researchportal.helsinki.fi file · web viewan idea of a risk society. it is a sort of a next form...
TRANSCRIPT
Risk and Beck in Risk Society
Karri Liikkanen
University of Helsinki
Rome Safety and Security Conference
Villa Lante
25-26 August 2011
Table of Contents
1 INTRODUCTION ___________________________________________________________________ 1
2 BECK’S RISK ______________________________________________________________________ 1
2.1 THE RELATION BETWEEN RISK, ECONOMICS AND TECHNOLOGY____________________________________1
2.2 THE BLINDNESS TOWARDS RISKS AND THE NEW SUBJECT________________________________________2
2.3 THE LOGIC OF RISK PERCEPTION_________________________________________________________5
2.4 WHY DO RISKS EXIST?_______________________________________________________________6
3 CRITIQUE AND DEFENSE FOR BECK ___________________________________________________ 8
3.1 CONCEPT OF RISK__________________________________________________________________8
3.2 PERCEPTION OF RISK_______________________________________________________________12
3.3 CAN RISK ANALYSTS BE TRUSTED?_____________________________________________________12
3.4 THE USE OF PROBABILITY IN RISK ANALYSIS_______________________________________________14
3.5 DOES RISK ANALYSIS IGNORE THE HARM OF AN EVENT?______________________________________15
3.6 APPLICATION OF DAVID SKLANSKY TO BECK-DEFENSE_________________________________________15
4 CONCLUSIONS ___________________________________________________________________ 17
REFERENCES ______________________________________________________________________ 18
1 Introduction
Ulrich Beck formulates in his book Risk Society an idea of a risk society. It is a sort of a next
form of society after the modern industrial society. It is part of, or Beck’s version of,
switching into the postmodern. Beck is inspired particularly in the changing of the whole
system. In risk society, distribution of the wealth is not determining anymore, it is the
distribution of risk.
I will first analyze what Beck means with risk. Then I will look at it through Scott
Campbell’s’ and Greg Currie’s critique and try to understand Beck better. Then I will take a
short look at a somewhat controversial source, David Sklansky, who is a well-known poker
and gambling theorist.
We will have to note very first, that Beck’s “monumental” book was published in 1986, right
after the Chernobyl disaster. It is a bit dated and at times quite dark and dystopian, even
poetic. We shall keep these points in mind when we dive into the Risk Society, but we shall
not let them ruin our fun – this is a very interesting book.
2 Beck’s risk
2.1 The relation between risk, economics and technology
Beck understands risk to be an essential part of our present and future society. Risk has
surpassed or is surpassing wealth as a factor that defines life and economics. In pursuance of
moving from industrial society to risk society, we are moving from distribution of wealth to
distribution of risks. Beck uses words such as wealth-distributing society, scarcity society and
risk-distributing society, risk society. The first two are linked together, as are the last two.
“The distribution of socially produced wealth and related conflicts occupy the foreground so
long as obvious material need, the ‘dictatorship of scarcity’, rules the thought and action of
people”. (Beck 1992, 20). So, Beck is talking about post-scarcity society. Industrial society
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and its economy are defined by scarcity, risk society is defined by risks. In other words, in
industrial society the aim is to gain wealth, in order to do this the problem of distribution of
scarcity needs to be solved. This is what economics starts with: scarcity can be replaced with
food and goods, that causes wealth. In risk society wealth is gained by avoiding risks. In
developed western countries people don’t die because of hunger – they die because of risks.
Nobody is afraid of hunger, but everyone is afraid of risks. As Beck puts it: “I am hungry!”
has switched into “I am afraid!” (Ibid., 49).
Beck sees the risks as part of the system. They have integrated firmly into it. This system is
society. Western society has been created at the same time as science has. They are a
congealed couple. The synthesis, according to Beck, creates risks at the same time as it
creates the wealth. What has created the western wealth? The answer that we get from
economics is technology: “technology is knowledge of how to transform raw materials into
goods that consumers use to fulfill their needs” (Pohjola, 2010). In this sense, technology is
the fuel of the economic growth, which creates wealth. Economy grows as technology creates
the wherewithal for it by offering goods to consumers. And in other way economic growth is
the fuel for technology, for the development of technology demands resources and the
resources come from economic growth (Kurzweil 2006, 1-5). This relationship is very
concise, not like of mother’s and child’s – more like of symbiotic lovers’ who can’t leave
their love nest even for a second. Or it can also be described as the relationship of dancer and
beauty: they can’t be separated from one another (Airaksinen 2005).
