Respiration

1
Ozone
AUTHORS KYLE FREEMAN and DOUG COSSEY
OXYGEN FACTS
Atmospheric Supply
Aerobic Organisms
Photosynthesis
Ocean
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
2
Ozone
O2 FREE O
Atmospheric Supply
Aerobic Organisms
Photosynthesis
Ocean
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
3
Ozone
Atmospheric Supply
ANIMAL RESPIRATION
Aerobic Organisms
Photosynthesis
Ocean
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
4
Ozone
Atmospheric Supply
Aerobic Organisms
Photosynthesis
Ocean
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
5
Ozone
Atmospheric Supply
6CO2 6H2O ? 6O2 C6H12O6
Aerobic Organisms
Ocean
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
6
Ozone
Atmospheric Supply
Aerobic Organisms
Photosynthesis
Ocean
BIOLOGICAL OXIDATION
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
7
Ozone
Atmospheric Supply
Aerobic Organisms
Photosynthesis
Ocean
C6H12O6 6O2 ? 6CO2 6 H2O
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
8
Ozone
Atmospheric Supply
Combustion
CO2 H2O
Aerobic Organisms
Photosynthesis
Ocean
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
9
Ozone
Atmospheric Supply
O2
Surface exchange
Aerobic Organisms
Photosynthesis
Ocean
Industrial Consumption
Respiration
Soil Organic Matter
Fossil Fuels
Carbonate and Hydrocarbon Accumulations
Petroleum
10
OXYGEN Form taken up by plants O2, Diatomic
oxygen Mobility in the soil Yes Mobility in the
plant Yes Deficiency symptoms Oxygen is
essential for respiration, and low concentrations
will stunt
root growth microbial oxidation will be
slowed Role of the nutrient in plant Respiration
in roots Redox e- acceptor Concentration in
plant Depends on conditions Concentration in
soil Depends on conditions Effect of pH on
availability None Interaction with other
nutrients Nitrogen (denitrification) Effects
other elements oxidation states Fertilizer
sources None References Linsdsay, W.L.
1979. Chemical Equlibria in Soils. John Wiley
Sons, NY. Raun, W.R., G.V. Johnson, R.L.
Westerman. 1998. Soil-Plant Nutrient Cycling and
Environmental Quality. Agron 5813 Class
Book. Tisdale, S.L., W.L. Nelson, J.D. Beaton,
J.L. Havlin. 1985. Soil Fertility and Fertilizers
5th edition. Macmillan Publishing Co.
NY. http//www.geo.perdue.edu/geos191/lect7/oxyge
n.html Author Doug Cossey and Kyle Freeman