Professor Richard Horne FRS ia a distinguished research scientist (IMP1) at the British Antarctic Survey and Honorary Professor at the University of Sheffield.  He has published over 200 research papers on wave-particle interactions, wave propagation and space weather.  His most important work was to show that plasma waves accelerate electrons up to speeds close to the speed of light and play a major role in forming the radiation belts that surround the Earth in space.   He led the EU SPACECAST project to develop a space weather forecasting system for satellites, and the EU SPACESTORM project which showed that the risk to satellites from space weather is much higher than previously thought.  Richard’s work led to revised hazard assessments for the UK National Risk Register of Civil Emergencies in 2017 and 2020.  He is Chair of the Space Environment Impacts Expert Group which provides advice on space weather to the UK Cabinet Office.

Richard was awarded the NERC Economic Impact Award in 2023, Gold Medal from the Royal Astronomical Society in 2022, the International Kristian Birkeland Medal for Space Weather and Space Climate in 2020, the URSI Appleton Prize for research leading to practical space weather forecasting in 2020, and a Doctor of Science from the University of Cambridge for distinguished research in 2020.

Richard was elected Fellow of the Royal Society in 2021.  He is also a Fellow of the American Geophysical Union, the International Union of Radio Science, The Royal Astronomical Society and St Edmund’s College Cambridge.

Awards

• 2025, Julius Bartels medal from the European Geophysical Society
• 2023, NERC Economic Impact Award
• 2022, Gold Medal, Royal Astronomical Society
• 2020, International Kristian Birkeland Medal for Space Weather and Space Climate, “For some of the most seminal contributions to the observations and theory of magnetospheric plasma waves and their interactions with various particle populations”.
• 2020, URSI Appleton Prize “For leadership and theories of charged particle dynamics in the Earth and planetary magnetospheres leading to practical space weather forecasting of their high energy particle environment”
• 2020, Doctor of Science, University of Cambridge
• 2016, ESA Award, “Outstanding contribution to the CLUSTER and Double Star missions”
• 2014, EU Commission Success Story, SPACECAST Project
• 2014, Lloyds Science of Risk Prize
• 2009, Honorary Professor, University of Sheffield
• 2005, NASA Group Achievement Award, for contributions to CLUSTER’s exploration of Geospace
• 2005, ESA Award, for “Outstanding contribution to CLUSTER’s exploration of Geospace”

Research interests

My main research interests are in wave-particle interactions, wave propagation and space weather.   I study how wave-particle interactions lead to the transport, acceleration and loss of high energy charged particles trapped in the external magnetic field of the Earth and planets.  My current work is to lead the development of better systems to forecast radiation exposure to satellites during magnetic storms and other space weather events.  I am also working on hazard risk assessments of the impact of severe space weather on the growing number of satellites in orbit.

Collaborations

• University of California, Los Angeles, USA
• University of Iowa, USA
• Air Force Research Lab, Albuquerque, USA
• University of Texas at Dallas, USA
• University of New Hampshire, USA
• Nagoya University, Japan
• German Research Centre for Geosciences, Germany
• University of Sydney, Australia
• University of Cambridge, UK
• University of Reading, UK
• University College London, Mullard Space Science Lab, UK
• University of Sheffield, UK
• Imperial College London, UK
• Northumbria University, UK
• University of Warwick, UK
• SES, Luxembourg
• Atrium Space Insurance, London, UK
• Airbus Defence and Space, UK
• AXA XL Insurance, UK
• DSTL, UK

Richard B. Horne ORCID = 0000-0002-0412-6407

Richard has published over 200 papers in peer reviewed journals and has more than 15,000 citations and a Thomson h-index of 72.

