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Sprague River near Chiloquin water level

River gauge, Sprague River, Oregon, United States

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Right now

Very low for mid-October

Water level

1.51ft Steady over the last 24 hours

Flow
189 cfs
Water temperature
49 °F
0 1 3 4

History

History
1.501.52ftOct 16Oct 17Oct 18Oct 19Oct 201.501.52ftOct 16Oct 18Oct 20
Water level

What this means

At 1.51 ft, the Sprague River near Chiloquin is far below normal for mid-October.

The level has held steady over the past 24 hours. Without real rain upstream, that is unlikely to change quickly. Over the past 30 days it has moved between 1.49 ft and 1.53 ft.

Fall is often low-water season on rivers, and it usually takes a few days of steady rain to change that. The sensor also reports a water temperature of 49 °F.

Compared with 5 years of daily readings for this time of year. How to read levels

What the stage means on the water

Low water means more dragging on shallow riffles and slower floats. Fish crowd into the deeper runs, and warm, low water stresses them, so play and release them quickly.

Weather at the gauge

No rain in the last 3 days.

18 Sun 70° 37° – Wind 8 mph
19 Mon 62° 46° – Wind 8 mph
20 Tue 65° 41° – Wind 11 mph
21 Wed 64° 43° – Wind 6 mph
22 Thu 60° 34° 0.04 in, 22% Wind 16 mph
23 Fri 58° 28° – Wind 4 mph
24 Sat 60° 29° – Wind 5 mph

Forecast: Open-Meteo

Sunrise 07:27 AM Sunset 06:19 PM Daylight 10 hr, 52 min First quarter 65%

Map

Nearby gauges

Gauge Level Compared with normal 24 hours Distance
Williamson River below Sprague River near ChiloquinRiver gauge, Williamson River 3.42 ft Below flood stage −0.01 ft 2.1 mi
Wood River near Klamath AgencyRiver gauge, Wood River 316 cfs Very low +10.0 cfs 4.8 mi
Sevenmile Canal at Dike Road Branch, near Klamath AgencyCanal gauge, Sevenmile Canal 10.4 cfs Normal −19.7 cfs 6 mi
Fourmile Canal near Klamath AgencyCanal gauge, Fourmile Canal 23.2 cfs High −12.4 cfs 10 mi
Williamson River near Klamath AgencyRiver gauge, Williamson River 0.0 cfs Normal ±0 11 mi
Fourmile Lake and Fourmile LakeLake 5,726.05 ft Very low 22 mi
Upper Klamath Lake near K.falls(weight/mean Elev)Lake, Upper Klamath Lake 4,140.64 ft Normal +0.04 ft 23 mi
Link River at Klamath FallsRiver gauge, Link River 1,190 cfs Normal +40.0 cfs 25 mi

Questions and answers

Is gage height the same as water depth?

No. Gage height is measured from a fixed reference point chosen by the agency, so a reading of 10 ft does not mean the river is 10 ft deep.

What is the water level of Sprague River near Chiloquin today?

On Oct 19, 2026, 08:30 PM PDT, the water level was 1.51 ft. Steady over the last 24 hours.

Is Sprague River near Chiloquin rising or falling?

Steady over the last 24 hours.

Is the level of Sprague River near Chiloquin normal?

Very low for mid-October. Compared with 5 years of daily readings for this time of year.

How often is this data updated?

The U.S. Geological Survey publishes a new reading every 15 minutes. This page refreshes within minutes of each update.

Where does this data come from?

The values come directly from the U.S. Geological Survey, the official operator of this gauge, and are in the public domain. We do not estimate or model live values.

For specialists

Station codes, datum, parameters, data quality and downloads
Operator
U.S. Geological Survey
Station code
usgs:11501000 (Agency page)
Coordinates
42.58431, -121.84833 (WGS84)
Vertical datum
NGVD29
Update interval
every 15 minutes
Licence
Public domain. Data: U.S. Geological Survey (USGS), provisional data subject to revision

Published series

ParameterLast valueTime (UTC)Quality
Water level 1.51 ft 2026-10-20 03:30 Provisional
Flow 189 cfs 2026-10-20 03:30 Provisional
Water temperature 49 °F 2026-10-20 03:30 Provisional

Download

Embed this gauge

Add a live card for this gauge to your website. It updates on its own and links back here.

How to cite

U.S. Geological Survey: Sprague River near Chiloquin (usgs:11501000). Accessed October 20, 2026 via Nivelmap, https://nivelmap.com/en/united-states/oregon/sprague-river-near-chiloquin

How we check values

Each reading is stored as published. We hold back values that jump faster than physically plausible and show the measurement time with every value.