Modeling Arctic Waters
Scientists can model how sea-ice melts, the movement of glaciers, Arctic weather conditions and much more with supercomputers. These models help us understand Arctic trends and help predict the future of climate change.
[ video ] Quinhagak Drifters
[ video ] Simulating Bering Strait Region Oceanography
[ video ] _Video In Production_ Blowing Up Models
✧Making sea ice 300 miles from the ocean
✧Arctic lakes getting a closer look
✧Modeling Arctic Waters from the Bering Sea through the Bering Strait to the Arctic Ocean.
✧Glaciologists help with recovery of human remains
✧International Polar Week and Climate Predictions in Ice
✧Alaska’s view of the new sea-ice minimum
✧Ocean Acidification
✧A Portal to Toolik Field Station









IMPACT of ‘THICK NORTON Sound Ice on BERING Sea’?:
Beginning in EARLY November,2011, SUB-Zero Temperatures began THICKENING and EXPANDING the extent of the SOUTHERN Norton Sound SHORE-FAST Ice.
-30 TO -40+ SUB-Zero Temperatures during the MOST of DECEMBER, JANUARY, Last HALF of February and MOST of MARCH CONTINUED the THICKENING & EXPANSION of Ice Coverage.
When the SOUTHERN Norton Sound SHORE-FAST Ice FINALLY broke into LARGE, THICK Ice Floes during the LAST Week of JUNE – It was blown into the Mid- to NORTHERN-Bering Sea, MOSTLY Between St. Lawrence and St. Paul.
CHECK St. PAUL’s JULY TEMPERATURES!