Chapter 5
Human Development and Environmental
Discourses
5.1 Human Development and the Dilemma of Continuous
Economic Growth
After visiting the far distant future, it is time to return to the reality of the current
problems regarding human development and the environment from local to global
scales. The human development concept used here encompasses all its aspects but is
mostly centred in the educational, social, political, and economic components. There
is a strong, although far from universal, convergence of opinion to the effect that
there are troublesome difficulties at the present time concerning global economic
growth and its impact on the environment. This fairly generalised perception is an
important step in defining the problems we are facing, from which it should be
possible to construct appropriate strategies to address them. A point to bear in mind
from the outset is that the challenges of human development and the environment
are closely related and hence inseparable.
The essential characteristic of the social and economic development models
adopted by contemporary societies is their foundation on robust and continuous
economic growth based on industrialization. Economic growth is assumed to be a
necessary condition to assure a better quality of life, social development, and lasting prosperity. Countries unable to achieve significant economic growth have a
much slower rate of social development and tend to become socially unstable and
ungovernable.
Improvement in the quality of life, especially in developed countries which already have high standards of living, is widely identified with an increase in the
capacity to consume, access to ever more sophisticated goods and services, greater
availability of free time, and a continuously increasing mobility. There are profound
psychological motivations for consumption. The impulse to acquire and to possess
is an essential behavioural trait of our heritage as a biological species, spontaneous,
immediate, irrepressible, and insatiable. Consumption favours the exercise of our
basic psychological tendencies to construct an identity and to establish differences
in social status and power relative to others, while promoting self-esteem.
F.D. Santos, Humans on Earth: From Origins to Possible Futures,
DOI 10.1007/978-3-642-05360-3_5, © Springer-Verlag Berlin Heidelberg 2012
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Novelty is a very important factor in consumption because it carries important
information about status. Thus the profit motive stimulates a permanent search by
the economy for more innovative and better products. The basic drive to consume
constitutes the fundamental basis for the economic growth paradigm. Political history since the industrial revolution shows that the most diverse ideologies, from
liberalism to Marxism, have advocated economic growth through industrialisation,
albeit along different paths and with different emphasis.
The paradigm of continuous economic growth is fiercely competitive and unequivocally favours the countries that are more successful in its implementation. It
generates a global dynamics of human development, involving different forms of
integration for its social, political, and economic components, and this dynamics is
increasingly dominated by the emerging economies, such as the BRIC countries.
Furthermore it contributes decisively to the process of globalization, while at the
same time the forces it creates in the global economy are at the core of the current
problems regarding human development and the environment.
There are many signs that continued worldwide acceptance of the economic
growth paradigm involves an increasing risk of environmental degradation and instability. Furthermore, it has been argued that the 2008–2009 crisis proved that the
paradigm is also financially and economically unstable. In fact the growth imperative was in part responsible for relaxing financial regulations and promoting the
development of the complex financial derivatives that became toxic. The speculative
expansion of credit for the housing and commodities markets was deliberately used
as a mechanism to stimulate economic growth.
On the other hand, if the economy does not grow, unemployment increases, output falls, the ability to service public debt diminishes, the economy enters into a
recession, there is social instability, and people lose their quality of life and security. Apparently, continuous economic growth is the only mechanism available
to prevent collapse. We are forced to conclude that both economic growth and degrowth are unsustainable. So what is the solution to this dilemma? Before addressing
this question, let us consider the various types of environmental discourse.
5.2 The Origins of the Environmental Movements
Environmental concerns were only recently identified and expressed clearly, more
precisely in the second half of the 19th century. Nevertheless, since the middle of
the 18th century, some natural philosophers and statesmen showed interest in the
preservation of nature, adopting views that were to become the precursors of the
environmental movements. One of the most striking figures in this group was José
Bonifácio de Andrade e Silva (1763–1838), a naturalist, poet, and statesman, and
the patriarch of Brazilian independence. He was born in Santos, Brazil, and went
to Coimbra University where he became professor, then Secretary of the Lisbon
Academy of Sciences, and was well known throughout Europe for his scientific
work, especially in mineralogy.
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Influenced by the Enlightenment and by other European naturalists, he developed
in his works a harsh criticism of the predatory use of natural resources, with a special
emphasis on deforestation. When he returned to Brazil in 1819, he defended and
tried to implement in his country an integrated and sustainable form of development,
especially in agriculture, forestry, and fishing, through better practices in the use of
natural resources. His goal was to achieve a balance between human activities and
nature, and he clearly identified some of the adverse consequences of breaking such
an equilibrium (Pádua, 2004).
The roots of environmentalism in the USA are associated with George Perkins
Marsh (1801–1882), David Henry Thoreau (1817–1862), John Muir (1838–1914),
and Gifford Pinchot (1865–1946), and resulted from a preoccupation with the impacts of intensified natural resource use, particularly deforestation and damming of
rivers, and from the will to protect the magnificent beauty of nature, especially in
the west of the country. There were two key strands in the early environmental movement. The protectionists, such as George Marsh, David Thoreau, and John Muir
were primarily concerned with the protection of nature in its pristine state, while the
conservationists such as Gifford Pinchot were mainly interested in the sustainable
management of natural resources.
John Muir was born in Scotland and his family immigrated to a farm near Portage, Wisconsin, when he was eleven years old. He enrolled at the University of
Wisconsin in Madison, where he learned some botany and geology, but did not
graduate. At the age of 26 he left school and went to Canada, wandering in the
wilderness near Lake Huron, collecting plants. Following a serious accident, where
he nearly lost his sight, he was determined to “be true to myself” and follow his
dream of exploration and the study of plants (Wolfe, 1945). He then walked for
about 1 600 km from Indiana to Florida, through the wildest, leafiest, and least trodden ways he could find and went on to explore the Yosemite in California. There,
in 1871, he met the naturalist Ralph Waldo Emerson, who was delighted to finally
meet the prophet-naturalist he dreamed about and offered him a teaching position at
Harvard. John Muir declined and later wrote: “I never thought of giving up God’s
big show for a mere profship” (Tallmadge, 1997). His studies and activism were
crucial for Congress to establish the Yosemite and Sequoia National Parks in 1890.
Amazed by their pristine nature, almost free from the transformations and impacts
of human activity, he dedicated his life to preserving it.
The conservationist movement founded by Gifford Pinchot had distinct concerns.
Its first objective was to ensure that natural resources such as forests, water, energy,
and minerals were used in a controlled way so that they could support a growing
economy, and never exploited in an irresponsible or unsustainable way. There is a
fundamental ideological difference between these two types of pioneering ideas for
the environmentalist movements. While the protectionists wanted nature to be set
aside and protected for its own sake, the conservationists focused on the relation
between man and nature, seeking forms of economic growth that were compatible
with conservation of the environment.
In Europe, the origins of the environmental movements were centred on a reaction to industrialization, urbanization, and air and water pollution. The first clear
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example of confrontation between an organized protectionist movement and the defenders of social change and economic growth at the local level took place in 1876,
when the Thirlmere Defence Association tried to block the building of the Thirlmere reservoir in a valley of England’s Lake District to supply water to Manchester
(Ritvo, 2003). The point of view of those advocating the building of the dam prevailed in parliament, but environmental protection in the Thirlmere reservoir and
surrounding countryside and throughout the whole of the Lake District became a
very important objective that has been granted ever-growing support right up to the
present day.
This sequence of an initial conflict, followed by a resolution in favour of economic growth associated with an increased awareness of environmental problems
has been very typical and frequent, especially in the developed countries. In most
developing countries the situation is different, as the predominance of problems regarding food security and social and economic issues leads to a lower sensitivity to
the environment, and a reduced capacity to prevent its degradation.
5.3 The Environmental Discourses
What kinds of environmental discourse address the current situation and its projection into the future at the local, national, regional, and global levels? An environmental discourse is a coherent and shared way of apprehending the world, its environmental problems and the possible solutions to these problems (Dryzek, 2005).
Each type of discourse enables those who subscribe to it to interpret and process
the relevant information and to construct coherent accounts of the state of the environment and future scenarios at various scales, so that they can form substantiated
opinions and plans of action. They are universal in the sense that we are all affected by the environment and by its problems. We all have the responsibility to
obtain reliable information, study, analyse, debate, formulate opinions, and adhere
to a coherent point of view regarding those problems. To deny or ignore the current
environmental problems is also a discourse, but of an antithetical nature.
Michel Foucault (Foucault, 1980) has clearly shown that political discourses embody power since they condition the way we perceive, act, and defend what we
consider to be our interests. With environmental discourses, the situation is analogous. The power of an environmental discourse is often revealed by the capacity it
has for attracting followers and by its efficiency in achieving given environmental
objectives and making these objectives compatible with others of a social, economic, political, or institutional nature. The evolution of environmental policy at the
various scales is strongly influenced by the substance and dynamism of the most
powerful environmental discourses.
Success in the application of environmental policies depends largely on the institutional capacity to implement them, the quality of the environmental laws and regulations, the degree of compliance, the level of environmental education and training,
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and the awareness and willingness of the public sector, businesses, and citizens in
dealing with and contributing to the solution of environmental issues.
