The discovery of
widespread melting came after hydrologist Åsa K. Rennermalm of Rutgers University, New Jersey, noticed that stream runoffs at her field site in west Greenland were unusually heavy.
Not exact matches
According to a paper published Thursday in Science, that
melting could
come sooner, and be more
widespread, than experts previously believed.
The trait, he proposed,
comes to the surface when such people confront strong messaging on the need for emissions reductions amid enduringly murky science on what's driving some particular extreme environmental phenomenon in the world — whether a brief period of
widespread melting on the Greenland ice sheet, a potent drought, a tornado outbreak or the extreme event of the moment, the hybrid nor» easter / hurricane known on Twitter as #Frankenstorm.
As reported by Don Perovich aboard the Healy, there is
widespread refreezing of surface ice meltwater as it runs through, then underneath, the ice and
comes into contact with colder, more saline seawater, adding on layers of newly formed ice to the bottom of floes during the
melt season.
Field observations and a drifting buoy tracking through the region also reveal that
widespread refreezing of surface ice meltwater as it
comes into contact with colder, more saline seawater, has added ice layers to the bottom of floes, slowing down thinning and
melt of the ice cover.