In the late 1990s, while many other oil and gas companies were still
questioning science pointing to a dangerous human influence on climate, BP pledged to cut its direct emissions of such gases 10 percent below 1990 levels by 2010.
Not exact matches
In his book The Demon - Haunted World, the renowned astrophysicist helpfully suggested
questions to ask to detect baloney,
science writer Michael Shermer
points out in the extremely useful video below (hat tip to Jason Kottke for the pointer).
He rationalized his decision by
pointing out that
science has surprisingly little to say on the
question of why humans need sleep.
But these conditions invite some
questions: Is the field of physical
science an appropriate
point of departure for philosophy?
Or does
science address a different set of
questions, with answers that can
point toward religious truths?»
You are filling in any unanswered
questions by
science, at this
point... using the «God of the Gaps» argument.
The reintegration of
science, metaphysics and theology lies in the direction of showing that observation gives rise to
questions that
science answers, but that these themselves raise
questions that call for metaphysical responses, and that these in turn
point to a different kind of explanation which, though ultimate, is also personal.
It is these little nuances with life that
points to something that
science and atheist can not fully explain no more than the Pastor of the local church, after a storm, looks upon his town and has to field
questions of «why my house» while at the same time having to field «Thank the Lord my house was spared.»
Yet, one day,
science will most likely * IMO * get to the
point where they will be able to answer that
question.
Recently, there has been considerable increase in scientific understanding of the spontaneous development of spatial and temporal organization (structure) in physical, chemical, and biological systems.3 In an earlier note (PS 11:35), I suggested that this progress in
science raises
points that may be helpful in dealing with a
question of current importance for process philosophy.
In his answer Cardinal Pell
pointed out that
science tells us how things happen, but not why we are here, and that to
question things is a part of human nature that distinguishes us from animals.
Whitehead is not asserting an epistemological solipsism here, but is stating that the
question of the community of nature to all, being metaphysical, is not one that has to be answered from the
point of view of
science.3 Moreover, it remains to be seen whether or not Whitehead's position, as it unfolds in the Enquiry, will remain uninvolved in the «difficult metaphysical
question.»
My
point is simply is that you lean on
science to answer all your
questions about the natural world.
My
point, however, is that His actions in this world have consequences which we should be able to detect, so some
science questions about God are perfectly valid.
There's little
question that many walk - ons are walk - ons simply because the evaluation system broke down,
pointing to what UCLA coach Terry Donahue, a former Bruin walk - on defensive tackle, calls «the imperfect
science of recruiting.»
We started formal
science lessons at 18 months with J (
pointing out that we're doing
science and starting the scientific process with a
question, hypothesis, get results, discuss results).
Today, researchers at the annual meeting of AAAS (which publishes
Science), previewed data from a recent poll showing that when the word «human» is replaced with «elephant» in the evolution
question, 75 % of Americans agree — about 25 percentage
points higher than before.
Einstein took seriously
questions about his
science, up to the
point of writing one of the best introductions to relativity for the lay reader.
And you think at that
point the typical American won't even
question this
science?
Also, the whole
point of
science is to ask
questions and get answers from as many perspectives as possible.»
Neil Turok:»... The
science has reached the
point where
questions that used to be just philosophy could be observationally testable in 10 or 20 years...»
With these
pointed questions, Irving Lerch, chair of the American Association for the Advancement of
Science's (AAAS's) Committee on Scientific Freedom and Responsibility, opened a meeting of European and American scientists who gathered in Washington, D.C., late last September to discuss whether or not scientific and engineering professionals should swear to an oath.
Trump has
questioned the
science underlying climate change — at one
point suggesting that it was a Chinese hoax — and pledged to pull the United States out of the Paris climate agreement.
For example, he says, there isn't enough evidence to say for certain that the embryo in
question was nearly at term and, therefore, to say that it couldn't fly when born, a
point he also raises in a column published in the same issue of
Science.
Erard
points out that, for no good reason, this
question has been neglected by
science.
As he confessed in his book Finding Darwin's God, Miller is a practicing Catholic, and as he
pointed out to Dawkins, «I will persist in saying that religion for me, and for many other people, answers
questions that are beyond the realm of
science.»
CO2 growth rates (CEI, p. 11): arguments about what growth rates for CO2 emissions that some models use are besides the
point of what the
science says about the climate sensitivity of the earth system (emissions growth rates are if anything an economic
question).
The whole
point of
science is to ask a
question and see where it leads.
Each lesson plan contains an overview, a step - by - step guide to the activity, an explanation of the
science behind the experiment, sample discussion
questions and talking
points, a downloadable teacher's guide, student worksheets or handouts, and suggested variations.