It is possible to identify a wide variety of environmental discourses throughout
human society, regarding both content and form of expression. They range from
the sophisticated intellectual circles of the more industrialized countries to the hundreds of millions of people that live in the ever-expanding slums of large urban
areas, especially in the developing countries, and the last remaining indigenous populations in remote and nearly pristine areas, who still maintain primordial forms
of relationship between human life and the natural environment. All these people,
in fact all of us, have an environmental discourse, because we depend on the natural resources provided by Earth subsystems: air, water, soils, oceans, terrestrial and
marine ecosystems, fossil fuels, and ores. We all have a more or less structured and
cultured opinion about the subject. Across the broad range of social groups, there
are common concerns shared by the greater part of the world’s population, but they
manifest themselves in very different ways. To promote information, communication, dialogue, and sharing of experiences between these manifold perceptions is
a very important contribution to the creation of a well-founded and diverse global
conscience, with sufficient strength to face current and future environmental challenges.
A person’s professional activity often has an influence on the choice of environmental discourse and these correlations tend to become stronger with the industrialization of the society in which they are imbedded. If, for example, the environmental
discourses of biologists and economists are compared, one is likely to find significant differences in emphasis on subjects such as the negative consequences of biodiversity loss, the vulnerability of ecosystems, and the sustainability of their services,
or the capacity that market mechanisms have to solve the scarcity of a given natural
resource, with the help of science and technology.
In a given environmental discourse it is possible to distinguish an interpretive
and an active component. The former refers to the analysis and interpretation of
the current state of the environment, along with the trends and projections of future
evolution, while the latter refers to action programs that should be implemented in
society on the basis of the interpretive component. Coherence requires that the active
component of discourses be in accordance with the behaviours and attitudes of its
practitioners toward the environment. However, there is often a significant gap between interpretation, commitment, and action. This inconsistency partly results from
the deep-rooted and often subconscious association between the current concept of
prosperity and the unquestionable paradigm of economic growth.
Environmental ethics is the discipline that studies the moral relationship of human beings to, and also the value and moral status of, the environment and its nonhuman contents (SEP, 2008). In this field it is very important to distinguish between
instrumental and intrinsic values. One of its main challenges is to find rational arguments to assign intrinsic value to the environment and to its nonhuman contents,
for instance to a wild flower with no instrumental value. Many traditional Western
ethical perspectives are anthropocentric in that they only assign intrinsic value to
humans, or a much greater intrinsic value to humans than to any nonhuman beings.
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The human-centred tradition was already clearly present in Greek civilization.
Aristotle expressed it by saying that “nature has made all things for the sake of
man” (Politics, Book 1, Chap. 8), which implies that the value of nonhuman things
is merely instrumental. The essential connection between man and the environment
is also reflected in the fact that an environmental discourse is always associated
with a certain way of apprehending and assessing the questions of human development throughout the world. Thus an environmental discourse is simultaneously a
discourse about human development.
5.4 The Limits Discourse and the Difficulty to Act
The assessment of the state of the environment at the various spatial levels, along
with current trends and future projections, varies significantly between two extremes. At one end there is the limits discourse, also known as the survivalist discourse, and at the other the Promethean discourse. The first was initially formulated in a detailed way by the Club of Rome in The Limits of Growth, published in
1972 (Meadows, 1972). The projections of this report indicate that, if the contemporary growth tendencies of production, consumption, environmental degradation,
and world population were to prevail, disastrous crises would become inevitable
within the coming 100 years, that is, up to around 2070.
These results, obtained through computer models, were at the time interpreted
as an update of the discredited Malthusian catastrophe, and heavily criticised. On
the one hand they were considered to be relatively obvious, because approximately exponential growth in consumption and world population cannot be indefinitely
sustainable in a finite system. On the other hand the timing of the presumed crises
was regarded as erroneous, because the role of price mechanisms in the control of
consumption and the role of science, technology, and innovation in the calculation
of the theoretical expiry limits for the various natural resources was judged to be
underestimated.
Nevertheless the book had an enormous influence and was the first to clearly
characterize the limits discourse. The authors also presented an alternative model
of a global economy in a stationary state, with stabilised consumption and world
population, but they did not fully explore the means to achieve that goal. Meanwhile the limits discourse evolved and became much more sophisticated and credible
(Meadows, 1992; Brown, 2003; Ehrlich, 2004; Meadows, 2004; Constanza, 2007).
A 2002 report from the US National Academy of Sciences (Wackernagel, 2002)
concludes that the total human demand on ecosystem services provided by the biosphere has already exceeded its carrying capacity.
More recently, a comparison of historical data for the 1970–2000 period on industrial and food production, pollution, and environmental degradation with the
scenarios presented in The Limits to Growth accords with the key features of the
business-as-usual standard run of the report, which results in the collapse of the global system around the middle of the 21st century (Turner, 2008). This result can be
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interpreted as indicating that we should move away from the current growth pattern
of business-as-usual and seek a steady state economy.
The key idea in the limits discourse is that sooner or later the present pattern
of economic growth will inevitably lead to critical situations and an eventual collapse, because it relies on unsustainable levels of consumption of natural resources
and interference with the Earth subsystems, especially the biosphere. The specific
nature, incidence, and spatial extent of these crises is uncertain, although they are
very likely to cause high levels of hunger, destitution, morbidity, suffering, and misery, and a significant global decline in the quality of life. They do not constitute
a serious threat to the survival of humans on Earth, but they may generate violent
conflicts that seriously increase the mortality rate.
The active component of the survivalist discourse was initially characterized by
arguments proposing radical action, such as intervention and controls established
by governments and by the scientific elite to coercively abandon the paradigm of
continuous economic growth. According to its advocates, only in this way would
it be possible to avert the so-called tragedy of the commons that consists in the
eventual collapse of limited common resources due to conflicts between individual
and collective interests (Hardin, 1977; Hardin 1993).
According to Robert Hellbroner, the only hope to cure humanity’s profligate
ways and avoid the serious critical situations that will arise when the voracity of
consumerism far exceeds the carrying capacity of the Earth systems would be monastic forms of government, capable of combining “religious orientation with a
military discipline” (Hellbroner, 1991). More moderate attempts to find an active
survivalist discourse rely on the democratic process and on the capacity of people
and their non-governmental organizations to overcome the business-as-usual growth
path (Brown, 1992).
The globalized nature of the limits discourse combined with the profound inequalities of social and economic development and per capita use of natural resources
make it difficult to construct an active discourse that is coherent at the local, national,
and global levels. The main difficulty is to formulate a program of moderate action
directed specifically at uprooting the paradigm of business-as-usual continuous economic growth. The active survivalist discourse has a very important environmental
component and justification, but it should also address the economic and political
questions of development and quality of life in a very unequal world that is becoming increasingly polarized economically (Dumont, 1973). If it does not try to meet
this challenge, the survivalist discourse will be unable to provide a credible active
component, despite its increasing relevance.
Anthropogenic global warming exemplifies this problem. According to some authors (Rockstrom, 2009), the safe planet boundary for atmospheric CO2 concentration is 350 ppmv and this limit has already been largely exceeded. However, it
is very difficult to achieve world agreement for a significant reduction in the global emissions of greenhouse gases because of the large disparities of historical and
present-day emission responsibilities between the developed and developing countries. Without addressing this question in an effective way, it is very unlikely that
we will be able to solve the problem of climate change.
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5.5 Success of the Promethean Discourse
and Its Dependence on Energy
The limits discourse was fiercely opposed by the defenders of the current paradigm
of economic growth after the publication of The Limits of Growth (Meadows, 1972).
The opposing discourse, frequently referred to as Promethean or Cornucopian, is
based on a practically unlimited confidence in the ability, determination, and inventiveness of humans to solve all the problems created by the unrelenting pursuit of
economic growth, including those of an environmental nature.
In fact the major concern of virtually all governments is to promote economic
growth. It is considered essential for development and the key to promoting political
and social liberalization throughout the world (Friedman, 2005). It tends to increase
wealth, income, profits, and employment, and also to produce a greater number of
houses, cars, domestic appliances, energy and communications equipment, number
of miles travelled per person, gadgets, toys and so on. The political and economic
discourse is presently based on the virtues of growth, with moderate concerns of an
environmental nature, mostly in the industrialized countries. News reported by the
media that covers the economy is always made with the underlying assumption that
growth is good. Environmental problems are recognized and addressed, but they are
usually considered to be disconnected from growth, under the conviction that they
are secondary and that it will always be possible to solve them in a way compatible
with continued growth.
The arguments against the limits discourse were developed mainly by economists, notably Wilfred Beckerman (Beckerman, 1974; Beckerman, 1995) and Julian
Simon (Simon, 1981; Simon, 1984; Simon, 1996). These authors claim that energy,
natural resources, and commodities in general will continue to be available and have
accessible prices for consumption in such a way that economic growth can be supported indefinitely. Questioned as to how far into the future, Simon replied (Simon,
1984): “We expect this benign trend to continue until at least our Sun ceases to shine
in perhaps seven billion years, and until exhaustion of the elemental inputs for fission (and perhaps for fusion).” This is a bold statement that disagrees with current
models of Solar System evolution and the long term duration of life on Earth.
In 2001, Bjorn Lomborg, a political scientist and former professor of statistics
in the Department of Political Science at Aarhus University in Denmark, published
a very successful book entitled The Sceptical Environmentalist (Lomborg, 2001),
thereby becoming one of the most visible leaders of the Promethean discourse. Like
Simon, he opposed the survivalist discourse and most of the theses of the environmentalist movement, defending the idea that natural resources, energy, and food are
becoming more abundant and accessible, while the world environment has been improving. He also claimed that the quality of life indicators show generally positive
trends worldwide.
