Storm Ingrid Slammed England & Scotland! 16 Feet Storm Surges Hit Cornwall & Lead to Flooding! скачать в хорошем качестве

Storm Ingrid Slammed England & Scotland! 16 Feet Storm Surges Hit Cornwall & Lead to Flooding!

Storm Ingrid affected the UK on 23 January 2026, bringing heavy rain, strong onshore winds, and an increased risk of flooding across England and Scotland. Severe impacts were reported in Cornwall, where coastal conditions led to overtopping waves and transport disruption, while parts of Scotland, including Aberdeen and Aberdeenshire, experienced rapidly rising rivers, flooded roads, and emergency responses. The storm highlighted how prolonged rainfall, high tides, and strong winds can combine to create dangerous conditions, leaving communities to begin cleanup and recovery as waters slowly receded. Storm ingrid uk england storm cornwall storm ingrid scotland storm #stormingrid #england #scotland #ukweather #unitedkingdom #floods #cornwall #aberdeen #naturaldisaster #news #weatherreport #extremeweather ------------------------------------------------------------ Disclaimer❗ All content in this video is used solely for public awareness, informational, and educational purposes. Any copyrighted material is used under the Fair Use doctrine (Section 107 of the U.S. Copyright Act), which allows limited use of copyrighted works for purposes such as criticism, commentary, news reporting, teaching, scholarship, and research. For any copyright concerns contact us via our Email address: fiercenature.team@gmail.com ------------------------------------------------------------- Note: Social media is used to source event-related videos based on date, description, and location. Some clips may not fully match the time, place, or narration. While we strive to use reliable content, urgent coverage can limit full verification. This notice is provided for transparency and to avoid misleading our viewers. Thanks for your understanding. The thumbnail is made by the help of Artificial Intelligence for illustration and better portraying the event.