«The beauty of the weather balloon project is that it's something captivating that provides many
points of entry,» says Smith, «whether you're a student in an engineering class working on how to build a structure that's going to survive a fall from several thousand meters, or if you're in a
science classroom trying to ask good scientific inquiry
questions that could be tested, or if you're in language arts and you want to write a creative piece about what the balloon's journey might be.»
It's one of the more intriguing
questions in animal
science, and potentially may
point to some important clues beyond canines.
Unfortunately for policymakers and the public, while the basic
science pointing to a rising human influence on climate is clear, many of the most important
questions will remain surrounded by deep complexity and uncertainty for a long time to come: the pace at which seas will rise, the extent of warming from a certain buildup of greenhouse gases (climate sensitivity), the impact on hurricanes, the particular effects in particular places (what global warming means for Addis Ababa or Atlanta).
I've written in the past about other issues related to setting a numerical limit for climate dangers given both the enduring uncertainty around the most important climate change
questions and the big body of
science pointing to a gradient of risks rising with temperature.
They are fascinated by the
science, asking
questions about the climate history of the Tibetan plateau and the chances of reaching environmental tipping
points, as well as
questions about western environmental thought and policy.
Congressman Holt raises a number of key
questions on related issues, while
pointing to some very hopeful experiences, notably in the Apollo program, in his 16 September editorial in
Science.
That and other
questions (like 6, 7 and 8) seem eerily close to bogus climate
science denier talking
points.
To those people, despite Ed's answer - in - part, the very notion that you (the intelligent
science writer)
point out Asia and pose the
question may well serve (in their minds) to support their view.
Question: before talking about simulating climate CHANGE, how long does the climate
science community expect it to take before GCM's can reproduce the real world climate PRIOR to human induced CO2 perturbation in terms of: — «equilibrium
point», i.e. without artificial flux adjustment to avoid climatic drift, — «natural variability», in terms of, for instance, the Hurst coefficient at different locations on the planet?
[Response: Unfortunately, you seem to have conveniently forgotten that Keigwin (and Pickart) published a paper in
Science just a few years later in 1999
pointing that the appparent cooling (actually, the oxygen isotopic signal in
question isn't entirely temperature, it is salinity as well, so the quantative 1 deg cooling estimate you cite is not actually reliable) in the Sargasso Sea is diametrically opposed by a substantial warming at the same time in the Laurentian Fan region of the North Atlantic off the coast of Newfoundland.
It raises other
questions above; what should we really be doing in the
sciences (broadly, not just climate and physics) and in society, at this late
point?
I notice that it took me, an amateur with no professional qualifications directly related to climate
science, only moments to independently identify multiple weaknesses in the
questions, the same weaknesses that other commenters have
pointed out.
«Aimed at reflecting the major scientific issues facing earth
science at the start of the 21st century, the
questions represent where the field stands, how it arrived at this
point, and where it may be headed,» the academy said in a news release.
As N. Oreskes
points out in a recent article in
Science, that is itself a
question that can be addressed scientificially.
The
point is that most basic
science pursues
questions generated by basic
science and judged by those same scientists, a path - dependent approach that has disconnected itself from the challenges and opportunities — the many small but very real problems associated with developing effective, scalable solutions to climate change.
We are trying to include
questions that are specific enough to be useful to policy makers, vivid enough to be compelling to a broad non-scientific audience (like those suggested by Edward Greisch, 12), and lie within the domain of climate
science (as Anteros, 21
points out).
While the basic
science pointing to a human - warmed earth is clear to almost all researchers engaged in climate studies, the specific outcomes in places like the Arctic are laden with complexity and enduring
questions.
1) The first
point is mainly a values question (how to apportion limited resources in a world with current problems and looming risks), but also has some interpretation of science (that the risks from accumulating CO2 are not significant; see Poin
point is mainly a values
question (how to apportion limited resources in a world with current problems and looming risks), but also has some interpretation of
science (that the risks from accumulating CO2 are not significant; see
PointPoint 2).
Just remember, while the basic
science pointing to a flat earth was once clear to almost ALL researchers engaged in topographic studies, the specific outcomes in places like the Russia were never laden with enough complexity or enduring
questions to be able to could come up with the truth.
There are other important
questions about the path forward, related to how to handle reasoned minority views on particular
science and policy
questions, how to deal speedily with errors and how to break down barriers among the three main «working groups» — on the basic
science pointing to warming, the range of impacts and possible responses.
Well, the
point was that the separation of powers is a fundamental
question in political
science.