climate Prediction Center
While attending the University of Oklahoma, I worked at
the Oklahoma Climatological Survey in the Mesonet division
until 2001. There, I learned aspects of obtaining continuous,
quality controlled, high resolution data and applications
to meteorological and climatic derived
products. Since 2001, I have held a position at NOAA's Climate
Prediction Center, working with the USAID Famine Early Warning
System
Network group. At the CPC, I have worked on the creation
of short to
medium term forecasts over Africa, daily and long term monitoring
of
meteorological trends, and the implementation of Geographic
Information
Systems products. Future projects include the creation of
a high
resolution satellite-derived precipitation climatology over
Africa and
further growth of GIS applications for the group and our
partners.
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