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/V018426/1
Title: MesoS2D: Mesospheric sub-seasonal to decadal predictability
Total value: £1,165,101
| ENRIs | FY | Value |
|---|
| Environmental Risks and Hazards | 2021 | £19,262 |
| Environmental Risks and Hazards | 2022 | £77,204 |
| Environmental Risks and Hazards | 2023 | £77,829 |
| Environmental Risks and Hazards | 2024 | £26,100 |
| Environmental Risks and Hazards | 2025 | £32,625 |
| Global Change | 2021 | £77,047 |
| Global Change | 2022 | £308,814 |
| Global Change | 2023 | £311,316 |
| Global Change | 2024 | £104,402 |
| Global Change | 2025 | £130,501 |
| Science Area | FY | Value |
|---|
| Atmospheric | 2021 | £96,309 |
| Atmospheric | 2022 | £386,018 |
| Atmospheric | 2023 | £389,145 |
| Atmospheric | 2024 | £130,502 |
| Atmospheric | 2025 | £163,126 |
| Science Topic | FY | Value |
|---|
| Adaptive mesh modelling | 2021 | £0 |
| Adaptive mesh modelling | 2022 | £0 |
| Adaptive mesh modelling | 2023 | £0 |
| Adaptive mesh modelling | 2024 | £0 |
| Adaptive mesh modelling | 2025 | £0 |
| Atmospheric Kinetics | 2021 | £9,631 |
| Atmospheric Kinetics | 2022 | £38,602 |
| Atmospheric Kinetics | 2023 | £38,915 |
| Atmospheric Kinetics | 2024 | £13,050 |
| Atmospheric Kinetics | 2025 | £16,313 |
| Atmospheric chemistry | 2021 | £0 |
| Atmospheric chemistry | 2022 | £0 |
| Atmospheric chemistry | 2023 | £0 |
| Atmospheric chemistry | 2024 | £0 |
| Atmospheric chemistry | 2025 | £0 |
| Atmospheric circulation | 2021 | £0 |
| Atmospheric circulation | 2022 | £0 |
| Atmospheric circulation | 2023 | £0 |
| Atmospheric circulation | 2024 | £0 |
| Atmospheric circulation | 2025 | £0 |
| Atmospheric ionisation | 2021 | £0 |
| Atmospheric ionisation | 2022 | £0 |
| Atmospheric ionisation | 2023 | £0 |
| Atmospheric ionisation | 2024 | £0 |
| Atmospheric ionisation | 2025 | £0 |
| Atmospheric particles | 2021 | £0 |
| Atmospheric particles | 2022 | £0 |
| Atmospheric particles | 2023 | £0 |
| Atmospheric particles | 2024 | £0 |
| Atmospheric particles | 2025 | £0 |
| Circulation modelling | 2021 | £0 |
| Circulation modelling | 2022 | £0 |
| Circulation modelling | 2023 | £0 |
| Circulation modelling | 2024 | £0 |
| Circulation modelling | 2025 | £0 |
| Energetic particles | 2021 | £0 |
| Energetic particles | 2022 | £0 |
| Energetic particles | 2023 | £0 |
| Energetic particles | 2024 | £0 |
| Energetic particles | 2025 | £0 |
| Geomagnetism | 2021 | £0 |
| Geomagnetism | 2022 | £0 |
| Geomagnetism | 2023 | £0 |
| Geomagnetism | 2024 | £0 |
| Geomagnetism | 2025 | £0 |
| Global atmospheric models | 2021 | £0 |
| Global atmospheric models | 2022 | £0 |
| Global atmospheric models | 2023 | £0 |
| Global atmospheric models | 2024 | £0 |
| Global atmospheric models | 2025 | £0 |
| Gravity waves | 2021 | £0 |
| Gravity waves | 2022 | £0 |
| Gravity waves | 2023 | £0 |
| Gravity waves | 2024 | £0 |
| Gravity waves | 2025 | £0 |
| High latitude physics | 2021 | £0 |
| High latitude physics | 2022 | £0 |
| High latitude physics | 2023 | £0 |
| High latitude physics | 2024 | £0 |
| High latitude physics | 2025 | £0 |
| Infrared imaging | 2021 | £0 |
| Infrared imaging | 2022 | £0 |
| Infrared imaging | 2023 | £0 |
| Infrared imaging | 2024 | £0 |
| Infrared imaging | 2025 | £0 |
| Ionosphere | 2021 | £0 |
| Ionosphere | 2022 | £0 |
| Ionosphere | 2023 | £0 |
| Ionosphere | 2024 | £0 |
| Ionosphere | 2025 | £0 |
| Large Scale Dynamics/Transport | 2021 | £19,262 |
| Large Scale Dynamics/Transport | 2022 | £77,204 |
| Large Scale Dynamics/Transport | 2023 | £77,829 |
