Earth Imaging Journal: Remote Sensing, Satellite Images, Satellite Imagery
Breaking News
New Digital Maps Available for 54 Countries in the Americas
GfK has released a new, comprehensively overhauled map edition...
SESAR-JU Demonstrations Projects Sessions to Take Place During Commercial UAV Expo Europe
AMSTERDAM THE NETHERLANDS – Organizers of the third annual...
Orbit GT Supports all Types UAV Imagery on Desktop and www.3dmapping.cloud
Orbit GT supports all types of UAV imagery in...
PCI Geomatics Releases Geomatica and GXL 2018, SP1
PCI Geomatics announced the release of Service Pack 1 for...
Juvare™ Acquires Australia / New Zealand WebEOC™ Distributorship From Critchlow Ltd.
WELLINGTON, New Zealand - Juvare, the leader in incident preparation...

These maps show Arctic sea ice extent on March 21, 2014 (above) and March 14, 1983 (below). According to NSIDC, the average maximum extent for 1979–2000 was 15.46 million square kilometers (5.96 million square miles). The 1983 maximum covered roughly that extent, so a comparison between 2014 and 1983 gives an idea of how conditions this year strayed from the long-term average.

Arctic sea ice reached its annual maximum on March 21, 2014. Although the year wasn’t extraordinary—the fifth lowest extent in 36 years of satellite records—the trend continues to be.

The seven smallest ice extents in the Arctic have occurred during the past seven years, and there’s strong evidence the trend will continue. According to the National Snow and Ice Data Center (NSIDC), Arctic sea ice extent reached 14.91 million square kilometers (5.76 million square miles) on March 21. Extent is defined as the total area in which the sea ice concentration is at least 15 percent.

The season had been looking significantly worse until a strong Arctic Oscillation weather pattern dispersed and extended the ice in some regions. It was the fifth latest sea ice maximum on record; the average maximum occurs around March 9.

Images courtesy of NASA.

Read the full story.

Comments are closed.