Publications from NERC Open Research Archive

• Meredith, N., Cayton, T., & Cayton, M. (2024). Strong relativistic electron flux events in GPS orbit (2000 – 2020) (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/dd8dee98-b75e-4b2f-a002-3f00bcc29d35

• Glauert, S., & Ross, J. (2024). Pitch angle distributions, loss timescales and diffusion coefficients for the Earth’s radiation belts (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/6d20ed7b-59e1-4284-a6f2-3e2589da6d2a

• Lam, P., Horne, R., Meredith, N., Glauert, S., & Kirsch, P. (2024). Charging Currents and Electric Fields of Satellite Cables during a reasonable worst case scenario (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/3948ce45-3430-468d-8e99-22d4d6c0a8c5

• Daggitt, T., Horne, R., Glauert, S., & Del Zanna, G. (2024). BAS-RBM simulations of ultra-relativistic electron acceleration in Earth’s radiation belts using a coupled plasma density model (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/ea37228a-5b4d-4db2-8d97-53fff2c43f3f

• Wong, J. (2023). New Chorus Diffusion Coefficients for Radiation Belt Modelling (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/fa63faf5-10d6-4c72-8b19-d41941f06812

• Meredith, N., Cayton, T., & Cayton, M. (2023). Extreme relativistic electron fluxes in GPS orbit: Analysis of NS41 Burst Detector Dosimeter IIR (BDD-IIR) data (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/30bba6e1-de1e-4ef9-97a6-d64e9eaca820

• Daggitt, T., Horne, R., Glauert, S., Del Zanna, G., & Albert, J. (2023). Evidence of strong diffusion of radiation belt electrons in satellite data, and numerical simulations of strong diffusion using the BAS-RBM 2D. (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/c7db6003-1f72-4e69-b0b4-ec4b0aa4763c

• Daggitt, T. (2022). TS05 and TS07 external magnetic field model L*, LCDS and B field data for the GOES-13, GOES-15 and HIMAWARI-8 satellites for three geomagnetic storm periods (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/346ce427-6663-45e6-b706-285bb79e41ce

• Wong, J. (2022). Electron Diffusion by Magnetosonic Waves in the Earth’s Radiation Belts (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/aae6ea2f-7dab-4ab1-830f-a4c53589e340

• Ross, J. (2022). Electromagnetic ion cyclotron electron diffusion coefficients calculated using Van Allen Probe EMFISIS data for a range of ion compositions (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/2ba39ec4-c89e-4091-bdf9-e40491ec92a5

• Woodfield, E., Glauert, S., Menietti, J., Horne, R., Kavanagh, A., & Shprits, Y. (2022). Acceleration of electrons by whistler-mode hiss waves at Saturn (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/c6202511-d70b-45ae-9b72-ff30f4888f5f

• Glauert, S., Heynderickx, D., Kirsch, P., & Horne, R. (2021). The Satellite Risk Prediction and Radiation Forecast System (SaRIF) (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/bebfd99e-f2e3-46f0-9833-f59efb40be37

• Meredith, N., Li, W., & Shen, X. (2021). Statistical investigation of the frequency dependence of the chorus source mechanism of plasmaspheric hiss (Version 1.0) [Data set]. UK Polar Data Centre, Natural Environment Research Council, UK Research & Innovation. https://doi.org/10.5285/151a855f-d030-485b-a2dd-4ea874e59bf6

• Lozinski, A., Horne, R., Glauert, S., Del Zanna, G., & Claudepierre, S. (2021). Solutions to BAS-PRO model runs for Modelling 1-10MeV Proton Phase Space Density (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/27a89a5f-ca5d-471a-a0e7-060d0911b2d1

• Ross, J., & Glauert, S. (2021). Electron Electromagnetic Ion Cyclotron diffusion coefficients calculated from Van Allen Probe observations (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://doi.org/10.5285/cc48c65d-5395-45a1-a60a-3a4b987fd673

• Meredith, N., Horne, R., Li, W., Shen, X., & Bortnik, J. (2020). Global model of Whistler Mode Chorus in the Near-Equatorial Region (|λ|m<18o) (Version 1.0) [Data set]. NERC EDS UK Polar Data Centre. https://data.bas.ac.uk/full-record.php?id=GB/NERC/BAS/PDC/01315

