Rhine River Daily Report – Basel-Kleinhüningen, 2025-06-15

On June 15th, the discharge at Basel-Kleinhüningen ranged from 935 m³/s to 1015 m³/s, with an average discharge of 970 m³/s. These values provide insight into the current hydrological conditions of the Rhine River at this station.

Contextual Analysis

Past 30 Days:

• Maximum Discharge: 1015 m³/s ranks as the 30th highest in the past 30 days.
• Minimum Discharge: 935 m³/s ranks as the 19th highest in the same period.
• Comparative Extremes: The highest discharge in the past 30 days was 1804 m³/s on June 7, while the lowest was 588 m³/s on May 18.

Current Season:

• Maximum Discharge: 1015 m³/s ranks as the 288th highest for the current season across all available years.
• Minimum Discharge: 935 m³/s ranks as the 222nd highest for the same period.
• Seasonal Extremes: The seasonal maximum was 3729 m³/s on July 15, 2021, and the minimum was 220 m³/s on July 26, 2022.

Current Year:

• The discharge values for June 15th do not represent extreme conditions for the year, as they fall within moderate ranks compared to other measurements.

All-Time (Historical):

• Maximum Discharge: 1015 m³/s ranks as the 853rd highest in the historical dataset.
• Minimum Discharge: 935 m³/s ranks as the 1148th highest historically.
• Historical Extremes: The all-time maximum discharge recorded was 4620 m³/s on March 11, 2021, and the minimum was 220 m³/s on July 26, 2022.

Percentile Analysis

• Past 30 Days: The maximum discharge on June 15th is at the 31st percentile, and the minimum is at the 44th percentile.
• Current Season: The maximum discharge is at the 43rd percentile, and the minimum is at the 45th percentile.
• All-Time: The maximum discharge is at the 57th percentile, and the minimum is at the 61st percentile.

Summary

The discharge levels on June 15th at Basel-Kleinhüningen are moderate, neither reaching extreme highs nor lows. The values are typical for this time of year, reflecting stable hydrological conditions. This stability is important for water management and planning in the region.

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

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Disclaimer: This content has been generated by an AI algorithm.