Sentences with phrase «ozone hole above»

...» Bromwich said that the increase in the ozone hole above the central Antarctic continent may also be affecting temperatures on the mainland.

The similar, but more pronounced, dynamics are responsible for the more infamous ozone hole above Antarctica.

Twenty years after the Montreal Protocol came into effect to regulate substances that deplete the ozone layer, the annual ozone hole above Antarctica shows no signs of recovery.

Hank, in the interest of luring other curious and knowing RC visitors to this topic of cooling upper stratosphere and wider ozone hole above the Antarctic, I offer this next link to:

By 2040 there is not only an ozone hole above the Antarctic for the entire year, but severe ozone depletion at much lower, more populous latitudes.

It is loaded with authoritative analyses of biospheric damage, some of them compiled from the senator's own junkets to inspect the devastation of the rainforests, the game parks of Africa and the ozone hole above Antarctica.

This year's ozone hole above Antarctica may be deeper than ever as a result of the eruption of Mount Pinatubo.

Since the discovery of the ozone hole above the Antarctic, scientists have been studying the Arctic stratosphere intensively to determine how primed it is for ozone destruction.

T. Deshler of the University of Wyoming and an American - Italian team say that a year ago, aerosol from Mount Hudson, which erupted in Chile in August 1991, worsened the springtime ozone hole above the Antarctic.

Not exact matches

Portions of the Great Barrier Reef spend part of each year under the edges of a stratospheric ozone hole that forms above Antarctica.

The images above show the Antarctic ozone hole on September 16 (the International Day for the Preservation of the Ozone Layer) in the years 1979, 1987, 2006, and ozone hole on September 16 (the International Day for the Preservation of the Ozone Layer) in the years 1979, 1987, 2006, and Ozone Layer) in the years 1979, 1987, 2006, and 2011.

The ozone hole is a severe depletion of the ozone layer above Antarctica that was first detected in the 1980s.

In previous years, the Antarctic ozone hole, which is caused by destructive chemical reactions involving CFCs released by human activities, had formed at higher altitudes — above 15 kilometres.

The increased wind speeds seem to be a result of cooling in the upper atmosphere, caused by the hole in the ozone layer above the pole, which is of course the result of chlorofluorocarbon (CFC) pollution.

The hole in the ozone layer above the South Pole strengthens cyclonic winds that circle the Antarctic continent.

Although the satellites are considered the gold - standard for measuring and observing sea levels, hurricanes / typhoons, ozone holes, sea ice, atmospheric CO2 distribution, polar ice sheet masses and etc., the same 24/7 technology used to measure temperatures across the entire habitable world is now being ignored (i.e., denied) due to the above inconvenient evidence.

The very particular nature of the circulation of the air above Antarctica dictates that an ozone hole will always occur during the final warming of the stratosphere between August and December.

The Antarctic ozone hole, a region above the chilly continent where protective ozone thins dramatically to create a «hole,» still reappears annually; however, it is expected to recover later this century as the ozone - depleting substances still lingering in the atmosphere disappear.

Response: The physical mechanisms for the CRE theory of the ozone hole and the CFC warming theory have been given in detail not only in my new IJMPB paper but in my 2010 Physics Reports and J of Cosmology papers [see the main content of my paper in the above].

However I do not find — anywhere — that temperature is involved in the making or breaking of ozone, but it may well be that the «Ozone Hole» (OzH) is located above the S. Pole because it is colder than the N. Pole, after all neither pole has any sunlight at all for half the ozone, but it may well be that the «Ozone Hole» (OzH) is located above the S. Pole because it is colder than the N. Pole, after all neither pole has any sunlight at all for half the Ozone Hole» (OzH) is located above the S. Pole because it is colder than the N. Pole, after all neither pole has any sunlight at all for half the year.