Earth Observation

TLALOC-Net is a network of GPS and meteorological stations used to study the atmospheric and solid earth processes, allowing better analysis of the Mexican subduction zone.

For the first time, air pollution from individual cities and built-up areas can be detected from space. The European Sentinel-5 Precursor Earth observation satellite sends ultra precise measurement data to ground stations in Norway and Canada.

R&E networks make hydro-meteorological monitoring data accessible to scientists and local authorities for informed water supply assessment and management in Central Asia

Frequent in arid regions, dust storms can have devastating effects. Powered by R&E connectivity, monitoring and simulations equip scientists to better predict them and assist authorities in issuing alerts to help people, particularly asthma sufferers, take protective action.

The LAGO (Latin American Giant Observatory) project traverses the skies of Latin America to set its sights on uncovering the mysteries of faraway galaxies.

For volcanologists and seismologists Iceland is the world’s volcanic laboratory, where they try out new, data-intensive monitoring and early warning technologies, to help save lives and livelihoods in all parts of the world threatened by volcanic eruptions.

Dr. Javier Sellanes, a professor at the Universidad Católica del Norte is manager of the project that gave life to Pandora, the platform that manages a distributed repository network for the conservation of information related to biodiversity in Chile, including over 30 thousand species of flora and fauna.

As weather forecasts are becoming increasingly detailed, data volumes are increasing as well, demanding high-speed connectivity and supercomputing power.

A lake of lava lies directly below a small South Korean island. The simulations that led to this discovery were performed on supercomputer Piz Daint at the Swiss National Supercomputing Center and the now decommissioned Huygens, the national supercomputing center of SURF in the Netherlands.

The Nordic research and education networks are preparing to put a whole new network infrastructure in place for EISCAT 3D, as the powerful new radar is situated in remote northern Scandinavia to assure a minimum of background noise. For the next 35 to 40 years to come, it will be the centerpiece of the international network of instruments monitoring the Earth’s upper atmosphere and space environment.

As computer simulations go, Vlasiator is as huge as they come. Developing Vlasiator, Minna Palmroth, professor at the Finnish Meteorological Institute, has succeeded in doing what many of her colleagues thought impossible: Simulating weather in near-Earth space, showing how solar wind affects us, using high performance computing and high speed networks to do so.

The Spanish Institute of Oceanography is one of the first organisations in the world to solely dedicate itself to researching the sea and its resources. Its broad and diversified activities require an accurate database capable of accommodating millions of data items, as well as a powerful connections to researchers and national and international centres with which it shares information.