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Rietholzbach – Water level & Water temperature

Rietholzbach is measured at 2 measuring stations.

Current situation

Rietholzbach at Mosnang, Rietholz is currently at 681.66 m a.s.l..

Water level681.66 m a.s.l.
Water temperature11.9 °C
How this assessment is made

Reading and sourceBundesamt für Umwelt (BAFU) · 15 minutes ago

Basis of comparisonCurrent reading, previous day and available 30-day daily means from the same reference station.

CalculationSeepegel uses the highest-flowing current reference station; stations along a river are not added together.

Rietholzbach, Mosnang, Rietholz

Measurement at this river section; other sections may differ.

Measurement time: Oct 4, 2026, 11:40 AM

Bundesamt für Umwelt (BAFU) ↗

Water level, last 30 days

One line per station. Elevation levels and local centimetre gauges are shown separately.

Mosnang, Rietholz

Water temperature, last 30 days

One line per station with a temperature probe.

Mosnang, Rietholz

What has changed?

yesterday

↓Rietholzbach, Mosnang, Rietholz: reading fell by -0.06 m a.s.l.

2 days ago

↑Rietholzbach, Mosnang, Rietholz: reading rose by +0.05 m a.s.l.

7 days ago

Rietholzbach, Mosnang, Rietholz: new weekly low (681.65 m a.s.l.)

7 days ago

Rietholzbach, Mosnang, Rietholz: new weekly low (10.1 °C)

7 days ago

Rietholzbach, Mosnang, Rietholz: new weekly low (10.1 °C)

8 days ago

Rietholzbach, Mosnang, Rietholz: new weekly low (10.2 °C)

Readings and stations

All recorded quantities with measurement time, data quality and official source.

Stations on the map

Each marker opens the corresponding station details.

Water knowledge

Understanding Rietholzbach

Rietholzbach: this overview puts the available stations and measurements in context. The exact location matters, not just the water body's name.

This overview includes 2 monitoring stations for water level and water temperature. Not every station provides every measurement. Track changes at the same station, checking the timestamp, unit and source notes.

A gauge records water-surface height at its location, not depth throughout the river. Centimetres on a local gauge and metres above sea level use different reference points. Discharge in m³/s cannot be derived without the station's specific relationship between level and discharge.