Oklahoma:
WALT Model 2 indicates an increase in tightness of non-polar NO3 within polar H2O molecules this morning southeast of Norman Oklahoma and for Thursday in updraft potential. Storm mode development is expected to be polar for a short time associated with supercell development is indicated southeast of Norman Oklahoma on Thursday. Also, on Thursday a more well-defined area of tornado potential associated with NO3 in polar H2O molecules tightening within the updraft is possible in Southeast Oklahoma northwest of Durant and north of Ardmore. This could give way to EF-0 to EF-2 isolated tornado potential southeast of Norman Oklahoma and a more scattered event north-northwest of Durant and north of Ardmore Oklahoma. EF-1 tornadoes are possible across Southeast Oklahoma but for this discussion, we are indicating the most dangerous area to be concerned with in Oklahoma. Otherwise, non-polarity is the rule across Oklahoma which indicates hail, wind, and heavy rainfall (flooding possible) possible. The highest risk of elevated flash flooding at this time is (areas near I-40 and Highway 9) in Eastern Oklahoma, Central Oklahoma (I-40 and Highway 18), and Southeast Oklahoma (Highway 59, 259, 270, & 271).
Texas:
WALT Model 2 indicates an increase in tightness of non-polar NO3 within polar H2O molecules this morning south of Fort Worth Texas near Joshua for Thursday in updraft potential. This could give way to EF-0 to EF-2 tornado potential near Joshua Texas. Other areas of potentially heavy rainfall and EF-1 tornadoes are possible across North Texas but for this discussion, we are indicating the most dangerous area to be concerned with in North Texas.
Forecaster:
Climate Scientist Wayne Adams