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(SLOC), the system, which includes
Campbell Scientific automated weather
stations, relies upon meteorologists from
the public, private, and academic sectors
of the atmospheric science community.
It spans the network of indoor Olympic
venues along the Wasatch Front (the met-
ropolitan corridor west of the Wasatch
Mountains that is home to the bulk of
Utah's population and runs 110 km at
~1,300 m in elevation) and outdoor
venues on the eastern flanks of the
Wasatch Mountains which range in
elevation from 2,826 m (9,270 ft) at
the top of the men's downhill course, to
1,670 m (5,480 ft) at the cross country/
biathlon course. The variations in weath-
er and climate from venue to venue are
tremendous.
Forecasting responsibilities are like-
wise varied. Olympic weather support
has traditionally been led by the host
country's primary weather agency. But
weather forecasting duties for the 2002
Winter Games will be shared by forecast-
ers from the National Weather Service
and KSL, Salt Lake City's National
Broadcasting Company (NBC) affiliate.
Individuals from other agencies, including
the NWS Salt Lake Weather Forecast
Office, the NOAA Cooperative Institute
for Regional Prediction (CIRP), the NWS
Western Region Scientific Services
Division, the Aviation Security Operations
Center (ASOC) at Hill Air Force Base,
and the Utah Avalanche Center will pro-
vide data, resources and forecasts for spe-
cific Olympic-related applications. The
SLOC weather support group also
includes weather volunteers, including
undergraduate and graduate students from
the University of Utah and other local res-
idents. Close coordination of all groups
involved, therefore, will be vital if consis-
tent forecasts are to be ensured.
The KSL team consists of 13 private-
sector meteorologists charged with pro-
viding detailed microscale weather fore-
casts for the five outdoor venues.
Assembled by Mark Eubank, KSL chief
meteorologist, the venue forecast team
has extensive experience forecasting
northern Utah weather. Venue forecasters
will have on-site access to the latest
weather observations, graphics, and
model data. Weather forecasts will be
issued three times daily with updates
issued as needed. Forecast fields include:
sky cover, precipitation type and amount,
Copyright © 2002
Campbell Scientific, Inc.
Printed January 2002
AP No. 022
air temperature, wind direction, wind
speed, wind gusts, wind chill, visibility,
humidity, and snow temperature. A joint
weather phone conference will be con-
ducted each morning between forecasters
at the venues, the NWS Salt Lake field
office, and the ASOC. Official manual
weather observations will be started one
hour before each outdoor event begins
and will continue at 15-minute intervals
throughout the event.
Since documentation of weather condi-
tions prior to the Olympics was required
for planning (and during the Games for
operations) weather equipment was
installed at venues and other key locations
in northern Utah beginning in 1996.
Portable weather stations manufactured
by Campbell Scientific, Inc., that were
deployed by the NWS Southern Region
for the 1996 Atlanta Summer Olympic
Games, were made available to the NWS
Western Region after the summer games
were completed. Also during 1996, the
NWS Western Region and the National
Severe Storms Laboratory began a
research project in the vicinity of Salt
Lake City to validate WSR-88D radar
algorithms in regions of complex terrain.
In support of that project, weather equip-
ment was deployed at eight locations
(four within the Wasatch Front and four at
Olympic venues).
Forecasting and weather-data recording
in preparation for the 2002 Olympic
Winter Games have allowed a unique
partnership to evolve since 1996, with
government, commercial, and research
(Left) Red triangles mark
the location of 278 weather
stations (most of which are
Campbell Scientific equipment)
throughout northern Utah.
(Below) Four PCs at the
NWS office in Salt Lake City
use PC208W to call remote
stations.
(Bottom) Shooting Star Jump
Station on the downhill course.
communities sharing weather information
in northern Utah and throughout the west-
ern United States. Initially referred to as
the Utah Mesonet, the collection of data
outside of Utah led to its redesignation as
MesoWest in January 2000. Now, during
February and March 2002, weather obser-
vations will be available from over 278
locations in the northern Utah region.
This article was derived from a
manuscript submitted to the Bulletin
of the American Meteorological Society.
The full text is available at
http://www.met.utah.edu/olympics/
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