Modeling storm surge floods – case study Żuławy Elbląskie - IMGW-PIB
Storm surge floods are one of the most catastrophic natural phenomena on Earth. They cause unimaginable financial and environmental damage worldwide every year, but above all, thousands of deaths. Although the Baltic Sea appears to be much less dynamic and dangerous than the North Sea or the Atlantic Ocean, historical documents and current observations confirm the devastating potential of the Baltic Sea. In 1983, a storm on the Vistula Lagoon flooded nearly 3,000 hectares of Nowakowska Island. In 2009, wind gusts in the peak of the storm surge flood reached 95 km/h. Today, we can react better and faster to storm surge risks due to flood hazard maps based on storm surge scenarios. Their development was one of the greatest challenges for the Institute of Meteorology and Water Management-National Research Institute (IMGW-PIB) in the twenty-first century.
Storm surge floods are one of the most catastrophic natural phenomena on Earth. They cause unimaginable financial and environmental damage worldwide every year, but above all, thousands of deaths. Although the Baltic Sea appears to be much less dynamic and dangerous than the North Sea or the Atlantic Ocean, historical documents and current observations confirm the devastating potential of the Baltic Sea. In 1983, a storm on the Vistula Lagoon flooded nearly 3,000 hectares of Nowakowska Island. In 2009, wind gusts in the peak of the storm surge flood reached 95 km/h. Today, we can react better and faster to storm surge risks due to flood hazard maps based on storm surge scenarios. Their development was one of the greatest challenges for the Institute of Meteorology and Water Management-National Research Institute (IMGW-PIB) in the twenty-first century.