The book was received ecstatically by the majority of the media with stronger
links to the economy, industry, and government, in many developed countries, and
widely used to alleviate the pressure applied by environmentalists. The Economist,
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305
in its issue of 6 September 2001, considered that: “This is one of the most valuable
books about public policy — not merely on environmental policy — to have been
written for the intelligent general reader in the past ten years. The Sceptical Environmentalist is a triumph.” Some US media figures claimed that its publication marked
a critical turning point that would relegate into oblivion the limits discourse of Paul
Ehrlich and Lester Brown, and initiate a new age of eco-optimism.
However, the book did not stand up to critical analysis by several scientists, some
of whom had publications cited in it. Its scientific credibility was placed in doubt,
and Scientific American dedicated one of its issues (January 2002) to debunking
some of Lomborg’s arguments and conclusions. The author was criticised for misleading use of statistical methods, selective presentation of evidence, and inadequate
treatment of the uncertainties associated with complex systems. Faced with several
complaints, the Danish Committee on Scientific Dishonesty ruled in January 2003
with a mixed message stating that the book did not reach the standards of good
scientific practice, but that the author could be excused because of lack of expertise
in the fields in question.
However, in December of the same year, the Danish government revoked that
ruling, and in April 2004, Lomborg was designated by Time magazine as one of
the 100 most influential people in the world. Lomborg, now a professor at the Copenhagen Business School, has long opposed international curbs on greenhouse gas
emissions to combat climate change, saying that they would be too expensive and
not cost-effective. Recently, however, he reversed his opinion in a new book (Lomborg, 2010), arguing that global warming is a challenge that humanity must confront
and proposing the investment of 100 billion US $ a year in mitigation.
The Promethean discourse looks more like a human development discourse,
while the limits discourse is more oriented towards environmental issues. Furthermore, the fundamental entities and assumptions of the limits and Promethean discourses are quite different. The first is based on the concept of ecosystem, the principle of sustainability of ecosystem services, and the finiteness of natural resources,
both renewable and non-renewable. The second tends to ignore the concepts of ecosystem, nature, and natural resources and focuses on the abstract physical concept of
matter, which is assumed to be transformable into whatever product we may need,
given enough energy to do it. It defends the idea that it is possible to produce all
the required resources for continuous economic growth by means of transformation
processes applied to brute matter.
Thus energy and access to energy play an essential role in the Promethean discourse. The discourse is based on the belief that human ingenuity and perseverance
in science, technology, and innovation will find the primary energy sources needed
to replace scarce natural resources by suitable substitutes and to depollute the environment. Energy is thus the key to business-as-usual continuous economic growth.
Prometheans claim that, with access to enough energy, it will always be possible to
obtain sufficient water by desalinization, to transform arid or hyper-arid lands into
cropland, and to produce all the required scarce elements by the transmutation of
the more abundant ones through nuclear reactions in appropriate accelerators, for
instance, producing copper and nickel from iron.
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All this is in fact possible with our scientific and technological knowhow, but
to do it on a large scale would require huge amounts of investment and energy.
Pollution in the air, water, soils, and oceans is regarded as just matter in undesirable forms and places. Hence, theoretically, it can be transformed or removed by
the skilful application of appropriate technologies. This program, although feasible,
would be very expensive and therefore inaccessible to the vast majority of countries
in the world. But confidence in science and technology, provided mainly by the success of the industrial and energy revolutions, has persuaded people to believe in the
Promethean discourse.
In contrast to the survivalist discourse, the Promethean discourse has an active
component with a long history of success (Friedman, 2005). Its practical application
flourished throughout the industrial revolution, especially since the end of World
War II, with the growing domination of capitalism and globalization. The main
function of the political and institutional systems in the democracies of the developed countries has been to facilitate the conditions for economic growth, on the
assumption that it will always lead to an improvement in the prosperity and quality
of life of their citizens.
Although the Promethean discourse is widely used throughout the world, it is in
the USA that it has been most visible and active. The decision of the George W.
Bush administration not to sign the Kyoto Protocol on climate change mitigation,
on the grounds that this would slow down US economic activity, is a good example
of the prevalence of economic concerns over environmental ones. The underlying
assumption is that it is preferable to adapt, and maybe develop geoengineering to
combat climate change, rather than to mitigate, since this response involves the risk
of negatively affecting the economy. There are many other examples where, at an
international level, especially in the environmental organizations within the United
Nations system, the USA has preferred to privilege economic interests over environmental ones.
Between the more extreme expressions of the limits and Promethean discourses,
there is a whole spectrum of more moderate discourses. The current trend is that
the limits discourse is mainly regarded as an environmental discourse with an increasingly influential interpretive component, and a much weaker action component
that tends to be radical. On the other hand the Promethean discourse is mainly regarded as a prosperity discourse with an interpretive component considered often
to be unrealistic and an action component that enjoys a great success. Its success
in developed countries has often led to increased environmental degradation in the
developing world. In part, the improvement of environmental conditions in the more
industrialized countries results from exporting some of the more polluting industries
to developing countries where environmental legislation and pollution controls are
weaker.
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5.6 Radical Environmental Discourses:
Deep Ecology and Social Ecology
The interpretive component of the limits discourse is probably the main inspirational source for the radical environmental discourses. These question or reject the
presuppositions, values, beliefs, and power structures of industrialized societies, and
the way in which environmental problems are addressed by them. They are radical
and imaginative discourses seeking new ways of life that are less aggressive towards
the environment. Because of their creative and innovative character, they propose a
very wide range of analyses and solutions. This diversity tends to generate lively
debates and controversies.
Regarding politics, their views are graded from complete rejection of the social,
economic, and political systems, to a collaborative and participative attitude toward
the institutions and political activities of the democracies in industrialised countries.
There are two main trends with regard to the active component of the radical discourses. One aims at raising people’s awareness and modifying the way they think
and behave in relation to the environment. The other prefers a direct intervention on
institutions and on political and economic activities. These two tendencies are not
mutually exclusive: some movements strive to combine behavioural change with
politics.
Deep ecology is a movement that practices one of the more radical environmental discourses. The name and initial formulation was established by Arne Naess, a
Norwegian philosopher born in 1912 and strongly influenced by Spinoza, Buddha,
and Gandhi. The fundamental principles of deep ecology (Naess, 1989) are based
on self-realization, through the identification with a larger organic unity embracing
all nature’s ecosystems, and on the idea of biocentric equality. According to this
concept, there is no species that can be considered more intrinsically valuable or in
any sense higher than another, humans being no exception to this rule.
This is indeed a point of view that is radically opposed to the anthropocentrism
that results from acknowledging the domination of all species by humans. Deep
ecology vigorously defends the idea that the preservation and expansion of broad
areas of wilderness, in pristine condition or only slightly modified by human presence, is vital to ensuring ecological integrity, the preservation of biodiversity, and
the possibility of biological evolution. Reducing the human population is considered
essential, but there are no plans of action to solve current environmental problems,
such as pollution in most megacities and the environmental degradation in many
areas of the world. The deep ecology discourse does not address the contemporary
problems of human development and how to solve them in a way that might be compatible with the preservation of the environment. Some of its more extreme forms
adopt manifestly utopian and misanthropic positions (Manes, 1990).
The main philosophical opponent of deep ecology in US radical environmental
circles is social ecology, a movement established by Murray Bookchin (Bookchin,
1982). Contrary to deep ecology, it emphasizes the social dimension of human life
and claims that the main problem in human societies is not the relation with nature,
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but their strong hierarchical structure considered to be an unnatural phenomenon
without counterpart in the nonhuman living world. It points out that the relations that
we perceive as competitive in nature are in fact cooperative, always involving some
benefit for the competing actors. Human societies do not conform to that pattern
according to the eco-anarchist social ecology movement.
Bookchin, a long time socialist and ecologist, interprets the current ecological
crisis as a consequence of modern global capitalism. Social ecology proposes an
anarchist solution of radical municipalism, where small self-sufficient local communities live in harmony with each other and with the environment. This may be
regarded as a utopian proposal, when confronted with the size, complexity, and interdependence of urban areas all over the world. However, when compared with
deep ecology, it has the virtue of indicating a social and political strategy.
5.7 The Environmentalism of the Poor
Deep ecology and social ecology are radical environmental discourses that have
emerged in the developed countries and that have the majority of their followers in
the USA, Canada, Europe, Australia, and New Zealand. To have a balanced view one
should also consider the environmental discourses arising in the developing countries, in an ever more vehement and frequent manner, and which have been called
the ‘environmentalism of the poor’ (Guha, 1997). In a large number of developing
countries, local populations suffer from, and some protest against, the degradation
of the environment and their livelihood conditions.
The main problems result from deforestation, overexploitation of water resources, unsustainable forms of agriculture, soil erosion, desertification, implantation of industries that produce high air, water, and soil pollution, and the relocation
of populations caused by the installation of large scale projects, like dams, extensive
agricultural and livestock farms, oil exploration and extraction, and mining. The environmental arguments used by the affected populations are relatively simple and
spontaneous. They are based on empirical knowledge derived from a long past experience of equilibrium with the environment. The agents in such conflicts do not
usually see themselves as environmentalists, but they are aware that the degradation
of the environment is threatening their livelihoods.
Well known examples are the fight for the preservation of Amazonia by rubber tappers led by Chico Mendes, and the struggles of the Ogoni, the Ijaw, and other
ethnic groups in the Niger Delta against the environmental damage caused by oil extraction conducted by Shell. These protests combining economic and environmental
concerns, frequently against large multinational corporations, tend to be readily associated with anti-globalisation movements. When they manage to call the attention
of international non-governmental environmental organizations and the media, the
resulting negative publicity for the corporations can lead to a solution or to the mitigation of the problems. However, in most cases, the protests of rural populations
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concerning the degradation of their environment are seldom heard and rapidly forgotten.
