Is the Cumberland River flooding?

Tennessee · 13 gauges · Tennessee river levels

The Cumberland River is tracked by 13 USGS streamgauges in Tennessee. This page compares each gauge’s live water level against its official National Weather Service flood stage, refreshed every 15 minutes, so you can tell whether the Cumberland River is running normal, rising toward flood stage, or already flooding. 7 of 13 gauges have both a usable water-level reading and a published minor flood stage. Gauges without a published flood stage show water level and flow only. For nearby rivers, see all Tennessee river levels.

data refreshed 3 min ago

Readings may be delayed; check each observation time below. This gauge summary does not rule out flooding on unmonitored stretches or nearby streets.

River facts

The longest-running gauge on this river is Cumberland River at Nashville, TN. The highest level ever recorded there was 58.50 ft in 1793. Peak records there go back to 1793 (170 annual peaks). It is currently at 17.88 ft, 40.6 ft below that record.

Drains 12,856 sq mi · gauge elevation 367 ft · source: USGS peak-flow record

GaugeStatusStageFlood stageUpdated
Cumberland River at Celina, TNNo flooding15.51 ft40 ft
Cumberland River at Edenwold, TNNo flooding18.88 ft49 ft
Cumberland River at Stones River near Hermitage, TNNo flooding19.90 ft48 ft
Cumberland River at Omohundro Wtr Plt at Nashville, TNNo flooding20.30 ft41 ft
Cumberland River at Nashville, TNNo flooding17.88 ft40 ft
Cumberland River near Bordeaux, TNNo flooding16.30 ft34 ft
Cumberland River at Ashland City, TNNo flooding18.12 ft28 ft
Cumberland River at Carthage, TNNo current data40 ft
Cumberland River at Old Hickory Dam (Tw), TNNo current data
Cumberland River at Briley Pkwy near Inglewood, TNNo current data47 ft
Cumberland River at Briley Pkwy at Cockrill BendNo current data35 ft
Cumberland River below Cheatham Dam, TNNo current data
Cumberland River below Cordell Hull Dam, TNNo flood stage defined448.62 ft

About the Cumberland River

The Cumberland rises in the Appalachian coalfields of southeastern Kentucky, loops through Nashville, and joins the Ohio in western Kentucky. Through middle Tennessee it is a regulated river, shaped by a series of Army Corps of Engineers dams built largely in response to its flood history.

The May 2010 flood

Over 1–2 May 2010, about 13.57 inches of rain fell on Nashville in roughly 36 hours. The Cumberland crested at 51.86 ft in the city — a level not seen since 1937, before the modern flood-control system existed. It did not approach the all-time mark at Nashville, which dates from the eighteenth century and is shown in the river facts above.

The flooding killed around 26 people across Tennessee and Kentucky, eleven of them in greater Nashville, and caused more than $2 billion in damage in Nashville alone. The Grand Ole Opry House, the Opryland Hotel and the Schermerhorn Symphony Center were all inundated. A subsequent review found that warnings reached the public later than they should have.

A regulated river with limits

The Corps dams upstream of Nashville substantially reduce flood peaks in ordinary events, which is why the city went seven decades between comparable floods. That protection is real, but it is not unlimited: 2010 demonstrated that rainfall concentrated on the uncontrolled area below the dams can still overwhelm the system.

Practically, this means the Cumberland's behaviour depends heavily on where the rain falls. Storms centred on the controlled headwaters are absorbed; storms centred on middle Tennessee tributaries are not.

Reading this river

Watch the tributary gauges as well as the mainstem. In 2010 the damage in Nashville was driven substantially by local creeks that rose long before the Cumberland itself crested.

Reservoir releases also move this river without local rain, so a rise on a clear day is not unusual here and is not by itself a sign of flooding.

Sources: NOAA — Record floods of greater Nashville, May 2010 · Wikipedia — 2010 Tennessee floods

Provisional data: Real-time readings are provisional and subject to revision by the USGS — sensors can be affected by ice, debris, or equipment malfunction. Do not rely on this site for decisions involving personal safety; follow official guidance from the National Weather Service and local authorities.