Not exact matches
The
data to assess sea -
ice coverage come from polar - orbiting satellites carrying passive - microwave sensors that can see through clouds.
The National Snow and
Ice Data Center reports that Arctic ice shrank by 131,000 square miles between August 17 and 21, leaving ice coverage that is well below the 2005 record low of 2.05 million square mil
Ice Data Center reports that Arctic
ice shrank by 131,000 square miles between August 17 and 21, leaving ice coverage that is well below the 2005 record low of 2.05 million square mil
ice shrank by 131,000 square miles between August 17 and 21, leaving
ice coverage that is well below the 2005 record low of 2.05 million square mil
ice coverage that is well below the 2005 record low of 2.05 million square miles.
His 2011
data show the lowest
coverage of sea
ice since records began.
Last summer that
coverage shrank to 1.67 million square miles, the second - lowest number on record, according to climatologist Mark Serreze of the National Snow and
Ice Data Center in Boulder, Colorado.
The extent of global sea
ice coverage reached its smallest area ever recorded in 2016, new
data show.
It also provides
data for
ice and snow
coverage as well as surface moisture.
The latest
data by NSIDC for Arctic sea
ice extent shows that 2008
ice coverage has fallen to 2007 levels for the end of May:
Drawing on Hadley Centre Sea
Ice and Sea Temperature data from 1953 to 1978 and the National Snow and Ice Data Center's Sea Ice Index from 1979 to 2015, the researchers computed 30 - year running averages of September sea ice coverage — that is, they computed averages for the years 1953 — 83, 1954 — 84, 1955 — 85, and so
Ice and Sea Temperature
data from 1953 to 1978 and the National Snow and Ice Data Center's Sea Ice Index from 1979 to 2015, the researchers computed 30 - year running averages of September sea ice coverage — that is, they computed averages for the years 1953 — 83, 1954 — 84, 1955 — 85, and so
data from 1953 to 1978 and the National Snow and
Ice Data Center's Sea Ice Index from 1979 to 2015, the researchers computed 30 - year running averages of September sea ice coverage — that is, they computed averages for the years 1953 — 83, 1954 — 84, 1955 — 85, and so
Ice Data Center's Sea Ice Index from 1979 to 2015, the researchers computed 30 - year running averages of September sea ice coverage — that is, they computed averages for the years 1953 — 83, 1954 — 84, 1955 — 85, and so
Data Center's Sea
Ice Index from 1979 to 2015, the researchers computed 30 - year running averages of September sea ice coverage — that is, they computed averages for the years 1953 — 83, 1954 — 84, 1955 — 85, and so
Ice Index from 1979 to 2015, the researchers computed 30 - year running averages of September sea
ice coverage — that is, they computed averages for the years 1953 — 83, 1954 — 84, 1955 — 85, and so
ice coverage — that is, they computed averages for the years 1953 — 83, 1954 — 84, 1955 — 85, and so on.
I have gotten use to EC's presentation and found the NOAA's
ice coverage a day late and a dollar short; ie, blank when EC has
data.
The problem with this obsessive focusing on one single
data point out of 365, is that there is a lot of short term, weather driven variability that can affect the exact timing and size of the minimum in
ice coverage.
This is one reason why GISS does not currently use SST
data in the seasonal
ice region above 75N, even when this
data is seasonally available (as is increasingly the case due to diminishing trends in
ice extent and better
coverage due to satellite
data).
BBC News reports that
data from Europe's Cryosat spacecraft shows that Arctic sea
ice coverage was nearly 9,000 cubic kilometers (2,100 cubic miles) by the end of this year's melting season, up from about 6,000 cubic kilometers (1,400 cubic miles) during the same time last year.
The SH sea
ice data are reliable since 1979, but suffer from poor observational
coverage before 1979, and revert to climatology before 1974.
According to that paper, the Fairbanks facility receives
data that allows scientists to monitor volcano activity, sea
ice coverage, deforestation, and glacier retreat.
That might have changed this week with the
coverage of announcement of «
Ice Melt, Sea Level Rise and Superstorms: Evidence from Paleoclimate
Data, Climate Modeling, and Modern Observations that 2 °C Global Warming is Highly Dangerous» by James Hansen and 16 other eminent scientists.
(2) Jeff Id's analysis of sea
ice data showed no increase of
ice coverage during the past 30 years.
Despite its areas of inaccuracy, near - real - time
data are still useful for assessing changes in sea
ice coverage, particularly when averaged over an entire month.
The point is that, objectively speaking, based on actual
data, not model
data or nursery stories, the total global sea
ice coverage is currently above average.