Economic growth creates wealth. It needs technology. Technology needs resources in order
to develop. Strictly speaking, this is not accurate. Economy can grow without technology,
e.g. when population grows. Technology is not the only source of economic growth, but at
this stage of our analysis, it is sufficient to say that they are linked to each other: we want to
produce more technology in order to produce more economic growth, and vice versa.
2.2 The blindness towards risks and the new subject
Society produces risks, because its constant needs need to be satisfied. From this follows an
interesting contradiction: destruction of the earth destroys the value of goods, but the
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justification of destruction comes from the supposed growth of the value of goods (Beck
1992, 39). It is here, where the system comes in. It legitimates the destruction by explaining
the risks away. Kind of like an American police officer who yells at the crowd: “There is
nothing to see here!” Beck gives numerous examples, here is one from Brazil: (Citing Der
Spiegel 1984, no. 50: 110)
Villa Parisi, a slum of 15,000 people -- Here they even sell gas masks in
supermarkets. Most of the children have asthma, bronchitis, diseases of the nose
and throat, and skin rashes. -- The history of the dirtiest town in the world
began in 1954, when Pegropràs, the Brazilian oil company, selected the coastal
marsh as the site for its refinery -- It was the boom phase of Brazilian
capitalism. The military government invited foreign enterprises to produce
environmentally harmful products there. ‘Brazil can still afford to import
pollution’, boasted Planning Minister Paulo Vellosa in 1972, the year of the
environmental conference in Stockholm. Brazil’s only ecological problem was
poverty, he claimed. – ‘The main causes of disease are malnutrition, alcohol
and cigarettes’, the spokesman for Pegropràs says. -- The catastrophe happened
on 25 February this year [1984]. Through the sloppiness of Pegropràs, 700,000
liters of oil flowed into the swamp -- Within minutes a fire storm raced through
the favela. Over 500 people were burnt to death. The corpses of small children
were never found. ‘They just evaporated from the heat’ (Ibid., 43)
This example gives a good picture of the logic of risk distribution. Beck goes on:
Economic conditions of production, freed from the constraints of legitimation,
attract industrial concerns like magnets, and combine with the particular
interests of the countries overcoming material poverty and gaining national
autonomy into an explosive mixture, in the truest sense of the word. The devil of
hunger is fought with the Beelzebub of multiplying risks. Particularly hazardous
industries are transferred to the poor countries of the periphery. The poverty of
the Third World is joined by horror at the unleashed destructive powers of the
developed risk industry (Ibid.).
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Industry produces risks and the poor countries can “afford” to import them. The problem is
that no one really can afford to take them. Still these risks are taken. This is an interesting
thing. Risks are genuinely being taken, no matter how big they are. There is no rationale that
would say: “this risk we shall not take, it is too grave, it will destroy us all”. Even risk of
death can be given a value. This is what risk analysis does. This is what we do every day
when we leave our homes and cross the street. Even that is a death-risk. Or people work
voluntarily in hazardous environments or have hobbies such as mountain climbing. I think
Timo will have more to say about this in his presentation. In this sense Beck’s book is quite
utopian – it draws a picture of people who don’t want to die and who even don’t want to take
risk of dying.
Then what is Beck aiming at? To deny real occurrences? Or to give an unrealistic evocation
of human, typical to analytic philosophy? To the second question, we can answer yes. For it
would seem, that Beck’s human is a human that doesn’t want to die. Real life humans instead
quite often seem to desire death. Or he/she might just leave the option of death out from the
equation to be able to perform in otherwise desirable way. Or then, he/she can take a health
insurance. Every theory of society presupposes a certain kind of human being. This has to be
done in order to ground the theory into something. Otherwise it would just float in the air. In
economics we have homo economicus and in often in social philosophy we have the rational
human, such as in Robert Nozick’s Anarchy, State and Utopia. This human we could call
homo ratio. Beck’s human is different from both of these. We could call him/her homo vita,
vita being the Latin word for life. Beck’s human wants to live.
