Examples of 'atmospheric circulation' in a sentence
Meaning of "atmospheric circulation"
Atmospheric circulation refers to the large-scale movement of air around the Earth's atmosphere. It is driven by various factors, including temperature differences, Earth's rotation, and the distribution of land and oceans. Atmospheric circulation plays a crucial role in weather patterns and climate systems. The phrase is commonly used in meteorology, climatology, and discussions about global atmospheric dynamics
How to use "atmospheric circulation" in a sentence
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atmospheric circulation
The winds and the atmospheric circulation.
Atmospheric circulation in each hemisphere consists of three cells.
Large changes in the global atmospheric circulation.
A general atmospheric circulation model with baroclinic arrangement.
Adjustments in the large scale atmospheric circulation.
Is the atmospheric circulation goes in this direction.
Theoretical planetologists study atmospheric circulation over planets.
Atmospheric circulation is set up when mass moves in the atmosphere.
It is designed to simulate and predict mesoscale atmospheric circulation.
Extraterrestrial effects on atmospheric circulation in mid and high latitudes.
From there it is distributed around the globe by atmospheric circulation.
This affects atmospheric circulation.
The large scale collective motion of air is the atmospheric circulation.
Changes in atmospheric circulation and.
Changes in sea ice cover are also driven by atmospheric circulation.
See also
Peatlands influence the atmospheric circulation of carbon dioxide and methane.
Signature of recent climate change in frequencies of natural atmospheric circulation regimes.
Component of the atmospheric circulation along a parallel of longitude towards the north or south.
Past measurements are also assimilated by atmospheric circulation models.
His generalized theorems of atmospheric circulation were based on analogies between hydrodynamic and electromagnetic forces.
And launched the first theory that there was a general atmospheric circulation.
Changes in the atmospheric circulation.
The atmosphere moves and circulates around the earth in a complicated manner called atmospheric circulation.
The result is atmospheric circulation.
Solar radiation heats the earth and provides the energy that drives atmospheric circulation.
I quantify the role played by the atmospheric circulation in the intensity of four recent heatwaves.
Atmospheric circulation over Europe and Greenland.
The reasons for these variations are due to atmospheric circulation patterns and solar intensity.
This process of atmospheric circulation creates weather patterns and influences the climate of the planet.
Synthesizing data from these sites can also suggest how atmospheric circulation has changed.
We infer that the atmospheric circulation reacted abruptly and in phase with the solar minimum.
The analyses from these models provided a global view of atmospheric circulation and its variability.
This process of atmospheric circulation is known as a Hadley cell.
I The main cause is the global atmospheric circulation.
Atmospheric circulation is driven by two things,.
Ocean dynamics is mainly driven by atmospheric circulation and the rotation of the Earth.
Global atmospheric circulation and high-resolution mapping of atmospheric composition.
These variations are linked with variations in atmospheric circulation represented by the Arctic Oscillation Index.
Component along a line of latitude, towards east or west, of an atmospheric circulation.
The next day, an atmospheric circulation developed.
Initially, the system struggled to develop a closed atmospheric circulation.
Secondly, atmospheric circulation works in a way to limit the effects of high latitude eruptions.
Changes in large-scale atmospheric circulation.
Earth 's atmospheric circulation is driven by the energy imbalance between the equator and the poles.
Zonal mean-winds constitute an important element of global atmospheric circulation.
Furthermore, the recent changes in atmospheric circulation could themselves be consequences of global change.
The precision maps are applicable to studies in geophysics, geology and atmospheric circulation.
It is a large-scale coupling between atmospheric circulation and tropical deep atmospheric convection.
Today, scientists fear not so much global warming as changes in atmospheric circulation.
Changes in atmospheric circulation patterns affect temperature variability, winds and other aspects of regional climates.
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