• Industry senor leadership
understands uncertainties in climate science, making them stronger ambassadors to those who shape climate policy.
Industry senior leadership
understands uncertainties in climate science, making them stronger ambassadors to those who shape climate policy
* Average citizens «understand» (recognize) uncertainties in climate science; recognition of uncertainties becomes part of the «conventional wisdom» * Media «understands» (recognizes) uncertainties in climate science * Media coverage reflects balance on climate science and recognition of the validity of viewpoints that challenge the current «conventional wisdom» * Industry senior leadership
understands uncertainties in climate science, making them stronger ambassadors to those who shape climate policy * Those promoting the Kyoto treaty on the basis of extent science appears to be out of touch with reality.
«Victory will be achieved when average citizens
understand uncertainties in climate science...»
In 1998, the American Petroleum Institute developed an internal Communications Action Plan that stated: Victory will be achieved when & average citizens
understand uncertainties in climate science & [and] recognition of uncertainties becomes part of the conventional wisdom.
In a lame effort to fill out the TRNN video with other material which looked like fossil fuel industry orchestrating things, a line from the American Petroleum Institute's 1998 leaked «Global Climate Science Communications Team» memo was highlighted, while the narrator read it: «Victory will be achieved when average citizens
understand uncertainties in climate science.»
Not exact matches
We've reached a point now
in the interdisciplinary growth of our
science where we've got
climate scientists, who
understand the physics of
climate and how that translates to
uncertainties, working hand
in hand with economists who will run the projected impacts through a cost - benefit analysis.
Two papers published
in Science, from scientists from the Universities of Washington and Oxford, discuss the role of
uncertainty in current
understanding of
climate change, and our future efforts to tackle it.
Paul Voosen, one of the most talented journalists probing human - driven
climate change and related energy issues, has written an award - worthy two - part report for Greenwire on one of the most enduring sources of
uncertainty in climate science — how the complicated response of clouds
in a warming world limits
understanding of how hot it could get from a given rise
in greenhouse gas concentrations:
According to Richard's analysis, the 485 new papers underscore the «significant limitations and
uncertainties inherent
in our
understanding of
climate and
climate changes,» which
in turn suggests that
climate science is not nearly as settled as media reports and some policymakers would have people believe.
To address global warming as «enmeshed
in scientific
uncertainty» is to recognize the limitations of our
understanding of
climate science.
«Victory will be achieved when... average citizens «
understand» (recognize)
uncertainties in climate science; recognition of
uncertainties becomes part of the «conventional wisdom».»
Nature:
Understanding how the South Asian monsoon will change
in response to global warming and resolving the
uncertainties in projected changes are «demanding tasks» for
climate science, a review says.
Meanwhile, the good news (if further research bears it out) that the world's warming has been slowed, at least for a few years, needs to be leavened with the realisation, yet again, that there are significant
uncertainties in science's
understanding of the
climate — and thus unquantifiable risks ahead.
These interests intersect
in climate change, as rational choice of the best course of action requires our best effort at
understanding the
science of
climate, including an appreciation of the
uncertainties.
First, while it is important to
understand the remaining
uncertainties in climate science, it is critical to also realize how much we do
understand about the
climate.
With the exception of the 1991 ICE memos — which I will get to shortly — the next most favored leaked memo phrase is the one out of the 1998 API documents, «Victory will be achieved when... Average citizens «
understand» (recognize)
uncertainties in climate science...» That isn't a sinister industry directive, it is a basic truism.
We have the «scientist» who
understands the questions,
uncertainties and doubts that are inherent
in Climate Science with the scientific ethos of full disclosure of all those, and the «human being» who for the good of the planet must address the non scientific audience with dramatic, simplified, scary and non realistic scenarios.
As the company put it
in a secret 1998 memo helping establish one of the innumerable front groups that spread
climate disinformation, «Victory will be achieved when average citizens «
understand» (recognize)
uncertainties in climate science,» and when «recognition of
uncertainty becomes part of the «conventional wisdom.»»
There is a tremendous amount of
uncertainty in climate science, and while most
climate scientists and many others
understand this and operate rationally with this
understanding, it is a huge political issue.
Climate science consists of a very large number of pieces, extending from deep
in the
understood sections of the puzzle, where they fit perfectly with all of accepted physics, out to regions on the boundary where there is still
uncertainty.
According to the plan «Victory will be achieved when average citizens «
understand» (recognize)
uncertainties in climate science; recognition of
uncertainties becomes part of the «conventional wisdom».»
Emotive orthodoxy wipes out this defence, and explains why (as Kahan finds) folks get * more * polarized on CAGW as they get more
science literate; initial bias vectors them either further into orthodoxy, or to a better
understanding of the genuine
uncertainties (this aspect is covered
in my guest post here at
Climate Etc. on 30th January this year).
I think it would help you if you read a little physics and
climate science so you
understand better the place of
uncertainty and parameter estimation
in both.
HAS suggests: «I think it would help you if you read a little physics and
climate science so you
understand better the place of
uncertainty and parameter estimation
in both.
In my Uncertainty Monster paper, I made scientific and pragmatic arguments for understanding, assessing and reasoning about uncertainty in climate scienc
In my
Uncertainty Monster paper, I made scientific and pragmatic arguments for understanding, assessing and reasoning about uncertainty in clima
Uncertainty Monster paper, I made scientific and pragmatic arguments for
understanding, assessing and reasoning about
uncertainty in clima
uncertainty in climate scienc
in climate science.
As Dr. Curry has said,
climate science is
in its infancy, and
uncertainties about such things as this are not as well
understood as are say the steam tables.