I shall note, that homo vita is the subject I will use in my dissection. In my opinion it is as
unrealistic as homo economicus or homo ratio. But philosophy is a study of possible worlds. I
can imagine a possible world, where any of these subjects could exist. Homo vita gives an
interesting way to approach the problem if risk, and in particular, the Beck-risk. With its help,
we can hope to understand its character.
Beck talks about the monopoly to rational knowledge, which has been awarded to science.
When it comes to risks, “the sciences’ monopoly on rationality is broken”, Beck says. “There
is no expert on risk”. (Ibid., 29.) There are always competing and contradictory statements
that can’t be fit together. E.g. where does one draw the line between still acceptable and no
more acceptable exposure? The line must be somehow arbitrary. Beck asks: “Should the
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possibility of an ecological catastrophe be accepted, for instance, in order to satisfy economic
interests?” (Ibid.). Referring to the example I gave earlier, we could answer yes. But this is a
descriptive yes. Beck seems to have something else in mind. He talks about legislation, he
means it in normative way. Then the answer in Beck’s corner seems to be no.
We could say, that in Beck’s view economic growth is the reason for the risk production and
the experts are assistants. Thus the scientific method is the fundamental reason for the
creation of the risk society. Before scientific thinking there wasn’t industry and before
industry there wasn’t risk society. Risk society is born only after the industrial society, as its
output.
Beck’s aim is to show that risk penetrates into all corners of the society, and it doesn’t honor
class positions (Ibid. 39-40). This is easy to see: nuclear explosion kills you whether you are
rich or not. Hence the subject of industrial society becomes antiquated. The new subject of
risk society doesn’t aim first at income, but avoiding of risks. Here is a pertinent point of
Beck’s risks: they are extremely dangerous systemic risks. Beck is not talking about little
risks, he is talking about apocalyptic risks, after which there will be no one left to share the
profit, whether it came from maximizing income or from avoiding risks. This is similar with
Keynes’ old filing: “The long run is a misleading guide to current affairs. In the long run we
are all dead” (Keynes 1971).
2.3 The logic of risk perception
If we presuppose Beckian homo vita -subject, then humans don’t want to die. But why are
life-threatening risks still allowed to exist? Why are we putting deadly poisons to the nature?
Why don’t we shut down factories that are hazardous to our environment? Here we return to
industrial subject: I have to get food to the table. Hunger is more fundamental need than risk-
avoiding. Away from sight, away from mind, as we say in Finnish. Beck’s new subject that
lives among risks is born only through the industrial subject. Beck’s subject also needs active
ongoing taking care of: if it gets hungry again, the industrial subject opens it mouth again and
lets it stomach scream the risks silent. When I’m hungry I don’t think about the possibility
that the factory next to me might leak and its solvents pour into the lake where my children
are swimming. When I’m hungry, I’m hungry, and then I don’t care about risks.
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Hunger in here also refers to other trivial necessities, such as sleeping and eating. We note
that hunger plays its devilish game: when I am hungry, I perceive no risk. It is so simple
because when I’m hungry I don’t care about the destruction of the world. When I’m not
hungry, I can perceive risk or then not. Even with a full stomach risk perception is not self-
evident, even then I can be not perceiving risk. E.g. experts can explain it away or I can just
be blind to it.
I shall note that this is about risk perception (Beck, 57). This is not about if risk exists
objectively or not. Here we are dealing with homo vita subject’s subjective risk perception.
According to Beck, objective risk is an illusion created by experts. It is part of the system’s
operation, risk production system’s operation. But it is not easy to perceive. Hunger can
easily be perceived, but risk cannot. As Beck puts it:
There are always competing and conflicting claims, interests and viewpoints of
the various agents of modernity and affected groups, which are forced together
in defining risks in the sense of cause and effect, instigator and injured party.
There is no expert on risk. Many scientists do go to work with the entire
impetus and pathos of their objective rationality, and their effort to be objective
grows in proportion to the political content of their definitions. (Ibid., 29.)
