• How can improved estimates of
sea ice thickness help improve seasonal predictions of sea ice conditions?
Not exact matches
New way of measuring
sea ice thickness could
help assess how
sea ice is affected by climate change
Assimilation
helps constrain the
ice extent to observations and
helps improve the simulation of
sea ice thickness.
It is argued that uncertainty, differences and errors in
sea ice model forcing sets complicate the use of models to determine the exact causes of the recently reported decline in Arctic
sea ice thickness, but
help in the determination of robust features if the models are tuned appropriately against observations.
Ship reports of
sea ice thickness will
help evaluate the vulnerability of the first - year and second - year
ice to solar and ocean heating.
Since 1950, Arctic
sea ice has lost half its area and half its
thickness,
helping to cause the phenomenon of Arctic amplification − the greater temperature rise (approaching 3 °C) observed in the Arctic than anywhere else on Earth.
Submissions of melt pond fraction,
ice thickness, and any other
sea ice parameter based on early - season data that could contribute to a status summary of pre-season conditions and
help inform subsequent contributions to the regular SIO monthly report.
She says improved summer weather predictions as well as satellite measurements of
sea ice thickness and concentration could
help forecasting.