Not exact matches
It's called the
polar jet stream, and as it writhes eastward across the
North American continent, it can bring storms in its wake or herald an unseasonable change in temperature — north of the jet stream lies cold, Arctic air, while to its south are warmer condit
North American continent, it can bring storms in its wake or herald an unseasonable change in temperature —
north of the jet stream lies cold, Arctic air, while to its south are warmer condit
north of the
jet stream lies cold, Arctic air, while to its south are warmer conditions.
Saturn itself is the celestial tree - topper of this trio, with a wide - angle look at its
north pole revealing the planet's hexagonal
jet stream and its spinning
polar vortex.
Changes in climate can cause the
polar jet stream — the boundary between the cold
North Pole air and the warm equatorial air — to migrate south, bringing with it cold, Arctic air.
The strength of the Icelandic Low is the critical factor in determining path of the
polar jet stream over the North Atlantic In the winter the IL is located at SW of Greenland (driver Subpolar Gyre), but in the summer the IL is to be found much further north (most likely driver the North Icelandic Jet, formed by complex physical interactions between warm and cold currents), which as graphs show had no major ups or dow
jet stream over the
North Atlantic In the winter the IL is located at SW of Greenland (driver Subpolar Gyre), but in the summer the IL is to be found much further north (most likely driver the North Icelandic Jet, formed by complex physical interactions between warm and cold currents), which as graphs show had no major ups or d
North Atlantic In the winter the IL is located at SW of Greenland (driver Subpolar Gyre), but in the summer the IL is to be found much further
north (most likely driver the North Icelandic Jet, formed by complex physical interactions between warm and cold currents), which as graphs show had no major ups or d
north (most likely driver the
North Icelandic Jet, formed by complex physical interactions between warm and cold currents), which as graphs show had no major ups or d
North Icelandic
Jet, formed by complex physical interactions between warm and cold currents), which as graphs show had no major ups or dow
Jet, formed by complex physical interactions between warm and cold currents), which as graphs show had no major ups or downs.
The strength of the Icelandic Low is the critical factor in determining path of the
polar jet stream over the North Atlantic In the winter the IL is located at SW of Greenland (Subpolar Gyre) In summer the IL is to be found much further north (most likely the North Icelandic Jet, formed by complex physical interactions between warm and cold currents) These two run under two different regimes and two clocks (see the CET synthesis from 3 harmonics, one for each summer and winter, and one common — see the above link, bottom grap
jet stream over the
North Atlantic In the winter the IL is located at SW of Greenland (Subpolar Gyre) In summer the IL is to be found much further north (most likely the North Icelandic Jet, formed by complex physical interactions between warm and cold currents) These two run under two different regimes and two clocks (see the CET synthesis from 3 harmonics, one for each summer and winter, and one common — see the above link, bottom gr
North Atlantic In the winter the IL is located at SW of Greenland (Subpolar Gyre) In summer the IL is to be found much further
north (most likely the North Icelandic Jet, formed by complex physical interactions between warm and cold currents) These two run under two different regimes and two clocks (see the CET synthesis from 3 harmonics, one for each summer and winter, and one common — see the above link, bottom gr
north (most likely the
North Icelandic Jet, formed by complex physical interactions between warm and cold currents) These two run under two different regimes and two clocks (see the CET synthesis from 3 harmonics, one for each summer and winter, and one common — see the above link, bottom gr
North Icelandic
Jet, formed by complex physical interactions between warm and cold currents) These two run under two different regimes and two clocks (see the CET synthesis from 3 harmonics, one for each summer and winter, and one common — see the above link, bottom grap
Jet, formed by complex physical interactions between warm and cold currents) These two run under two different regimes and two clocks (see the CET synthesis from 3 harmonics, one for each summer and winter, and one common — see the above link, bottom graph).
The weather systems move towards the equator to allow the
polar air
north of the
jet streams to cover a larger oceanic area and thereby draw more heat from the oceans to replace any energy deficit.
If El Niño is a moderate or weak system, it can force the southern
jet stream farther
north than usual causing it to interact with the
polar jet stream.
Those waves in the
jet stream funnel high - altitude surges of cold air spinning around the
North Pole — best known as the
polar vortex — south.
I can literally trace on a map the position of the
jet stream with a 700 or 500 mb charts, especially by being fully aware that over
North Pacific and Atlantic cyclones the
jet stream can be to the south of them, all while following the interface between coldest
polar and temperate air over the continents.