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HomeHealth & EnvironmentStorm Benjamin causes dramatic high tide in UK

Storm Benjamin causes dramatic high tide in UK

Executive summary: Storm Benjamin swept across the United Kingdom, causing dramatic high tides and significant disruptions, including power outages and transport delays, before moving eastward. Weather warnings have been reduced as the storm clears, but residual effects persist in eastern regions.

Storm Benjamin, named by the French weather service Météo France, moved through the English Channel on Thursday morning, bringing strong winds and heavy rain to parts of the UK. The storm’s most violent winds affected northern France with gusts up to 100 mph, but the UK experienced gusts of 40-55 mph, particularly in coastal areas. This led to the Met Office issuing yellow weather warnings for wind and rain across eastern England, though these were later scaled back as the storm progressed. The naming by Météo France, rather than the UK Met Office, highlights the international nature of the weather system and coordinated efforts in storm communication.

One of the most striking impacts was the dramatic high tide at Sea Palling on the Norfolk coast, where waves crashed over the concrete causeway, creating hazardous conditions. Flood alerts were issued for the Norfolk coast, with authorities advising people to avoid beaches and promenades due to the risk of flooding from higher than normal tides. The combination of spring tides and storm surges exacerbated the situation, leading to concerns about coastal erosion and property damage. Visual evidence from the scene showed waves forcefully pushing up the slopes, underscoring the power of the storm.

The storm caused widespread disruption, with over 2,000 homes losing power in counties such as Essex, Norfolk, Suffolk, Cambridgeshire, and Bedfordshire at the peak of the event. UK Power Networks deployed extra staff to handle outages and urged the public to stay clear of any damaged power lines. By Thursday afternoon, power was largely restored, but the incident highlighted the vulnerability of infrastructure to severe weather. Residents reported brief outages, with efforts focused on quick repairs to minimize inconvenience.

Transport networks were also affected, with rail services experiencing delays and cancellations. A fallen tree blocked the line between Brentwood and Gidea Park in Essex, while another tree obstruction at Carpenders Park station disrupted London Overground services between Watford Junction and Euston. Additionally, plastic sheeting blown onto overhead electrical wires in London caused further issues for services to Norfolk and Suffolk. Commuters faced significant delays, and operators like Greater Anglia worked to clear obstructions and restore normal service.

Rainfall was particularly heavy in south-east England, with almost 50 mm (2 inches) recorded in parts of Kent, leading to localized flooding risks. The Met Office’s reduced warnings now cover only Norfolk and Suffolk for rain until 16:00 BST and eastern England for wind until 15:00 BST. Despite the easing conditions, gusty winds and residual rain could still cause minor travel disruptions, especially for ferry routes. The rainfall totals contributed to saturated ground, increasing the potential for flash floods in low-lying areas.

Internationally, Storm Benjamin’s effects extended to western Europe, with Belgium and the Netherlands bracing for severe weather. The storm prompted the rescheduling of two UEFA football matches in the Netherlands to earlier times to avoid the worst of the conditions. This cross-border impact underscores the storm’s scale and the importance of coordinated weather naming between meteorological agencies. In France, orange warnings were issued for coastal regions, indicating the broader regional threat.

As Storm Benjamin moves away, authorities continue to monitor the situation, emphasizing public safety through updated alerts and advice. The event serves as a reminder of the UK’s exposure to Atlantic weather systems and the need for preparedness in the face of increasing extreme weather events linked to climate change. Future steps may include reviewing infrastructure resilience and public awareness campaigns to mitigate similar disruptions.

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