Wonders

El Niño 2026 in Alabama: what it could do in your county, and what to do

In 1997–98, 67 of 67 Alabama counties got more December–February rain than normal, and the median one got 128%. In 2015–16, 67 did, and the median got 137% (Vose et al., 2014b). Here is every county, and a plan for yours.

By Wonders · September 24, 2026 · Data retrieved September 24, 2026

NOAA puts it at three chances in four (75%) that by October–December this is the strongest El Niño in its index record, which goes back to 1950 (Climate Prediction Center, 2026b). A new National Flood Insurance Program policy usually takes effect 30 days after you buy it, so buy it at least a month before the storms (FloodSmart, n.d.).

The full story, the research behind it and who is working on it now are in the main post.

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Alabama, county by county

How many of the seven strongest El Niño winters since 1950 brought heavier winter rain than each county’s 1991–2020 normal (Climate Prediction Center, 2026a; Vose et al., 2014b); heavier rain is what came with the flood and storm disasters listed below. 46 of 67 were wetter in five or more; 0 in two or fewer.

Montgomery County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on recordMorgan County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themPerry County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themPickens County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on recordPike County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themRandolph County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themRussell County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themSt. Clair County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 3 federal flood or storm disasters in themShelby County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on recordSumter County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themTalladega County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on recordTallapoosa County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on recordTuscaloosa County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themWalker County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 3 federal flood or storm disasters in themWashington County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on recordWilcox County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themWinston County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themButler County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themCoffee County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themBaldwin County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themLowndes County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themFayette County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themChilton County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themJefferson County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themClay County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themChambers County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themLauderdale County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themDeKalb County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themGreene County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themCherokee County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themColbert County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themEtowah County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themFranklin County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themElmore County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themCalhoun County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on recordDallas County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on recordConecuh County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themChoctaw County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themLimestone County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themMarshall County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themBullock County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themClarke County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themMarengo County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on recordHale County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themLamar County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themCoosa County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on recordCrenshaw County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themDale County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themLee County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themAutauga County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themBarbour County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themMobile County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themBibb County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on recordGeneva County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themHouston County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themMarion County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themCleburne County: heavier winter rain than normal in 5 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themMadison County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themBlount County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themLawrence County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themMacon County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themJackson County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themCovington County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 3 federal flood or storm disasters in themMonroe County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 1 federal flood or storm disaster in themHenry County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 2 federal flood or storm disasters in themEscambia County: heavier winter rain than normal in 6 of the 7 strongest El Niño winters on record, and 3 federal flood or storm disasters in themCullman County: heavier winter rain than normal in 4 of the 7 strongest El Niño winters on record, and 3 federal flood or storm disasters in them
  • 0–1 of 7 lighter winter rain in most
  • 2 of 7 lighter more often
  • 3–4 of 7 no clear pattern
  • 5 of 7 heavier winter rain more often
  • 6–7 of 7 heavier winter rain in most

Federal disasters declared in those winters

In the 6 strong El Niño winters since 1965–66, 4 federal weather disaster declarations, recorded by FEMA, covered 56 of Alabama's 67 counties (Federal Emergency Management Agency, 2026). Across all its counties, that is 85 designations in 6 winters, or 14.2 a winter, against 12.2 a winter in the other 55.

  • 1972–73Tornadoes & flooding DR-369Tornado · 28 counties
  • 1997–98Severe storms and flooding DR-1208Severe Storm · 12 counties
  • 1997–98Severe storms and tornadoes DR-1214Severe Storm · 6 counties
  • 2015–16Severe storms, tornadoes, straight-line winds, and flooding DR-4251Severe Storm · 39 counties

A declaration means damage large enough for federal aid, so these undercount smaller floods and storms. Declarations have also become more common over the decades, which weighs the comparison toward the recent winters.

What to do before the storms

  • A new National Flood Insurance Program policy usually takes effect 30 days after you buy it, so buy it at least a month before the storms (FloodSmart, n.d.).
  • Six inches of fast-moving water can knock over an adult, and 12 inches can carry away most cars. More than half of flood drownings happen when a vehicle is driven into flood water (National Weather Service, n.d.-c).
  • Pick your tornado shelter now and practise getting there: a safe room or storm shelter, or else a small, interior, windowless room or basement on the lowest level of a sturdy building (Ready.gov, n.d.-b).
  • Before the fire season, clear leaves, debris and anything flammable for at least 30 feet around your home (Ready.gov, n.d.-c).
  • After a wildfire, flood risk stays significantly higher for up to five years, until plants grow back (Federal Emergency Management Agency, n.d.).

Every county

December–February rain as a share of the 1991–2020 normal, and federal weather disaster designations in the strong winters since 1965–66.

