List of Awards
Science Classification: Grants and fellowships can have their funding split across several science classifications and financial years. The list below identifies how the funding is divided for this award.
Grant Reference: NE/S015167/1
Title: How does the aurora heat the upper atmosphere?
Total value: £529,819
| ENRIs | FY | Value |
|---|
| Environmental Risks and Hazards | 2019 | £20,852 |
| Environmental Risks and Hazards | 2020 | £41,874 |
| Environmental Risks and Hazards | 2021 | £42,212 |
| Environmental Risks and Hazards | 2022 | £42,554 |
| Environmental Risks and Hazards | 2023 | £42,899 |
| Environmental Risks and Hazards | 2024 | £21,536 |
| Global Change | 2019 | £31,279 |
| Global Change | 2020 | £62,810 |
| Global Change | 2021 | £63,319 |
| Global Change | 2022 | £63,832 |
| Global Change | 2023 | £64,349 |
| Global Change | 2024 | £32,303 |
| Science Area | FY | Value |
|---|
| Atmospheric | 2019 | £52,131 |
| Atmospheric | 2020 | £104,684 |
| Atmospheric | 2021 | £105,531 |
| Atmospheric | 2022 | £106,386 |
| Atmospheric | 2023 | £107,248 |
| Atmospheric | 2024 | £53,839 |
| Science Topic | FY | Value |
|---|
| Atmospheric chemistry | 2019 | £0 |
| Atmospheric chemistry | 2020 | £0 |
| Atmospheric chemistry | 2021 | £0 |
| Atmospheric chemistry | 2022 | £0 |
| Atmospheric chemistry | 2023 | £0 |
| Atmospheric chemistry | 2024 | £0 |
| Aurora | 2019 | £0 |
| Aurora | 2020 | £0 |
| Aurora | 2021 | £0 |
| Aurora | 2022 | £0 |
| Aurora | 2023 | £0 |
| Aurora | 2024 | £0 |
| Electric fields | 2019 | £0 |
| Electric fields | 2020 | £0 |
| Electric fields | 2021 | £0 |
| Electric fields | 2022 | £0 |
| Electric fields | 2023 | £0 |
| Electric fields | 2024 | £0 |
| Electron precipitation | 2019 | £0 |
| Electron precipitation | 2020 | £0 |
| Electron precipitation | 2021 | £0 |
| Electron precipitation | 2022 | £0 |
| Electron precipitation | 2023 | £0 |
| Electron precipitation | 2024 | £0 |
| Energetic particles | 2019 | £0 |
| Energetic particles | 2020 | £0 |
| Energetic particles | 2021 | £0 |
| Energetic particles | 2022 | £0 |
| Energetic particles | 2023 | £0 |
| Energetic particles | 2024 | £0 |
| Iono - thermosphere coupling | 2019 | £0 |
| Iono - thermosphere coupling | 2020 | £0 |
| Iono - thermosphere coupling | 2021 | £0 |
| Iono - thermosphere coupling | 2022 | £0 |
| Iono - thermosphere coupling | 2023 | £0 |
| Iono - thermosphere coupling | 2024 | £0 |
| Ionosphere | 2019 | £0 |
| Ionosphere | 2020 | £0 |
| Ionosphere | 2021 | £0 |
| Ionosphere | 2022 | £0 |
| Ionosphere | 2023 | £0 |
| Ionosphere | 2024 | £0 |
| Magneto - ionosphere coupling | 2019 | £0 |
| Magneto - ionosphere coupling | 2020 | £0 |
| Magneto - ionosphere coupling | 2021 | £0 |
| Magneto - ionosphere coupling | 2022 | £0 |
| Magneto - ionosphere coupling | 2023 | £0 |
| Magneto - ionosphere coupling | 2024 | £0 |
| Mesosphere | 2019 | £0 |
| Mesosphere | 2020 | £0 |
| Mesosphere | 2021 | £0 |
| Mesosphere | 2022 | £0 |
| Mesosphere | 2023 | £0 |
| Mesosphere | 2024 | £0 |
| Solar & Solar-Terrestrial Phys | 2019 | £13,033 |
| Solar & Solar-Terrestrial Phys | 2020 | £26,171 |
| Solar & Solar-Terrestrial Phys | 2021 | £26,383 |
| Solar & Solar-Terrestrial Phys | 2022 | £26,597 |
| Solar & Solar-Terrestrial Phys | 2023 | £26,812 |
| Solar & Solar-Terrestrial Phys | 2024 | £13,460 |
| Solar activity | 2019 | £0 |
| Solar activity | 2020 | £0 |
| Solar activity | 2021 | £0 |
| Solar activity | 2022 | £0 |
| Solar activity | 2023 | £0 |
| Solar activity | 2024 | £0 |
| Themosphere | 2019 | £0 |
| Themosphere | 2020 | £0 |
| Themosphere | 2021 | £0 |
| Themosphere | 2022 | £0 |
| Themosphere | 2023 | £0 |
| Themosphere | 2024 | £0 |
| Upper Atmos Process & Geospace | 2019 | £39,098 |
| Upper Atmos Process & Geospace | 2020 | £78,513 |
| Upper Atmos Process & Geospace | 2021 | £79,148 |
| Upper Atmos Process & Geospace | 2022 | £79,790 |
| Upper Atmos Process & Geospace | 2023 | £80,436 |
| Upper Atmos Process & Geospace | 2024 | £40,379 |
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