And from your own link it says....
NASA Study Shows Global Sea Ice Diminishing, Despite Antarctic Gains
Sea ice increases in Antarctica do not make up for the accelerated Arctic sea ice loss of the last decades, a new NASA study finds. As a whole, the planet has been shedding sea ice at an average annual rate of 13,500 square miles (35,000 square kilometers) since 1979, the equivalent of losing an area of sea ice larger than the state of Maryland every year.
“Even though Antarctic sea ice reached a new record maximum this past September, global sea ice is still decreasing,” said Claire Parkinson, author of the study and climate scientist at
NASA’s Goddard Space Flight Center in Greenbelt, Md. “That’s because the decreases in Arctic sea ice far exceed the increases in Antarctic sea ice.”
NASA Study Shows Global Sea Ice Diminishing, Despite Antarctic Gains
dudette, did you really just post that? funny stuff right there. You probably won't get it since you posted it, but think about what sea ice is for moment, and what would be wrong with diminishing sea ice. What are the hazards of that dear?
Maybe this will help.
Greenland loses ice to the sea mainly through two processes: the shedding of icebergs from glaciers that run into the sea, and surface melt runoff.
Observations from the Jason series have revolutionized scientists' understanding of contemporary sea level rise and its causes.
We know that today's sea level rise is about one-third the result of the warming of existing ocean water, with the remainder coming from melting land ice.
“Solid ice losses have been studied in great detail by scientists for years, but the melt water component, despite being the dominant agent in the ice sheet's mass balance, has received comparatively less study,” Smith said. “This is particularly true for the surface water hydrology on top of the ice sheet, which has received very little study.”
The handful of ice sheet surface hydrology studies have mostly focused on Greenland’s massive melt water lakes, which can disappear in a matter of hours, engulfed by the ice. But Smith and his team believe that rivers sinking into holes in the ice are the main agent transporting water from the top to the bottom of the ice sheet.
“While lake drainages do suddenly pump a large volume of water all at once to the ice sheet, in fact the amount of water they put into the ice sheet is almost trivial compared to the flux of water moving through these intricate, very efficient drainage networks [of rivers] that spread across the surface of the ablation [or melt] zone each summer,” Smith said.
Besides contributing to sea level rise, melt water runoff also accelerates ice loss: when the water percolates through the ice sheet and reaches the rock below, it slightly lifts the ice, helping it flow faster toward the ocean. Also, the intensity and area of surface melt are projected to increase with climate change.
Warming Seas, Melting Ice Sheets