Not exact matches
For a test of this transfer's mettle, check out chapter 10, «Intolerance»: Light sources fixed (lamps) and in
flux (the
cloud -
covered sun) interact
on the sea green walls of Sister Aloysius's office, never to band or to produce anything less than the million subtly different shades you'd see in real life — and these colours have a vividness that is achieved without sacrificing Meryl Streep's Grim Reaper - like complexion.
However, even a smaller figure (I had calculated about 0.17 W / m ^ 2 based
on your inflated figure for total planetary albedo, but you can check it out) is still significant when compared with the total
flux imbalance, which I think is a more informative comparison than an arbitrarily selected change in
cloud cover, because it compares the sea ice reduction with the effects of all climate variations that have been operating in recent years..
The radiative impact of a decrease in
cloud cover on the surface net
flux can be offset or even canceled if
cloud opacity increases by 5 % -10 %.
On average, at all stations, the sensitivity of surface shortwave
flux to changes in
cloud cover is about -0.5 ± 0.1 W m - 2 % -1 in winter according to both ground - based and satellite observations but in summer reaches -1.5 ± 0.3 and -1.8 ± 0.2 W m - 2 % -1 according to ground - based and satellite observations, respectively.
On reading the paper there are several references to a planetary influence on the Earth's magnetosphere and how increased cosmic flux excites the outer atmosphere leading ultimately to more mid-latitude auroras (and changes in cloud cover
On reading the paper there are several references to a planetary influence
on the Earth's magnetosphere and how increased cosmic flux excites the outer atmosphere leading ultimately to more mid-latitude auroras (and changes in cloud cover
on the Earth's magnetosphere and how increased cosmic
flux excites the outer atmosphere leading ultimately to more mid-latitude auroras (and changes in
cloud cover).
It is well known that the solar magnetic cycle strongly modulates the cosmic ray
flux observed
on Earth and there have been a number of papers concerning apparent correlations between cosmic rays and
cloud cover.
In addition to the data from the radiometers, the Berkeley Lab scientists will get supplemental data by taking advantage of a separate, in - depth DOE climate study at the same location, which is using additional instruments and a balloon - borne sounding system to get information
on temperature,
cloud cover, the density and types of aerosols or pollution particles, heat
fluxes and other climate variables like precipitation.