Chapter 01 Figures - Department of Atmospheric Sciencesdennis/321/Chapter_01... · 2014-03-31 ·...
Transcript of Chapter 01 Figures - Department of Atmospheric Sciencesdennis/321/Chapter_01... · 2014-03-31 ·...
Chapter 1 Figures: Global Physical Climatology
Figure 1-1 View of Earth from space (NASA Goddard Space Flight Center Image).
Figure 1-2 The main zones of the atmosphere defined according to the temperature
profile of the standard atmosphere profile at 15°N for annual-mean conditions. (Data
from U.S. Standard Atmosphere Supplements (1966).)
Figure 1-3 Annual mean temperature profiles for the lowest 25 km of the atmosphere in
three latitude bands. [Data from ERA-Interim.]
Figure 1-4 Season variation profiles at 80°N. [Data from ERA-Interim.]
Figure 1-5 Zonal average temperature as a function of latitude and altitude for the
December, January, February (DJF) and June, July August (JJA) seasons. [Data from
ERA 40 reanalysis.]
Figure 1-6 Global map of the January, July and July minus January two-meter
temperature. [Data from ERA-Interim reanalysis.]
January
July
July - January
Figure 1-7 Vertical distributions of air pressure and partial pressure of water vapor as
functions of altitude for globally and annually averaged conditions. Values have been
normalized by dividing by the surface values of 1013.25 and 17.5 hPa, respectively.
Figure 1-8 Height profiles of specific humidity, for annual-mean conditions at latitude
belts centered on the equator, 45°N and 75°N. [Data from Oort (1983).]
Figure 1-9 Saturation vapor pressure and specific humidity as functions of temperature at
standard pressure.
Figure 1-10Annual-mean ocean temperature profiles for various latitudes. [Data from
Levitus (1982).]
Figure 1-11 Profiles of annual-mean salinity for the global mean and for various latitudes.
[Data from Levitus (1982).]
Figure 1-12 Fraction of surface area covered by land as a function of latitude (solid line)
and contribution of each latitude belt to the global land surface area (dashed line).
Figure 1-13 Color contour plot of the topography of Earth relative to sea level. Scale is in
meters.