This example is a bit difficult and confusing. Hence it is a good one to show, that risks are
hard to analyze. Risk of dying and risk of destruction are particularly hard to analyze. We
shall return to this problem later when looking at Beck’s critics.
With fundamental need (hunger) existing, risk becomes secondary. In Beck’s analysis this is
linked with system: system makes the production of risk unavoidable. This is done with ever
going reciprocal insistence of demand and production. Because more wealth is needed, more
and more production is needed to satisfy the ever growing need. The need will never seize to
exist and it will never be satisfied. That is why economic growth will never stop, except in
case of Beckian disaster taking place.
2.4 Why do risks exist?
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We need yet a few clarifying words about risks and their production. Our lives in risk society
are not so horrible. There were risks before risk society too. E.g. in 19th century Finland there
was a much bigger risk to die in hunger, birth or some other reason caused by primitiveness.
Compared to today, risks were result of undeveloped technology. If summer was cold and
winter began too early, crop failure followed. And it was followed by famine and mass death.
During years 1866-1868 8% of Finland’s population died. This can be called a catastrophe,
albeit again drawing the line between a catastrophe and non-catastrophe is difficult. But this
is certainly not a Beck-catastrophe and not a Beck-risk. This is hunger risk, viz by definition
different from Beck-risk, which follows only after there is no hunger. Beck’s catastrophes are
the kind where everyone dies:
People in the nineteenth century had to learn, on penalty of economic ruin, to
subject themselves to the conditions of industrial society and wage labor. In just
the same way, they also have to learn today as in the future, under the shadow
of an apocalypse of civilization, to sit down at a table to find and enforce
solutions to self-inflicted endangering that crosses all borders. (Ibid., 47-48.)
There is a clear difference between Finland’s 19th century famine risk and Beck’s apocalyptic
risk: latter are self-inflicted. Old risks are surely serious and lethal, and no doubt there was a
larger risk to die prematurely in Finland in 19th century than today. But then risks followed
from something that couldn’t be helped. E.g. from bad weather that destroyed the crops. We
can imagine an apocalyptic risk, such as a meteorite colliding with earth. Then everyone
would die. Is this not a Beck-risk? No, because the collision of the meteorite was not self-
inflicted. Instead a nuclear war would clearly be self-inflicted. Generally, the gamut of things
that people can affect is growing all the time. Maybe soon we could even affect meteorite’s
path. Then it would become Beck-risk. Also famine will become a Beck-risk when it is
caused by global warming than was caused by human action. And then famine will cross all
the borders, because Beck-risks know no borders.
Modern catastrophes, such as the one of Brazil above, are sort of foretaste of what’s coming.
E.g. in this Brazil’s example 500 people died, which is quite a little compared to Finnish
famine’s 150,000 deaths. Even in the Chernobyl’s disaster not so many people died. Or then
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we can ask that again. The estimates vary tremendously. And this is an example of Beck’s
claim of the difficulty to estimate risks. Can we find an expert here?
WHO’s report from 2006 estimated deaths from the accident at 56 and from radiation to
9,000 (WHO 2006). Greenpeace estimates 250,000 cancers and 100,000 deaths from cancer
(Greenpeace 2006). Russian professor Aleksei Jablokov whereas estimates the number of
deaths at 900,000 and strongly criticizes WHO by saying that it is under control of nuclear
freaks (Uusi Suomi 2008). These varying estimates seem to speak in favor of Beck’s claim
that there is no expert in risk. In the 19th century death count was visible on the shoulder of
the road. Today’s risks are so diverse that their influences are hard to estimate. Even though
I’m not hungry, I still see no risks.
Other reason why there are risks, even though according to Beck’s homo vita subjects there
shouldn’t be any, is that they are too horrible to think of. I can’t stand constant fear. I want to
live freely, away from awful fears and risks. They are impossible to solve, for they are
produced by the system, and they are too horrible to be thought of. Therefore I suppress them
away. Retelling Descartes: “I think. therefore there is – I don’t think, therefore there is not”.
