When I was working at the Pittsburgh Supercomputing Center (1990-1996), one
of our prominent users was Kelvin Droegemeier. He was a professor at the
University of Oklahoma and director of the center for the analysis and
prediction of storms he was an expert on tornadoes. I'm not sure about his
kn
Oh... also an interesting report on the Shared Socioeconomic Pathways
(SSPs) as canonical scenarios to be used with these models.
>
> Eric -
>
> Great back-of-envelop summary/speculation and I second your desire for
> someone well-steeped in these modeling/assessment issues.
>
> We (speaking out o
https://arstechnica.com/science/2020/01/letting-slower-passengers-board-airplane-first-really-is-faster-study-finds/
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Eric -
Great back-of-envelop summary/speculation and I second your desire for
someone well-steeped in these modeling/assessment issues.
We (speaking out of school for Merle, Stephen, and the team that went to
and met with the Stockholm Team last month) would love to find someone
with that depth/b
Sorry…
My own typos are bad enough, but usually comprehensible. But when the damned
computer helpfully comes in and substitutes the word it thinks I must have
meant, the result is a true obscurity:
> One also wants to take into account arctic se ice, which if I really is on a
> faster melting
Would be interesting to know what the buffers are, that weren’t in that run of
models.
Temperatures are lower than forecast, but Greenland and Antarctic ice sheet
melting rates are higher. They seem like small land areas, and the ice volume
small, but specific heat of melting is large per volu
