Day 3 Probabilistic Fire Weather Outlooks:
Probability of dry thunderstorms with dry fuels within 12 miles of a point denoted by scalloped lines for
- Critical Area - 40% (blue)
- Marginal Area - 10% (brown)
Probability of strong winds, low RH, and warm temperatures concurrent for at least 3 hours with dry fuels within 12 miles of a point denoted by solid lines for
- Critical Area - 70% (red)
- Marginal Area - 40% (orange)
Day 4 Probabilistic Fire Weather Outlooks:
Probability of dry thunderstorms with dry fuels within 12 miles of a point denoted by scalloped lines for
- Critical Area - 40% (blue)
- Marginal Area - 10% (brown)
Probability of strong winds, low RH, and warm temperatures concurrent for at least 3 hours with dry fuels within 12 miles of a point denoted by solid lines for
- Critical Area - 70% (red)
- Marginal Area - 40% (orange)
Day 5 Probabilistic Fire Weather Outlooks:
Probability of dry thunderstorms with dry fuels within 12 miles of a point denoted by scalloped lines for
- Critical Area - 40% (blue)
- Marginal Area - 10% (brown)
Probability of strong winds, low RH, and warm temperatures concurrent for at least 3 hours with dry fuels within 12 miles of a point denoted by solid lines for
- Critical Area - 70% (red)
- Marginal Area - 40% (orange)
Day 6 Probabilistic Fire Weather Outlooks:
Probability of dry thunderstorms with dry fuels within 12 miles of a point denoted by scalloped lines for
- Critical Area - 40% (blue)
- Marginal Area - 10% (brown)
Probability of strong winds, low RH, and warm temperatures concurrent for at least 3 hours with dry fuels within 12 miles of a point denoted by solid lines for
- Critical Area - 70% (red)
- Marginal Area - 40% (orange)
Day 7 Probabilistic Fire Weather Outlooks:
Probability of dry thunderstorms with dry fuels within 12 miles of a point denoted by scalloped lines for
- Critical Area - 40% (blue)
- Marginal Area - 10% (brown)
Probability of strong winds, low RH, and warm temperatures concurrent for at least 3 hours with dry fuels within 12 miles of a point denoted by solid lines for
- Critical Area - 70% (red)
- Marginal Area - 40% (orange)
Day 8 Probabilistic Fire Weather Outlooks:
Probability of dry thunderstorms with dry fuels within 12 miles of a point denoted by scalloped lines for
- Critical Area - 40% (blue)
- Marginal Area - 10% (brown)
Probability of strong winds, low RH, and warm temperatures concurrent for at least 3 hours with dry fuels within 12 miles of a point denoted by solid lines for
- Critical Area - 70% (red)
- Marginal Area - 40% (orange)
| ||||||||
| D3 | Sun, Dec 01, 2024 - Mon, Dec 02, 2024 | D6 | Wed, Dec 04, 2024 - Thu, Dec 05, 2024 |
| D4 | Mon, Dec 02, 2024 - Tue, Dec 03, 2024 | D7 | Thu, Dec 05, 2024 - Fri, Dec 06, 2024 |
| D5 | Tue, Dec 03, 2024 - Wed, Dec 04, 2024 | D8 | Fri, Dec 06, 2024 - Sat, Dec 07, 2024 |
| (All days are valid from 12 UTC - 12 UTC) | |||
ZCZC SPCFWDD38 ALL FNUS28 KWNS 292145 Day 3-8 Fire Weather Outlook NWS Storm Prediction Center Norman OK 0345 PM CST Fri Nov 29 2024 Valid 011200Z - 071200Z Fire-weather concerns should generally remain low throughout the extended forecast period, as a cool and/or moist air mass encompasses much of the CONUS. The one exception will be across portions of the Florida Peninsula on Days 4-5/Monday-Tuesday. During this timeframe, a broad large-scale trough over the eastern half of the CONUS will progress eastward into the western Atlantic waters, while an upstream surface high shifts from the northern Plains into the Southeast. This will promote breezy northerly surface winds down the Florida Peninsula, where a relatively warm/dry antecedent air mass will be in place. Given a lack of rainfall over the last couple weeks and at least modestly receptive fuels, elevated fire-weather conditions will be possible. However, confidence in the development of critical conditions is too low to add Critical probabilities at this time. ..Weinman.. 11/29/2024 ...Please see www.spc.noaa.gov/fire for graphic product... $$ CLICK TO GET FNUS38 KWNS PFWF38 FIRE WEATHER OUTLOOK DAY 3-8 AREAL OUTLINE PRODUCT