Beck asks, can anxiety be foundation for political movements? (Beck 1992, 50)
3 Critique and defense for Beck
Scot Campbell and Greg Currie have written an article in 2006 called Against Beck – In
Defence of Risk Analysis. In this article they aspire to argue against Beck’s view of risk and
risk analysis. They have divided their critique to 12 points. I will focus on 5 of those which I
think are the most relevant to our study here. I aim to deepen my understanding of Beck’s
risk by reflecting it with the critique. I hope it will prove fruitful.
3.1 Concept of Risk
Campbell and Currie (from now on C&C) give a definition for risk:
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Consider an event X which hasn’t happened, but might, and which if it did
would be (in some way) bad, either in itself or in its consequences. The badness
of such an event is called, variously, a loss, harm, or disutility. If you act in a
way, A, that makes X possible, you risk X in doing A. The degree of risk from
X is a function of two things: its probability and its harm, that is, the degree of
badness. Risk analysts typically calculate the degree of risk by multiplying the
harm of the bad event with its probability (which is expressed either as a
percentage or, more typically, as a decimal fraction, i.e., a number between 0
and 1). Thus two equiprobable outcomes have different risks if the occurrence
of the one would be more unpleasant than the occurrence of the other, and two
equally unpleasant outcomes constitute different levels or risk if one is more
probable than the other. (C&C 2006, 150-151.)
This sounds clear. This is risk analysis’ concept of risk. Risk analysts have gotten into an
unsolvable disagreement with Beck and this is because of their different opinions of risk.
Beck’s view is namely quite incongruous compared to C&C’s. Beck defines risk like this:
Risk may be defined as a systematic way of dealing with hazards and
insecurities induced and introduced by modernization itself (Beck 1992, 21).
This sounds really different than what C&C just stated. There is a fundamental difference
between these two views and we have heard it before: system produces risks and risks are
part of the system, a congealed inextricable part. With this holds similar logic as I illustrated
before with hunger and risk perception: without system there is no risk particularly in the
sense that Beck means it. This relation is only even stronger: risk is if and only if there is
system. Let’s look at this:
Risk cannot exist without system and system cannot exist without risk. They are included in
one another implicitly. And this system is modernization.
This is still quite easy to understand. It becomes harder when we try to grasp Beck’s thought
that “risk is a systematic way of dealing with hazards and insecurities induced and
introduced by modernization itself”. This risk is NOT as C&C defined it. Beck’s risk is not
the harm that you fear to happen, but it is the way of dealing with hazards and insecurities.
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This sounds absurd. We can say: 1) risk is systematic and systemic, 2) modernization creates
harms, hazards and insecurities, to which risks answer a part of the system. Risk is an answer
to a threat. Why so? Shouldn’t risk be the threat itself? This is what C&C say at least:
risk has to be thought of as something that we deal with, or attempt to deal with;
we cannot say that risk itself is a way of dealing with something (C&C 2006,
151).
But for Beck this is exactly how it is. For him risk is the handling of danger. It is a risk to
handle danger. The harms and insecurities created by modernization are so complex that their
handling is a great risk. But they have to be handled. This leads to a circle. Dangers are
harmful, so they have to be taken care of, but the handling in itself is dangerous, so it is a
risk. Timo Airaksinen calls a similar case the multiplying theory of risks and describes it as
follows:
Each action contains its own risks.
From this follows:
Each new action contains a new risk.
And
Each new action aimed at decreasing risk contains one or more
new risks. (Airaksinen 2011, 48.)
Airaksinen says that a new security measure is a window to a new risk space. And that’s how
it surely is. If e.g. suspicion about cell phone radiation is the insecurity or danger then risk is
when these suspicions start to be systematically investigated. Maybe they will put radiation
meters to all cell phones. Then maybe these meters will cause radiation and cancer. Like
Beck said: risk is the systematic way of dealing with hazards and insecurities.
I will give couple of more examples. The lamp from the ceiling might fall onto my head. This
is danger. I have to deal with it somehow. I will build a protective bubble around me. Should
the lamp fall now, the bubble will protect me. But there can be problems with the bubble. It
might not work properly and the lamp crushes me anyway. Or its air ventilation system
malfunctions and I choke inside of it. This first case Airaksinen calls trivial risk (it appears as
a straight negation to security measure) and latter not-trivial risk (can’t be concluded from the
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secured subject). This is not a Beck-risk par excellence, but it still suites to demonstrate what
I’m trying to say.
