Monthly Archives: July 2012

There is clearly a much bigger story with James Holmes. He was under the guidance of the University of Colorado studying “temporal illusion” – and the judge has issued a gag order on anyone discussing the case. [youtube=http://www.youtube.com/watch?v=lotOPjLlbDU] There was a time … Continue reading →

06 May 1940 – Greenland’s Climate Becoming Milder

Jay Zwally (of ice-free Arctic in 2012 fame) is back at it. Look at what he told Fox News : NASA chief cryospheric scientist H. Jay Zwally told FoxNews.com that the melting has been increasing as the temperatures in Greenland … Continue reading →

According to USHCN raw daily data, January 1930 to December 1939 was the hottest decade in US history, and averaged 54.02 degrees F. By contrast, the 120 months from March 1976 to February 1985 was the coldest ten year period … Continue reading →

There has been very little change in the number of hurricanes over the last 50 years, but the number of named storms has doubled.   Also the ratio of named storms to hurricanes has increased by nearly 50%. By naming more clouds, … Continue reading →

NASA is obsessed with three or four of hours when temperatures got barely above freezing. summit:status:weather Someone parked their golf cart on the green again. summit:status:webcam

This is what melting ice in Greenland looks like. There is a 100 mile wide strip on the southwest coast of Greenland which is covered with dirt and soot and is melting. It does this ever summer. //ARCTIC.IO/OBSERVATIONS/8/2012-07-25/Greenland The rest … Continue reading →

Bookmark this – it is important. The graph below plots the correlation between raw USHCN maximum temperatures and Briffa’s trees from 1960-1994. Those are the trees which Mann threw out when he did his nature trick. The correlation is pretty … Continue reading →

The USHCN data I have been plotting for the entire US has a warming bias to it. The density of USHCN stations is higher in the northeast, where there has been a warming trend. By contrast, Texas has a much lower density of stations, … Continue reading →