• Ross, J., & Meredith, N. (2020). Electromagnetic ion cyclotron electron diffusion coefficients calculated from CRRES data using a new approach (Version 1.0) [Data set]. UK Polar Data Centre, Natural Environment Research Council, UK Research & Innovation. https://doi.org/10.5285/be8af49f-cdf1-443a-9c78-6a59c9d5be68

• Woodfield, E., Glauert, S., Menietti, J., Averkamp, T., Horne, R., & Shprits, Y. (2019). Rapid electron acceleration in low density regions of Saturn’s radiation belt by whistler mode chorus waves (Version 1.0) [Data set]. UK Polar Data Centre, Natural Environment Research Council, UK Research & Innovation. https://doi.org/10.5285/ae5116a5-fc16-464c-9c26-e395f897a8e4

• Meredith, N., Horne, R., Clilverd, M., & Ross, J. (2019). Global models of the VLF transmitter wave power in the inner radiation belt and slot region (Version 1.0) [Data set]. UK Polar Data Centre, Natural Environment Research Council, UK Research & Innovation. https://doi.org/10.5285/395408f5-0f0e-43b3-83c8-dfa719a1bb87

• Ross, J., Meredith, N., Glauert, S., Horne, R., & Clilverd, M. (2019). Effects of VLF transmitter waves on the inner belt and slot region (Version 1.0) [Data set]. UK Polar Data Centre, Natural Environment Research Council, UK Research & Innovation. https://doi.org/10.5285/93ff55bf-7415-44c8-8e3d-7e2f5c5ffd6d

• Horne, R. (2018). Data supporting the evaluation if a worst case for a severe space weather event driven by a fast solar wind stream (Version 1.0) [Data set]. Polar Data Centre, Natural Environment Research Council, UK Research & Innovation. https://doi.org/10.5285/d901af69-7e44-470b-8967-e6ae760733c6

1. Space Environment Impacts Expert Group (SEIEG)

   SEIEG is an independent committee of experts that provide support and advice to the UK Met Office and government departments.

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2. PRESCIENT

   PRESCIENT supports long-term, strategically important measurements and capabilities for the wider science community.

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3. Electromagnetic wave effects on radiation belts

   PADIE (Pitch-Angle Diffusion of Ions and Electrons) is a computational model developed at BAS that calculates how electromagnetic waves affect charged particles in radiation belts.

   Read more of: Electromagnetic wave effects on radiation belts

   

4. Tracing electromagnetic waves

   HOTRAY is a ray tracing computer code designed to trace the path of electromagnetic waves in a hot magnetised plasma. HOTRAY has been used to understand the generation and propagation of plasma waves at the Earth, Jupiter, Saturn and laboratory plasmas.

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5. BAS-RBM

   BAS-RBM simulates changes in the high-energy electrons trapped around Earth to help protect satellites, improve forecasting of space weather, and understand radiation belts at Jupiter and Saturn.

   Read more of: BAS-RBM

   

6. Space Weather Service Network (SWESNET)

   SWESNET from British Antarctic Survey provides a forecast of high energy electrons in the Earth’s radiation belts which can cause damage to satellites on orbit. These forecasts are used by satellite operators to take mitigating action.

   Read more of: Space Weather Service Network (SWESNET)

   

7. Radiation Belt Data Assimilation (Radbelt-DA)

   RADBELT-DA applies data assimilation techniques to improve radiation belt forecasts to protect satellites from space weather damage and service disruption.

   Read more of: Radiation Belt Data Assimilation (Radbelt-DA)

   

8. Simulating how space weather events threaten satellites

   In the SORBS project we are studying how changes in the outer boundary of the geomagnetic field lead to rapid changes in the radiation belts closer to Earth.

   Read more of: Simulating how space weather events threaten satellites

   

9. Sat Risk

   The Sat-Risk project, led by the British Antarctic Survey (BAS), has the goal of ‘developing a real-time system to forecast radiation exposure to satellites for a range of different orbits, and quantify the risk of damage or degradation‘.

   Read more of: Sat Risk

   

10. ‘Sounds of Space’

    Sounds of Space uses a Very Low Frequency receiver to pick up radio waves made by our planet and investigate the science of space weather storms, to help understand potential  space weather impacts on the climate system, and for lightning detection.

