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Prof. Fred S. Singer University of Virginia, USA Physics of global warming

Prof. Fred S. Singer University of Virginia, USA Physics of global warming. Figure 2. Temperature Deviation (  C). Year. Figure 3.6. Figure 2.22. CCSP 1.1 – Chapter 1, Figure 1.3F PCM Simulations of Zonal-Mean Atmospheric Temperature Change. CCSP 1.1 – Chapter 5, Figure 7E.

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Prof. Fred S. Singer University of Virginia, USA Physics of global warming

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  1. Prof. Fred S. Singer University of Virginia, USA Physics of global warming

  2. Figure 2 Temperature Deviation (C) Year

  3. Figure 3.6

  4. Figure 2.22

  5. CCSP 1.1 – Chapter 1, Figure 1.3F PCM Simulations of Zonal-Mean Atmospheric Temperature Change

  6. CCSP 1.1 – Chapter 5, Figure 7E

  7. CCSP 1.1 – Chapter 5, Figure 4G

  8. A more detailed view of the disparity: Douglass, Knox, Pearson, Singer GRL-2006

  9. NUMBERS OF WEATHER STATIONS AND GRID BOXES Weather Stations: Northern/Southern. Grid Boxes Northern/Southern (Possible 25992 for 5º x 5º)

  10. As this cartoon illustrates, with a dry upper troposphere, WV will radiate at the higher temperature (upper blue) of the boundary layer instead of the lower temperature of the UT (lower blue) – thereby increasing OLR (outgoing long-wave radiation). This is balanced by less IR emission from the surface in the atmospheric window (lower red), hence a cooler surface. OLR 10 20 Wave Length [microns]

  11. Sea Level Rise to 2100 H R S

  12. SUN IR T + dT BUOY Engine Inlet SHIP

  13. Figure TS.3

  14. Source: Howard Hayden

  15. CCSP 1.1 - Executive Summary Figure 4G: Modeled and Observed Temperature Trends in the Tropics (20oS-20oN)

  16. El Niño Volcanoes El Chichon Pinatubo

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