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• 31. News

  as grey brown plume extending from Iceland to the coast of Norway. The ash cloud is seen as grey brown plume extending from Iceland to the coast of Norway, 15 April 2010 /about-imo/news/bigimg/1873

• 32. Lidar 2013

  measurements are in widespread use for mapping changes of ice sheets and glaciers. With developments in unmanned aerial vehicles (UAVs) and terrestrial lidar, and novel photon counting techniques for both airborne and satellite applications, lidar measurements will continue to be a key tool for ice sheet and glacier monitoring, and measurement of sea ice properties. The 2-day workshop is aimed to bring /lidar/lidar-2013

• 33. Lidar 2013

  measurements are in widespread use for mapping changes of ice sheets and glaciers. With developments in unmanned aerial vehicles (UAVs) and terrestrial lidar, and novel photon counting techniques for both airborne and satellite applications, lidar measurements will continue to be a key tool for ice sheet and glacier monitoring, and measurement of sea ice properties. The 2-day workshop is aimed to bring /lidar/lidar-2013/

• 34. Hofsjökull ice-cap

  NASA USGS, shows the northern half of the ice cap Hofsjökull (enlarge). A new patch, visible at the bottom of the image (see arrow), has now been confirmed as a cauldron (~64°49,5‘N; 18°52‘W) at around 1700 m above sea level. Below is a map of Iceland with Hofsjökull tagged (maps.google.com). Travellers are advised to be very careful during journeys on Hofsjökull. Crevasses surround the new /about-imo/news/nr/2768

• 35. Climate and Energy

  ) with funding from the Nordic Energy Research and the Nordic energy sector. The main objective of the project was to make a comprehensive assessment of the impact of climate change on renewable energy resources in the Nordic area including hydropower, wind power, bio-fuels and solar energy. This study included the evaluation of power production and its sensitivity and vulnerability to climate change on both /climatology/research/ce/

• 36. EURENEW

  Energy Sources” aimed at creating a forum for the European energy sector and researchers to exchange views and disseminate information on present research regarding the impacts of climate change on renewable energy sources; hydropower, wind power, bio fuels and solar energy. The objective was also to give the European energy sector an opportunity to report on their key areas of interest for future /climatology/research/ce/eurenew/

• 37. Climate and Energy

  power, bio-fuels and solar energy. The CE project benefited from the national projects and extends and integrated their work both on a regional scale and for cross-cutting subjects. The projected climate changes will influence both the energy requirements and the possibilities of energy production. Furthermore, extreme weather events could impact the planning, design and operation of the energy /climatology/research/ce/introduction/

• 38. Skaftá jökulhlaup 2015 - photos from Búland

  of the morning 1st October. The rate of discharge increase at Sveinstindur is the highest observed since the station was established in 1971. The farmers of Búland are ususally the first locals to witness these jökulhlaup events, now that farm Skaftárdalur (further inland) is not inhabited all year round anymore. Below Skaftárdalur the river Skaftá splits in three. One branch is Eldvatn beyond Ásar /hydrology/articles/nr/3209

• 39. Flood research

  assessment due to river floods is in the works. A part of the project has to do with residents assessment of flood risks and zoning-plans for flood areas. The project is largely a doctoral project, in co-operation between the University of Iceland and the Icelandic Meteorological Office. Analysis of flood risks is done in geographical information systems and temporary conclusions show that flow data /hydrology/research/

• 40. Mapping runoff

  of the Nordic power-research funds within the project Weather and energy (2003-2006), which the reseach- and educational foundations in the Nordic countries and the Baltic countries participated in. Among the products are a number of maps that are based on an array of climate conditions and hydrological modelling and show water-farming based on conditions now and in the future (Beldring et al,. 2006 /hydrology/runoff/