E-SWAN School Series
Among its different missions, E-SWAN aims at promoting Space Weather and Space Climate through the dissemination of scientific knowledge, the promotion of education and advanced training and by raising awareness. To reach this goal, the E-SWAN Executive Board is happy to announce the inauguration of the E-SWAN school series: a Space Weather and Space Climate course given yearly during the days preceding the ESWW, at the location of the ESWW conference. The timing and location of the school are intentionally selected to lower our carbon footprint by reducing our travels.
1st E-SWAN school: Space Weather Data, Models and Services
This course is intended in priority for participants of the European Space Weather Week 2023 and will be given at an introductory level. The course is given in English.
Friday 17 November 2023: Optional visit day
Saturday-Sunday 18-19 November 2023: Lectures
Toulouse, France (ESWW 19 venue)
Registration open: 01 June 2023
Registration close: 15 October 2023 (or as quota is reached)
Acceptance notification for non-ESWW participants: 20 October at the latest
For ESWW participants, please register as you register to the ESWW.
Number of participants
The maximum number of participants is 40 persons.
For E-SWAN members
- 100€ for students
- 140€ for the others
Non E-SWAN members
- 140€ for students
- 200€ for the others
(Accommodation and travel are not included)
E-SWAN, Working Group 9 - Education and Outreach proto-Committee https://eswan.eu
STCE, The Solar-Terrestrial Centre of Excellence, https://www.stce.be
IRAP – Research Institute in Astrophysics and Planetology, https://www.irap.omp.eu
Friday Visit day description
As part of the E-SWAN school, IRAP proposes an optional day of work at the Institut de Recherche en Astrophysique et Planétologie in Toulouse, the main Astrophysics institute in the South-West of France, on Friday, November 19, 2023.
This day will be divided into several sessions of practical work dedicated to various public tools developed for space plasma physics and space weather forecasting. These tools can help visualize, manipulate, and perform sophisticated analysis on observational and simulation data of the solar corona, the solar wind, the magnetospheres and the ionospheres of the main planets of the solar system. Some of these tools also provide forecasts of the state of the solar corona, the solar winds and storms. A non-exhaustive list is available here:
http://connect-tool.irap.omp.eu/ (and the associated Shock-SEP forecasting tool)
In addition, guided tours will be proposed around the clean rooms of the laboratory, in which are built, tested and calibrated key instruments selected on many space missions of the main space agencies (Solar Orbiter, BepiColombo, JUICE, Comet Interceptor, HelioSwarm, but also Curiosity and Mars2020...).
The Friday Visit day is organised by IRAP.
IRAP Contact Persons:
Saturday-Sunday Course Content Description
Sporadic and massive eruptions of highly energetic matter and radiation from the Sun can trigger Space Weather processes in the near-Earth environment. Technological infrastructures on and around our planet are prone to Space Weather: satellite navigation and radio wave propagation can be impacted, as well as large energy transport systems like electrical power grids.
Human health is also endangered by Space Weather: harmful radiation at flight altitude can increase when a solar particle storm hits the Earth’s environment, exposing crews and passengers to increased particle radiation.
Impacted stakeholders want to learn about those natural hazards. The need for Space Weather knowledge is increasing fast as more nations, companies and industries want to increase their awareness and resilience, to bridge with the reference community and learn how products made available by its members can be suitable for specific needs.
The school covers the basics of space weather, space weather data, models, indices, alerts, forecasts and products.
The school offers guidance and an overview of the vast amount of online information offered by the STCE and other space weather centers. Special emphasis will be given to Space Weather indices: where to find them, how to interpret and use them. The monitoring, forecast and alerting services of the STCE and other space weather centers will be discussed, as well as the PECASUS consortium, which provides a Space Weather service for the International Civil Aviation Organisation (ICAO) in the form of advisories on impacts on GNSS, HF radio communication and increased radiation at flight altitude.
The Saturday-Sunday course is given by qualified STCE staff. Lectures on particular subjects will be given by STCE experts who gained expertise through scientific research, involvement in space missions as well as space weather operations, monitoring, and forecasting.
STCE Contact person:
About the STCE
In 1981, the Royal Observatory of Belgium (ROB) became the World Data Centre for the Sunspot index collecting sunspot data worldwide to calculate the International Sunspot Number (ISN). The ISN is an index used to quantify solar activity. Since the 90’s, the ROB has been involved in space missions, e.g. SOHO, PROBA2, Solar Orbiter, future PROBA3, … Our involvement in several space- and ground-based missions allowed us to improve our know-how in nstrumentation-building, as well as our expertise in solar physics and in the space weather domain. Already in 2001, the Royal Observatory of Belgium started operating a space weather room where researchers continuously collect, analyze and interpret solar data. Indeed, the Solar Influences Data analysis Center (SIDC - http://www.sidc.be/ ) issues every day a space weather bulletin that gives an update on how the Sun behaves, what the impact of a possible solar storm is and what can be expected for the coming days. The services offered by the SIDC have been expanding ever since. In 2006, these were further strengthened by the creation of the Solar-Terrestrial Centre of Excellence (STCE), a collaborative framework in which the sun-space-earth research and services of 3 Belgian scientific institutions were brought together. The STCE gathers in this way expertise in solar research, particle radiation, GNSS, ionosphere and geomagnetic measurements. In 2017, the STCE teamed up with scientific institutes in other European countries, jointly creating the Pan-European Consortium for Aviation Space weather User Services - PECASUS (http://pecasus.eu/) for short. The STCE's expertise in solar observations and research combined with the experience of its GNSS and solar particle radiation group proved to be crucial in the set-up of space weather services for civil aviation. PECASUS went live in November 2019. Since its start, the STCE has strongly invested in space weather courses and training relying on a firm academic and service experience.