Lignon river
Also known as: le Lignon
The Lignon (also known as le Lignon) is a European river flowing through France. As of 2026-09-30, the Lignon was flowing at about 0 m³/s at the Le Lignon à Monistrol-sur-Loire [Pont de Lignon] - Station débitmétrique gauge.
- Canonical name
- Lignon
- Local names / aliases
- le Lignon
- Countries
- France
- Maximum upstream drainage area
- 712 km²
- Mapped river length
- 10.8 km
- Gauging stations
- 3
- Latest measured discharge
- 0 m³/s (Le Lignon à Monistrol-sur-Loire [Pont de Lignon] - Station débitmétrique, 2026-09-30)
Gauging stations on the Lignon
The following 3 gauging stations report discharge for the Lignon, ordered downstream (largest catchment first). Discharge is in cubic metres per second (m³/s).
| Station | Country | Discharge (m³/s) | Historical Comparison | Observed | Measurement | Data quality | Provider | Lat, Lon | Source |
|---|---|---|---|---|---|---|---|---|---|
| Le Lignon à Monistrol-sur-Loire [Pont de Lignon] - Station débitmétrique | France | 0 | — | daily mean | Donnée brute | Hub'Eau Hydrométrie | 45.257, 4.15 | source | |
| Le Lignon à Monistrol-sur-Loire [Pont de Lignon] - Station Limnimétrique | France | 0.571 | — | daily mean | Donnée brute | Hub'Eau Hydrométrie | 45.257, 4.15 | source | |
| Le Lignon à Poncins - Le Bourg | France | 0.513 | — | daily mean | Donnée brute | Hub'Eau Hydrométrie | 45.73, 4.161 | source |
Related rivers
Data, sources & timestamps
Geometry is the HydroRIVERS network (HydroSHEDS): European reaches with at least 500 km² of upstream catchment, merged into chains between confluences. Flow direction comes from the network itself; river names are the canonical English label joined from provider metadata and Natural Earth, with local-language aliases retained.
Discharge is normalised observed streamflow from official national hydrology providers, measured where a gauge sits on the river and interpolated between gauges. Pale/estimated values are derived from drainage area × the local specific discharge of nearby gauges and are never presented as measurements.