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/S001743/1
Title: Carbon cycling in a warming world: a deglacial test case
Total value: £753,509
ENRIs | FY | Value |
---|
Biodiversity | 2018 | £2,234 |
Biodiversity | 2019 | £10,408 |
Biodiversity | 2020 | £10,979 |
Biodiversity | 2021 | £6,438 |
Biodiversity | 2022 | £5,347 |
Biodiversity | 2023 | £2,270 |
Global Change | 2018 | £42,443 |
Global Change | 2019 | £197,743 |
Global Change | 2020 | £208,600 |
Global Change | 2021 | £122,320 |
Global Change | 2022 | £101,593 |
Global Change | 2023 | £43,136 |
Science Area | FY | Value |
---|
Atmospheric | 2018 | £4,468 |
Atmospheric | 2019 | £20,815 |
Atmospheric | 2020 | £21,958 |
Atmospheric | 2021 | £12,876 |
Atmospheric | 2022 | £10,694 |
Atmospheric | 2023 | £4,541 |
Marine | 2018 | £35,742 |
Marine | 2019 | £166,520 |
Marine | 2020 | £175,663 |
Marine | 2021 | £103,006 |
Marine | 2022 | £85,552 |
Marine | 2023 | £36,325 |
Terrestrial | 2018 | £4,468 |
Terrestrial | 2019 | £20,815 |
Terrestrial | 2020 | £21,958 |
Terrestrial | 2021 | £12,876 |
Terrestrial | 2022 | £10,694 |
Terrestrial | 2023 | £4,541 |
Science Topic | FY | Value |
---|
Atmospheric carbon cycle | 2018 | £0 |
Atmospheric carbon cycle | 2019 | £0 |
Atmospheric carbon cycle | 2020 | £0 |
Atmospheric carbon cycle | 2021 | £0 |
Atmospheric carbon cycle | 2022 | £0 |
Atmospheric carbon cycle | 2023 | £0 |
Atmospheric carbon dioxide | 2018 | £0 |
Atmospheric carbon dioxide | 2019 | £0 |
Atmospheric carbon dioxide | 2020 | £0 |
Atmospheric carbon dioxide | 2021 | £0 |
Atmospheric carbon dioxide | 2022 | £0 |
Atmospheric carbon dioxide | 2023 | £0 |
Biogeochemical cycling | 2018 | £0 |
Biogeochemical cycling | 2019 | £0 |
Biogeochemical cycling | 2020 | £0 |
Biogeochemical cycling | 2021 | £0 |
Biogeochemical cycling | 2022 | £0 |
Biogeochemical cycling | 2023 | £0 |
Climate & Climate Change | 2018 | £8,935 |
Climate & Climate Change | 2019 | £41,630 |
Climate & Climate Change | 2020 | £43,916 |
Climate & Climate Change | 2021 | £25,752 |
Climate & Climate Change | 2022 | £21,388 |
Climate & Climate Change | 2023 | £9,081 |
Climate change | 2018 | £0 |
Climate change | 2019 | £0 |
Climate change | 2020 | £0 |
Climate change | 2021 | £0 |
Climate change | 2022 | £0 |
Climate change | 2023 | £0 |
Climate modelling | 2018 | £0 |
Climate modelling | 2019 | £0 |
Climate modelling | 2020 | £0 |
Climate modelling | 2021 | £0 |
Climate modelling | 2022 | £0 |
Climate modelling | 2023 | £0 |
Coral reefs | 2018 | £0 |
Coral reefs | 2019 | £0 |
Coral reefs | 2020 | £0 |
Coral reefs | 2021 | £0 |
Coral reefs | 2022 | £0 |
Coral reefs | 2023 | £0 |
Dating | 2018 | £0 |
Dating | 2019 | £0 |
Dating | 2020 | £0 |
Dating | 2021 | £0 |
Dating | 2022 | £0 |
Dating | 2023 | £0 |
Dating - isotopic | 2018 | £0 |
Dating - isotopic | 2019 | £0 |
Dating - isotopic | 2020 | £0 |
Dating - isotopic | 2021 | £0 |
Dating - isotopic | 2022 | £0 |
Dating - isotopic | 2023 | £0 |
Dating - radiocarbon | 2018 | £0 |
Dating - radiocarbon | 2019 | £0 |
Dating - radiocarbon | 2020 | £0 |
Dating - radiocarbon | 2021 | £0 |
Dating - radiocarbon | 2022 | £0 |
Dating - radiocarbon | 2023 | £0 |
Deep ocean circulation | 2018 | £0 |
Deep ocean circulation | 2019 | £0 |
Deep ocean circulation | 2020 | £0 |
Deep ocean circulation | 2021 | £0 |
Deep ocean circulation | 2022 | £0 |
Deep ocean circulation | 2023 | £0 |
Deep water circulation | 2018 | £0 |
Deep water circulation | 2019 | £0 |
Deep water circulation | 2020 | £0 |
Deep water circulation | 2021 | £0 |
Deep water circulation | 2022 | £0 |
Deep water circulation | 2023 | £0 |
Heinrich events | 2018 | £0 |
Heinrich events | 2019 | £0 |
Heinrich events | 2020 | £0 |
Heinrich events | 2021 | £0 |
Heinrich events | 2022 | £0 |
Heinrich events | 2023 | £0 |
Ice ages | 2018 | £0 |
Ice ages | 2019 | £0 |
Ice ages | 2020 | £0 |
Ice ages | 2021 | £0 |
Ice ages | 2022 | £0 |
Ice ages | 2023 | £0 |