I will give an example of a downright Beck-risk. A Finnish tabloid yells: “Take the bread
away from little children”. In the article a doctor urges parents to keep their children away
from bread; they shouldn’t eat it at all during their first three years. (Ilta-Sanomat 2011, 2.) In
this case the hazard or insecurity created by modernization is bread that shouldn’t be eaten, or
knowledge that it shouldn’t be eaten. Risk is the systematic measures that will possibly
follow from this. E.g. exaggerated actions such as excessive supervision of children’s diet,
controlling of the children etc. The consequences can be much worse than if the children
would just have been allowed to eat bread. And again we find contradictory information: in
Fazer’s (Finnish company that produces bread) web page there is a survey that says that
Finnish children don’t eat enough bread (Fazer 2009). Experts are out there and contradictory
information is being produced all the time. Our homo vita person (or any other person)
cannot know what is true and he/she has to do his/hers decision him-/herself. There is no
absolute knowledge when it comes to risks.
Beck-risks and so-called traditional risks can also intertwine. E.g. the earthquake in Japan on
11.3.2011 is obviously not a Beck-risk, for it is not produced by modernization. It can
nevertheless have consequences that it wouldn’t have had should there not have been
modernization. Fukushima’s reactor was damaged in the quake and there was a possibility
that some kind of disaster could’ve happened. Quake couldn’t have had this kind of
consequence without the nuclear plant, which had been produced by the modernization
process. And again we collide with experts’ statements. They released radioactive steam from
the reactor in order to stabilize the pressure. Both the energy company Tepco and Japan’s
officials assured that this procedure won’t be harmful to humans. (MTV3 2011.) How can
one make this kind of assurance? How exactly can the consequences of radioactive steam be
known? Is it not harmful if the wind is towards the ocean? How about the fish and so on?
When interpreting Beck one has to keep in mind his idiosyncratic conception of risk. Beck’s
risks are not unconnected events but part of the picture of events created by the system. They
don’t exist without this picture. Risks place themselves as a part of this picture. We would
need a Photoshop-software that would encompass the whole world in order to remove them
from it. And the owners of Photoshop brand would probably not allow it.
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3.2 Perception of Risk
C&C are puzzled why Beck defines risk so peculiarly. Maybe we can try to find an answer to
this by reading Beck closely. As C&C remark, Beck says: “because risks are risks in
knowledge, perceptions of risks and risks are not different things, but one and the same”
(Beck 1992, 55). This is exactly Beck’s point. He is talking about the experience of risk. We
remember here what I said earlier about the logic of risk perception: When I am hungry I
don’t perceive risk. It is because of this identifying of risk and risk perception that the
rationality of sciences doesn’t work with risks. According to Beck all perceive risk in some,
often different, way and therefore there is no objective point of view. Beck criticizes science
for monopolizing rationality for this monopoly breaks down with risks for there is no
objectivity in them.
3.3 Can Risk Analysts Be Trusted?
From previous passage C&C get a question: can risk analysts be trusted? Let’s see what Beck
says:
the sciences are entirely incapable of reacting adequately to civilization risks,
since they are prominently involved in the origin and growth of those very risks.
Instead – sometimes with the clear conscience of ‘pure scientific method’,
sometimes with increasing pangs of guilt – the sciences become the legitimating
patrons of a global industrial pollution and contamination of air, water,
foodstuffs, etc. (Ibd., 59)
And to this C&C answer following:
Beck’s argument here is not at all an epistemological one; he is not arguing that
we are all equally well placed, in terms of knowledge and skill, to make
assessments of risk. His argument is that whatever knowledge experts possess is
nullified by their having an interest – whether conscious or not – in
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misinterpreting the degree of risk that attaches to harmful events that may
possibly occur. (C&C 2006, 154.)
