Are Scientists who do not use scientific principles to reach conclusions really scientists?

Daily Mean Temperatures North of 80 degree North (2013). from DMI Center for Ocean and Ice

We examine the recovery of Arctic sea ice from prescribed ice-free summer conditions in simulations of 21st century climate in an atmosphere–ocean general circulation model. We find that ice extent recovers typically within two years.
The excess oceanic heat that had built up during the ice-free summer is rapidly returned to the atmosphere during the following autumn and winter, and then leaves the Arctic partly through increased longwave emission at the top of the atmosphere and partly through reduced atmospheric heat advection from lower latitudes. Oceanic heat transport does not contribute significantly to the loss of the excess heat.
Our results suggest that anomalous loss of Arctic sea ice during a single summer is reversible, as the ice–albedo feedback is alleviated by large-scale recovery mechanisms. Hence, hysteretic threshold behavior (or a “tipping point”) is unlikely to occur during the decline of Arctic summer sea-ice cover in the 21st century.

But he insisted the trek was still a success as the team managed to take
hundreds of measurements of the sea ice using a traditional drill. The average
thickness of ice floes was 1.77 metres, suggesting the ice sheet is now largely
made up of first year ice rather than "multiyear" ice that will have built up
over time. Cambrige University scientists who analysed the data said it proved global warming is happening faster than ever and the Arctic could be largely ice free within a decade.
According to the Danish Meteorological Institute, Arctic temperatures are
currently below 238K (-35.15 degrees Celsius or -31.27 degrees
Fahrenheit)
That is more than five degrees below normal (the green line) and
the lowest reading since 2004. The slope of decline has also recently been quite
sharp, dropping from 252K on January 1, a drop of 14 degrees in 22 days
It has always been my understanding that when it gets colder the likelihood is that more ice will form rather than melt but then again I don't have dead batteries to investigate the phenomena.
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A 30-year minimum Antarctic snowmelt record occurred during austral summer 2008–2009 according to spaceborne microwave observations for 1980–2009. Strong positive phases of both the El-Niño Southern Oscillation (ENSO) and the Southern Hemisphere Annular Mode (SAM) were recorded during the months leading up to and including the 2008–2009 melt season.
NASA Researcher Finds Days of Snow Melting on the Rise in Greenland
“In 2006, Greenland experienced more days of melting snow and at higher altitudes than average over the past 18 years, according to a new NASA-funded project using satellite observations….”
NASA Finds Greenland Snow Melting Hit Record High in High Places
“A new NASA-supported study reports that 2007 marked an overall rise in the melting trend over the entire Greenland ice sheet and, remarkably, melting in high-altitude areas was greater than ever at 150 percent more than average. In fact, the amount of snow that has melted this year over Greenland is the equivalent of more than twice the surface size of the U.S…”
Melting on the Greenland Ice Cap, 2008
“The northern fringes of Greenland’s ice sheet experienced extreme melting in 2008, according to NASA scientist Marco Tedesco and his colleagues.”
NASA Researchers Find Snowmelt in Antarctica Creeping Inland
“On the world’s coldest continent of Antarctica, the landscape is so vast and varied that only satellites can fully capture the extent of changes in the snow melting across its valleys, mountains, glaciers and ice shelves. In a new NASA study, researchers [including Marco Tedesco] using 20 years of data from space-based sensors have confirmed that Antarctic snow is melting farther inland from the coast over time, melting at higher altitudes than ever and increasingly melting on Antarctica’s largest ice shelf.”



New Haven County Environmental Policy Examiner:Kirtland Global warming, stimulus bill, health care: three legs of the same stool

"If a Pacific species was established in the Arctic, this would really be news," he says. "But we have not detected this yet. What could happen in this scenario is that, if the invader out-competes the native species, this could lead to fundamental changes in ecosystem function
As concern builds over rising temperatures, the once ice-bound Northwest Passage is opening up to scientists eager to get a better look at what is happening to a region thought to be most vulnerable to early damage from climate change.
When the Soviet Union collapsed, and relations between Washington and Moscow warmed, the U.S. military was less worried about potential enemies knowing where its subs had been and declassified the ice data. It seemed to show the ice was thinning dramatically.
"Nobody really quite noticed the submarines were running across the outside edges of the Canadian archipelago," the islands scattered across Canada's Far North, "where for all we know, the ice was getting thicker," Eert says.
"The ice doesn't stay constantly thick over the whole area. It moves around. So if you take measurements only in one spot, and make global conclusions from that, you might be going wrong."
After years of reports that vast areas of Arctic ice are melting as the seawater below, and air above, warm up, scientists have discovered that dramatic changes in the past three years are the result of shifting winds, perhaps caused by climate change .
Enormous amounts of ice have "been exported from the Arctic," driven by winds that are shifting as the climate changes, which pushed the ice into ocean currents that delivered it to the North Atlantic, Eert says.
"The multi-year ice in the polar pack didn't melt in the Arctic Ocean,'' she says. "It moved out and what's left in the Arctic is thinner than it was."
That doesn't mean some Arctic ice isn't disappearing altogether, just that the process is not as simple as some reports suggest, Eert says.
Old ice that has shifted south from Greenland may have a counter-effect on the climate, which is just one of the many pieces of a very complex jigsaw puzzle that scientists are trying to piece together as they attempt to predict the effects of global warming.
"The guys who are running the long-term climate models have a tough problem," Eert says. "They're looking at really long time scales, and as result they can't look at a lot of details for each year.
"In order to get the results before you die, you have to fudge some things. And what they fudge is the small-scale stuff. But it turns out that probably the small-scale stuff is important and fudging it gives you wrong answers."
The latest maps show above-normal concentrations of ice across a huge region in western Hudson Bay and James Bay, while some areas farther north have less ice than usual. Deciding what that all means is above Pelland's pay grade






