Including Alexandra Grounds, Redinnick Place, Cornwall Terrace, the Bus Station and car park, Green Lane between Marazion Bridge and Red River Bridge including the car park.
See below for historical flood warnings, or use the live map to check the latest warnings across the UK.
The red highlighted area on the map below outlines the area covered by this Flood Warning.
Number of historic Flood Warnings that have previously been recorded for this area.
English Channel
Flooding is expected for properties located behind the sea front in Mounts Bay over the high tide on Sunday evening 29 Oct. High spring tides and a large tidal surge will result in significantly high water levels over the high tide period. Levels are forecast to be similar to those observed last evening. Offshore wave heights up to 5m combined with Force 6 – 7 winds may exacerbate any flooding. The high tide at Newlyn is at 16:49 local time. Times of high water will vary along the coast. Flooding may occur to properties in Mounts Bay up to 2 hours either side of high tide. Expect tides to be around 600mm higher than predicted due to weather conditions. Moderate waves and spray are likely so take care near coastal paths and promenades. This may cause localised standing water on roads. Do not drive through flood water or waves. Locations particularly at risk include Newlyn, Penzance, Longrock and Marazion Coastal conditions should ease for Monday morning’s high tide, however we are continuing to monitor the situation. Please check online for any updates to this message
English Channel
Flooding is expected in this area. This means properties are at risk of flooding. Please take action to protect yourself and your property and monitor local weather and river conditions. Avoid contact with, walking or driving through flood water. Consider activating any property flood protection products you may have. Environment Agency Flood Warning Officers set the river or tidal levels that have triggered this message. During industrial action this message has been automatically issued based on rising river or tidal levels.