This C&C’s claim can be answered in at least two ways:
1) Beck doesn’t mean that scientists would have a utilitarian viewpoint that they were
striving for, but that they are part of the system. No one has a utilitarian viewpoint in
it (because its functioning leads to destruction), but it has a logic of functioning of its
own.
2) Science automatically corrects non-scientific statements and therefore nullifies them,
NOT that knowledge possessed by the scientists would be nullified by their striving
for utility for themselves.
C&C seem to be focusing more on the individual points than on the core – the core would be
the system. Risk analysts and other scientists are part of the system where risks are born.
Therefore Beck doesn’t criticize scientists (he is one himself) but science and particularly
science as part of the system. According to C&C Beck’s claim is that science always contorts
and denies risk where it is (Ibid., 156). This is unquestionably a blunt statement. C&C bring
forth another formulation in footnote. According to it Beck’s claim could mean that
science is placed in a ‘contradictory position’, since many modern risks come
about because of the application of science. However, even if it were true that
science creates many risks, it hardly follows that science is in any sort of
‘contradictory’ position (Ibid., 155).
Let’s look at this “contradictory” position:
Let’s assume first that science enhances quality of life. Let’s then assume that risks don’t
enhance quality of life. If we go on and assume that risks follow from science, then we can
say science does not enhance the quality of life.
Even though this is not a pure antinomy, it can still be said that science produces
contradictory products. This is the tension included in science. Beck and C&C represent
opposite parties in this tension. Therefore it is vital to be able to have discussion between
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these parties. It seems to be quite difficult though. The parties seem to be talking a bit past
each other. Next chapter shall act as an example of this problem.
3.4 The Use of Probability in Risk Analysis
Science’s rationality claim to be able to investigate objectively the
hazardousness of a risk permanently refutes itself. It is based, firstly, on a house
of cards of speculative assumptions, and moves exclusively within a framework
of probability statements, whose prognoses of safety cannot even be refuted,
strictly speaking, by actual accidents. Secondly, one must assume an ethical
point of view in order to discuss risks meaningfully at all. Risk determinations
are based on mathematical possibilities and social interests, especially, if they
are presented with technical certainty. In dealing with civilization’s risks, the
sciences have always abandoned their foundation of experimental logic and
made a polygamous marriage with business, politics and ethics – or more
precisely, they live with the latter in a sort of ‘permanent marriage without a
license’.” (Beck 1992, 29.)
Beck therefore claims that the bad thing about probability calculations is that they create a
picture of as if -safety and their predictions cannot be refuted even with an estimation that has
come true. Even though an accident happened, it doesn’t change the predictions at all. C&C
point out though, that this is not so. They use a coin flip as an example of this. In coin flip
both sides have the same probability, 50% or 1:2. If we flip a coin 40 times and get 38 heads,
according to C&C there has to be something wrong with the coin and 1:2 is not true anymore.
(C&C 2006, 159.) So they would start calculating a new probability for the coin flip. For
Beck it is not so. The probability doesn’t change. And strictly speaking, it doesn’t. Even if we
flipped a coin 1000 times and we got only heads, it wouldn’t change the probability of the
coin. And this is the big difference between the arguing parties. C&C are empirical scientist
whereas Beck is analytical philosopher (or social scientist). They are like people in different
dimensions, that can’t see each other. C&C’s critique misses Beck. Their aim is good but
they are shooting at a ghost ship: cannonballs fly straight through it. This is the problem
mentioned earlier: how to get these radically different points of view to have a decent
conversation?
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The second point was the ethics of risk analysis. Beck yells out for ethical point of view when
talking about risks. Calculations don’t deliver that.
3.5 Does Risk Analysis Ignore the Harm of an Event?
C&C aim at proving that risk analysis does take into consideration the magnitude of risk.
They use as an example a less dangerous situation. If e.g. the probability of an airplane crash
is 1:10,000 and its harm rate is 300 points (on a scale where 100,000 is the maximum), it gets
a risk score of 0,3. If then the probability of a nuclear plant explosion is 1:100,000 and its
harm rate 95,000 it gets a risk score of 0,95. Nuclear explosion gets over 30 times the risk
score that plane crash got. This should prove that risk analysis does ignore the harm of an
event, according to C&C. (Ibid., 163.)