Deep ecology and social ecology are very far from being able to provide solutions to these problems. Furthermore, some of the characteristic objectives of deep
ecology may go against the interests of the populations in developing countries. The
preservation and expansion of huge areas of wilderness may seriously endanger the
livelihoods of the indigenous populations that live in and around these areas. A well
known example occurred in Kenya at the beginning of the 1990s, when the Masai,
Turkana, and Ndorobo tribes were forcibly displaced from their lands to build a
game reserve for the protection of elephants (Haynes, 1999).
More recently, such trade-offs have started to be addressed by emerging markets
for ecosystem services, such as biodiversity protection, which can help mitigate the
development impacts of conservation. These payment systems for biodiversity can
take several forms, such as biodiversity offsets, habitat credit trading, biobanking,
and a growing number of conservation standards or certificates. The main idea is
the preservation and creation of protected areas in the biodiversity hotspots of developing countries through public and/or private partnerships and investments from
developed countries, including compensation mechanisms for the indigenous populations.
Another promising mechanism is to promote responsible eco-tourism. Nature in
high biodiversity wilderness areas, especially in the tropical regions, is a wonderful and ever rarer spectacle that attracts the curiosity and admiration of a growing
number of people. To visit these sanctuaries of wild natural beauty, which still exist
mostly in Africa, Asia, and the Americas, is an opportunity to rediscover the ecological foundations of the primordial human communities and feel the magnitude of
our cultural evolution since that time.
5.8 Eco-Feminism
In contrast with the deep ecology movement, eco-feminism considers that the root
of the environmental problems does not lie in anthropocentrism, but rather in androcentrism. Françoise d’Eaubonne, born in Paris in 1920, proposed the concept of
eco-feminism in her book Le Feminisme ou la Mort, published in 1974 (d’Eaubonne,
1974). The movement considers that there is a profound relationship between the
prevalence of a society of a patriarchal nature, in which women are frequently
oppressed, and environmental degradation and the destruction of nature. The ecofeminists defend the idea that the search for new and radically different cultural sensibilities could lead to the replacement of the relationships of domination, control,
and transformation of nature by others more harmonious and ecological. Val Plumwood (Plumwood, 1995) goes a step further and defends that, while democracy is
under the control of liberalism, it will not be possible for it to serve as a basis for the
development of a truly ecological way of life for human societies. The current forms
of liberalism are considered to be socially unjust and a threat to the environment.
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Eco-feminism has a more universal following than the deep ecology and social
ecology movements, as it is present in both developed and developing countries.
In the latter, one of the most active voices is Vandana Shiva, who has a degree in
theoretical physics and has dedicated her life to the defence of eco-feminism and the
anti-globalization movements. She became well known in the Chipko movement of
the 1970s for the protection of forests in the north of India, where people embraced
trees so that they could not be cut down.
Shiva defends the idea that the current imperative of economic growth, associated
with the overwhelming influence of science and technology in human development
that started with the industrial revolution, tends to destroy the diversity of human
life and its sacred aspects. She opposes scientific reductionism and proposes as an
alternative the search for holistic forms of knowledge and the valorisation of traditional ways of life. She points out that in many developing countries women have
a very important role in environmental protection. However, their contribution is
overlooked and diminished by the implantation of new agricultural and industrial
technologies in these countries, which frequently have negative impacts on the environment and on the quality of life of the populations.
She considers that biodiversity is intimately linked with cultural diversity and
has campaigned against biopiracy, the illegal appropriation of biological material,
from microorganisms to plants and animals, by a technologically advanced country
or corporation without fair compensation to the peoples or nations where they were
found. Regarding agriculture she criticises the ‘green revolution’ because of its negative impact on ecology, agriculture, politics, and social relations, particularly in
the state of Punjab in India, and defends an organic model of agriculture. She is the
founder of the Navdanya movement that trained more than 500 000 seed keepers and
organic farmers in India. In ecology, she proposes solutions inspired by the wisdom
and traditional knowledge contained in the Vedas (Shiva, 2002).
It could be argued that the generalized implementation of her proposals in developing countries, particularly in India, instead of the green revolution methodologies,
would decrease grain production and increase the risk of malnutrition and hunger.
It would also increase imports from the more industrialized countries, where production has significant subsidies. From this point of view, bearing in mind the continuous growth of the world’s population, this approach would considerably decrease
food security, and become rapidly unsustainable.
However, others would argue that organic farming is a solution to global rural
poverty, although its implementation would require profound transformations in the
prevailing international economic and trade systems. Identifying and implementing
new forms of sustainable agriculture that are able to feed the world is clearly one of
the greatest challenges facing humankind.
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5.9 Environmental Discourses and the Use of Genetically
Modified Organisms
Some radical environmental discourses share a romantic rejection of the Enlightenment principles when they emphasize that science and technology are the primary
cause of the degradation of the environment and the continuous destruction of nature. However, the dominant tendencies in contemporary environmental radicalism
accept the value of science and technology and search for a conjugation of human
development with ecology, based on the protection of the environment, but not a
return to the ideals of an outmoded romanticism (Hay, 2002).
It is significant that the radical environmental discourses have distinct expressions and values in the more industrialized countries and in the developing countries.
The basis for the deep ecology discourse is the absolute valorisation of both the natural environment surrounding us and of our human nature, integrating its physical and
spiritual expressions. The goal is to bring together and harmonize these two natures
by changing sensibilities and values. This is an ideal and abstract individualistic objective that implies a discontinuity with the past but has no definite proposals on
how to deal with the current problematic relationship between human development
and the environment. In the developing countries, radical environmental discourses
tend to be more pragmatic. Some propose the return to the environmental wisdom
and practices of the ancestral civilizations, and they look with suspicion upon the
contributions of science and technology to improve their livelihoods. However, without such contributions to enhance agricultural productivity, levels of malnutrition
and hunger would be much higher.
The spectacular increase in grain production achieved by the so called green revolution, initiated in the 1940s, was only possible through the selection of high-yield
varieties, mechanized agriculture, modern large scale irrigation systems, distribution
of hybridized seeds, and the intensive use of synthetic fertilizers, pesticides, and
herbicides. These requirements have negative collateral effects, such as the loss of
biodiversity among species of agricultural value and among wild species, a greater
dependence on fossil fuels needed for mechanization and manufacture of agrochemicals, flooding of fields due to water table rise caused by irrigation, soil erosion and
degradation, increased salinity, perturbation of the natural nitrogen and phosphorus
cycles, and pollution caused by fertilisers, pesticides, and herbicides.
Nevertheless global food production has grown remarkably with the green revolution, through scientific and technological advances, and through investments that
depend strongly on the globalization process and on its continuity. More recently,
since the early 1990s, genetically engineered, transgenic, or genetically modified
organisms (GMO) have been used to produce food in many countries, but especially
in the USA, Argentina, Canada, and China. GMOs are obtained through a biotechnology that allows the introduction of foreign genes into the genome. Genetically
modified plants, such as rice, corn, canola, banana, tomato, cotton, and soybeans,
have the advantage of being resistant to pesticides, herbicides, pests, or viruses.
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The use of biotech crops and foods started a fierce and often polemic debate regarding possible health and environmental hazards. The main concern is that it may
introduce new allergens, generate higher levels of toxins, and spread resistance to
antibiotic. Furthermore, the use of GMOs in food production introduces gene pollution into the environment, which in the medium and long term may have irreversible
negative impacts.
Environmental movements emphasize these risks and oppose the use of GMOs.
However, up to now, there has been no undisputable evidence that the use of GMOs
presents health risks greater than those associated with other breeding processes.
GMOs may have medium to long term harmful effects which are probably impossible to identify at present, since they have been in use for less than 20 years. The
governmental institutions of the countries that allowed the use of GMOs considered
that the resulting advantages outweighed the benefits of a strict application of the
precautionary principle as regards its potential medium and long term effects.
Another important aspect of GMO food production is that the intellectual property rights regime makes the improved seeds unaffordable to poor farmers in developing countries. Moreover, research in plant breeding is mostly oriented toward
the requirements of farmers in developed countries rather than to those of the poor
countries which involve a much higher number of people. It is important to emphasize that increasing food productivity does not necessarily solve the problem of
malnutrition and hunger. If the poor are unable to buy food because of their very
low income, increased production would not allay their destitution.
The introduction of new agricultural technologies without addressing the problem of a biased social and economic system that favours the rich against the poor
in accessing technological benefits will not improve global food security. Redistribution of economic power, especially as regards access to land and purchasing
power are essential to solve the current problems of malnutrition and hunger.
5.10 Eco-Theology
There is yet another type of radical environmental discourse, namely, eco-theology,
which focuses specifically on the relationship between the current ecological crisis
and the various religions and forms of spirituality. The basic idea is that the root
of our arrogance, aggression, and disregard for nature that currently coexists with
human development is a shortcoming of spiritual or religious nature, and so too
must be the appropriate response.
The front line of the debate was initially established by Lynn White (White,
1967), who argues that the origin of the present environmental situation, critical in
many respects, can be traced back to Judeo-Christian religious principles, which
consider God above nature, with man created in his own image. God and man
are placed outside nature, although both are God’s creation. According to White:
“Christianity is the most anthropocentric religion the world has seen” (White, 1967).
God commands man to subdue the Earth and rule over nature, as stated in the Bible:
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“God blessed them and said to them: fill the earth and subdue it. Rule over the fish
of the sea and the birds of the air and over every living creature that moves on the
ground” (Genesis, 1:28).
