Owing to long - range aerosol transport,
higher cloud frequency and susceptibility, the cooling over ocean is stronger than over land, resulting in an ocean - to - land ratio of 1.3.
Not exact matches
At a
high enough electron density, each
cloud reflects
high -
frequency radio waves like a mirror.
The most visible effects might include seeding
clouds at very
high altitudes, a process that could boost the
frequency and thickness of such
clouds for some as - yet - unknown interval, Moores says.
The analysis of
high -
frequency surface air temperature, mean sea - level pressure, wind speed and direction and
cloud - cover data from the solar eclipse of 20 March 2015 from the UK, Faroe Islands and Iceland, published today (Monday 22 August 2016), sheds new light on the phenomenon.
Certain low -
frequency activity may signal that a volcano is likely to spout an ash
cloud, a column of jagged volcanic sand that can reach as
high as 30,000 feet.
To measure this
frequency, fountain clocks toss small
clouds of slow - moving cesium atoms a few feet
high, much like a pulsed fountain, and measure their oscillations as they pass up, and then down, through a microwave beam.
Using
high - resolution modeling with theoretical and statistical analysis, researchers revealed a direct link between in -
cloud processes and the
frequency of precipitation extremes.
The
higher -
frequency «solar photons», if reflected by something on the surface (be it an ice - sheet, a body of water, or someone's windshield) will happily change course and zip right out of the atmosphere again, completely unaffected by GHGs (though not by
cloud, of course.)
The US CLIVAR PSMI Panel seeks new panelists with prior expertise in field / process studies or model development in one or more of the following areas: (a)
clouds, (b)
high -
frequency ocean - atmosphere interaction (diurnal to sub-seasonal), (c) coastal ocean processes, (d)
high - latitude processes (i.e., Arctic, Antarctic, ocean - ice interactions), or (e) ocean biogeochemical cycles / ecosystem interactions.
The 20th century saw these regimes continue but it was also a period of
high EL Nino intensity and
frequency — pumping more energy into the system from a global
cloud reorganisation.