DENIAL101x FLICC The Techniques of Science Denial Part 3
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In this third installment of the series on science denial techniques, the video examines three specific strategies that fall under the FLICC acronym: impossible expectations, cherry-picking, and conspiracy theories. The concept of impossible expectations involves demanding unrealistic standards of proof that exploit a common misunderstanding among non-scientists who believe science offers absolute certainty rather than probabilistic best estimates. A primary tactic within this category is "moving the goal posts," where deniers acknowledge a phenomenon like sea-level rise but then shift the debate to whether it is accelerating, effectively changing the criteria for acceptance after evidence has already been presented. This approach allows skeptics to tacitly admit that warming is occurring while still arguing against its severity or cause by insisting on higher levels of evidence than are scientifically necessary.
The discussion then moves to cherry-picking, which entails selectively focusing on data points that support a desired conclusion while ignoring the broader dataset. The transcript illustrates this with the "pause" or hiatus argument, where short-term fluctuations in surface temperature records are used to claim global warming has stopped, despite long-term trends showing continued warming. Two specific forms of this behavior are highlighted: the anecdote fallacy, which relies on isolated examples like cold weather to disprove climate change, and slothful induction, which involves neglecting inconvenient evidence such as human fingerprints in the climate system or recent data showing solar activity and temperatures moving in opposite directions. While cherry-picking is an active selection of confirming data, slothful induction is characterized by a passive refusal to consider information that contradicts a preconceived notion.
Finally, the video addresses conspiracy theories, which are presented as an inevitable response when individuals reject a scientific consensus, leading them to invent secret plots to explain why experts agree on facts they do not accept. The most prominent example cited is "Climate Gate," where stolen emails were misinterpreted through quote mining—a form of cherry-picking that takes statements out of context—to falsely accuse scientists of fraud. The video explains the self-sealing nature of these theories, noting that any investigation disproving the conspiracy only causes theorists to expand their narrative to include the investigators as part of the plot. The series concludes by emphasizing that recognizing these often overlapping techniques is essential for building resilience against misinformation, as understanding how denial arguments are constructed is the most practical way to avoid being misled.
Read the full video transcript
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in this series we've looked at five
techniques of science Dena
summarize with the acronym flick thank
experts logical fallacies impossible
expectations cherry-picking and
conspiracy theories in the first two
parts of this series we looked at two
aspects of flick fake experts and
logical fallacies in this video we're
going to examine impossible expectations
cherry-picking and conspiracy theories
in the previous video we just looked at
a whole range of different logical
fallacies it's a lot to take in but
we're not that far from covering all the
flick next we're going to look at the
denial technique of impossible
expectations the one specific type of
impossible expectations known as moving
the goal posts impossible expectations
are a demand for unrealistic or
unattainable standards of scientific
proof
this tactic exploits the probabilistic
nature of science when we publish
scientific results we typically provide
best estimates within a range of
estimated values the impossible
expectation argument can be persuasive
because non scientists often have the
misperception that science provides
absolute proofs but science doesn't work
that way and in the real world we
typically don't need an exact answer in
order to know whether there's a problem
moving the goal posts is one example of
the impossible expectation strategy
involving demanding high levels of
evidence after receiving requested
evidence this approach is often seen
when it comes to sea level rise when it
comes to other measures of global
warming deniers will use a range of
fallacies such as cherry-picking to
argue that global warming isn't
happening but sea level rise is so clear
that it's impossible to look at sea
level data and argue that sea levels
aren't rising
so instead deniers move the goal posts a
shift the focus to whether sea level
rise is accelerating
a tacit acknowledgement that sea-level
rise is happening so next we're going to
look at the technique of cherry-picking
as well as two particular types of
cherry-picking the anecdote fallacy and
slothful induction cherry-picking
involves selectively focusing on data
that leads to a different conclusion
from the conclusion derived from
considering all available data an
example of cherry-picking would be