By eradicating animism, Christianity made it possible to exploit nature while
being indifferent to the guardian spirits of trees, springs, streams, rivers, hills, and
mountains. The new dualism between man and nature became stronger in the Christian Middle Ages and led to a long tradition of unlimited exploitation of nature. St
Francis of Assisi is a remarkable but lonely exception, because of his profound love
for animals, and was declared patron saint of the environment by Pope John Paul II
in 1980.
The oriental religions, Hinduism, Buddhism, Taoism, and Shintoism, have no
dualism between man and nature, in contrast with the Judeo-Christian ones. Divinity is not placed above nature, but nature and its very diverse manifestations have a
divine value that must itself be venerated. Even though this closer relationship between man and nature strengthens respect for nature and therefore also for the environment, critical ecological situations are nevertheless relatively frequent nowadays
in countries where the oriental religions are dominant. The beneficial influence of
such religions has been unable to counteract the increasing risk of environmental
degradation.
Eco-theology promotes a form of constructive theology for the well-being of humanity in harmony with nature and the cosmos. There is also a connection between
this movement and the active component of the survivalist discourses. Some survivalists (Ophuls, 1977; Heilbroner, 1991) claim that the solution to the current environmental crisis requires a strong and enduring change of behaviour, which must be
deeply motivated, as deeply as spirituality and religiousness. A mass conversion to
new lifestyles would be needed, similar to those that in the past led to the growth
and territorial expansion of the major religions, a conversion based on the conviction
that the present paradigm of unlimited economic growth will become unsustainable
due to the increasing irreversibility of its negative environmental impacts and the inequalities it generates. It would not be a movement of a religious nature, but a social
phenomenon with a strong collective expression, only comparable with conversions
moved by faith.
Clearly, for this transformation to be achieved at the personal level and reach its
objectives, simultaneous structural changes would also be required at a macroeconomic level. It would be necessary to change the system that rewards and reinforces
the more materialistic and egotistical forms of behaviour, change the social, economic, and employment structures that tend to isolate people and exhaust the free
time people need in order to be well informed, to study, to understand, to act, and to
create, and develop various types of active organizations in society at large.
In the current global economic system, most conflicts between the imperatives
of the market, especially those resulting from the need to reassure the confidence of
investors, and the defence of environmental values end up being resolved in favour
of the former. Thus, for a conversion of the kind proposed by some of the more
radical environmental discourses to be successful, it would be necessary to change
those structures that now provide a relatively stable foundation for the established
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economic order. This program is generally considered to be utopian and highly unlikely to be adopted in the near future. Still, it is also likely to be less utopian in
the middle and long term, as the unsustainability of the current global financial and
economic model of development becomes increasingly apparent.
5.11 The Green Parties
The environmental movements have been especially active at a political level since
the beginning of the 1980s. Since that time green parties have been represented in
the parliaments of various Western countries. The first were the Belgian green parties — Agalev, Flemish, founded in the 1970s by the Jesuit Luc Versteyler, born
out of a combination of progressive Catholicism and environmentalism; and Ecolo,
Francophone, founded later, in 1980. In the 1981 elections, these two parties won
seats in the Chamber of Representatives and the Senate. There is a wide variety
of green parties, although mostly adopt the four pillars of the German green party
as fundamental values: ecology, social justice, participatory democracy, and peace
and non-violence. Most of those that have significant parliamentary representation
are found in the democracies of Europe, North America, and Oceania. There are
few green parties in the developing countries and most of them have been organized with the help of their partners in the developed countries. Some are considered
clandestine organizations, such as the Green Party of Saudi Arabia.
One of the most influential is the German Green Party, founded in 1980, because
of its success as a social movement, its ability to attract votes in the elections, and
its record of political parliamentary intervention. It is divided into two tendencies:
the ‘Realos’, or realists, who believe in the need and capacity for effective action
in party politics, and the ‘Fundis’, or fundamentalists, who privilege the characteristics of a social movement over those of a political party, and denounce what they
consider to be the irrationality of the current political system. This division was
attenuated in 1998 when the Realos, led by Joschka Fisher, joined a coalition that
governed Germany until 2005. Curiously, during that period, Joschka Fisher was the
member of government who received greatest public support in the opinion polls.
One of the most striking achievements of the German Green Party at that time was
the 2000 decision to phase out the use of nuclear energy in Germany. A common
feature of environmental movements and in particular of green parties, throughout
their history, is a systematic opposition to nuclear weapons and nuclear power reactors.
The representation of the green parties in parliamentary politics remains very limited, almost always less than 10%, both in votes and in seats. They are very far
from acquiring a sizeable majority and leading parliament. This situation can be
interpreted as a signal that Western democracies welcome the parliamentary representation of the environmental movements, but are unwilling to give them more power because they believe that it would threaten economic growth, viewed as a sine
qua non condition for the improvement of well-being and quality of life. For the
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other parties, especially those situated more to the left, the green parties represent a
potential threat, due to their ability to attract votes.
Perhaps the most important contribution of the green parties is the implementation of environmental policies, usually in a weak form, by the parties in power, as
a means of facing the ‘green challenge’ in the context of parliamentary and local
elections. The presence of green parties in parliament and especially in coalition
governments, as has already happened in Belgium, Germany, Finland, France, Ireland, Italy, Latvia, and Sweden, has served to influence and reorient the political
debate towards a greater awareness of environmental problems, and consequently to
a stronger commitment to solve them.
Recently, in September 2010, the German Green Party received a record support
of 22% of the electorate in the polls, just two percentage points behind the Social
Democrats (Der Spiegel, 2010a). However it remains to be seen whether this is
a stable tendency or results mainly from the government decision to extend the
lifespan of Germany’s nuclear reactors by up to 14 years. In 2011, following the
Fukushima nuclear disaster of March, the German government announced a plan to
end the use of nuclear power by 2020, replacing it by renewable energy sources.
5.12 Merits and Limits of the Environmental Movements
Many supporters of the more radical environmental movements consider that engagement in parliamentary party politics is ineffectual, dispensable, or secondary
compared with other more direct forms of action with greater impact on society and
on the media. They prefer to organize activities at the level of local communities,
including education and dissemination programs, demonstrations, sit-ins, boycotts,
sabotage, and other actions that catch the attention of the largest possible number of
people.
There is an enormous variety of non-governmental organizations in the area of
the environment. Some act forcefully and with maximum visibility against activities
they consider to have strongly negative environmental impacts or that lead to the
destruction of nature. Greenpeace specialises in the fight against pollution of the
oceans, the loss of biodiversity, whaling, deep sea bottom trawling, global warming,
nuclear energy, the destruction of the rainforests, and the use of genetically modified
organisms. Other organizations are more radical in their objectives and methods,
such as Sea Shepherd, which seeks to protect the oceans and marine life, Earth
First, and the Earth Liberation Front.
All have practiced ‘ecotage’, a word derived from the ‘eco-’ prefix and ‘sabotage’. It consists in direct actions of civil disobedience and sabotage to defend the
environment, like lying down in front of bulldozers about to destroy particularly valuable environmental assets, staying in the top of trees of primary forests that are
about to be felled, sabotaging earth-moving vehicles, destroying roads opened for
deforestation and burning SUVs in car showrooms. These environmental organizations are extremely careful to avoid human aggression, direct or collateral, and there
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are no examples of physical harm to people. Nevertheless, in some cases, economic
losses have been inflicted. Because of such incidents, the US FBI classified the Earth
Liberation Front as a terrorist organization, and imprisoned some of its members.
However, the FBI has been less diligent in seeking out those responsible for acts of
violence against radical environmental activists (Dryzek, 2005).
Over the past 30 years, the environmental movements have made important
contributions to the development of a coherent critical and integrated analysis of
the environmental, social, political, and economic situation at the local, national,
and global scales. They have disseminated and strengthened an awareness of the
major environmental problems worldwide. These achievements constitute one of
the most important ideological advances to face the challenges of the deteriorating
relationship between mankind and the environment, both today and in the future. In
spite of their diversity the environmental movements converge when they attribute
the ecological crisis to the current paradigm of a global economy that does not incorporate the protection of the environment. However, they are far from having the
capacity to change that paradigm, at least in the short term future.
Regardless of the 2008–2009 financial and economic crisis, economic liberalism
is ever more firmly implanted and expanding throughout the world. Environmental
movements do not offer a competitive and coherent social, political, and economic
alternative. Nevertheless, they propose various solutions with the common objective
of developing active social and political structures to defend the environment, based
on a participatory democracy that is much stronger at the regional and local levels.
5.13 The Origins of the Sustainable Development Discourse
What are the viable solutions leading to a transition to a sustainable global civilization? To answer this question, one must first analyse the origin and development
of the conceptual and institutional aspects concerning the environment at the global
level.
The United Nations Conference on the Human Environment held in Stockholm
in June 1972 marked the beginning of international political awareness of global
environmental problems. This was only possible through the recognition of the very
strong relationship between human development and the environment, and the deep
social and economic inequalities between developed and developing countries. Initially, the governments of the latter group considered the environmental concerns
of the developed countries to be a luxury of the rich, compared with the urgent
problems of hunger, poverty, disease, and lack of water, sanitation, and electricity
in their own countries. In her address to the representatives of the 113 countries
convened, Indira Gandhi, the Indian prime minister and the only national leader to
participate in the Stockholm Conference, apart from the prime minister of Sweden,
said: “Poverty is the worst pollution”. One of the most significant results of the
conference was the establishment of the United Nations Environment Programme.
