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Discussion 2

Discussion 2. Wednesday 2/6 Quiz prep + lecture 4. Quiz Topics. Atmospheric composition Atmospheric evolution – deep time, recent CO 2 , CH 4 , CFCs Carbon and hydrological cycles Aerosols Air pressure – Torciello , changes with height, ideal gas law Layers of the atmosphere

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Discussion 2

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  1. Discussion 2 Wednesday 2/6 Quiz prep + lecture 4

  2. Quiz Topics • Atmospheric composition • Atmospheric evolution – deep time, recent CO2, CH4, CFCs • Carbon and hydrological cycles • Aerosols • Air pressure – Torciello, changes with height, ideal gas law • Layers of the atmosphere • Temperature, heat transfer, radiation

  3. Composition of the Earth’s Troposphere H2 PM O2 CH4 N2 CO N2O O3 ←SO2, NO2, CFC’s, etc Ar CO2 Inert gases

  4. Fig. 1-4, p. 7

  5. Fig. 1-7, p. 9

  6. CarbonCycle Fig. 1-3, p. 6

  7. HydrologicCycle Fig. 1-5, p. 8

  8. HydrologicCycle Fig. 1-5, p. 8

  9. Fig. 1-13, p. 15

  10. Fig. 1-14, p. 17

  11. ELECTROMAGNETIC SPECTRUM Fig. 2-7, p. 34

  12. Insolation • Earth’s tilt & the seasons • Angle of incidence & solar zenith angle • Earth’s energy budget • Insolation and re-radiation • Latitudinal heat balance • The greenhouse effect

  13. HEATING OF THE EARTH’S SURFACE DEPENDS ON THE AMOUNT OF SOLAR RADIATION PER UNIT AREA. SAME AMOUNT OF RADIATION IS DISTRIBUTED OVER A LARGER AREA IN A THAN IN B. RADIATION PER UNIT AREA IS LESS IN A THAN IN B. LESS HEATING IN A THAN IN B. Fig. 2-12, p. 42

  14. Latitudinal Heat Balance

  15. Simple Greenhouse Model But this doesn’t factor in the atmosphere! 254K vs 288K

  16. Project 1 – Hurricane Sandy

  17. Project 1 – Hurricane Sandy

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