Um,
what stable climate are you talking about?
Not exact matches
The strong rise in the currency in the first six months of the year had been driven by investors chasing yields in the more
stable economies, in
what was a deteriorating
climate for the world economy and share markets.
«It's an interesting lesson for us when it comes to
climate change,» says Halverson, «because
what we get is a thumbnail shift between two
stable climatic states in Antarctica — from no glaciers to glaciers.
What sort of gargantuan forcing does he believe caused those changes in such a
stable climate system?
[Response: Motl is so wrong on almost every conceivable point he tries to make regarding
climate that my restraint is merely a reflection of my unwillingness to venture into his Augean
stables for fear of
what a herculean task it would be to try and set him straight.
The results for such a test on monthly absolute minimum / maximum temperatures in the Nordic countries and monthly mean temperatures worldwide are inconsistent with
what we would see under a
stable climate.
What we witness here are both climates and weather features changing before our eyes in the form of what to us may seem a freak event — but what is actually part of a dangerous transition period away from the stable climates of the Holoc
What we witness here are both
climates and weather features changing before our eyes in the form of
what to us may seem a freak event — but what is actually part of a dangerous transition period away from the stable climates of the Holoc
what to us may seem a freak event — but
what is actually part of a dangerous transition period away from the stable climates of the Holoc
what is actually part of a dangerous transition period away from the
stable climates of the Holocene.
Dismissing the
stable climate question just shows
what is wrong with
climate research.
What's truly remarkable when you think about it is how all these self - regulating heat engines work together to produce such a remarkably
stable climate that sometimes persists in more or less the same steady with no major perturbations for tens and hundreds of millions of years at a stretch.
If that CO2 release was in fact (partly) triggered by warming — a positive
climate feedback — we need to know from
what store it came and exactly how
stable that spot looks today.
It's now well understood that
what's needed to stop this unfolding apocalypse is an emergency transformation of the global economy — a WWII - scale mobilization to rapidly restore a
stable climate and reverse ecological overshoot.
Which one is more likely: All basic thermodynamics and stat mech textbooks are wrong, including the ones that make showing that there is no lapse rate a homework problem or that do it in the actual text, or some people who have a really hard time understanding
what a degree of freedom is or how to do an integral or mess with logarithmic expansions have made a mistake, the biggest of which is assuming that the DALR worked out in
climate systems is
stable in the absence of a driving thermal gradient and that air is locally truly «adiabatic», instead of just having a thermal conductivity that is slower than convection?
What if the
climate is, unlike nearly every other long - term
stable natural process, dominated by strong positive feedbacks?
To an Earth - system scientist the difference between the Quaternary period (which includes the Holocene) and the Neogene, which came before it, is not just
what was living where, or
what the sea level was; it is that in the Neogene the
climate stayed
stable whereas in the Quaternary it swung in and out of a series of ice ages.
The
climate will eventually warm again — «
stable»
climate is an alarmist myth — and alarmist
climate scientists will no doubt beat their doomsday drums even harder, while continuing to exaggerate the facts in
what they tell the public to win support for the CAGW hypothesis.
We have to discover
what has made the
climate of the past 8,000 years relatively
stable, and then figure out how to prop it up.
The danger in the current GW is not due to the difference between a
stable climate at average 15oC (your current average temperature numbers are wrong) and a
stable climate at average 20 or 22 or 25oC or
what have you, it is due to the extremely rapid rate of change and the resulting instability and the loss of biodiversity.
Since to me (and many scientists, although some wanted a lot more corroborative evidence, which they've also gotten) it makes absolutely no sense to presume that the earth would just go about its merry way and keep the
climate nice and relatively
stable for us (though this rare actual
climate scientist pseudo skeptic seems to think it would, based upon some non scientific belief — see second half of this piece), when the earth changes
climate easily as it is,
climate is ultimately an expression of energy, it is stabilized (right now) by the oceans and ice sheets, and increasing the number of long term thermal radiation / heat energy absorbing and re radiating molecules to levels not seen on earth in several million years would add an enormous influx of energy to the lower atmosphere earth system, which would mildly warm the air and increasingly transfer energy to the earth over time, which in turn would start to alter those stabilizing systems (and which, with increasing ocean energy retention and accelerating polar ice sheet melting at both ends of the globe, is exactly
what we've been seeing) and start to reinforce the same process until a new stases would be reached well after the atmospheric levels of ghg has stabilized.
Audubon's
climate model for this species predicts a significant shift in summer
climate space by 2080 — only 21 % of the core area remains
stable, and much of the shifting summer
climate spaces moves northward into
what is currently the boreal forest of Canada.
As President - elect Trump and his administration look to relieve the U.S. power sector from
what he considers regulatory overreach and unleash America's energy potential, it is recommended that he do so with a view towards developing a comprehensive energy policy resilient enough to withstand subsequent political transitions and to provide the power sector with a
stable, more predictable investment
climate.
In view of
what Leif Svalgaard says about the smallness of solar variations I'm coming round to the opinion that virtually all
climate change that we observe is simply internal variability induced by the oceans and countered in the air all occurring around a relatively
stable equilibrium set by sun and oceans.
Even a world dominated by
climate - scientists - as - politicians would not have a «
stable» or «balanced»
climate, nor will that world be any better informed as to
what a
stable or balanced
climate actually is.
What is relevant now is the rate of
climate change, the specific causes, and its impact on modern civilisation that is dependent, for agricultural and societal security, a relatively
stable climate.
What would push the
climate away from being
stable toward introducing a split?
Some recent coupled models have achieved a
stable climate without the use of flux adjustments and an important question to ask is
what is the effect of flux adjustment on changes in variability.