The University of Tulsa
Mountain Cedar Pollen Forecast
Metropolitan Area |
Exposure Risk |
Oklahoma City |
Low |
Tulsa |
Low |
St. Louis MO |
Low |
Date Issued: 21 Jan 06
Mountain Cedar Location(s): Arbuckle Mountains, OK
Regional Weather: Sat
and Sun, Jan 21 and 22. TX/OK: Yesterday’s
cold front with continuing northeast winds result in near normal temperatures for the region on Saturday. Skies
will be partly to mostly cloudy during the day on Saturday with temperatures in the 50s and light northeast winds.
Rain will begin moving into the region late this evening and spread northward overnight bringing much needed precipitation
to many parts of the region on Sunday. Lows tonight will range from the low 30s in Oklahoma to the mid 40s in Texas.
Northerly winds, cloudy skies and rain possibilities will keep temperatures in the upper 40s to low 50s on Sunday.
Precipitation will move east on Sunday and should leave partly cloudy skies on Monday with light north winds and
daytime highs in the 50s.
Trajectory weather: The air mass trajectories move from
the Arbuckle Mountains to the southwest over southwest Oklahoma and west Texas. The trajectories show good characteristics
for entrainment and travel. Conditions at the source today are marginal with low morning temperatures. Trajectories
on Sunday move to the south over central Texas but show poor characteristics for pollen entrainment and travel.
OUTLOOK: *** Low threat *** Conditions are
marginal for pollen release today and less favorable on Sunday. Any pollen released will move away from major population
centers of Oklahoma.
Trajectory Start (s) (shown by black
star on map): Sulfur, OK.
Prepared by: Estelle
Levetin (Faculty of Biological
Science, The University
of Tulsa, 600 S. College, Tulsa, OK 74104). This forecast gives the anticipated future track of released
Mountain Cedar pollen, weather conditions over the region and along the forecast pathway, and an estimated time
of arrival for various metropolitan areas.
Questions: Aerobiology Lab e-mail: pollen@utulsa.edu
Return to Forecasting Home Page