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Clyst St Mary Millstream Outfall water level

River gauge, River Clyst Tributary, Devon, United Kingdom

Directions

Right now

Latest reading

Surface elevation

1.50m Steady over the last 24 hours

1.0 1.5 2.0

History

History
1.501.511.51mOct 16Oct 16Oct 16Oct 17Oct 171.501.511.51mOct 16Oct 16Oct 17
Surface elevation

What this means

The Environment Agency has the River Clyst Tributary at Clyst St Mary Millstream Outfall at 1.50 m. There is no published reference for this river yet, so we can't say whether that is high or low for the season.

It has barely moved over the past 24 hours. The 30-day range is 1.50 m – 1.51 m.

The agency publishes no normal range for this gauge yet, so we show the trend only. How to read levels

For anglers and canoeists

Without a reference range, compare today with the chart: a sharp rise usually means coloured water.

Many angling and canoe clubs check gauges like this one before heading out.

Weather at the gauge

Rain in the last 3 days: 3.3 mm. Rain that falls upstream can take hours or days to show up at a river gauge.

17 Sat 14° 8° – Wind 16 km/h
18 Sun 13° 6° – Wind 18 km/h
19 Mon 13° 9° 2.7 mm, 63% Wind 16 km/h
20 Tue 13° 5° 2.7 mm, 43% Wind 14 km/h
21 Wed 12° 4° 5.1 mm, 56% Wind 41 km/h
22 Thu 14° 8° 1.8 mm, 39% Wind 18 km/h
23 Fri 14° 8° 19 mm, 75% Wind 40 km/h

Forecast: Open-Meteo

Sunrise 07:40 AM Sunset 06:20 PM Daylight 10 hr, 40 min First quarter 42%

Map

Other gauges on the River Clyst Tributary

Gauge Level Compared with normal 24 hours Distance
Clyst St Mary Millstream FootbridgeRiver gauge, River Clyst Tributary 2.10 m No reference yet ±0 0.2 km

Nearby gauges

Gauge Level Compared with normal 24 hours Distance
Clyst HonitonRiver gauge, River Clyst 0.60 m Low ±0 2.8 km
Exeter Heavitree Sweetbriar LaneRiver gauge, Northbrook 0.00 m Normal ±0 2.8 km
Swans NestRiver gauge, Exminster Marshes −0.07 m Lowest on record ±0 3.9 km
Withy BridgeRiver gauge, River Clyst 0.09 m Very low ±0 4.6 km
Trews WeirRiver gauge, River Exe 3.31 m Low +0.02 m 5.0 km
Exeter Alphington Mill LaneRiver gauge, Alphin Brook 0.05 m Lowest on record ±0 5.7 km
Rockbeare BridgeRiver gauge, Ford Stream 0.41 m Normal −0.01 m 6.1 km
KennfordRiver gauge, River Kenn Tributary 0.01 m Lowest on record ±0 7.5 km

Questions and answers

Is Clyst St Mary Millstream Outfall really 1.50 m deep?

No. 1.50 m is the height of the water surface above sea level (or the agency's vertical datum), not the depth of the water.

What is the water level of Clyst St Mary Millstream Outfall today?

On 17 Oct 2026, 18:00 BST, the surface elevation was 1.50 m. Steady over the last 24 hours.

Is Clyst St Mary Millstream Outfall rising or falling?

Steady over the last 24 hours.

Is the level of Clyst St Mary Millstream Outfall normal?

The agency publishes no normal range for this gauge yet, so we show the trend only.

How often is this data updated?

The Environment Agency 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 Environment Agency, the official operator of this gauge, and are published under the Open Government Licence v3.0. We do not estimate or model live values.

For specialists

Station codes, datum, parameters, data quality and downloads
Operator
Environment Agency
Station code
ea:E84323 (Agency page)
Coordinates
50.71093, -3.45679 (WGS84)
Vertical datum
ODN
Update interval
every 15 minutes
Licence
Open Government Licence v3.0. Contains Environment Agency data licensed under the Open Government Licence v3.0

Published series

ParameterLast valueTime (UTC)Quality
Surface elevation 1.50 m 2026-10-17 17:00 Provisional
Water level – – –

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

Environment Agency: Clyst St Mary Millstream Outfall (ea:E84323). Accessed October 17, 2026 via Nivelmap, https://nivelmap.com/en/united-kingdom/devon/clyst-st-mary-millstream-outfall

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.