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Its headquarters were established in Nairobi, and its first executive director was
Maurice Strong, a Canadian who chaired the Stockholm Conference.
Strong introduced the term ‘eco-development’ as a contribution to reconcile the
desires of human development with the protection of the environment. Stockholm
succeeded in placing environmental problems on the international agenda. Significantly, only two years later, the idea of building a ‘sustainable society’ emerged
at an ecumenical conference on Science and Technology for Human Development,
organized by the World Council of Churches (WCC, 1974). The most important aspect of these new ideas was to address simultaneously and coherently the need for
equity among people and nations, the need for the sustainability of access to natural resources, and the need for the democratic participation in decision-making processes. Shortly afterwards, in 1980, the concept of sustainable development emerged
in a document published by the International Union for Conservation of Nature and
Natural Resources, defined as “the integration of conservation and development to
ensure that modifications to the planet do indeed secure the survival and well-being
of all people”(IUCN, 1980).
In 1983, the United Nations General Assembly created the World Commission
on the Environment and Development, chaired by the Norwegian prime minister
Gro Harlem Brundtland. The commission was asked to formulate “a global agenda
for change”. The first term of reference for the Commission’s work was “to propose
long-term environmental strategies for achieving sustainable development by the
year 2000 and beyond”. It is amazing how far away we are in 2011 from achieving
that goal. Probably, even further away than in 1983. The commission’s report, published in 1987, recognized that “many critical survival issues are related to uneven
development, poverty and population growth. They all place unprecedented pressures on the planet’s lands, waters, forests and other natural resources, not least in
the developing countries” (WCED, 1987).
The report focused on the importance of the principle of intergenerational equity
and defined sustainable development as “development which meets the needs of
the present without compromising the ability of future generations to meet their
own needs”. This definition did not satisfy everyone and other definitions arose. It
gradually became clear that sustainable development is not a concept of a strictly
scientific nature which can be defined without ambiguities, because opinions differ
on what precisely should count among the human needs that should be considered
for the application of the principle of intergenerational equity. These can be categorized into the social, economic, and environmental realms, but the relative importance
of the different components is a matter of opinion.
Sustainable development is a discourse used by distinct concerns and interests,
sometimes contradictory. Those more concerned with the environment stress above
all the need to ensure nature preservation, ecosystem services, and the sustainable
use of natural resources. Some survivalists tend to adopt the sustainable development discourse and claim that its active component implies a non-growth economy.
Those more concerned with the profound inequalities of human development and
the needs of the poor consider that the priority for sustainable development must be
to combat hunger, poverty, disease, lack of water, basic sanitation, commercialized
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energy, and institutional capacity for education and professional training, especially
in the developing countries. Finally, those closely linked to business and to the economic sphere tend to emphasize the idea that sustainable development means primarily economic growth. This growth is considered essential to eradicate poverty
and hunger, to sustain the growing world population and eventually to stabilize it.
5.14 The Challenge of Sustainable Development
The diversity of discourses that claim to implement the concept of sustainable development is not necessarily a disadvantage. Sustainable development is nowadays
a meeting point for the debate about the state of the world and how to respond to
the social, economic, environmental, and institutional challenges we are facing. An
increasing number of people believe in and work toward sustainable development,
although they may not know all the challenges and problems that must be overcome
to reach it at the world level. They feel that it is the discourse that generates the
greatest consensus, while being somehow inevitable on the global scale. For many
it is an acceptable utopia that must be pursued in spite of all the odds. Sustainable
development is nowadays a politically correct discourse that many politicians all
over the world adopt and claim to apply.
The sustainable development discourse has its own frontiers that distinguish it
from the limits and Promethean discourses. It recognises that there are ecological
limits to growth, but contrary to the limits discourse, claims that economic growth
can continue probably indefinitely if the right policies and measures are adopted. It
emphasizes that the limits for the use of energy, water, land, and natural resources
will manifest themselves in the form of rising costs and diminishing returns, and
not in the form of sudden losses with critical consequences (WCED, 1987). The
discourse assumes that it will be possible to satisfy the sum of all the growing needs
of humankind, without specified limits and without changing the current fundamental social and economic models, through an intelligent and integrated management
of human and natural systems.
This is a very ambitious proposition, especially if it is intended to be applicable in
the distant future. The discourse endorses a vision where economic growth, global
equity, population stabilization, peace, and environmental protection can all coexist.
Critics point out that there is no demonstration of how to put such a program into
practice and therefore that it is utopian. Some go as far as saying that there is an intractable contradiction in the juxtaposition of the words ‘development’, interpreted
as implying continued economic growth, and ‘sustainable’, meaning the uninterrupted availability of natural resources in a protected environment. In any case, it should
be remembered that sustainable development is a discourse, and not a concept that
can be unambiguously defined.
The sustainable development discourse is distinguishable from the Promethean
discourse because it recognizes the need to integrate the social, economic, and environmental components, rather than limiting itself to relying on human ingenuity
5.14 The Challenge of Sustainable Development
319
and endeavour, supported by science and technology, to solve the problems of human development. The latter looks at nature as raw matter that can be transformed
into whatever resources we may need, while the former acknowledges the complexity of the problems and searches for equilibrium between the requirements of
social development, economic growth, protection of the environment, and nature
preservation.
The greatest challenge of sustainable development is to bring the quality of life
in the developing countries up to standards comparable to those currently enjoyed
by the majority of people in the developed countries, while preserving environmental integrity. Let us try to evaluate the scale of this challenge. The average per capita income in the 30 richest countries is about seven times the average income in
the other 134 countries, excluding those where no reliable information is available
(Friedman, 2005). To bring all those 134 countries to the same standard of living as
the last country on the list of the 30 richest ones in the next 50 years, admitting an
annual increase of 1.3% in the total population of those countries, would require an
increase in the world economic output by a factor greater than four. This calculation does not include the economic growth that would result from the rise in living
standards of the richest countries during the same period of time. The consequences
of quadrupling the world economic output in 50 years as regards natural resource
availability and environmental degradation are staggering.
When making such estimates, various questions arise. Is it possible to significantly reduce the inequalities in the world with the current paradigm of economic
growth? Will it be possible to fully globalize the lifestyles in industrialized countries? How could we find alternative development paths and can they become attractive to a considerable part of humanity? What are the primary energy sources that
will support the transition to a much more equitable world? How could we ensure
the sustainability of the transition as regards natural resource availability, especially
water, soils, ecosystem services, and biodiversity? How could we ensure that the
transition does not seriously aggravate global changes, in particular climate change?
These are some of the major challenges that face us on the path to sustainable development. One of the main virtues of this discourse is that it presents a global and
integrated framework to address them through coordinated collective efforts.
In spite of all its shortcomings, the sustainable development discourse is currently the most balanced and promising. Its innovative re-conceptualisation of the
environmental problems through integration with social and economic concerns stimulates creativity for new solutions acceptable to the different interest groups involved. Nevertheless, the discourse is mainly interpretive, and has great difficulty in
transforming itself into effective action plans at the local, national, and global levels.
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5.15 Hope in Rio de Janeiro, Uneasiness in Johannesburg,
and Resignation in Rio+20
After the publication of the Brundtland report in 1987, the sustainable development
discourse acquired increasing visibility and notability, especially in international governmental and non-governmental organizations dedicated to environmental issues.
This process reached a high point at the United Nations Conference on Environment and Development, often called the Earth Summit, held in Rio de Janeiro in
June 1992, with the participation of 182 governments and 108 heads of state or
government.
The Rio Earth Summit enjoyed a climate of hope and confidence in the future
and proposed a significant change of course that would put the community of nations on the path to sustainable development. Even so there was a considerable tension between the G77 group of southern countries and the group of more industrialized countries. The south insisted on restructuring global economic relations so
that it could obtain debt relief, increased official development aid, higher commodity prices, increased technology transfer and access to markets in the north. At the
time, the industrialized countries had the financial and economic power that enabled
them to negotiate from a much stronger position, and their main concern was with
global environmental problems.
Significantly, the Stockholm Declaration was more constructive when it emphasized environmental protection and international cooperation. In the Rio Declaration
on Environment and Development, there is more emphasis on development and national sovereignty, which reflects the growing north–south confrontation regarding
inequalities of development and how to overcome it. Nevertheless the Rio Declaration included two new and very important principles: the precautionary and the
polluter-pays principles. Another breakthrough was the approval of the Agenda 21
intended to be the framework of action for sustainable development.
In addition, the Rio Earth Summit produced the United Nations Framework
Convention on Climate Change, the Convention on Biological Diversity, and a nonlegally binding document on forestry known as Forest Principles. Immediately after
the summit, in December 1992, the United Nations General Assembly established
the Commission on Sustainable Development, with the objective of implementing
Agenda 21 throughout the world. The sustainable development discourse was disseminated globally and became well implanted in some countries, creating the minimum conditions needed to start acting.
However, over the next 10 years, new sources of resistance were encountered and
little was done for its effective worldwide implementation. As expected there was
much more reservation and pessimism at the World Summit on Sustainable Development held in Johannesburg, from 26 August to 4 September 2002, than in the Rio
Earth Summit. President George H.W. Bush was present and participated actively in
Rio, but his son George W. Bush boycotted the event, rendering it partially inoperative. This attitude had the political support of conservatives in the USA. A letter
written to President Bush by various US corporate-sponsored think tanks, including
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321
the American Enterprise Institute and the Competitive Enterprise Institute, praised
his firm decision in spite of all the efforts that were made for him to be present at
the summit. The industrialized countries, led by the USA, saw Johannesburg primarily as an opportunity to safeguard global trade rather than a chance to agree on an
effective plan of action to combat poverty and stop the continuous deterioration of
the natural environment.
