<p>A) The correlation of mean annual duration versus day of sea ice advance. B) The correlation of mean annual duration versus day of sea ice retreat. Colour coding represents areas of statistical significance greater than the 99% level.</p
<p>A)–C). Maps of standard deviation in days of annual sea ice advance, retreat, and season duration...
Relationships between synoptic activity and sea ice variability in the Arctic are studied using self...
ABSTRACT. Satellite imagery has substantially improved the quality of sea-ice observation over the l...
<p>A)–C). Maps of trends in annual timings of East Antarctic sea ice advance, retreat, and duration,...
<p>A). Maps of SST trends for approximate months of annual sea ice advance (March–August). B). Maps ...
<p>A)–D). Trends in daily sea ice concentration along 90°E, 100°E, 110°E and 140°E, respectively. Co...
<p>A). Days of sea ice advance for 2002, with April, June and August contours marked. B). Days of se...
[1] We present a new technique to study the seasonal cycle of climatic trends in the expected value,...
<p>A) Mean days of sea ice advance, with contours for April, June and August marked. Place names use...
Annual and seasonal trends (with standard errors) of sea-ice extent computed for the Antarctica and ...
A series of annual means of sea ice area for the period of 1953-1989 in the Northern Hemisphere base...
Information on the timing of Arctic snow and ice melt onset, sea ice opening, retreat, advance, and ...
<p>A)–C) Anomaly maps of advance and retreat and resultant season duration, respectively, for 1980/8...
Information on the timing of Arctic snow and ice melt onset, sea ice opening, retreat, advance, and ...
Co-registered and continuous satellite data of sea ice concentrations and surface ice temperatures f...
<p>A)–C). Maps of standard deviation in days of annual sea ice advance, retreat, and season duration...
Relationships between synoptic activity and sea ice variability in the Arctic are studied using self...
ABSTRACT. Satellite imagery has substantially improved the quality of sea-ice observation over the l...
<p>A)–C). Maps of trends in annual timings of East Antarctic sea ice advance, retreat, and duration,...
<p>A). Maps of SST trends for approximate months of annual sea ice advance (March–August). B). Maps ...
<p>A)–D). Trends in daily sea ice concentration along 90°E, 100°E, 110°E and 140°E, respectively. Co...
<p>A). Days of sea ice advance for 2002, with April, June and August contours marked. B). Days of se...
[1] We present a new technique to study the seasonal cycle of climatic trends in the expected value,...
<p>A) Mean days of sea ice advance, with contours for April, June and August marked. Place names use...
Annual and seasonal trends (with standard errors) of sea-ice extent computed for the Antarctica and ...
A series of annual means of sea ice area for the period of 1953-1989 in the Northern Hemisphere base...
Information on the timing of Arctic snow and ice melt onset, sea ice opening, retreat, advance, and ...
<p>A)–C) Anomaly maps of advance and retreat and resultant season duration, respectively, for 1980/8...
Information on the timing of Arctic snow and ice melt onset, sea ice opening, retreat, advance, and ...
Co-registered and continuous satellite data of sea ice concentrations and surface ice temperatures f...
<p>A)–C). Maps of standard deviation in days of annual sea ice advance, retreat, and season duration...
Relationships between synoptic activity and sea ice variability in the Arctic are studied using self...
ABSTRACT. Satellite imagery has substantially improved the quality of sea-ice observation over the l...