Regional scaling of sea surface temperature with global warming levels in the CMIP6 ensemble Article Open access 29 April 2024 Causes and impacts of sea ice variability in the sea of Okhotsk using CESM-LE Article 05 January 2021 Understanding the drivers and predictability of record low Anta...
sea ice growth. Here we show that sea ice MP has no uniform polymer composition and that, depending on the growth region and drift paths of the sea ice, unique MP patterns can be observed in different sea ice horizons. Thus even in remote regions such as the Arctic Ocean, certain MP ...
Since the 1970s, Arctic sea ice has undergone unprecedented change, becoming thinner, less extensive and less resilient to summer melt. Snow’s high albedo greatly reduces solar absorption in sea ice and the upper ocean, which mitigates sea–ice melt and ocean warming. However, the drivers of...
The thermodynamic sea ice model is based on the zero-layer model of Semtner (1976). This model computes the evolution of the sea ice thickness and surface temperature from the energy balances at the top and bottom of a sea ice-snow layer. The sea ice-snow layer is assumed to have a l...
The sea ice record occurred after record lows were also set in January, February and April, following a record warm winter throughout large parts of the Arctic that surprised even veteran climate scientists. Tweet may have been deleted
(2009): Ice Complex deposits - A data archive for the reconstruction of climate and ecology at the Laptev Sea coast during the Late Pleistocene (Otlozheniya ledovogo kompleksa - arkhiv ... C Siegert,VV Kunitsky,L Schirrmeister 被引量: 4发表: 2009年 Observations on material from the ...
Article Open access 30 March 2024 Arctic sea-ice loss fuels extreme European snowfall Article 01 April 2021 Data availability The in situ meteorological data at Nam Co and QOMS43,44 are available from the Institute of Tibetan Plateau Research on reasonable request. The in situ meteorological dat...
The Arctic Ocean’s Wandel Sea is the easternmost sector of the Last Ice Area, where thick, old sea ice is expected to endure longer than elsewhere. Nevertheless, in August 2020 the area experienced record-low sea ice concentration. Here we use satellite
(April to June). Our integrated model indicates an increase in Hg0evasion from both sea-ice surface and seawater, (Supplementary Fig. S2a) associated with melting processes that intensify in June after the disappearance of snow cover (Supplementary Fig. S2b). This melting enhances brine drainage...
Summer sea ice loss is finally ramping up: first year is disappearing, as it has done every year since ice came to the Arctic millions of years ago. But critical misconceptions, fallacies, and disinformation abound regarding Arctic sea ice and polar bear