The Johannesburg Declaration reaffirms the commitment to agreements made
at the Stockholm and Rio Summits but sets weaker goals than those agreed upon
at those meetings. It also lacks the provisions for substantial enforcement, making
it very difficult to evaluate future progress. The most important innovation from
Johannesburg was the launching of about 300 voluntary partnerships of non-state
parties among themselves or with governments, involving about US $ 235 million
of pledged resources. This development is welcome and reflects the increasing role
of NGOs and business in international environmental issues. In the end, some said
that sustainable development had lost the edge it had at Rio and become more of a
rhetorical discourse, although it remains the politically accepted discourse internationally. The summit left many people worried about the sustainability of our collective future. The hope of Rio de Janeiro had given way to a greater unease about
the coming decades.
The next United Nations Conference on Sustainable Development, known as
Rio+20, will take place in Rio de Janeiro in 2012. The emphasis continues to be on
sustainable development. Its overall objective is “to secure renewed political commitment for sustainable development, assessing the progress to date and the remaining gaps in the implementation of the outcomes of the major summits on sustainable development and addressing new and emerging challenges” (UNGA, 2009).
Rio+20 will take place in a very different world to the Stockholm, Rio, and Johannesburg meetings. We are now facing multiple and interrelated crises regarding
development and the environment: financial and economic uncertainty, increasing
food prices and decreasing food security, water scarcity, volatile energy prices (particularly for oil), continued lack of safe drinking water and sanitation for hundreds
of millions of people, high unemployment in many countries, particularly in the
most industrialised countries, unsustainable consumption patterns, climate change,
increased desertification, accelerating ecosystem degradation, biodiversity loss, and
many more.
Moreover, the balance of economic and financial power in the world has changed significantly since Johannesburg. The emerging economies are now the main engines for economic growth and employment, while the more industrialized countries
are still battling the consequences of the financial and economic crisis and struggling
with high structural unemployment and persistent deficits and debts. Rio+20 will
focus on “a green economy in the context of sustainable development and poverty
eradication and the institutional framework for sustainable development” (UNGA,
2009). The emphasis on the green economy echoes the appeals for a Global Green
New Deal (UNEP, 2009) to face the challenges of the credit crisis, poverty, environmental degradation, climate change, and high oil prices.
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Furthermore, it is significant that the countries with the highest green funding
percentage of the national GDP in the world are two Asiatic countries, currently with
high economic growth: South Korea, a developed country, with 6.99%, and China, a
developing country with an emerging economy, with 5.24% (UNEP, 2009). In view
of the new world landscape regarding the economy and environment, at Rio+20,
Western countries are likely to lose part of the leading role they had in previous
Earth Summits. Rio+20 may be the time to renew our hope for a global sustainable
development, but it may also be the opportunity to acknowledge our incapacity to
move significantly in that direction during the last 20 years. Maybe this recognition
could assist in making a more precise identification of the obstacles that must be
overcome.
5.16 Sustainable Development and Global Governance:
Present Situation and Future Prospects
The sustainable development discourse is relatively weak in the USA, both at the
federal and state government levels, and also in civil society. It was only during the
government of W.J. Clinton, in 1993, that a President’s Council on Sustainable Development was established, largely due to the support of Vice-President Al Gore. In
Europe, there is generally greater knowledge and receptivity with regard to this discourse. The European Community established an idealistic environmental program
through its Environmental Action Plans beginning in 1973, following the recommendations of the Stockholm Earth Summit. From the beginning of the 1990s sustainable development gradually became a normative principle for EU environmental
policy.
The principle of sustainable development was included in the text of the EU Amsterdam Treaty, approved in 1997. In 2001 the EU Council, meeting in Gothenburg,
formulated a sustainable development strategy for the EU for the first time. Moreover, sustainable development was established as a key objective in the Lisbon
Treaty of 2007, although its compatibility with other EU plans, especially the Lisbon Strategy, the development plan of the EU for the economy between 2000 and
2010, was problematic. In spite of all these achievements, the implementation of the
EU environmental policies has always been relegated to a secondary priority during
economic downturns.
The environmental component of sustainability in different countries has been
compared using an index developed by the Universities of Yale and Columbia, the
World Economic Forum, and the European Commission Joint Research Centre (ESI,
2005). According to this methodology, the five countries with highest Environmental Sustainability Index in 2005 were Finland, Norway, Uruguay, Sweden, and Iceland, a clear majority of North European countries. In 2006 the Environmental Sustainability Index was superseded by the Environmental Performance Index developed by the same institutions, which has a stronger emphasis on outcome-oriented
indicators. In 2010, the five countries with higher Environmental Performance In-
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dex were Iceland, Switzerland, Costa Rica, Sweden, and Norway. Costa Rica is a
remarkable exception among developing countries, and it may become a model for
this group of economies. At the bottom of the list, the countries with lowest Environmental Performance Index were Togo, Angola, Mauritania, the Central African
Republic, and Sierra Leone, all in Africa.
There is no well established comparative index of sustainable development that
includes the social, economic, and environmental components. This is quite comprehensible since it is very difficult to establish universal criteria to compare the sustainable development performance of different countries with the current dualism of
development in the world. If all countries in the world share the same objective of
continuous economic growth, how should we measure sustainable development in
that area? Does sustainable development impose any limits on economic growth?
What are those limits? To what extent are the more industrialized countries good
models for sustainable development? If they are, and if sustainable development is
in fact an acceptable guideline for the future of humans on Earth, the desirable outcome could be for the developing countries to achieve the average level of consumption and production and the quality of life currently enjoyed in the industrialized
countries.
Nevertheless this program is very likely to be incompatible with the sustainability
of natural resource use, the stability of ecosystem services, the protection of the
environment, and the preservation of biodiversity. Thus it would not be a program
likely to achieve a higher degree of global sustainable development. The way out
of this impasse would be to identify and establish the constraints that sustainable
development should impose on economic growth, primarily in the more developed
countries.
Since the Rio Earth Summit of 1992, businesses have been increasingly concerned, and many have been mobilized to contribute to sustainable development. This
is a very important and positive development. The World Business Council for Sustainable Development established in 1995 is a global association of some 200 companies entirely dedicated to the promotion of the role of business in achieving sustainable development. Its aim is to share knowledge, experience, and best practice,
to advocate business positions on sustainable development, and to establish partnerships with governmental and non-governmental organizations.
Recently, it published a courageous report entitled Vision 2050: The New Agenda
for Business, which indicates the pathway to reach 2050 with enough food, clean
water, sanitation, safe housing, mobility, education, and health for the 9 billion
people that will probably be living at that time within the limits of what the Earth
can supply and renew. The critical pathways of change identified in the report are
(WBCSD, 2010):
[. . . ] addressing the development needs of billions of people, enabling education and economic empowerment, particularly of women, and developing radically more eco-efficient
solutions, lifestyles and behaviour, incorporation of the costs of externalities, starting with
carbon, ecosystem services and water, doubling agricultural output without increasing the
amount of land or water used, halting deforestation and increasing yields from planted forests, halving carbon emissions worldwide (based on 2005 levels) by 2050 through a shift to
low-carbon energy systems and highly improved demand-side energy efficiency, providing
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universal access to low-carbon mobility and delivering a four-to-tenfold improvement in the
use of resources and materials.
It is significant that this revolutionary program is proposed by a business association.
Its implementation requires a very high degree of political commitment throughout
the world and an effective coordination between the policies of all governments.
How can we achieve that level of commitment and coordination in a highly fragmented world riddled by deep inequalities of development, corruption, and bad governance? Vision 2050 demonstrates that there are indeed pathways to sustainable
development in the next 40 years, but it is difficult to see how they can be reached
without the establishment of strong institutional structures for international governance. The move to sustainable development in an increasingly complex and diverse
world requires a broad political agreement, an enormous coordination effort, and the
capacity to enforce the agreed plans of action.
This brings us to the questions of international governance. As early as 2000, the
Global Ministerial Environment Forum, organized by the UNEP, stated in its final
declaration that (UNEP, 2000):
The 2002 conference (Johannesburg Earth Summit) should review the requirements for
a greatly strengthened institutional structure for international environmental governance
based on an assessment of future needs for an institutional architecture that has the capacity
to effectively address the wide-ranging environmental threats in a globalizing world.
However, no significant progress toward that goal has been achieved since then. As
frequently happens with environmental problems, there are alarming discrepancies
between commitments and action. All too often the institutions of the UN system
have insufficient funding or authority to efficiently and effectively tackle the issues
under their responsibility. UNEP remains one of the smaller UN programs with very
little authority over other sections of the UN.
The creation of a World Environmental Organization standing side by side with
the World Trade Organization and the World Health Organization would be a very
important step toward addressing the global challenges of sustainable development
in an institutionally balanced way. It will be impossible to integrate the environment
into the mainstream of decision-making without a global inter-governmental institution with the powers to take legal action, to enforce laws, and to use a binding
dispute settlement system.
A more ambitious goal is to strengthen the institutions of global governance, giving them the power to enforce compliance. If we are to follow the pathway of strongly institutionalized global governance, we should start by strengthening a world
community interested in the process that would then proceed to establish a global
constitution with clearly defined rights, duties, and objectives of global sustainable
development. It is essential that people recognize the benefits and the legitimacy of
strong global governance institutions and that states agree on their goals and procedures.