Isotopic record | 2018 | £0 |
Isotopic record | 2019 | £0 |
Isotopic record | 2020 | £0 |
Isotopic record | 2021 | £0 |
Isotopic record | 2022 | £0 |
Isotopic record | 2023 | £0 |
Marine carbonates | 2018 | £0 |
Marine carbonates | 2019 | £0 |
Marine carbonates | 2020 | £0 |
Marine carbonates | 2021 | £0 |
Marine carbonates | 2022 | £0 |
Marine carbonates | 2023 | £0 |
Marine sediments | 2018 | £0 |
Marine sediments | 2019 | £0 |
Marine sediments | 2020 | £0 |
Marine sediments | 2021 | £0 |
Marine sediments | 2022 | £0 |
Marine sediments | 2023 | £0 |
Meridional overturning circ | 2018 | £0 |
Meridional overturning circ | 2019 | £0 |
Meridional overturning circ | 2020 | £0 |
Meridional overturning circ | 2021 | £0 |
Meridional overturning circ | 2022 | £0 |
Meridional overturning circ | 2023 | £0 |
Ocean Circulation | 2018 | £8,935 |
Ocean Circulation | 2019 | £41,630 |
Ocean Circulation | 2020 | £43,916 |
Ocean Circulation | 2021 | £25,752 |
Ocean Circulation | 2022 | £21,388 |
Ocean Circulation | 2023 | £9,081 |
Ocean modelling | 2018 | £0 |
Ocean modelling | 2019 | £0 |
Ocean modelling | 2020 | £0 |
Ocean modelling | 2021 | £0 |
Ocean modelling | 2022 | £0 |
Ocean modelling | 2023 | £0 |
Palaeo circulation | 2018 | £0 |
Palaeo circulation | 2019 | £0 |
Palaeo circulation | 2020 | £0 |
Palaeo circulation | 2021 | £0 |
Palaeo circulation | 2022 | £0 |
Palaeo circulation | 2023 | £0 |
Palaeo proxies | 2018 | £0 |
Palaeo proxies | 2019 | £0 |
Palaeo proxies | 2020 | £0 |
Palaeo proxies | 2021 | £0 |
Palaeo proxies | 2022 | £0 |
Palaeo proxies | 2023 | £0 |
Palaeo-ocean circulation | 2018 | £0 |
Palaeo-ocean circulation | 2019 | £0 |
Palaeo-ocean circulation | 2020 | £0 |
Palaeo-ocean circulation | 2021 | £0 |
Palaeo-ocean circulation | 2022 | £0 |
Palaeo-ocean circulation | 2023 | £0 |
Palaeoclimate observation | 2018 | £0 |
Palaeoclimate observation | 2019 | £0 |
Palaeoclimate observation | 2020 | £0 |
Palaeoclimate observation | 2021 | £0 |
Palaeoclimate observation | 2022 | £0 |
Palaeoclimate observation | 2023 | £0 |
Palaeoclimate simulation | 2018 | £0 |
Palaeoclimate simulation | 2019 | £0 |
Palaeoclimate simulation | 2020 | £0 |
Palaeoclimate simulation | 2021 | £0 |
Palaeoclimate simulation | 2022 | £0 |
Palaeoclimate simulation | 2023 | £0 |
Palaeoclimatology | 2018 | £0 |
Palaeoclimatology | 2019 | £0 |
Palaeoclimatology | 2020 | £0 |
Palaeoclimatology | 2021 | £0 |
Palaeoclimatology | 2022 | £0 |
Palaeoclimatology | 2023 | £0 |
Palaeoenvironments | 2018 | £17,871 |
Palaeoenvironments | 2019 | £83,260 |
Palaeoenvironments | 2020 | £87,832 |
Palaeoenvironments | 2021 | £51,503 |
Palaeoenvironments | 2022 | £42,776 |
Palaeoenvironments | 2023 | £18,162 |
Pleistocene | 2018 | £0 |
Pleistocene | 2019 | £0 |
Pleistocene | 2020 | £0 |
Pleistocene | 2021 | £0 |
Pleistocene | 2022 | £0 |
Pleistocene | 2023 | £0 |
Quaternary Science | 2018 | £8,935 |
Quaternary Science | 2019 | £41,630 |
Quaternary Science | 2020 | £43,916 |
Quaternary Science | 2021 | £25,752 |
Quaternary Science | 2022 | £21,388 |
Quaternary Science | 2023 | £9,081 |
Quaternary climate change | 2018 | £0 |
Quaternary climate change | 2019 | £0 |
Quaternary climate change | 2020 | £0 |
Quaternary climate change | 2021 | £0 |
Quaternary climate change | 2022 | £0 |
Quaternary climate change | 2023 | £0 |
Thermohaline circulation | 2018 | £0 |
Thermohaline circulation | 2019 | £0 |
Thermohaline circulation | 2020 | £0 |
Thermohaline circulation | 2021 | £0 |
Thermohaline circulation | 2022 | £0 |
Thermohaline circulation | 2023 | £0 |
Tracers | 2018 | £0 |
Tracers | 2019 | £0 |
Tracers | 2020 | £0 |
Tracers | 2021 | £0 |
Tracers | 2022 | £0 |
Tracers | 2023 | £0 |
Water mass analysis | 2018 | £0 |
Water mass analysis | 2019 | £0 |
Water mass analysis | 2020 | £0 |
Water mass analysis | 2021 | £0 |
Water mass analysis | 2022 | £0 |
Water mass analysis | 2023 | £0 |
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