Auroras from the Arctic

The camp of ice in the glacier Qaleraliq will be one of the places where auroras in Greenland will be observed. Credit: J.C. Casado (starryearth).
The camp of ice in the glacier Qaleraliq will be one of the places where auroras in Greenland will be observed. Credit: J.C. Casado (starryearth).
Advertised on

Polar auroras are only visible from the polar regions of our planet -  a spectacular astronomical phenomenon caused by solar activity, which appears as light curtains with changing shades, but this summer we have the opportunity to observe boreal auroras - those auroras seen in the northern hemisphere - live from home with just an Internet connection. The observation time is good for observation as the sun shows high activity thanks to the peak reached in 2014.

From August the 22th to September the 5th, Shelios 2016 expedition, coordinated by IAC researcher Miquel Serra-Ricart, will observe the auroras from southern Iceland and Greenland. "The probability of seeing auroras decreases as we get further away from the solar maximum, which occurred at the beginning of 2014. There have been several solar flares in the last weeks. If the weather is good we will see auroras, but solar activity will continue to decline in the coming months and watching this beautiful show will become more and more difficult."

STARS4ALL European project team members will join the expedition to co-produce a live broadcast of the phenomenon. Videos and pictures of the auroras will be broadcast live on the website sky-live.tv from Iceland and Greenland.

Also involved in the expedition will be the two winners of Route of the Stars project - STARS4ALL, two European students that will join the other national finalists in that competition.

The aurora phenomenon

This wonderful celestial spectacle occurs when very energetic particles originating from the Sun (solar wind) reach the Earth's atmosphere. The entry of these particles is lead by the Earth's magnetic field and for that reason it can only penetrate the North Pole (Northern Lights) or the South Pole (Aurora Australis). Auroras are formed of huge light curtains that change rapidly and show different shades. The light emission is produced in the atmosphere (between 100 and 400 km high) and is due to the impact of the solar wind (essentially electrons) with oxygen atoms (producing green tones) or nitrogen molecules (producing reddish light).

Live Auroras

The STARS4ALL European project, in collaboration with the portal sky-live.tv, will broadcast the auroras live from Iceland and Greenland.  One broadcast will take place from Iceland (farm Hestheimar, see route map), on August 25th and 26th 2016. We will also broadcast from Greenland during September the 1st and 2nd. The total time of 1h 15m will be split in four 20 minute transmissions:

Transmission 1: August 25th, 23:45-24:05 UT (23:45-24:05 local, +1 day 01:45-02:05 CEST).

Transmission 2: August 26th, 23:45-24:05 UT (23:45-24:05 local, +1 day 01:45-02:05 CEST).

Transmission 3: September 2nd, 01:15-01:35 UTC (-1 day 23:15-24:35 local, 3:15-3:35 CEST).

Transmission 4: September 3rd, 01:15-01:35 UTC (-1 day 23:15-24:35 local, 3:15-3:35 CEST).

Three Spanish supercomputing centers, the Centro Extremeño de Tecnologías Avanzadas (CETA-CIEMAT), the Consorci de Serveis Universitaris de Catalunya (CSUC) and the Instituto de Astrofísica de Canarias (IAC) will collaborate for the dissemination of the broadcasting web portal (sky-live.tv).

STARS4ALL (stars4all.eu) is a project funded by the H2020 Programme of the European Union, under Contract No. 688135. 8 institutions work on STARS4ALL (UPM, CEFRIEL, SOTON, NEC, ESCP Europe, IAC, IGB and UCM) from 6 European countries. The aim of STARS4ALL is to raise awareness about the existence of light pollution in many of the places where we live and the importance of taking action to reduce it.

Audiovisual material

Contact address:

Miquel Serra-Ricart, IAC researcher, mserra [at] iac.es (mserra[at]iac[dot]es)

Spain: 0034649848305

Iceland 003548239316

News type
Press release

It may interest you

  • Laboratory of Integrated Circuits (LABIC)
    Press release
    The IAC develops its first photonic chip for the astrophysical instrumentation
    The Instituto de Astrofísica de Canarias has put itself on the frontier of astrophysical technology by developing the first integrated photonic circuit designed entirely within the Institute. This pioneering advance will permit the improvement of astronomical instruments, and the development of innovative systems for observing the universe. Astrophysical instrumentation, for both ground-based and space-based use is so specialized that often comercial systems and subsystems do not come up to the required specifications, This makes it necessary to buy high priced components or to delegate
    Advertised on
  • The director of IAC, Valentín Martínez Pillet and the team of engineers of the European Solar Telescope, alongside the international panel of reviewers with the telescope model, during the evaluation in Tenerife. / Inés Bonet (IAC)
    Press release
    The European Solar Telescope project under review by an international team of experts
    The IACTEC headquarters has recently hosted the meeting between the engineering team behind the future European Solar Telescope and an international panel composed of some of the world's leading experts in the development of large telescopes and solar observation instrumentation. It is common for major scientific projects to undergo this type of scrutiny during their development as a way to independently verify their quality and viability. The evaluation process began over a month ago with the submission of all the design documentation to the reviewers. In this case, the evaluation focused
    Advertised on
  • Representation of a near-Earth asteroid. Credit: Gabriel Pérez (IAC)
    Press release
    Astronomers make a significant advance in our knowledge of the asteroids nearest to the Earth, the Arjunas
    Research, in which the Instituto de Astrofísica de Canarias has participated has analyzed object 2023 FY3, a member of a group of asteroids which have trajectories similar to that of the Earth. The available data suggest that it could collide with the Earth during the next hundred years, but its small size implies that it is not a major threat The study of the physical characteristics and the dynamical evolution of object 2023 FY3, in which the Instituto de Astrofísica de Canarias (IAC) and the Complutense University of Madrid (UCM) have participated, enhances our limited knowledge about the
    Advertised on