Space weather is the phrase used to describe changes in the near-Earth space environment that are caused predominantly by solar activity. These forms of solar activity include solar flares and coronal mass ejections; both of which are heavily studied by the global solar physics community and by scientists and engineers at MSSL. During times of stormy space weather, there can be a knock-on effect on many of the technologies that modern society relies on. And so for many years solar physics research has been applied to help develop our understanding of the physical processes that cause space weather and to predict what the conditions will be like in the hours and days ahead. Lucie is involved in a range of projects that involve studying the science of space weather and investigating what instrumentation could be used to improve space weather forecasts.
Lucie’s primary research area looks at coronal mass ejections. For more information and an overview of the role of coronal mass ejections in driving space weather see the publication “Coronal mass ejections: a driver of severe space weather”.
Collaborative projects that Lucie has led have involved working with different sectors to understand how to build space weather weather into business continuity and resiliency planning. These collaborations have led to the following reports:
- Building space weather resilience in the finance sector
- Organisational resilience for severe space weather
- Cascading effects of global positioning and navigation satellite service failures
More general reading on space weather impact and mission planning can be found here:
- The economic impact of space weather: where do we stand?
- Quantifying the economic value of space weather forecasting for power grids: an exploratory study
- Carrington-L5: The UK/US operational space weather monitoring mission
- Evaluating the skill of forecasts of the near-earth solar wind using a space weather monitor at L5