| Large Scale Dynamics/Transport | 2024 | £26,100 |
| Large Scale Dynamics/Transport | 2025 | £32,625 |
| Large scale atmos modelling | 2021 | £0 |
| Large scale atmos modelling | 2022 | £0 |
| Large scale atmos modelling | 2023 | £0 |
| Large scale atmos modelling | 2024 | £0 |
| Large scale atmos modelling | 2025 | £0 |
| Mesosphere | 2021 | £0 |
| Mesosphere | 2022 | £0 |
| Mesosphere | 2023 | £0 |
| Mesosphere | 2024 | £0 |
| Mesosphere | 2025 | £0 |
| Mesospheric chemistry | 2021 | £0 |
| Mesospheric chemistry | 2022 | £0 |
| Mesospheric chemistry | 2023 | £0 |
| Mesospheric chemistry | 2024 | £0 |
| Mesospheric chemistry | 2025 | £0 |
| Mesospheric processes | 2021 | £0 |
| Mesospheric processes | 2022 | £0 |
| Mesospheric processes | 2023 | £0 |
| Mesospheric processes | 2024 | £0 |
| Mesospheric processes | 2025 | £0 |
| Meteor winds | 2021 | £0 |
| Meteor winds | 2022 | £0 |
| Meteor winds | 2023 | £0 |
| Meteor winds | 2024 | £0 |
| Meteor winds | 2025 | £0 |
| Microwave limb sounding | 2021 | £0 |
| Microwave limb sounding | 2022 | £0 |
| Microwave limb sounding | 2023 | £0 |
| Microwave limb sounding | 2024 | £0 |
| Microwave limb sounding | 2025 | £0 |
| Radar networks | 2021 | £0 |
| Radar networks | 2022 | £0 |
| Radar networks | 2023 | £0 |
| Radar networks | 2024 | £0 |
| Radar networks | 2025 | £0 |
| Radiative Processes & Effects | 2021 | £19,262 |
| Radiative Processes & Effects | 2022 | £77,204 |
| Radiative Processes & Effects | 2023 | £77,829 |
| Radiative Processes & Effects | 2024 | £26,100 |
| Radiative Processes & Effects | 2025 | £32,625 |
| Radiative forcing | 2021 | £0 |
| Radiative forcing | 2022 | £0 |
| Radiative forcing | 2023 | £0 |
| Radiative forcing | 2024 | £0 |
| Radiative forcing | 2025 | £0 |
| Remote sensing | 2021 | £0 |
| Remote sensing | 2022 | £0 |
| Remote sensing | 2023 | £0 |
| Remote sensing | 2024 | £0 |
| Remote sensing | 2025 | £0 |
| Solar activity | 2021 | £0 |
| Solar activity | 2022 | £0 |
| Solar activity | 2023 | £0 |
| Solar activity | 2024 | £0 |
| Solar activity | 2025 | £0 |
| Solar cycle | 2021 | £0 |
| Solar cycle | 2022 | £0 |
| Solar cycle | 2023 | £0 |
| Solar cycle | 2024 | £0 |
| Solar cycle | 2025 | £0 |
| Solar wind | 2021 | £0 |
| Solar wind | 2022 | £0 |
| Solar wind | 2023 | £0 |
| Solar wind | 2024 | £0 |
| Solar wind | 2025 | £0 |
| Stratosphere-mesosphere coupling | 2021 | £0 |
| Stratosphere-mesosphere coupling | 2022 | £0 |
| Stratosphere-mesosphere coupling | 2023 | £0 |
| Stratosphere-mesosphere coupling | 2024 | £0 |
| Stratosphere-mesosphere coupling | 2025 | £0 |
| Teleconnections | 2021 | £0 |
| Teleconnections | 2022 | £0 |
| Teleconnections | 2023 | £0 |
| Teleconnections | 2024 | £0 |
| Teleconnections | 2025 | £0 |
| Themosphere | 2021 | £0 |
| Themosphere | 2022 | £0 |
| Themosphere | 2023 | £0 |
| Themosphere | 2024 | £0 |
| Themosphere | 2025 | £0 |
| Upper Atmos Process & Geospace | 2021 | £48,155 |
| Upper Atmos Process & Geospace | 2022 | £193,009 |
| Upper Atmos Process & Geospace | 2023 | £194,573 |
| Upper Atmos Process & Geospace | 2024 | £65,251 |
| Upper Atmos Process & Geospace | 2025 | £81,563 |
| Vertical coupling | 2021 | £0 |
| Vertical coupling | 2022 | £0 |
| Vertical coupling | 2023 | £0 |
| Vertical coupling | 2024 | £0 |
| Vertical coupling | 2025 | £0 |
| Wave dynamics | 2021 | £0 |
| Wave dynamics | 2022 | £0 |
| Wave dynamics | 2023 | £0 |
| Wave dynamics | 2024 | £0 |
| Wave dynamics | 2025 | £0 |
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