Itter (Diemel) at Kotthausen
The Itter (Diemel) at Kotthausen read 6 cm at .
That is below the normal range for the date, in the lowest 5 percent of the daily averages of these dates in the 26 years between 2000 and 2025.
- Down 2 cm in 24 hours.
- Up 1 cm in 7 days.
- We show no forecast values for German gauges: the forecasts PEGELONLINE relays come from the Federal Institute of Hydrology (BfG), whose terms allow only private and own use. ELWIS and the BfG publish them. ELWIS BfG 6-week forecast
Long views: the past year, the past decade and the whole record
Normal range and official levels
The normal range for 5 October is 7 cm to 25 cm: the 10th to 90th percentile of the daily averages from 28 September to 12 October in 26 years between 2000 and 2025.
Records
- Highest reading in our series since 1 January 2000: 217 cm at 10:15 CET on 21 March 2017. Provisional data.
- Lowest reading in our series since 1 January 2000: 3 cm at 10:45 CET on 12 November 2022. Provisional data.
- Highest daily average in our series since 1 January 2000: 109.1 cm on 14 January 2011. Provisional data.
- Lowest daily average in our series since 1 January 2000: 4 cm on 14 August 2026. Provisional data.
As the source publishes them
- Lowest low water level on record (NNW): 4 cm, on 29 September 1959. (Niedrigster Niedrigwasserstand)Set by PEGELONLINE REST API v2 (WSV, operated by ITZBund).
Our series holds a lower value (3 cm) than the record WSV publishes (4 cm); the published value may come from another period or may not be updated yet.
About this gauge
Kotthausen is a gauge on the Itter (Diemel) in Germany, at river kilometre 3.4.
It lies at 51.3636° N, 8.6828° E.
Its readings come from the Federal Waterways and Shipping Administration (WSV), through PEGELONLINE.
The gauge reads the height of the water above a fixed zero, not the depth of the river. Its zero lies at 377.68 m above NN (the former German sea-level datum), valid from 29 November 1999.
PEGELONLINE publishes its readings as unchecked raw data.
The newest reading is provisional: the source may still correct it.