CountyWetter
(of 7)
1997–9897–982015–1615–16Normal
(in)
FEMA
Autauga CountyAutauga6131%138%15.951
Baldwin CountyBaldwin6155%119%15.071
Barbour CountyBarbour6122%174%14.782
Bibb CountyBibb4146%116%16.19—
Blount CountyBlount4123%134%16.311
Bullock CountyBullock6131%164%14.701
Butler CountyButler6127%158%15.782
Calhoun CountyCalhoun6113%135%15.43—
Chambers CountyChambers6137%178%15.551
Cherokee CountyCherokee5113%148%15.441
Chilton CountyChilton4138%128%16.241
Choctaw CountyChoctaw5136%115%15.781
Clarke CountyClarke6125%124%16.191
Clay CountyClay6127%133%16.591
Cleburne CountyCleburne5117%136%15.911
Coffee CountyCoffee6132%158%15.422
Colbert CountyColbert5105%104%16.732
Conecuh CountyConecuh6128%137%16.042
Coosa CountyCoosa6135%136%16.12—
Covington CountyCovington6124%151%15.393
Crenshaw CountyCrenshaw6131%169%15.512
Cullman CountyCullman4109%139%17.043
Dale CountyDale6135%166%15.272
Dallas CountyDallas5136%133%15.58—
DeKalb CountyDeKalb5109%149%16.592
Elmore CountyElmore6129%158%15.531
Escambia CountyEscambia6131%124%15.963
Etowah CountyEtowah4109%146%16.051
Fayette CountyFayette4114%111%17.111
Franklin CountyFranklin5104%125%17.552
Geneva CountyGeneva6144%140%15.682
Greene CountyGreene4132%109%16.081
Hale CountyHale4140%113%15.821
Henry CountyHenry6130%166%15.102
Houston CountyHouston6144%140%15.132
Jackson CountyJackson4103%139%17.122
Jefferson CountyJefferson4134%125%15.931
Lamar CountyLamar4111%105%17.282
Lauderdale CountyLauderdale5101%105%17.031
Lawrence CountyLawrence4115%141%16.862
Lee CountyLee6138%179%15.361
Limestone CountyLimestone5106%139%17.311
Lowndes CountyLowndes6126%151%14.991
Macon CountyMacon6132%166%15.041
Madison CountyMadison4105%138%17.321
Marengo CountyMarengo5140%133%15.69—
Marion CountyMarion4103%129%18.112
Marshall CountyMarshall4114%156%16.482
Mobile CountyMobile5155%128%15.501
Monroe CountyMonroe6125%134%16.051
Montgomery CountyMontgomery6126%167%14.70—
Morgan CountyMorgan4111%139%16.601
Perry CountyPerry5145%127%15.741
Pickens CountyPickens4115%106%16.63—
Pike CountyPike6133%177%15.071
Randolph CountyRandolph6126%148%16.031
Russell CountyRussell6130%168%14.401
Shelby CountyShelby4139%123%16.00—
St. Clair CountySt. Clair4129%128%16.163
Sumter CountySumter5147%110%15.731
Talladega CountyTalladega5128%126%15.91—
Tallapoosa CountyTallapoosa6133%151%15.87—
Tuscaloosa CountyTuscaloosa5128%113%16.382
Walker CountyWalker4117%120%16.523
Washington CountyWashington5127%126%16.70—
Wilcox CountyWilcox6125%146%15.621
Winston CountyWinston4109%137%17.842

National Weather Service offices

The offices that issue forecasts and warnings for Alabama (National Weather Service, n.d.-a):

Questions

What can a strong El Niño winter do in Alabama?

In the 6 strong El Niño winters since 1965–66, 4 federal weather disaster declarations (recorded by FEMA) covered Alabama, including 56 of its 67 counties: Tornadoes & flooding (1972–73); Severe storms and flooding (1997–98); Severe storms and tornadoes (1997–98); Severe storms, tornadoes, straight-line winds, and flooding (2015–16).

Does El Niño bring more rain to Alabama?

In the seven strongest El Niño winters since 1950, 46 of Alabama's 67 counties with a full record got more December–February rain than their 1991–2020 normal in at least five of the seven, and 0 in two or fewer. The rest, 21, show no consistent pattern. Heavier winter rain came with the flood and storm disasters listed on this page, and a new National Flood Insurance Program policy usually takes 30 days to start.

What did the 1997–98 El Niño do in Alabama?

67 of 67 counties got more December–February rain than normal; the median county got 128% of normal. Federal disaster declarations that winter: DR-1208 (Severe storms and flooding); DR-1214 (Severe storms and tornadoes).

How did the 2015–16 El Niño compare?

67 of 67 counties got more rain than normal, and the median county got 137% of normal, against 128% in 1997–98. A strong El Niño does not tell you which winter you will get, so prepare for the wet one: a new flood insurance policy usually takes 30 days to start.

Which National Weather Service offices cover Alabama?

NWS NWS Birmingham, Alabama, NWS Huntsville, AL, NWS Mobile/Pensacola, NWS Tallahassee, FL. Enter a ZIP code above to find the one for your address.