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11. Extreme Space Weather

    Concern at government level in the UK is such that severe space weather was added to the UK’s National Risk Register of Civil Emergencies.

    Read more of: Extreme Space Weather

    

12. Space Weather Observatory

    Assessing Space Weather impacts

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13. Rad-Sat

    Rad-Sat is a NERC Highlight Topic that brings together a consortium of scientists from 5 different UK research groups, stakeholders from the space industry and a network of international collaborators.

    Read more of: Rad-Sat

    

14. Electron Acceleration in the Radiation Belts of Earth, Jupiter & Saturn

    This project explored the radiation belts of the Earth, Jupiter and Saturn to help set new research goals for future spacecraft missions to the planets and develop computer models that will be of direct use to the space insurance, satellite construction and satellite service industries.

    Read more of: Electron Acceleration in the Radiation Belts of Earth, Jupiter & Saturn

    

16. SPACESTORM

    SPACESTORM is a collaborative project to model space weather events and find ways to mitigate their effects on satellites.

    Read more of: SPACESTORM

    

Research Grants

Richard was NERC lead on a £20 Million UKRI Strategic Priorities Fund grant (SWIMMR) that was announced by the Prime Minister in 2019 and has won more than £7 Million in grants over the last 10 years.

1. NERC lead, Space Weather Innovation, Measurement, Modelling and Risk Programme (SWIMMR), UKRI Strategic Priorities Fund, £20 million, 2019 – 2022.
2. Principle Investigator, Satellite Radiation Risk Forecasts (Sat-Risk) N1. NERC Strategic Priorities Fund, £2m, 2020-2023.
3. Principal Investigator, Planetary Radiation Belt Physics, STFC, (ST/S000496/1), £452k, Apr 2019 – Mar 2022
4. Co-Investigator, National Capability – Polar Expertise Supporting UK Research, NERC, (NE/R016038/1), £4.2m, April 2018 – Mar 2023.
5. Co-Investigator, British Antarctic Survey – National and Public Good activity, NERC, (NE/R016445/1), £468k, April 2018 – Mar 2023.
6. Principle Investigator, Modelling the acceleration, transport and loss of radiation belt electrons to protect satellites from space weather (Rad-Sat), NERC Highlight Topic, £3m, Apr 2017 – Mar 2021.
7. Co-Investigator, SSA P2-SWE-Xm Advanced SWE Service Prototypes, European Space Agency, €350k, Feb 2016 – Aug 2018.
8. Co-Investigator, Virtual Space Weather Modelling Centre, European Space Agency, €30k, 2015-2017.
9. Consultant, Solar Storms, Judge Business School, £4k. 2015-2016.
10. Principle Investigator, Electron Acceleration, Transport and Loss in Planetary Radiation Belts (Planetbelt), STFC, £360k, Apr 2015 – Mar 2019.
11. Principal Investigator, Developing Space Weather Services for Satellite Operators, NERC extra resource, £100k, Apr 2013 – Mar 2018.
12. Project Coordinator, Modelling space weather events and mitigating their effects on satellites (SPACESTORM), EU Framework 7, €2.0m, Apr 2014- Mar 2017.
13. Co-Investigator, NOx and HOx production by energetic electrons and impacts on polar stratospheric ozone (NOHO), NERC standard grant, £316k, Jan 2013 – Dec 2015.
14. Co-Investigator, Monitoring, analysing and assessing radiation belt loss and energization (MAARBLE), EU, Framework7, €2.0m, Jan 2012 – Dec 2014.
15. Principal Investigator, Origin of electron acceleration in the radiation belts of Earth, Jupiter and Saturn, STFC grant, £403k, Jan 2012 – Jan 2015.
16. Project Coordinator, Protecting space assets from high energy particles by developing European modelling and forecasting capabilities (SPACECAST), EU Framework 7, €2.0m, Mar 2011 – Feb 2014.
17. Co-Investigator, Influence of energetic particle precipitation and meteorology on NOx and ozone variability in the Arctic middle atmosphere (ENOA), NERC small grant, £51k, Jul 2011 – Jun 2012.

