World Water Levels

normal for the date

Stör Waterway at Banzkow OP

The Stör Waterway at Banzkow OP read 104 cm at .

Newest reading
104 cmProvisional
Against normal for the date
normalwithin the normal range for the date
Normal range for the date
84 cm to 105 cmMedian 96 cm
Change
  • -2 cm in a day
  • -1 cm in a week

That is within the normal range for the date.

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 84 cm to 105 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: 136 cm at 14:45 CET on 14 March 2002. Provisional data.
  • Lowest reading in our series since 1 January 2000: 65 cm at 00:15 CET on 29 November 2018. Provisional data.
  • Highest daily average in our series since 1 January 2000: 133.4 cm on 28 May 2024. Provisional data.
  • Lowest daily average in our series since 1 January 2000: 66.1 cm on 29 November 2018. Provisional data.

As the source publishes them

Our series holds a lower value (65 cm) than the record WSV publishes (81 cm); the published value may come from another period or may not be updated yet.

Next gauges on this water

The next gauges on this water by river kilometre.

About this gauge

Banzkow OP is a gauge on the Stör Waterway in Germany, at river kilometre 11.001.

It lies at 53.5238° N, 11.5202° 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 36.694 m above NHN (the German sea-level datum), valid from 1 November 2019.

PEGELONLINE publishes its readings as unchecked raw data.

The newest reading is provisional: the source may still correct it.

See also