Their radar revealed a landscape that, 14 million years ago, looked similar to the European Alps.That is what they see through the ice below them, you could replace the Alps with the Rockies, that gives you an idea of the depth of the ice. Another mental picture here:
Dr Siegert said the research team was "very lucky" to see such a clear image of the underlying landscape. They discovered a whole valley system - with mountains at the edge of the survey region and the valley in the middle.

By looking at ancient climate patterns, scientists have previously estimated that the East Antarctic ice sheet formed around 14 million years ago, burying and preserving the Gamburtsev mountain landscape under ice that is now up to 3km thick."You need a mean annual temperature of about 3C for the glaciers to form the way they did," Dr Siegert told BBC News.
"The mean annual temperature in this region now is -60 C. So we believe that these mountains are relics of [glacial erosion] in Antarctica before the ice sheet was in place."
Look at those average annual mean temperatures, keeping in mind the preceding statement from Dr. Siegert "You need a mean annual temperature of about 3C for the glaciers to form the way they did"
How much would temperatures have to rise to even begin to have an affect on Antarctica? How can ice melt in an environment where the mean annual temperatures are far below the freezing point of water? It is absurd to even suggest that temperature increases of a couple of degrees centigrade are going to have any appreciable affect in such an environment. Of course the scientist have to point out the possible threat we face, well sort of:
He added that the findings provided an insight into the stability of the ice.
"It is a critical part of our Earth's system," said Dr Ferraccioli. "If the whole ice sheet collapsed, sea levels would rise by 60m."
There is that now popular scientific term "if". What he says about the stability of the ice sheets is interesting, since one of the alarmist positions is that the ice sheet could somehow slide into the sea or as he says collapse. The idea that such a vast ice sheet which is embedded into continental scale Alp like mountain ranges and valleys is somehow going to slide into the ocean is ludicrous. Imagine our make believe ice sheet over North America stretching across the terrain of the Rockies to the Appalachians suddenly sliding into the Gulf of Mexico, ridiculous. After 14 million years of ice formation we suddenly have continental slip and slide-right. Even if temperatures increased remarkably more than the most dire predictions of the science fiction fantasy world of the computer modellers, the vast majority of Antarctica would remain a frozen continent. The idea of a collapsing ice sheet in such an environment is not only beyond belief, it is irresponsible to even raise it as a possibility less alone promote it and use it a a tool to foster an agenda of fear.
"There's been a lot of climate change over the last 14 million years," Dr Siegert said. "And what we can say about this place in the middle of the Antarctic is that nothing has changed."
But, he warned, if levels of atmospheric carbon dioxide continued to rise, in around 1,000 years they will approach the same levels that existed "before there was persistent ice sheet in Antarctica".
"This puts the ice sheet into the context of global climate and what conditions are needed to grow an ice sheet," explained Dr Siegert. "The worrying thing is that we seem to be going back to carbon dioxide concentrations consistent with there being a lot less ice around."

So over the past 14 million years (since ice first began forming in Antarctica) we have experienced many climate changes, I would say that is an understatement. However during all these many climate changes the ice just kept on growing until we invented the internal combustion engine-remarkable. But if we don't do something soon or in around a 1000 years, we will have as much CO2 in the atmosphere as we did when there was no ice in Antarctica.
The little hitch in the get along though is that something amazing happens when a continent is at the bottom of the Earth, it goes a long time without much sun. This little detail insures a very cold environment, CO2 or no CO2.
Of course this line "The worrying thing is that we seem to be going back to carbon dioxide concentrations consistent with there being a lot less ice around." is only relevant if that nasty CO2 stuff raises the temperatures far beyond anything predicted so that a frozen continent is no longer frozen, with or without sun half the year. In which case we are all toast long before that anyway.
And they wonder why the more people know, the less people believe in this nonsense.
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now. A 1% increase would be one foot. I don't think that would flood Manhattan. That assumption is based on a completely even distribution of the new melt water over the earth which is unlikely but a worse case scenario is ok. There would be some benefits too if the worst occurs. If great chunks of Greenland become ice free and the temperatures rise it would be ripe for food production as would a great many other areas of the world that were barren or ice bound. Siberia would become the new grain belt of the world.



