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The Daily Record

Records Broken on November 6, 2026

US weather stations that set a new daily high- or low-temperature record on November 6, 2026, measured against 55+ years of NOAA history.

US map of 5 daily heat records and 1 cold records broken on November 6, 2026
Heat records (orange) and cold records (blue) by state on November 6, 2026. Gray = no records. Source: NOAA NCEI GHCN-Daily.
5
Daily heat records
1
Daily cold records
6
States affected

How unusual was this?

Heat records
13.1 expected under a stable climate
5
0.4×
of normal
Cold records
13.0 expected under a stable climate
1
0.1×
of normal
The split: 5.0 heat records for every cold record. A stable climate produces the two at about the same rate.
Longest-standing record broken

SNAKE CREEK POWERHOUSE, UT broke a cold record that had stood since 1996 — 30 years. The old mark was 5°F; the new one is -1°F.

Biggest Heat Records

91°F
+4° over old record
PORT MANSFIELD, TX
Beat 87°F from 2005 · 50 yrs of record
Old record stood 21 years
76°F
+4° over old record
BERLIN, NH
Beat 72°F from 2022 · 54 yrs of record
Old record stood 4 years
83°F
+1° over old record
LAFAYETTE 2W, AL
Beat 82°F from 2024 · 52 yrs of record
Old record stood 2 years
83°F
+1° over old record
CLINTON 2 NE, NC
Beat 82°F from 2003 · 55 yrs of record
Old record stood 23 years
65°F
+1° over old record
NEWFOUND GAP, TN
Beat 64°F from 2015 · 32 yrs of record
Old record stood 11 years

Biggest Cold Records

-1°F
+6° over old record
SNAKE CREEK POWERHOUSE, UT
Beat 5°F from 1996 · 39 yrs of record
Old record stood 30 years

Records by State

How we count records: A station sets a daily record when its high or low for the date beats every prior reading at that station for the same calendar day. We only count stations with at least 30 years of history for that day and filter readings flagged by NOAA's quality-control process. Data: NOAA NCEI GHCN-Daily. Recent days may rise as late-reporting stations are added.

How we get “expected”: If the climate were stable, a station with n prior years of history for a date would set a new record on that date with probability 1/(n+1) — today's reading is equally likely to land at any rank among the n+1 observations. Summing that across every eligible station gives the number of records a stable climate would produce. On this date that pool was 652 stations for highs and 644 for lows. No climate model is involved — it is arithmetic on the station count.

What the multiple is not: Nearby stations break records together, so a single day's total varies far more than independent counting would suggest. Treat the multiple as a description of the day, not a significance test. Records are measured against each station's own history since 1970, not all-time state or national marks.

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