standing on the bow of a sinking ship
and arguing that because the bow is
moving upwards the ship isn't sinking
this ignores the larger picture that
overall the ship is going down the most
prominent example of cherry-picking in
the context of climate change is the
argument that global warming stopped in
recent years referred to as the pause or
hiatus the surface temperature record is
vulnerable to this form of
cherry-picking because the data is so
noisy surface temperature fluctuates
from year to year as the oceans exchange
heat with the atmosphere this means it's
possible during a period of long-term
warming to find short periods where
temperature doesn't increase by
carefully cherry-picking the right
period it's possible to mislead people
into thinking global warming isn't
happening even when the data shows a
long-term warming trend the anecdote
fallacy is a form of cherry-picking that
relies on isolated examples rather than
scientific evidence in order to draw
misleading conclusions the most common
example of a climate anecdote is the
argument that cold weather disproves
global warming to illustrate how
misleading this fallacy is the logic is
the same as arguing that when it gets
dark at night that disproves that the
Sun exists slothful induction ignores
relevant evidence when coming to a
conclusion there's a fine distinction
between cherry-picking and slothful
induction with cherry-picking
the emphasis is on actively choosing
data that confirms your position with
the slothful induction the emphasis is
on neglecting inconvenient information
one example of software induction is the
argument that the Sun is causing global
warming in order to come to this
conclusion one must ignore all the human
fingerprints
being observed in our climate system
that confirm human causation of global
warming
not to mention rule out the Sun as a
cause of global warming to argue that
the Sun is causing global warming you
would also need to overlook the more
recent data finding that the Sun and
climate have been moving in opposite
directions over the last few decades
global temperatures have increased while
solar activity decreased while changes
in the sun's brightness do affect
Earth's climate
any influence from the Sun in recent
decades would be slight cooling if
you've got this far congratulations you
are now in the homestretch as we're now
on the last sea of flick
conspiracy theories conspiracy theories
involve the suggestion of a secret plan
to implement nefarious schemes and we
see them all the time in climate
misinformation when you think about it
conspiracy theories are inevitable when
you deny a scientific consensus how else
do you explain how all the world's
scientists agree on something that you
don't believe when you think about it
conspiracy theories are inevitable when
you deny a scientific consensus how else
do you explain how all the world's
scientists agree on something that you
don't believe the most prominent climate
change conspiracy theory is known as
climate Kane referring to an incident in
2009 when cloud scientists emails were
stolen and claimed to prove that the
scientists were fraudulently
manipulating climate data in order to
deceive the public this was done using
the technique of quote mining which
involves selectively taking quotes out
of context in order to misrepresent what
people are actually saying no
investigations were conducted into the
scientists involved in the stolen emails
with all investigations concluding that
there was no evidence of wrongdoing by
climate scientists however one aspect of
conspiratorial thinking is its
self-sealing any evidence disproving the
conspiracy just results in the
conspiracy theorists expanding their
theory to include that evidence so every
time a new investigation concluded that
claim
scientists did nothing wrong deniers
responded by expanding their conspiracy
theory so that the investigators were in
on the conspiracy so that ends our
three-part series on the techniques of
science Dena
it's a big family of techniques and so
it can be a bit intimidating making it
just that little bit more complicated is
the fact that often denial arguments can
contain multiple fallacies for example
take quote mining that we just looked at
as quote mining involves selectively
picking quotes out of context it's a
form of cherry-picking it excludes some
of the broader context in order to paint
a misleading picture quote mining is
also a form of straw man argument
misrepresenting a person's position in
order to make it easier to attack them
so it's important to recognizing that
identifying which denial technique is in
a piece of misinformation is not always
clear-cut and often there are multiple
answers but while the landscape of
fallacies and denial techniques is a lot
to take in taking the effort to
understand in our techniques is
essential if we want to be resilient
against misinformation practicing
spotting different fallacies and denial
techniques is a practical way of
becoming more familiar with denial
techniques
ultimately this is the best way to avoid
being misled by misinformation
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you
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