I'll take
ocean over a snow storm any day of the week, girly!
Not exact matches
Each year, a huge amount of water evaporates from the
ocean, then falls
over land as rain or
snow, and returns to the
ocean through runoff and river flows.
These algae are found all
over the world, in soil, fresh water,
oceans, and even in
snow on mountaintops.
The warmer
ocean waters mean more moisture in the atmosphere for the storm to suck up; the cold air
over the continent ensures that moisture falls as
snow.
Enjoy a 20 minute breath taking flight
over snow - capped mountains, golden beaches, turquoise
oceans, Abel Tasman and Kahurangi national parks
Sunshine, stunning views
over snow - capped mountains, golden beaches and turquoise
oceans, not a bad view to take in as you skydive from up to 16,500 ft high with an Abel Tasman Skydive before an adrenaline fueled 50 second free fall!
There's the narrow, bustling cobbled streets and ancient architecture of the Jewish Quarter in Seville; the harmonious blend of two thousand years of Christian and Muslim religious history in the stunning Mezquita in Cordoba; the world - famous Alhambra set against the
snow - covered peaks of Sierra Nevada in Granada, and the golden dome of Cádiz cathedral shimmering high
over the white - tipped waves of the blue Atlantic
ocean.
In addition, since the global surface temperature records are a measure that responds to albedo changes (volcanic aerosols, cloud cover, land use,
snow and ice cover) solar output, and differences in partition of various forcings into the
oceans / atmosphere / land / cryosphere, teasing out just the effect of CO2 + water vapor
over the short term is difficult to impossible.
In Antarctica, this means that cold and moister air from the surrounding
oceans will blow
over the interior and fall as
snow, so increasing ice mass is to be expected.
Maue discussed how «two camps» of researchers claim to have increased predictability of such weather events
over periods of a month or more by using clues either in the Arctic, related to the extent of sea ice and
snow cover, or in the temperature of surface waters across the Pacific
Ocean.
The unusual pattern of atmospheric high and low pressure
over and around the Arctic that has contributed to the recent
snow and cold from Alabama to Washington, to East Anglia, England (and rain and warmth along the west coast of Greenland) is also an important influence on the shifting sheath of sea ice on the Arctic
Ocean.
About 60 % of the rain and
snow over land comes straight from the
oceans, and the other 40 % is «recycled»
over the continents.
A «winter
snow storm» from a flow of moisture that originated
over record warm
ocean temperatures of the Pacific.
I also wonder how that measures
snow that falls on the
ocean, which must be a significant portion (do years with randomly more blizzards
over land overtake the signal being looked for?).
Sea levels will rise
over the century by around half a metre;
snow will disappear from all but the highest mountains; deserts will spread;
oceans become acidic, leading to the destruction of coral reefs and atolls; and deadly heatwaves will become more prevalent.
The 2009 State of the Climate Report of the US National Oceanic and Atmospheric Administration (NOAA) tells us that climate change is real because of rising surface air temperatures since 1880
over land and the
ocean,
ocean acidification, sea level rise, glaciers melting, rising specific humidity,
ocean heat content increasing, sea ice retreating, glaciers diminishing, Northern Hemisphere
snow cover decreasing, and so many other lines of evidence.
The range of
ocean remaining frozen
over the northern polar region reached its minimum extent for 2009 on September 12, when it covered 1.97 million square miles (5.1 million square km), and now appears to be growing again as the Arctic starts its annual cool - down, the National
Snow and Ice Data Center reported.
And remember, the satellite data are one small part of a vast amount of data that overwhelmingly show our planet is warming up: retreating glaciers, huge amounts of ice melting at both poles, the «death spiral» of arctic ice every year at the summer minimum
over time, earlier annual starts of warm weather and later starts of cold weather, warming
oceans, rising sea levels,
ocean acidification, more extreme weather, changing weather patterns overall, earlier
snow melts, and lower
snow cover in the spring...
Clouds exist at all latitudes, especially in the tropics
over the
ocean, where the sun rays are most direct and intense; ice and
snow only exist at higher latitudes, where the incoming solar radiation is less intense.
SHEBA observations of the evolution of temperature
over the course of winter within the atmosphere (red), at the
snow surface (black), at the top of the sea ice (green), and at the
ocean surface beneath the sea ice (blue).
Over snow and ice, the albedo (about 0.7 to 0.9) is large compared to that over the oceans (< 0
Over snow and ice, the albedo (about 0.7 to 0.9) is large compared to that
over the oceans (< 0
over the
oceans (< 0.1).
Furthermore we recommend that effort should be put into developing an inter-annually varying
snow depth and density
over sea ice product for the ice - covered
oceans.
According to the National
Snow and Ice Data Center, «This is the fourth winter in a row that such heat waves have been recorded
over the Arctic
Ocean.»
Now the
oceans are warm and it is
snowing more and the ice extent retreat is
over or nearly
over.
So all those hurricanes, typhoons, summer storms, winter
snow all that precipitation fell on land and didn't go into rivers that flow to the seas and all those hurricanes we tracked
over oceans didn't drop any water on the
oceans??? What schools did these scientists go to?
Second, even there the air temperature will affect how much moisture can be brought in from those easterly gales — the colder the air
over the
ocean, the less moisture will be entrained, and the less
snow will result.
Only about 818,000 square miles of the
ocean around Antarctica was frozen
over with sea ice on March 1, according to data analyzed and published by the National
Snow and Ice Data Center (NSIDC).
(1) there is established scientific concern
over warming of the climate system based upon evidence from observations of increases in global average air and
ocean temperatures, widespread melting of
snow and ice, and rising global average sea level;
These trends in extreme weather events are accompanied by longer - term changes as well, including surface and
ocean temperature increase
over recent decades,
snow and ice cover decrease and sea level rise.
Effects of variations in East Asian
snow cover on modulating atmospheric circulation
over the North Pacific
Ocean.
One study concludes that about 60 percent of the rain and
snow that falls
over land comes from moisture originating from the
oceans, and the other 40 percent is «recycled»
over the continents.
So, it takes heat to evaporate the moisture from the
oceans, and it generally stays warmer near the
oceans, but once this moist air travels
over the interior of a continent and finds cooler air, bingo, you get more
snow!