Everything he said is in point of fact backed up by loads of empirical data. Your POV on the other hand is supported only by crappy computer models.
Ol' Walleyes is once again a hoot!



Crappy computer models are melting the alpine glaciers worldwide? Melting gigatons of ice off of both Greenland and Anarctica at an accelerating rate? Melting the permafrost and releasing vast amounts of CO2 and CH4 into the atmosphere? Warming the oceans as measured by the worldwide array of bouys and gliders? Creating the sea level rise that the satellites are measuring? A rise that is also accelerating.
My goodness, if you didn't have lies, you would have nothing at all, Walleyes
Here are some wiki sites plus a couple of others that show that both in the northern and southern hemispheres glaciers are advancing which refute your statement.
Whitney Glacier - Wikipedia, the free encyclopedia
Bolam Glacier - Wikipedia, the free encyclopedia
Hotlum Glacier - Wikipedia, the free encyclopedia
Argentine glacier grows despite warming - US news - Environment - Climate Change - msnbc.com
Contrarian New Zealand Glaciers Grow In The Age Of Global Warming
Well, yes, the glaciers on Shasta have been growing. And the article gives a good explanation of that. However, they are about the only glaciers in the lower 48 that are.
Whitney Glacier - Wikipedia, the free encyclopedia
In 2002, scientists made the first detailed survey of Mount Shasta's glaciers in 50 years. They found that seven of the glaciers have grown over the period 1951-2002, with the Hotlum and Wintun Glaciers nearly doubling, the Bolam Glacier increasing by half, and the Whitney and Konwakiton Glaciers growing by a third.[6]
The study concluded that though there has been a two to three degree Celsius temperature rise in the region, there has also been a corresponding increase in the amount of snowfall. Increased temperatures have tapped Pacific Ocean moisture, leading to snowfalls that supply the accumulation zone of the glacier with 40 percent more snowfall than is melted in the ablation zone. Over the past 50 years, the glacier has actually expanded 30 percent, which is the opposite of what is being observed in most areas of the world. Researchers have also stated that if the global warming forecast for the upcoming next 100 years are accurate, the increased snowfall will not be enough to offset the increased melting, and the glacier is then likely to retreat.[7][8] Note that both these references make the claim that the Whitney Glacier is now the only glacier in the world known to be larger than it was in 1890, but this is erroneous. For example, several glaciers in Alaska, most notably the Hubbard Glacier, are larger now than in 1890.[9] However, Hubbard Glacier, along with a few other notable glaciers whose termini are at sea level, is what is known as a calving glacier. "Glaciologists often point out that glaciers are sensitive indicators of climate. This paradigm should not be applied to calving glaciers. During most of the calving glacier cycle, the slow advances and relatively rapid retreats are not very sensitive to climate. For example, the calving glaciers that are currently growing and advancing in the face of global warming, were retreating throughout the little ice age. Calving glaciers become sensitive to climate only late in the advancing phase, when the mass flux out of the accumulation area approaches the mass lost by melting in the ablation area and losses due to calving can no longer be replaced. No reasonable change in climate will change this imbalance and stop the advances of these few glaciers".
Retreat of glaciers since 1850 - Wikipedia, the free encyclopedia
The retreat of glaciers since 1850 affects the availability of fresh water for irrigation and domestic use, mountain recreation, animals and plants that depend on glacier-melt, and in the longer term, the level of the oceans. Studied by glaciologists, the temporal coincidence of glacier retreat with the measured increase of atmospheric greenhouse gases is often cited as an evidentiary underpinning of global warming.
Mid-latitude mountain ranges such as the Himalayas, Alps, Rocky Mountains, Cascade Range, and the southern Andes, as well as isolated tropical summits such as Mount Kilimanjaro in Africa, are showing some of the largest proportionate glacial loss.[1]The Little Ice Age was a period from about 1550 to 1850 when the world experienced relatively cooler temperatures compared to the present. Subsequently, until about 1940, glaciers around the world retreated as the climate warmed substantially. Glacial retreat slowed and even reversed temporarily, in many cases, between 1950 and 1980 as a slight global cooling occurred. Since 1980, a significant global warming has led to glacier retreat becoming increasingly rapid and ubiquitous, so much so that some glaciers have disappeared altogether, and the existence of a great number of the remaining glaciers of the world is threatened. In locations such as the Andes of South America and Himalayas in Asia, the demise of glaciers in these regions will have potential impact on water supplies. The retreat of mountain glaciers, notably in western North America, Asia, the Alps, Indonesia and Africa, and tropical and subtropical regions of South America, has been used to provide qualitative evidence for the rise in global temperatures since the late 19th century.[2] The recent substantial retreat and an acceleration of the rate of retreat since 1995 of a number of key outlet glaciers of the Greenland and West Antarctic ice sheets, may foreshadow a rise in sea level, having a potentially dramatic effect on coastal regions worldwide.