1. Read, read, read and new ideas will come to you

   We speak to a British Antarctic Survey Scientist on becoming a Fellow of the Royal Society… Professor Richard Horne FRS is the former Head of Space Weather at the British […]

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1. BAS shortlisted for NERC’s 2023 Impact Awards

   The shortlist has been announced for The Natural Environment Research Council’s (NERC) Impact Awards 2023. Four BAS projects have made the shortlist and commended list, ranging from biodiversity and ecology to space weather.

   Read more of: BAS shortlisted for NERC’s 2023 Impact Awards

   

2. Scientists set out benchmarks for extreme space weather

   Extreme space weather threatens vital satellites orbiting the Earth, including the Global Navigation Satellite Systems (GNSS) which pass through the heart of the outer radiation belt. New research led by […]

   Read more of: Scientists set out benchmarks for extreme space weather

   

3. BAS scientist awarded Gold Medal by Royal Astronomical Society

   The Royal Astronomical Society has awarded the 2022 Gold Medal for Geophysics to Professor Richard B Horne for his outstanding contributions to our understanding of the physics underlying space weather. […]

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4. BAS staff recognised with Royal Society Fellowships

   We are delighted to announce that today (6 May 2021) Professor Dame Jane Francis, Director of British Antarctic Survey, and Professor Richard Horne, Head of Space Weather and Atmosphere team, […]

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5. Medal win for space weather scientist

   The award recognises Professor Horne’s unique ability to combine basic and applied research to develop useful space weather products.

   Read more of: Medal win for space weather scientist

   

6. Space weather monitoring receives funding boost

   Space weather research at British Antarctic Survey (BAS) receives a funding boost of around £2M today (Saturday 27 June) from the SWIMMR (Space Weather Instrumentation, Measurement, Modelling and Risk) programme. […]

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7. Appleton Prize awarded to Professor Richard Horne

   British Antarctic Survey is pleased to announce the Appleton Prize 2020 has been awarded to Professor Richard Horne, Head of the Space Weather and Atmosphere science team at British Antarctic […]

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8. Space weather ‘super storms’ occurred every 25 years

   A ‘great’ space weather super-storm large enough to cause significant disruption to our electronic and networked systems occurred on average once in every 25 years. The results are published today […]

   Read more of: Space weather ‘super storms’ occurred every 25 years

   

9. Space weather study wins accolade

   A team of international researchers, including Professor Richard Horne from British Antarctic Survey, has been awarded best research study from the journal Risk Analysis for 2019. The study, led by […]

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10. Funding boost for space weather research

    Space weather research gets a  boost this week with a £20m fund announced by the UK  Prime Minister. Space weather, such as flares or winds from the Sun’s surface or […]

    Read more of: Funding boost for space weather research

    

11. Space weather causes radiation damage to satellites

    The use of electric propulsion for raising satellites into geostationary orbit can result in significant solar cell degradation according to a new study. The extended journey results in greater exposure […]

    Read more of: Space weather causes radiation damage to satellites

    

12. A new way to create Saturn’s radiation belts

    A team of international scientists from BAS, University of Iowa and GFZ German Research Centre for Geosciences has discovered a new method to explain how radiation belts are formed around […]

    Read more of: A new way to create Saturn’s radiation belts

    

13. Satellites more at risk from fast solar wind than a major space storm

    Satellites are more likely to be at risk from high-speed solar wind than a major geomagnetic storm according to a new UK-US study published this week in the Journal Space […]

    Read more of: Satellites more at risk from fast solar wind than a major space storm

    

14. Million fold increase in the power of waves near Jupiter’s moon Ganymede

    Understanding of how Jupiter’s magnetic field interacts with its moons and with intense particle radiation.