How this page was made

Rain is NOAA’s monthly county series (Vose et al., 2014a, 2014b): December–February totals in the seven winters when NOAA’s relative Niño index was 1.5 °C or more (Climate Prediction Center, 2026a), against the 1991–2020 mean. Disasters are FEMA’s county designations for weather incidents beginning November to April, counted from 1965–66 (Federal Emergency Management Agency, 2026). Names are the Census Bureau’s (U.S. Census Bureau, 2020); offices are the National Weather Service’s county zones (National Weather Service, n.d.-a). Seven winters is a small sample, and the one ahead is forecast to be stronger than any of them (Climate Prediction Center, 2026b). Retrieved September 24, 2026.

References

  1. Climate Prediction Center. (2026a). Relative Oceanic Niño Index (RONI) [Dataset]. National Oceanic and Atmospheric Administration. https://www.cpc.ncep.noaa.gov/data/indices/RONI.ascii.txt
  2. Climate Prediction Center. (2026b, September 10). El Niño/Southern Oscillation (ENSO) diagnostic discussion. National Oceanic and Atmospheric Administration. https://www.cpc.ncep.noaa.gov/products/analysis_monitoring/enso_advisory/ensodisc.shtml
  3. Federal Emergency Management Agency. (n.d.). Flood after fire: The increased risk. Ready.gov. Retrieved https://www.ready.gov/sites/default/files/Flood_After_Fire_Fact_Sheet.pdf
  4. Federal Emergency Management Agency. (2026). OpenFEMA dataset: Disaster Declarations Summaries - v2 [Dataset]. https://www.fema.gov/openfema-data-page/disaster-declarations-summaries-v2
  5. FloodSmart. (n.d.). Buy a policy. Federal Emergency Management Agency. Retrieved September 24, 2026, from https://www.floodsmart.gov/get-insured/buy-a-policy
  6. National Climatic Data Center. (1998). Service Assessment and Report: The winter of 1997–1998 severe storms (Technical Report 98-02). NOAA National Climatic Data Center. https://www.ncei.noaa.gov/monitoring-content/billions/reports/19971201-19980228-severe-storm/tr9802.pdf
  7. National Weather Service. (n.d.-a). API web service. National Oceanic and Atmospheric Administration. Retrieved September 24, 2026, from https://www.weather.gov/documentation/services-web-api
  8. National Weather Service. (n.d.-b). NOAA Weather Radio. National Oceanic and Atmospheric Administration. Retrieved September 24, 2026, from https://www.weather.gov/nwr/
  9. National Weather Service. (n.d.-c). Turn Around Don’t Drown. National Oceanic and Atmospheric Administration. Retrieved September 24, 2026, from https://www.weather.gov/safety/flood-turn-around-dont-drown
  10. National Weather Service. (n.d.-d). Wireless Emergency Alerts. National Oceanic and Atmospheric Administration. Retrieved September 24, 2026, from https://www.weather.gov/wrn/wea
  11. Ready.gov. (n.d.-a). Financial preparedness. U.S. Department of Homeland Security. Retrieved September 24, 2026, from https://www.ready.gov/financial-preparedness
  12. Ready.gov. (n.d.-b). Tornadoes. U.S. Department of Homeland Security. Retrieved September 24, 2026, from https://www.ready.gov/tornadoes
  13. Ready.gov. (n.d.-c). Wildfires. U.S. Department of Homeland Security. Retrieved September 24, 2026, from https://www.ready.gov/wildfires
  14. Ready.gov. (n.d.-d). Winter weather. U.S. Department of Homeland Security. Retrieved September 24, 2026, from https://www.ready.gov/winter-weather
  15. U.S. Census Bureau. (2020). 2020 FIPS codes for counties and county equivalent entities [Dataset]. https://www2.census.gov/geo/docs/reference/codes2020/national_county2020.txt
  16. U.S. Census Bureau. (2024). 2024 Gazetteer files: ZIP Code Tabulation Areas [Dataset]. https://www.census.gov/geographies/reference-files/time-series/geo/gazetteer-files.html
  17. Vose, R. S., Applequist, S., Squires, M., Durre, I., Menne, M. J., Williams, C. N., Fenimore, C., Gleason, K., & Arndt, D. (2014a). Improved Historical Temperature and Precipitation Time Series for U.S. Climate Divisions. Journal of Applied Meteorology and Climatology, 53(5), 1232–1251. https://doi.org/10.1175/jamc-d-13-0248.1
  18. Vose, R. S., Applequist, S., Squires, M., Durre, I., Menne, M. J., Williams, C. N., Fenimore, C., Gleason, K., & Arndt, D. (2014b). NOAA Monthly U.S. Climate Divisional Database (NClimDiv) [Dataset]. NOAA National Centers for Environmental Information. https://doi.org/10.7289/V5M32STR
  19. Ward, A. (2026, September 16). Extreme meteorology (El Niño) with Dr. Marshall Shepherd [Audio podcast episode]. In Ologies with Alie Ward. https://www.alieward.com/ologies/extrememeteorology

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