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/S008853/1
Title: Hikurangi Trough late Pleistocene palaeoceanography, biostratigraphy and Cretaceous Ocean Anoxia Events (OAEs)
Total value: £23,898
ENRIs | FY | Value |
---|
Biodiversity | 2018 | £5,974 |
Environmental Risks and Hazards | 2018 | £4,779 |
Global Change | 2018 | £11,949 |
Natural Resource Management | 2018 | £1,195 |
Pollution and Waste | 2018 | £0 |
Science Area | FY | Value |
---|
Atmospheric | 2018 | £3,585 |
Earth | 2018 | £7,169 |
Freshwater | 2018 | £0 |
Marine | 2018 | £11,949 |
Terrestrial | 2018 | £1,195 |
Science Topic | FY | Value |
---|
Anoxic events | 2018 | £0 |
Atmospheric carbon cycle | 2018 | £0 |
Atmospheric carbon dioxide | 2018 | £0 |
Atmospheric circulation | 2018 | £0 |
Atmospheric composition | 2018 | £0 |
Benthic foraminifera | 2018 | £0 |
Biodiversity | 2018 | £0 |
Biogeochemical Cycles | 2018 | £4,779 |
Carbon capture and storage | 2018 | £0 |
Carbon cycle | 2018 | £0 |
Carbon cycling | 2018 | £0 |
Cenozoic climate change | 2018 | £0 |
Climate & Climate Change | 2018 | £4,779 |
Climate change | 2018 | £0 |
Climate modelling | 2018 | £0 |
Climate transitions | 2018 | £0 |
Climate variability | 2018 | £0 |
Dating - isotopic | 2018 | £0 |
Deep convection | 2018 | £0 |
Deep ocean circulation | 2018 | £0 |
Deep water circulation | 2018 | £0 |
Dissolved organic matter | 2018 | £0 |
Dissolved organics | 2018 | £0 |
Ecosystem impacts | 2018 | £0 |
Ecosystem modelling | 2018 | £0 |
Evolutionary history | 2018 | £0 |
Fossil fuels | 2018 | £0 |
Fossil record | 2018 | £0 |
Greenhouse gases | 2018 | £0 |
Heat transport | 2018 | £0 |
Ice ages | 2018 | £0 |
Ice sheets | 2018 | £0 |
Ice shelves | 2018 | £0 |
Isotopic analysis | 2018 | £0 |
Isotopic record | 2018 | £0 |
Large igneous provinces | 2018 | £0 |
Marine biogeochemistry | 2018 | £0 |
Marine carbonates | 2018 | £0 |
Marine sediments | 2018 | £0 |
Mass extinctions | 2018 | £0 |
Meridional circulation | 2018 | £0 |
Meridional overturning circ | 2018 | £0 |
Mesozoic climate change | 2018 | £0 |
Ocean - Atmosphere Interact. | 2018 | £3,585 |
Ocean Circulation | 2018 | £3,585 |
Ocean acidification | 2018 | £0 |
Ocean atmosphere interaction | 2018 | £0 |
Ocean circulation | 2018 | £0 |
Ocean drilling | 2018 | £0 |
Ocean modelling | 2018 | £0 |
Organic matter | 2018 | £0 |
Ozone | 2018 | £0 |
Palaeo proxies | 2018 | £0 |
Palaeo-ocean circulation | 2018 | £0 |
Palaeoclimate observation | 2018 | £0 |
Palaeoclimatology | 2018 | £0 |
Palaeoecology | 2018 | £0 |
Palaeoenvironments | 2018 | £7,169 |
Palaeogeology | 2018 | £0 |
Particulate organics | 2018 | £0 |
Phytoplankton | 2018 | £0 |
Phytoplankton transport | 2018 | £0 |
Primary production | 2018 | £0 |
Quaternary climate change | 2018 | £0 |
Regional climate | 2018 | £0 |
Sea ice | 2018 | £0 |
Sea level | 2018 | £0 |
Sea level history | 2018 | £0 |
Sea level rise | 2018 | £0 |
Sea surface temperature | 2018 | £0 |
Sea-ice processes | 2018 | £0 |
Sedimentary record | 2018 | £0 |
Shelf ocean dynamics | 2018 | £0 |
Surface ocean circulation | 2018 | £0 |
Surface water circulation | 2018 | £0 |
Thermohaline circulation | 2018 | £0 |
Trace gases | 2018 | £0 |
Water mass analysis | 2018 | £0 |
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