Derived from two complementary satellites, CryoSat‐2 and Soil Moisture and Ocean Salinity
(SMOS), sea ice thickness (SIT) data are assimilated into the Met Office's global ocean–sea …

Sea ice monitoring by polar orbiting satellites has been developed over more than four
decades and is today one of the most well-established applications of space observations …

The Arctic sea ice decline and associated change in maritime accessibility have created a
pressing need for sea ice thickness (SIT) predictions. This study developed a linear Markov …

The Arctic environment is changing, increasing the vulnerability of local communities and
ecosystems, and impacting its socio-economic landscape. In this context, weather and …

In this study, we investigate the fully multivariate state and parameter estimation through
idealised simulations of a dynamics-only model that uses the novel Maxwell elasto-brittle …

Rapidly shrinking Arctic sea ice has had substantial impacts on the Earth system. Therefore,
reliably estimating the Arctic sea-ice thickness (SIT) using a combination of available …

In the past decade groundbreaking new satellite observations of the Arctic sea ice cover
have been made, allowing researchers to understand the state of the Arctic sea ice system …

The impact of assimilating satellite-retrieved Arctic sea ice thickness (SIT) on simulating sea
ice concentration (SIC) climatology in CICE5 is examined using a data assimilation (DA) …

The Arctic is warming at a faster rate compared to the globe on average, a phenomenon
commonly referred to as Arctic amplification. Sea ice has been linked to Arctic amplification …

Because of a spring predictability barrier, the seasonal forecast skill of Arctic summer sea ice
is limited by the availability of melt‐season sea ice thickness (SIT) observations. The first …