This study investigates sea ice motion in the Arctic Ocean during the year 2018 to detect areas of ice deformation. We aim to improve the current understanding of large-scale sea ice circulation by examining ice convergence/divergence during the early melt-season. OSISAF sea ice drift data provided by EUMETSAT were used for the analysis during the months of March and April. Daily ice drifting speed and deformation parameters showed a strong correlation throughout the observed interval, while a local-scale analysis revealed different patterns for ice divergence and convergence in areas of enhanced ice drift.Finansiär: Arctic Challenge for Sustainability (ArCS)</p
International audienceArctic sea ice has displayed significant thinning as well as an increase in dr...
The variation in Arctic sea ice has significant implications for climate change due to its huge infl...
AbstractDuring the summer of 2010 ice concentration in the Eurasian Basin, Arctic Ocean was unusuall...
This study investigates sea ice motion in the Arctic Ocean during the year 2018 to detect areas of i...
Data collected by two buoy arrays that operated during the ice seasons of 2014/2015 and 2016/2017 we...
Measurements from 30 and 31 ice drifters during the seasonal transition from mid-August to late Sept...
Summer sea-ice cover in the Arctic varies largely from year to year owing to several factors. This s...
In summer 2018, thick sea ice blocked the mouth of the Amundsen Gulf (AG), Canada, obstructing shipp...
The Arctic is undergoing significant environmental changes due to climate warming. The most evident ...
Arctic sea ice drift motion affects the global material balance, energy exchange and climate change ...
We combine satellite data products to provide a first and general overview of the physical sea ice c...
The multi-decadal record of Arctic Ocean observations reveals an unequivocal downward trend in sea i...
Changing Arctic sea ice affects annual trading seasons by increasing navigability of the Arctic Circ...
With global warming, the decrease in sea ice creates favorable conditions for Arctic activities. Sea...
This data set contains two high-resolution sea ice drift and deformation fields from 30/31 December ...
International audienceArctic sea ice has displayed significant thinning as well as an increase in dr...
The variation in Arctic sea ice has significant implications for climate change due to its huge infl...
AbstractDuring the summer of 2010 ice concentration in the Eurasian Basin, Arctic Ocean was unusuall...
This study investigates sea ice motion in the Arctic Ocean during the year 2018 to detect areas of i...
Data collected by two buoy arrays that operated during the ice seasons of 2014/2015 and 2016/2017 we...
Measurements from 30 and 31 ice drifters during the seasonal transition from mid-August to late Sept...
Summer sea-ice cover in the Arctic varies largely from year to year owing to several factors. This s...
In summer 2018, thick sea ice blocked the mouth of the Amundsen Gulf (AG), Canada, obstructing shipp...
The Arctic is undergoing significant environmental changes due to climate warming. The most evident ...
Arctic sea ice drift motion affects the global material balance, energy exchange and climate change ...
We combine satellite data products to provide a first and general overview of the physical sea ice c...
The multi-decadal record of Arctic Ocean observations reveals an unequivocal downward trend in sea i...
Changing Arctic sea ice affects annual trading seasons by increasing navigability of the Arctic Circ...
With global warming, the decrease in sea ice creates favorable conditions for Arctic activities. Sea...
This data set contains two high-resolution sea ice drift and deformation fields from 30/31 December ...
International audienceArctic sea ice has displayed significant thinning as well as an increase in dr...
The variation in Arctic sea ice has significant implications for climate change due to its huge infl...
AbstractDuring the summer of 2010 ice concentration in the Eurasian Basin, Arctic Ocean was unusuall...