Available Insights

Published: June 15, 2025

Reference period: 2025-06-13


Rhine river water level and discharge daily report (2025-06-13)

Rhine River Daily Report – Basel-Kleinhüningen, 2025-06-13

On June 13th, the discharge at Basel-Kleinhüningen ranged from 1029 m³/s to 1069 m³/s, with an average of 1052 m³/s. This report provides a comparison of these values against historical data to assess their significance.

Comparison with the Past 30 Days

  • Maximum Discharge: 1069 m³/s ranks as the 23rd highest in the past 30 days, placing it in the 38th percentile.
  • Minimum Discharge: 1029 m³/s ranks as the 23rd highest in the past 30 days, placing it in the 49th percentile.
  • 30-Day Extremes: The highest discharge in the past 30 days was 1805 m³/s on June 7, and the lowest was 588 m³/s on May 18.

Seasonal Comparison

  • Maximum Discharge: 1069 m³/s ranks as the 258th highest for the current season, placing it in the 44th percentile.
  • Minimum Discharge: 1029 m³/s ranks as the 265th highest for the current season, placing it in the 53rd percentile.
  • Seasonal Extremes: The highest seasonal discharge recorded was 3729 m³/s on July 15, 2021, and the lowest was 220 m³/s on July 26, 2022.

Yearly Comparison

  • Maximum Discharge: 1069 m³/s ranks as the 759th highest for the current year.
  • Minimum Discharge: 1029 m³/s ranks as the 1287th highest for the current year.

Historical Comparison

  • Maximum Discharge: 1069 m³/s ranks in the 58th percentile historically.
  • Minimum Discharge: 1029 m³/s ranks in the 70th percentile historically.
  • Historical Extremes: The all-time highest discharge was 4620 m³/s on March 11, 2021, and the lowest was 220 m³/s on July 26, 2022.

Overall, the discharge values on June 13th are within typical ranges for this time of year, showing no extreme deviations in either direction. The values are moderate when compared to both recent and historical data, indicating stable conditions in the Rhine River at Basel-Kleinhüningen.

📊 For more details, visit data.bs.ch – Dataset 100089



🤖 This text was generated using AI. All quantitative information is based on the dataset referenced in the data source.