Vulkanausbruch Island: Impact of the Sulfur Dioxide Cloud

Sunday, 25 August 2024, 17:00

Vulkanausbruch Island has led to a toxic sulfur dioxide cloud affecting countries across Europe. This incident is linked to the recent volcanic eruption near Grindavik, causing serious health concerns.
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Vulkanausbruch Island: Impact of the Sulfur Dioxide Cloud

Overview of the Vulkanausbruch Island Incident

On Sunday morning, the UK was shrouded by a significant sulfur dioxide (SO2) cloud emanating from the recent vulkanausbruch in Island. According to Windy, by 4 AM, the SO2 cloud covered the entire country and was still visible over half of the UK by 8:45 AM.

Health Risks Associated with SO2 Exposure

Sulfur dioxide, released in large quantities during eruptions, can cause respiratory symptoms such as throat irritation, coughing, and burning eyes upon inhalation. Its distinctive rotten egg smell makes it especially hazardous, as exposure can lead to skin irritation, blisters, and severe discomfort.

Regional Impact of the SO2 Cloud

Not only the UK but also parts of Scandinavia, France, Spain, Portugal, and the Netherlands have been impacted by the vulkanausbruch Island. Forecasts indicate the gas concentrations may reach Germany by evening. Switzerland is expected to experience minor effects only.

At-Risk Populations

Health experts warn that the elderly and individuals with asthma are particularly vulnerable to elevated SO2 levels, which have been linked to increased asthma attacks. Children may also be affected due to their smaller body size.

The Eruption Detail from Grindavik

The SO2 cloud is a result of a volcanic eruption on the Reykjanes Peninsula near Grindavik. This eruption was anticipated due to ongoing seismic activities in the region. Thousands had to evacuate from Grindavik and the Blue Lagoon, as emergency teams responded to ensure public safety.

Ongoing Volcanic Activity in Iceland

Iceland has experienced eight vulkanausbrüche since 2021, prompting mass evacuations. Scientists indicate that an interconnected magma system beneath the peninsula could continue to supply such eruptions for years. Iceland’s position on the Mid-Atlantic Ridge facilitates these frequent volcanic phenomena.


This article was prepared using information from open sources in accordance with the principles of Ethical Policy. The editorial team is not responsible for absolute accuracy, as it relies on data from the sources referenced.


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