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United States United States Waterfall

Latourell Falls

A 68 m drop.

When to go

Latourell Falls (2017-05-28)
Steven Pavlov · CC BY-SA 4.0

In numbers.

68m

Height

OpenStreetMap

0.77m³/s

Average flow

estimate

Feb–Apr
Nov

Best months

515kW

Water power

estimate

The water at Latourell Falls, month by month

It roars from December to February.

The fullest months: from December to February. The thinnest: from June to September.

  1. 1.3 m³/sJan
  2. 1.1 m³/sFeb
  3. 1.0 m³/sMar
  4. 0.8 m³/sApr
  5. 0.6 m³/sMay
  6. 0.4 m³/sJun
  7. 0.2 m³/sJul
  8. 0.2 m³/sAug
  9. 0.2 m³/sSep
  10. 0.6 m³/sOct
  11. 1.0 m³/sNov
  12. 1.3 m³/sDec
high water best months to go

From about 0.16 m³/s in the lowest month to 1.3 m³/s in the highest. Best months to go, with plenty of water and pleasant days: from February to April and November.

Estimate: the timing comes from rain, snowmelt and evaporation (NASA POWER, 1991–2020); the amounts from the river model of HydroATLAS (WaterGAP, 1971–2000). Dams upstream can change the real flow.

Waterfall

Latourell Falls is a waterfall in United States. The water falls 68 m.

Read more on Wikipedia

Getting there.

  • Washougalnearest town · 12 km in a straight line
  • Parking 200 m awaynearest car park in OpenStreetMap, straight line
  • Portland International Airport (PDX)nearest airport with scheduled flights · 30 km in a straight lineCar hire at PDX airport (Portland)Discover Cars · Affiliate link
  • From February to April and Novemberbest months to go (estimate)

Plan your visit

Stay, explore and get there

Some links above are affiliate links: if you book through them we may earn a commission, at no extra cost to you. It never changes what the data on this page says.

How big is it?

How big it really is.

68 mLatourellFalls1.8 ma person9.0 ma house56 mTower of Pisa93 mStatue ofLiberty

Height of the drop as mapped in OpenStreetMap (© OpenStreetMap contributors). Buildings and the person are drawn at the same scale.

515 kW

About 0.77 m³/s falling 68 m: the power of the water as it drops.

  • enough to power about 129 homes, if it were all turned into electricity

Power of falling water = density × gravity × flow × height. Average flow and height as shown above; an estimate.

Seen from the sky.

8 × 8 km of cloud-free satellite image, with what OpenStreetMap knows around the falls.

Latourell Falls seen from above (Sentinel-2) N 2 km

Sentinel-2 cloudless 2016 (EOX, CC BY 4.0), 8 × 8 km, north up. Points © OpenStreetMap contributors.

The Latourell Creek through the falls
0 m100 m200 m300 mLatourell Falls-1.5 km-1 km-0.5 km0+0.5 km+1 km+1.5 km← upstreamdownstream →

The line follows the river as mapped in OpenStreetMap; heights from the 30 m Copernicus model, which smooths narrow drops — the published height of the falls is the one above.

The valley below the falls
−690 m+690 m

Around the falls the river drops 267 m in 3.6 km. Here the river runs about 71 m below the lower rim of its valley.

What is around.

  • 4viewpoints
  • —waymarked walking routes
  • 9car parks
  • —swimming spots
  • 10picnic sites
  • 4toilets
  • 1information boards and visitor centres
  • —bus stops within 1 km
  • 7other named waterfalls within 4 kmBridal Veil Falls, Belle Center Falls, Upper Latourell Falls and 4 more
  • —caves
  • 2campsitesOxbow Regional Park Campground
  • 1hotels, B&Bs and huts within 6 kmBridal Veil Lodge
  • 2restaurants and cafés within 3 km

Counted in OpenStreetMap, the map anyone can edit, up to 2 km around the falls (unless noted). A low number may just mean nobody has mapped it yet. © OpenStreetMap contributors (ODbL).

Towns nearby

  • Washougal12 km in a straight line
  • Troutdale13 km in a straight line
  • Camas15 km in a straight line
  • Wood Village16 km in a straight line
  • Sandy16 km in a straight line
  • Fairview17 km in a straight line
  • Gresham17 km in a straight line
  • Fern Prairie18 km in a straight line

Weather

The weather, month by month.

JanFebMarAprMayJunJulAugSepOctNovDec
Afternoon °C791114182127282417107
Night °C1135810121310741
Rain & snow (mm)2161441781197955112057137217251
Wet days201720181410447152020
Sun h/day1.93.54.05.77.48.310.99.67.64.72.41.6
Snow on the ground (cm)10863000000411

Long-term averages 1991–2020 (NASA POWER) for a cell about 55 km wide, with temperatures carried to the height of the falls (123 m) at −6.5 °C per 1,000 m. Not a forecast.

Photos

Through visitors' eyes.

Recent years

Wet years and dry years

Rain of each month as a share of the 1991–2020 average. A wet season above 100 % usually means a fuller waterfall.

JanFebMarAprMayJunJulAugSepOctNovDec
2020167%101%70%54%158%207%75%45%134%77%117%93%
2021124%177%50%25%70%93%11%17%184%116%134%128%
2022103%85%75%177%232%240%89%11%25%73%108%101%
202365%91%100%162%43%48%26%127%112%81%93%121%
2024166%135%86%80%142%136%97%130%60%95%128%121%
202551%139%125%52%74%51%29%175%81%114%88%150%

130% wetter than usual 70% drier than usual

Compare with the waterfalls nearby.

Latourell Falls

United States

  • 68 mHeight
  • 0.77 m³/sAverage flow
  • Feb–Apr, NovBest months

Multnomah Falls

United States

  • 165 mHeight
  • —Average flow
  • Mar–Apr, NovBest months

See the guide

Comet Falls

United States

  • 116 mHeight
  • —Average flow
  • MayBest months

See the guide

Narada Falls

United States

  • 57 mHeight
  • 0.28 m³/sAverage flow
  • MayBest months

See the guide

About these numbers

Names, height, width, riverWikidata (Q38493) · CC0
Height of the drop© OpenStreetMap contributors · ODbL
River flow and catchmentHydroATLAS / RiverATLAS v1.0 (Linke et al. 2019) · CC BY 4.0
ClimateNASA POWER, 1991–2020
Relief, river profile, 3D modelCopernicus DEM GLO-30 · © DLR e.V., © Airbus Defence and Space GmbH, Copernicus/ESA
Paths, viewpoints, parking© OpenStreetMap contributors · ODbL
ImagesEOX Sentinel-2 cloudless 2016 · CC BY 4.0; Wikimedia Commons

Every figure is an average, an estimate or a count from a public dataset. Licences and methods: data sources.

The family

Do you prefer beaches, lakes, mountains, waterfalls, islands, rivers or canyons?

Same idea, other landscapes: field atlases built on open data, month by month, in seven languages.