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Horütibach – Water level

Horütibach is measured at 1 measuring station.

Current situation

Horütibach at Buttisholz RHB Fürti is currently at 592.99 m a.s.l..

Water level592.99 m a.s.l.
How this assessment is made

Reading and sourceKanton Luzern (uwe/vif) – geo.lu.ch · 49 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.

Horütibach, Buttisholz RHB Fürti

Measurement at this river section; other sections may differ.

Measurement time: Oct 9, 2026, 11:00 PM

Kanton Luzern (uwe/vif) – geo.lu.ch ↗

Water level, last 30 days

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

Buttisholz RHB Fürti

What has changed?

25 days ago

Horütibach, Buttisholz RHB Fürti: new weekly high (593.00 m a.s.l.)

26 days ago

Horütibach, Buttisholz RHB Fürti: new weekly high (593.00 m a.s.l.)

35 days ago

Horütibach, Buttisholz RHB Fürti: new weekly low (592.99 m a.s.l.)

43 days ago

Horütibach, Buttisholz RHB Fürti: new weekly low (592.99 m a.s.l.)

43 days ago

Horütibach, Buttisholz RHB Fürti: new weekly low (592.99 m a.s.l.)

43 days ago

Horütibach, Buttisholz RHB Fürti: new weekly low (592.99 m a.s.l.)

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 Horütibach

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

This overview includes 1 monitoring station for water level. 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.