Moreover sun - induced evaporation is variable
depending on cloud cover at any given time and place.
Power that flows both to and from homes with solar panels, and that dips and surges
depending on cloud cover and wind speed, requires a more flexible system.
Not exact matches
Climate sensitivity
depends on a number of properties of the earth's climate system, such as the composition of
clouds and
cloud cover.
These qualities of the plant in turn, in one area of production,
depend on weather conditions, such as
cloud cover, temperature and rainfall to which the plant is subjected, particularly during the grape period (March to September).
A typical June Gloom morning consists of marine stratus
clouds covering the coast of southern California, [4] extending a varying distance inland
depending on the strength of the June Gloom effect that day.
Depends on the wind,
cloud cover, monthly temperature history etc; i.e., the weather).
[Response: These feedbacks are indeed modelled because they
depend not
on the trace greenhouse gas amounts, but
on the variation of seasonal incoming solar radiation and effects like snow
cover, water vapour amounts,
clouds and the diurnal cycle.
During a sun cycle, the global
cloud cover changes with + / - 2 %, good for a change of several W / m2 (
depending on type of
clouds and region), far higher than the effect of insolation change as result of the sun's energy variation.
This «climate sensitivity» not only
depends on the direct effect of the GHGs themselves, but also
on natural «climate feedback» mechanisms, particularly those due to
clouds, water vapour, and snow
cover.
It is my understanding that the general circulation models (
depending on the model) either assumes there is no increase in
cloud cover with increasing atmospheric CO2 or assumes the
cloud cover reduces with increasing CO2.
Polar bears, arctic summer sea ice, regional droughts and floods, coral bleaching, hurricanes, alpine glaciers, malaria, etc., all
depend not
on GATA but
on a huge number of regional variables including temperature, humidity,
cloud cover, precipitation, and direction and magnitude of wind and the state of the ocean.
The more recent investigation finds it to be nearer 39.5 SSN, but as you say, the value will shift around
depending on length and provenance of sst dataset,
cloud cover variation feedback to temperature and solar activity levels etc..
The cooling effect of
clouds during the daytime
depends very much
on solar inclination as well as
cloud optical thickness and
cover.
«Nature is too complex, they (the authors) say, and
depends on too many processes that are poorly understood or little monitored — whether the process is the feedback effects of
cloud cover on global warming or the movement of grains of sand
on a beach,» the Times article explained.
Emissivity will vary greatly from year to year
depending on snow
cover,
clouds, crops, deforestation, etc..
Using its ink sac as a shutter, bioGraphic explains, the squid can stem the flow of light
depending on the fullness of the moon and the
cloud cover in the sky.
With regard to proxy studies, same basic questions, are these direct or passive correlations, what evidence that tree ring core thickness
depends only
on temperature (what about precipitation,
cloud cover, volcanic activity, sea surface temperatue changes, sea current changes, solar irradiance changes,
cloud cover, etc.) How are these variables accounted for when analysis of ice cores is completed, or for that matter when computer models, and / or proxy studies are completed.
Radiation feedbacks
depend on vegetation or
cloud cover that has changed because of changing surface temperatures or moisture conditions.
Callendar admitted that the actual climate change would
depend on interactions involving changes of
cloud cover and other processes that no scientist of the time could reliably calculate.