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The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C) : Atmosphere 0.07 Land Plants 0.06 Soil 0.15 Ocean (DIC) 3.80 (largest near surface reservoir) Organic Compounds 1560.00 (fossil fuels = 0.4) Sedimentary Rocks 6500.00 ( carbonate ) Total ~8000.00

The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

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Page 1: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

The Global Carbon Cycle

THE MODERN CYCLE

Pools (1019 g C):

Atmosphere 0.07Land Plants 0.06Soil 0.15Ocean (DIC) 3.80 (largest near surface reservoir)

Organic Compounds 1560.00 (fossil fuels = 0.4)Sedimentary Rocks 6500.00 (carbonate)Total ~8000.00

Page 2: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic
Page 3: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

Fluxes (1015 g C): …prior to the anthropocene

Atmospher i c Poo lUptake Release

Land 12045

Soil 075

Ocean 9090

Total 210 210

Human perturbations:Fossil Fuel Combustion Land-Use Change

The Global Carbon Cycle

Page 4: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

Source: NOAA National Centers for Environmental Informationhttp://www.ncdc.noaa.gov/

Page 5: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

Charles Keeling (1928-2005)

Source: www.esrl.noaa.gov

Page 6: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

Source: Graven et al. (2013) Science

Page 7: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

Charles Keeling (1928-2005)

Ralph Keeling

Source: Graven et al. (2013) Science

Source: www.esrl.noaa.gov

Page 8: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic
Page 9: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic
Page 10: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic
Page 11: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic
Page 12: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic
Page 13: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic
Page 14: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

General map of surface ocean currents

Source: http://www.seos-project.eu/modules/oceancurrents/oceancurrents-c03-p02.html

Page 15: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

Source: http://www.grida.no/climate/vital/32.htm

Vertical movements of ocean water

Page 16: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

Synthesis figure showing both surface and deep water patterns of ocean circulation

Source: http://oceanmotion.org/html/impact/conveyor.htm

Page 17: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

World ocean heat content and thermosteric sea level change (0–2000 m), 1955–2010

Geophysical Research LettersVolume 39, Issue 10, L10603, 17 MAY 2012 DOI: 10.1029/2012GL051106http://onlinelibrary.wiley.com/doi/10.1029/2012GL051106/full#grl29030-fig-0001

w/Jane Lubchenko!

24.0 +/- 1.9 x 10(22) J (+/-2S.E.)

Page 18: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic

World ocean heat content and thermosteric sea level change (0–2000 m), 1955–2010

Geophysical Research LettersVolume 39, Issue 10, L10603, 17 MAY 2012 DOI: 10.1029/2012GL051106http://onlinelibrary.wiley.com/doi/10.1029/2012GL051106/full#grl29030-fig-0001

w/Jane Lubchenko!

Fun Facts for the top 2000m

Heat Content Increase: 24.0±1.9 x 1022 J (±2S.E.)0.39 W m-2 of ocean surface93% of the warming on Earth

Page 19: The Global Carbon Cycle THE MODERN CYCLE Pools (10 19 g C): Atmosphere0.07 Land Plants0.06 Soil0.15 Ocean (DIC)3.80(largest near surface reservoir) Organic