Rivers in Nevada

Humboldt River at Palisade

Eureka County, NevadaNWS PALN2USGS 10322500Elko office

Below flood stage
0.87ftStage

Observed Tue, Sep 22, 12:55 PM PDT

Flood stage
7.00 ft
Forecast crest
0.83 ftThu, Sep 24, 9:00 AM PDT
Record crest
17.00 ft1910

Open the live map with the river flood outlook

Flood stages and impacts

CategoryStage
Major flood9.00 ft
Moderate flood8.00 ft
Minor flood7.00 ft
Action6.00 ft
  1. 17.00 ftAll time record flooding occurs with widespread catastrophic damage. This is similar to the largest known flood of february 1910. Catastrophic damage to all public infrastructure and private property along the river in the reach. The river becomes a large lake 4 to 5 miles wide from Beowawe to Battle Mountain. Transportation is nearly impossible. Communications out to many areas. This is about 17000 cfs. Any levels higher than this become new record floods.
  2. 12.00 ftCatastrophic flooding occurs. This is about 10000 cfs.
  3. 10.50 ftDisastrous flooding occurs with extensive damage through reach. This is about 8300 cfs.
  4. 10.00 ftMajor flooding occurs with extensive damage to railroads, roads, bridges, buildings, irrigation structures and ranchland. Heavy livestock losses occur. Total loss will probably exceed 10 million dollars in the reach. Many roads are closed or destroyed. This is about 7600 cfs.
  5. 9.50 ftMajor lowland flooding occurs with damage to roads, railroads, and buildings along the river from Carlin to Battle Mountain. Lower portions of Carlin and Beowawe flood. Significant losses occur to livestock, irrigation structures, and pasture. This is about 6900 cfs.
  6. 9.00 ftSignificant to major lowland flooding occurs with moderate damage from Carlin to Battle Mountain. Moderate damage occurs to low-lying structures, rural roads and bridges. Ranch buildings and livestock affected. Erosion degrades pastures. This is about 6200 cfs.
  7. 8.50 ftSignificant lowland flooding occurs with minor damage from Carlin to Battle Mountain. Some damage occurs to low lying structures. A few rural roads flood. This is about 5500 cfs.
  8. 8.00 ftModerate lowland flooding occurs from Carlin to Battle Mountain. This is about 4900 cfs.
  9. 7.50 ftMinor to moderate lowland flooding occurs from Carlin to Battle Mountain. This is about 4300 cfs.
  10. 7.00 ftMinor lowland flooding begins between Carlin and Battle Mountains. This is about 3650 cfs.
  11. 6.00 ftThis is action stage. No flooding occurs. This is about 2600 cfs.
  12. 5.20 ftThis is below action stage. No flooding occurs. This is about 1800 cfs. NOTE: 1 cfs (cubic feet per second) is approximately 7.48 gallons of flow per second.

Flood outlook

Chance of flooding, September to November

CategoryChance
Minor floodingUnder 5%
Moderate floodingUnder 5%
Major floodingUnder 5%

The three-month chances are the River Forecast Centers’ long-range flood outlook, issued September 22, 2026.

Crest history

37 crests on NOAA’s list since 1910.

#DateStage
1February 28, 191017.00 ft
2May 18, 198410.08 ft
3February 12, 196210.00 ft
4February 26, 19439.92 ft
5March 6, 19839.75 ft
6February 12, 20179.69 ft
7May 2, 19529.53 ft
8April 8, 20069.08 ft
9February 20, 19868.83 ft
10June 8, 19958.74 ft
11March 5, 19218.60 ft
12May 20, 20058.49 ft
13April 8, 19428.26 ft
14April 7, 19697.67 ft
15June 11, 19457.59 ft
16June 7, 19807.55 ft
17June 11, 20197.46 ft
18January 12, 19797.42 ft
19May 29, 20237.39 ft
20May 23, 19757.29 ft
21June 10, 19577.11 ft
22June 19, 19717.10 ft
23March 28, 19937.07 ft
24February 16, 19827.06 ft
25June 9, 19976.89 ft

Most recent crests

  • May 29, 2023: 7.39 ft
  • June 11, 2019: 7.46 ft
  • February 12, 2017: 9.69 ft
  • June 20, 2011: 6.82 ft
  • June 11, 2010: 6.34 ft
  • April 8, 2006: 9.08 ft
  • May 20, 2005: 8.49 ft
  • June 6, 1999: 6.17 ft
  • June 12, 1998: 6.69 ft
  • June 9, 1997: 6.89 ft

Nearby

Upstream, downstream and the gauges around this one.

What this means

Forecasts by the California Nevada River Forecast Center. Forecasts are issued routinely year-round.

Sources

Stage, flood stages, impacts and crest history from NOAA’s National Water Prediction Service. Streamflow and the daily record from the U.S. Geological Survey.