The melting is most pronounced for
small glaciers at altitudes below 17,000 feet, he said, which have lost an average of 4.4 feet of ice thickness per year.
Not exact matches
The team looked
at how meltwater from two
small mountain
glaciers flowed through the system and influenced the mountain streams, rivers and groundwater all year long.
There have been thousands of
small earthquakes over the past week
at Bardarbunga, which is Iceland's largest volcanic system and located under the ice cap of a
glacier.
They found greater amounts of phosphorus in the waters of the Leverett Glacier than had been detected
at previous study sites, which have looked mostly
at smaller glaciers.
In 1966, a team of U.S. Geological Survey scientists journeyed to two
small glaciers in Alaska to dig snow pits needed for measuring snow depth and density
at the remote mountainous locations.
Certainly there is evidence that some
glaciers were as
small or
smaller than they are today
at some locations, around 1000 years ago.
The most obvious example of this is the case of calving
glaciers where their gross behaviour may relate more to water depth
at the calving front than
small - scale climate variations.
A
small, frozen lake sits
at the left - hand terminus of the
glacier.
The most obvious example of this is the case of calving
glaciers where their gross behaviour may relate more to water depth
at the calving front than
small - scale climate variations.
The number of events detected
at each outlet
glacier using the global seismic network is relatively
small, and it is therefore difficult to draw robust conclusions about behavior
at any single
glacier.
Glaciers of several mountain regions in the NH retreated in response to orbitally forced regional warmth between 11,000 and 5000 years ago, and were
smaller than
at the end of the 20th century (or even absent)
at times prior to 5000 years ago.
For instance the above mentioned
small increases of mean temperature would be important
at the northern margin of cultivation, and the growth of favourably situated plants is directly proportional to the carbon dioxide pressure (Brown and Escombe, 1905): In any case the return of the deadly
glaciers should be delayed indefinitely.
Which is part of the reason they come out with stupid comments like the end of Himalayan
glaciers by 2035, but on second thought, maybe we meant 2350... http://timesofindia.indiatimes.com/india/IPCC-retracts-2035-alarm-on-Himalayan-glacier-melt/articleshow/5482397.cms Releasing this much carbon is not a good thing, but when you look
at the larger picture, our increasing carbon in the atmosphere from 0.032 % to 0.039 % is
small beer compared to deforestation and our increasing global population.
Kelly and Lowell (2009) say that «subsequent to late - glacial or early Holocene time, most local
glaciers were
smaller than
at present or may have disappeared completely during the Holocene Thermal Maximum,»
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...
The belief is that warm ocean currents are rapidly melting this
glacier, because it lifted off this
smaller ridge in the 1970s and now moves 4x faster than Thwaites
at 4 km per year.
Silvrettagletscher is a
small temperate mountain
glacier located in the north - eastern part of Switzerland
at the border to Austria.
That may seem
small at first, but over time, especially when combined with other sources of sea level rise such as melting Greenland
glaciers and the expansion of seawater as ocean temperatures increase, it adds up.
World Crunch: Melting
glaciers in the Himalayas put the
small Kingdom of Bhutan
at risk.
Fluctuations in the mass of the Greenland and Antarctic ice sheets are of considerable societal importance as they impact directly on global sea levels: since 1901, ice losses from Antarctica and Greenland, alongside the melting of
small glaciers and ice caps and thermal expansion of the oceans, have caused global sea levels to rise
at an average rate of 1.7 mm / yr.
I mean if after an Ice Age you can have large and thick
glaciers receding
at that rate of natural causes why is it so surprising that
smaller glaciers in a warmer climate are receding.
At first, the WDC consisted of a library, a
glacier photo collection, and a
small staff.
A
small, frozen lake sits
at the left - hand terminus of the
glacier.
At the same time, Greenland's
glaciers were also
smaller, though they persisted because of snowfall generated from the ocean.