Iceland Volcano Eruption
Iceland is one of the most volcanically active regions in the world, sitting on the Mid-Atlantic Ridge where the North American and Eurasian tectonic plates diverge, creating frequent eruptions and geothermal activity. Its volcanoes–including Eyjafjallajökull, Hekla, Katla, and those on the Reykjanes Peninsula–can produce explosive ash clouds or slow-moving lava flows. In 2025, volcanic activity increased notably on the Reykjanes Peninsula, with eruptions along the Sundhnúk crater row. These eruptions produced extensive lava fields and volcanic gases, prompting evacuations in nearby areas. While the eruptions were significant locally, they did not majorly disrupt air traffic. Authorities closely monitored magma accumulation beneath the surface to anticipate further activity. Overall, Iceland’s volcanoes in 2025 demonstrated the island's constantly evolving landscape and the ongoing risk of volcanic hazards.
Multi Cam
The webcam situated on the southern tip of Þorbjörn, a 243-meter-high volcanic mountain near Grindavík, provides an impressive view of the surrounding Reykjanes Peninsula. From this elevated vantage point, viewers can see the lava fields, geothermal areas, and the coastline, offering a unique perspective on the region's volcanic landscape. The camera captures real-time changes in the terrain, including ongoing volcanic activity, smoke, steam, or lava flows during eruptions. It is especially useful for monitoring safety conditions and geological activity, as Þorbjörn overlooks areas prone to eruptions on the Reykjanes Peninsula. Weather conditions, cloud cover, and visibility are also clearly visible, making it a great resource for both scientists and visitors. The webcam offers a dynamic, panoramic view that highlights Iceland’s dramatic volcanic scenery.
Þorbjörn
The webcam that observes Þorbjörn, the 243-meter-high volcanic mountain near Grindavík, is positioned to provide a clear, real-time view of the mountain and its surroundings. From this camera, viewers can see the volcanic slopes, nearby lava fields, geothermal areas, giving a comprehensive view of the southern Reykjanes Peninsula. The webcam is particularly valuable for monitoring volcanic activity, capturing smoke, steam, or lava flows if eruptions occur. It also shows weather conditions and changes in visibility, making it useful for both scientific observation and general interest. Because of its elevated position, the camera offers a panoramic perspective, allowing viewers to track changes in the terrain over time.
Seismic Activity
The webcam provides a continuous real-time view of volcanic activity in Iceland, focusing on highly active regions such as the Reykjanes Peninsula and Sundhnúkur. It combines live camera footage with seismic data and ground deformation measurements, giving viewers a comprehensive perspective on ongoing geological changes. The stream allows enthusiasts and scientists alike to monitor eruptions, lava flows, steam emissions, and other volcanic phenomena as they happen. It highlights the dynamic and unpredictable nature of Iceland's volcanoes, making it both an educational and visually striking resource. By integrating scientific data with live visuals, the webcam offers insight into how the landscape evolves during periods of volcanic unrest.
Sýlingarfell/Sýlingarfell Norður
The webcam that observes Sýlingarfell, a volcanic mountain in Iceland's Highlands, provides a live view of its rugged slopes, surrounding lava fields, and remote volcanic terrain. From this vantage point, viewers can monitor weather changes, snow cover, and any signs of geological activity in real time. Sýlingarfell is considered a moderately active volcano, with evidence of past eruptions visible in its craters and lava flows. While it erupts far less frequently than major volcanoes like Hekla or Grímsvötn, minor seismic and geothermal activity can still occur. Overall, the webcam provides both a stunning view of Iceland’s Highlands and a practical tool for observing volcanic and environmental changes.
