"PLEASE NOTE:\n12km graphics have been retired and will no longer be shown on this website.\nWe apologize for any inconvenience that this may cause.\nPlease update your bookmarks to reflect this change.

Texas Tech Atmospheric Science Department

3km Real-Time WRF Modeling System

Latest Model Run initialized at: 200124 12Z

Previous Model Run initialized at: 200124 06Z

Latest Model Run progress through: 27 hours

Previous Model Run progress through: 60 hours

---

Near Surface

• Temperature
• Dewpoint
• Theta-e
• Relative Humidity
• Wind Speed
• Maximum Wind Gust

850 MB

• Winds
• Temperature
• Relative Humidity
• Vertical Velocity

700 MB

• Winds
• Temperature
• Relative Humidity
• Vertical Velocity

500 MB

• Winds
• Temperature
• Relative Humidity
• Absolute Vorticity
• Vertical Velocity

300 MB

• Wind Speed
• Temperature

LAYER

• 1000-500mb Thickness

PRECIP.

• 1-hour Precipitation
• Accumulated Precipitation
• Reflectivity
• Reflectivity & UH
• Precipitable Water

CONVECTIVE

• ML CAPE
• ML CINH
• 0-3 km ML CAPE
• 700-500mb lapse rate
• 0-1 km Shear
• 0-6 km Shear
• 0-1 km SRH
• 0-3 km SRH
• 0-1 km EHI
• 0-3 km EHI
• Bunkers Storm Motion
• Corfidi Vectors
• Lifted Condensation Level
• Updraft Helicity
• Supercell composite parameter
• Significant tornado parameter
• Hail Size

FIRE WEATHER

• Red Flag Threat Index

SOUNDINGS

• Amarillo
• Lubbock
• Midland
• Dallas-Ft. Worth
• Austin
• Houston
• Oklahoma City
• Tulsa
• El Paso
• San Antonio
• San Angelo
• Albuquerque

More Soundings

• Abilene
• Boise City
• Beaver, OK
• Carlsbad
• Dalhart
• Del Rio
• Fredrick, OK
• Friona, TX
• Fort Stockton
• Guthrie, TX
• Guymon, OK
• Canadian, TX
• Marfa, TX
• Panther Junction, TX
• Plains, TX
• Pampa, TX
• Pantex Plant, TX
• Roswell, NM
• Santa Fe, NM
• Shamrock, TX
• Van Horn, TX
• Waco

Go to TTU-WRF Ensemble Run About the TTU-WRF

---

F00

F01

F02

F03

F04

F05

F06

F07

F08

F09

F10

F11

F12

F13

F14

F15

F16

F17

F18

F19

F20

F21

F22

F23

F24

F25

F26

F27

LOOP

©2011-2019 Texas Tech University Atmospheric Science Group