London Flood Map Reveals Six Alerts, Advising Area Avoidance Today
The Met Office has issued new flood alerts for several areas of London today, particularly along the River Thames. Following recent heavy rainfall, water levels have risen, raising concerns about potential flooding this afternoon.
Flood Alerts Issued for London
According to the Met Office, high tide conditions may lead to flooding at specific locations. Notably, areas affected include:
- Putney Bridge
- Teddington Weir
- Putney Embankment (SW15)
- Chiswick Mall and Strand on the Green (W4)
- Thames Bank at Mortlake (SW14)
- Ranelagh Drive (TW1)
- Friars Lane and Water Lane (TW9)
- Riverside and The Embankment at Twickenham
- Towpath below Teddington Lock
Timing of the Flood Alerts
The expected flooding is set to occur between 2:30 PM and 4:30 PM today. Additionally, further alerts are predicted for:
- Trowlock Island and areas around Thames Ditton, with alerts at 4:30 PM and again at 4:45 AM tomorrow.
- The River Thames from Hampton and Thames Ditton to Teddington, also expected at 4:30 PM and 4:45 AM.
- Lower River Colne and Frays River today.
- The River Thames from Shepperton to Molesey as well.
Safety Recommendations
Residents living in the flood-prone areas are advised to exercise caution. It is recommended to avoid walking, cycling, or driving near the riverside during this time. Fortunately, many homes are not expected to experience flooding, potentially sparing residents from costly repairs.
Weather Forecast Ahead
The recent flood alerts come amid forecasts for continued rain in London and much of the UK. Meteorologists anticipate intermittent showers through early March, indicating a prolonged period of wet weather.
Further Monitoring
For real-time updates and to check flooding conditions in your area, residents can refer to official sources. Staying informed is essential for safety during this potentially hazardous weather period.
Stay tuned to Filmogaz.com for the latest developments and news regarding the London flood alerts and weather conditions.