    Read more of: Million fold increase in the power of waves near Jupiter’s moon Ganymede

    

15. New study reveals potential cost of solar storms

    The daily U.S. economic cost from solar storm-induced electricity blackouts could total more than $40 billion, with more than half the loss occurring outside the blackout zone, says new study. […]

    Read more of: New study reveals potential cost of solar storms

    

16. FEATURED PAPER: Energetic Electron Hazard

    Energetic electrons are an important space weather hazard. In this paper we apply extreme value analysis to 16 years of operational satellite data from the NOAA Polar Operational Environmental Satellites […]

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17. PRESS RELEASE: Risks to satellites measured

      New risk index for satellite operators CAMBRIDGE, UK. Scientists, satellite operators, insurance industry and Government policy officials gather this week (7 February 2014) to discuss the latest advances in […]

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18. NEWS STORY: Improving space weather forecasting

    Space weather forecasting system used by satellite operators Weather forecasting is a tricky enough job on Earth, but doing it for the outer atmosphere and beyond is even more problematic. […]

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19. NEWS STORY: BAS involved in NASA mission

    British Antarctic Survey scientists involved in NASA ‘space weather’ mission WASHINGTON — NASA’s Radiation Belt Storm Probes (RBSP), the first twin-spacecraft mission designed to explore the Earth’s radiation belts, launched […]

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20. Professor Richard Horne made Fellow of the American Geophysical Union

    British Antarctic Survey scientist Professor Richard Horne has been made a Fellow of the American Geophysical Union (AGU). This title is only awarded once a year to one in a […]

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21. PRESS RELEASE: Space weather forecasting

    Major EU-funded space weather initiative launched and managed in UK A major EU-funded initiative to improve ‘space weather’ forecasting will hold its inaugural meeting in the UK on Tuesday 29 […]

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22. PRESS RELEASE: New research sheds light on Aurora

    New space research settles years of scientific debate New space research published this week (Thursday 21 October) in the journal Nature, has settled decades of scientific debate. Researchers from the […]

    Read more of: PRESS RELEASE: New research sheds light on Aurora

    

23. Scientific breakthrough will help protect astronauts and spacecraft

    7 September 2005 PR No. 13/2005 A breakthrough by a team of British, US and French scientists will help protect astronauts, spacecraft and satellites from radiation hazards experienced in space. Reporting […]

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Awards

• 2022, Gold Medal, Royal Astronomical Society
• 2021, Fellow of the Royal Society
• 2020, International Kristian Birkeland Medal for Space Weather and Space Climate, “For some of the most seminal contributions to the observations and theory of magnetospheric plasma waves and their interactions with various particle populations”.
• 2020, URSI Appleton Prize “For leadership and theories of charged particle dynamics in the Earth and planetary magnetospheres leading to practical space weather forecasting of their high energy particle environment”
• 2020, Doctor of Science, University of Cambridge
• 2016, ESA Award, “Outstanding contribution to the CLUSTER and Double Star missions”
• 2014, EU Commission Success Story, SPACECAST Project
• 2014, Lloyds Science of Risk Prize
• 2009, Honorary Professor, University of Sheffield
• 2005, NASA Group Achievement Award, for contributions to CLUSTER’s exploration of Geospace
• 2005, ESA Award, for “Outstanding contribution to CLUSTER’s exploration of Geospace”

TV and radio

• Interviewed by the European Space Agency, on Youtube, Nov 2018
  • https://www.youtube.com/watch?v=w41PO0a1pe0
• Interview on BBC4 with Matt Taylor, 2017 and 2018
• Interview on BBC Radio 4 Documentary ‘Back to the Ice’ with Peter Gibbs, 2016
• Interview on BBC2 Horizon Documentary ‘Ice Station Antarctica’, 2016
• Appeared on BBC2 ‘Stargazing Live – Back to Earth’ with Brian Cox, 2014
• Appeared on Swedish TV Documentary, Space Weather, 2012

• Fellow, Royal Society
• Fellow, American Geophysical Union
• Fellow, International Union of Radio Science
• Fellow, St Edmund's College, Cambridge
• Fellow, Royal Astronomincal Society
• Chair, Space Environment Impacts Expert Group
• Member, BAS Executive Team
• Member, Science Strategy Team
• Head, Space Weather and Atmosphere