C&C, however, don’t take into consideration that in death probabilities don’t matter
anymore. This is the homo vita subject’s opinion. C&C talk past Beck because they haven’t
considered the homo vita subject. Beck’s aim is to describe risk abstractly as a part of a
capitalist system. In a way C&C realize Beck’s fear of “science’s monopoly of rationality”.
Science “defines risk” and population “perceives it”. (Beck 1992, 57-61.) Experts analyze the
risk away and after that the layman has nothing to say. His/hers word weights less than
experts’ even if his/hers child had just died in an acid rain.
For last a little lighter chapter.
3.6 Application of David Sklansky to Beck-defense
Risk of death is sure interesting. Poker theorist David Sklansky examines it in his book
Fighting Fuzzy Thinking in Poker, Gaming and Life:
The fact is that tactical and strategic decisions, as far as how to conduct a war,
frequently can best be arrived at by using the same principles that should be
used to analyze games. However, there is one big difference between games and
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wars. In wars, people die. Now I’m not just being cute here. The fact is that
people dying in a war screws up the game theory analysis. (Sklansky 2000,
177.)
Sklansky seems to be agreeing with Beck. When facing death game theory doesn’t apply
anymore. This can be concluded from homo vita -subjects cry: “I don’t want to die!”.
Sklansky goes on. He gives an example of a situation where you can call sick form work
because you know you can win 1000 dollars in gin rummy from a person who is in town only
today. If you get caught you lose your job and it’s not worth 1000 dollars. You estimate the
possibility to get caught to 1:100 (1%). Is this worth it? If you said yes, you should also be
ready to accept a 2% chance to earn 2000 dollars and 10% chance to earn 10,000 dollars. All
these have the same mathematical expectation and if you answered yes to all the questions,
you could give away your job for 100,000 dollars. This is clear. It should also be as clear why
risk analysis falls apart when risking your life instead of money, glory, happiness or injury.
Would you take 1:1000 chance to die for 25,000 dollars? If you said yes, does it mean that
you would take 1:100 risk to die for 250,000 dollars? Even if you still said yes, you probably
wouldn’t let me flip a coin that I would either kill you or you get 12,5 million. And you
probably wouldn’t let me kill you for 25 million. Still all these have the same mathematical
expectation. (Ibid., 177-178.)
Here we have to note, though, that value of money (or production function in economics’
terminology) is not linear: the more money I have, the less value the same amount of money
has. There is a big difference between if I get 10 or 100 dollars but not so grave difference
between if I get 10 million or 10 million and 90. Or even on logarithmic scale: if I get 100
million. When I have enough to support me and my family for the rest of my life, it doesn’t
matter so much anymore.
Now, if we take this reasoning to its extreme, we get an interesting result – namely, that there
is almost nothing for which it is worth taking even fairly small risks of dying. -- It certainly is
true that if everybody thought like this, it would be harder to get people to fight and, thus, to
win a war. Politicians and generals do not analyze risking life the way I just did. Or do they?
Remember, the analysis assumed that it was your own life. I think that they would come to
similar conclusions if it were their own life they were risking, rather than yours. (Ibid., 178.)
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Here emerges the fiendish logic of Beck’s risks: experts are part of the system that creates
risks. In the world of risks, risks are same for everyone, they don’t honor class positions. E.g.
they return back to the rich as poisonous food. Beck calls this The Boomerang Effect (Beck
1992, 37). Risks can destroy everyone regardless of their skin color, sex, nationality and
wealth. When big apocalyptical risk happens, not matter how small the probability, everyone
dies.
4 Conclusions
Beck deals with systematic risks. His view of risks is peculiar and difficult to understand. It is
analytic and at the same time provocative and rhetoric, therefore it is so difficult for
empiricists (or anyone for that matter!) to get a hang of it. We are back at the old philosophy
of science’s problem: theory-dependence of observations. Beck has at least been able to
prove that there are problems with the empirical approach. His own approach is also
problematic – Beck would seem to be a bit too dramatic when talking about the destruction of
everything and a bit too abstract when criticizing empirical science. Is dialectics between the
two approaches possible? Let’s hope so, maybe that will save the planet.
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