Author Archives: Tony Heller

Arctic sea ice volume continues as the highest in 13 years, and is melting the slowest on record.  With cold weather forecast past July 4th, the odds of a big melt this year are close to zero. Spreadsheet    Data FullSize_CICE_combine_thick_SM_EN_20180618.png (1337×1113) … Continue reading →

Last July, Greenland broke the Northern Hemisphere record for July cold, and they are breaking cold records again. Cold record on the ice sheet hit 2 times in May 2018

Sixty years after the New York Times predicted Arctic shipping, there are still no ships in the Arctic. Arctic sea ice volume is the highest in thirteen years, the ice is melting at the slowest rate on record, and continued … Continue reading →

As I have been saying for most of the last decade (including two days ago) climate scientists are incompetent hacks who have no clue how to interpret gravity data. NASA glaciologist Jay Zwally first challenged the “consensus” on Antarctica in … Continue reading →

Ten years ago, Arctic sea ice was very thin and our top climate scientists announced the ice was screaming and was about to disappear. North Pole could be ice free in 2008 | New Scientist Star-News – Google News Archive … Continue reading →

We are expecting another three inches of rain this week.

Arctic sea ice volume is highest in 13 years, and melting at the slowest rate on record.  During most years, after July 25th volume melt rates drop off sharply, so Arctic alarmists have about 40 days to wipe out 20 … Continue reading →

For the second year in a row, Greenland’s surface has gained well above average amounts of ice. Greenland Ice Sheet Surface Mass Budget: DMI Climate experts have tried to blame this on warm sea surface temperatures, but the water around … Continue reading →

Graphs like the one above purporting to ice loss in Greenland and Antarctica are worthless, for several reasons. The are generated by people with  a global warming agenda who don’t understand the mathematics and science underlying their calculations. Gravity data … Continue reading →