This new
ice formed quite close to the Pole, and with the prevailing winds and currents (which push ice from Siberia towards Greenland) is now over the Pole itself.
True enough warmer than -11 C there was no significant ice forming, after this temperature threshold was passed
ice forms quite fast.
Not exact matches
Being from Finland, it is
quite exciting that she was able to bring her gorgeous vegan and natural sweetened
ice creams she created with Tuulia to the US in printed book
form!
But to hail this transformation as unprecedented is to do our mustachioed ancestors a disservice — an act of wanton disrespect made only more unseemly when one considers that they were born and lived and went to their graves without ever once waking up on a birthday morning, scraping the
ice off their laptops, and receiving salutations from a distant land in the
form of an abysmal, not -
quite - functioning cartoon of chickens — one year it was elephants — either attempting, or pretending, to dance.
This is
quite different from the example of the
ice that used to
form in Lake Erie as the
ice dragged the bottom and scarred the rock as recently as the 1970's.
But the «less cold» blob is moving down through central Canada and the new
ice should now start to
form quite rapidly
A recent Science paper (open link here), doesn't
quite answer that question, but does provide a strong indicator by measuring the residues from the
ice nuclei from which cirrus clouds
form.
The model is not
quite state - of - the - art, in that it does not solve the full Stokes equation but a simpler
form of the dynamical system that is appropriate for
ice shelves and
ice streams.
Such clouds are inherently
quite susceptible to aerosol effects on both warm rain and
ice precipitation -
forming processes.
Sea
ice in Antarctica is
quite different as it is
ice which
forms in salt water primarily during the winter months.