The United Nations is well aware that it should play an important role in this
process. Note for instance that the issue proposed by the United Nations General
Assembly President for the 2010 General Assembly general debate was Reaffirming
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325
the central role of the United Nations in global governance. Also recently, on 9
August 2010, the United Nations Secretary-General Ban Ki-moon announced the
establishment of a High-Level Panel on Sustainability formed by 21 members, to be
co-chaired by Finland’s President Tarja Halonen and South African President Jacob
Zuma.
The panel is expected to come up with practical solutions to address the institutional and financial arrangements needed to promote a low-carbon economy, enhance
the resilience to climate change impacts, and tackle the interconnected challenges of
poverty, hunger, water, and energy security. The final report of the panel is to be delivered at the end of 2011 in order to serve as input to the Rio+20 Earth Summit. The
main objective of these initiatives is to increase the commitment of Member States
to the pursuit of sustainable development. Let us hope that they will be successful
in the Rio+20 Conference.
Support for sustainable development is very far from unanimous. Many people,
some with high visibility, are firmly against it, particularly among US conservatives.
Their argument is that sustainable development corresponds to the implementation
by the government of the universal principles of Agenda 21, which implies a form
of global governance that affects all aspects of human life (Lamb, 1996). This interference is considered to be a severe limitation to human freedom and to the free
market economy, and should therefore be repudiated.
Pronunciations against science have recently become more frequent in the USA,
especially among the conservatives. This tendency is part of the anti-science movement, analysed in Chap. 2, and is likely to become stronger and more widespread
in the future. For the conservatives, science is very probably flawed, or should be
ignored when its application leads to the establishment of norms that regulate the
market, restrictions on certain forms of economic activity, increased government
intrusion in people’s lives, or indeed any challenge to the sustainability of the paradigm of continuous economic growth. In particular, it should be ignored when it
collides with religious dogma.
In such a movement, science is not considered to be neutral since science should
always mean progress: only devious liberal and socialist minds can try to break
that relationship. Rush Limbaugh a very popular radio host in the USA has stated
that “science has become a home for displaced socialists and communists” and called climate change science “the biggest scam in the history of the world” (Nature,
2010). These anti-science voices are unable to influence the majority of the American people, but they can gradually reduce the competitiveness of the USA if they
become more powerful.
5.17 Environmental Economics, Ecological Economics,
and Ecological Modernization
The relation between the environment and the economy is at the core of the current
challenges of sustainable development. Not surprisingly, there is a great wealth of
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theoretical analysis and practical proposals on how to make the sustainable use of
resources and the protection of the environment compatible with economic growth.
Environmental economics follows neoclassical economics in its aim to shift the economic system towards an efficient allocation of natural resources. The objective is
to bring the question of increasingly scarce natural resources into mainstream economic analysis and practice. When resources are not allocated efficiently, in part
because of the environmental incompatibility of their use, this is interpreted as a
market failure that can always be corrected. One of the major concerns of environmental economics is the valuation of externalities so that they can be internalized.
There are specific methodologies for doing so, such as hedonic pricing, the travel cost method, and the contingent valuation method (Perman, 1999; Markandaya,
2002).
Ecological economics is a trans-disciplinary field of study that goes beyond the
usual scope of analysis of conventional neoclassical economics by addressing the
interdependence between economics and natural ecosystems. The core idea is that
the economy of the human society is a subsystem of an overall economic–ecological
ecosystem that co-evolves with the natural world. There is a recognition that the
environment poses natural constraints on the provision of natural resources and on
the absorption of the wastes of production and consumption.
Some concepts of the natural and physical sciences are frequently used in ecological economics, such as throughput, carrying capacity, and entropy (GeorgescuRoegen, 1971). In accordance with the second law of thermodynamics, all physical
processes that occur in the economic system convert low-entropy energy and materials into high-entropy wastes. For instance, when transforming a high entropy
copper ore into a low entropy sheet of copper, the decrease is more than compensated by a larger entropy increase associated with the mining process. In terms of
entropy, the cost of any economic or biological activity is always higher than the
product (Georgescu-Roegen, 1971). The question is whether or not the increase in
the open system of the human economy relative to the surrounding closed system of
the global environment on Earth leads to entropic constraints on economic growth.
The emphasis on natural and physical constraints to economic growth in ecological
economics places it closer to the limits discourse. On the other hand, environmental
economics has more affinity with the Promethean discourse.
Most industrialized countries already have a significant experience of environmental problem-solving within the framework of their economic policies. These
experiences give varying emphasis to regulatory administrative mechanisms based
on the advice of experts, to a more participative democratic process, or to greater
reliance on market forces. Nature conservation has improved significantly and the
negative impact of some economic activities on the environment at the local and
national level has generally decreased. Finland, Germany, Japan, the Netherlands,
Norway, and Sweden are among the countries with the most successful environmental policy performance in the 1980s and 1990s (Dryzek, 2005).
One of the reasons for these successes was the practice of ecological modernization, a process proposed at the beginning of the 1980s in Germany by the sociologists Joseph Huber (Huber, 1982; Huber, 1985) and Martin Janicke (Janicke, 1985).
5.17 Environmental Economics, Ecological Economics, and Ecological Modernization
327
The main idea is that environmental degradation can be stopped in the industrialized
countries within the current political and economic system through a restructuring of
the processes associated with production and consumption. Ecological modernization is based on the conviction that it is possible to decouple economic growth from
environmental degradation. Furthermore, it considers that economic growth and the
protection of the environment can mutually reinforce one another, and that only this
synergy can guarantee economic sustainability. Environmental problems can harm
the basis of production, which implies that environmental regulation is not necessarily in conflict with economic growth. The success of this strategy is synthesised
in the well known slogan ‘pollution prevention pays’ (Hajer, 1995), which presupposes that business has sufficient money to adhere to ecological modernization and
is willing to wait for the beneficial returns from its investment rather than expecting
quick profits.
Science and technology are the main driving forces of reform in the ecological
modernization of industry. The most important social agents in this restructuring
process are scientists and engineers, engaged in the search for innovative solutions,
and businessmen, motivated by the advantages of a greater environmental sustainability and a higher competitiveness resulting from their public green image. A
promising sign is that there is a growing desire in the market for products and processes that are environmentally friendly. Some companies take advantage of this
trend through greenwashing, a form of deception in which their production processes and products are misleadingly promoted as protecting the environment.
For ecological modernization to be successful, it will be necessary to reach compromises involving the whole of society, but especially business and the political
decision-makers. It is also important to develop a strategic vision of the environmental problems in the medium to long term, implement mechanisms that support
the sustainability of the ecosystem services, understand in detail the processes of
production and transport of pollutants, and systematically apply the precautionary
principle. Ecological modernization relies on pollution prevention, waste reduction,
product life-cycle assessment, and the analysis of material and energy flows. It promotes ‘cradle to cradle’ as opposed to ‘cradle to grave’ forms of manufacturing
(Braungart, 2002). Instead of repairing the adverse effects of pollutants at the end
of the production and consumption processes, the objective is to try to identify the
processes that cause pollution in order to modify or replace them. Another important goal is to evaluate the various forms of environmental degradation in economic
and financial terms so that the response measures can be quantified and optimized.
Only in this way will it be possible to internalise the costs of the negative environmental externalities of industrial activities, production processes, and patterns of
consumption.
The success of ecological modernization depends largely on a political and economic system able to adopt environmental policies and regulations that prevail over
liberal business practices privileging competitiveness and profit above all else. To
achieve this goal it is necessary to promote negotiations and consensual compromises between the public and private stakeholders. The followers of the Promethean
discourse consider ecological modernization a waste of wealth and economic gro-
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wing potential on excessive, onerous, and expensive regulations. Their proposal is
to let the market function freely, and to rely on science and technology to solve the
environmental and natural resource scarcity problems on a case-by-case basis when
they become pressing.
Compared with the sustainable development discourse, ecological modernization
is much more focused since it has the specific aim of decreasing environmental degradation through technology-driven innovations in production and consumption.
Its practical application has been successful in a few developed countries with a
consensual and interventionist policy style, particularly Germany and the Netherlands, where it was first developed. In countries with a more adversarial policymaking style and with strong liberal economic competition, as in the Englishspeaking developed countries, particularly the USA and Australia (Jahn, 1998; Fisher, 2001), it has been much less successful.
Ecological modernization is a reforming discourse that promotes confidence in
the future of the developed countries as regards the environmental sustainability
of their economic growth. It is a discourse of reassurance for the citizens of the
more prosperous and industrialized countries. The applicability of ecological modernization in the developing countries is very limited because of the relatively low
industrialization. Moreover, in these countries, the problem of environmental degradation has a relatively low priority, and production and consumption are at much
lower levels than in the more industrialized countries.
The analysis of economic and environmental indicators reveals that it has been
possible to advance considerably toward decoupling economic growth from environmental degradation at the local and national levels in several developed countries, particularly in Europe, such as Finland, Germany, Netherlands, Norway, and
Sweden. However, the situation becomes much more complex when considering the
contribution to environmental degradation at the global level. All countries, and in
particular the developed countries, contribute directly to global environmental degradation and pollution and also indirectly through the products they import from
outside countries.
The distinction between the two components becomes clearer if we consider the
environmental Kuznets curves (Kuznets, 1955). These curves represent the environmental indicators in a given country as a function of the income per capita. They
are supposed to have an inverted U-shape, which results from a greater demand
for improved environmental quality when the GDP per capita in the country goes
above a certain threshold. Although some indicators at the country level, such as
SO2 emissions, follow a Kuznets curve, others such as CO2 emissions do not.
The more industrialized countries are effectively ‘outsourcing’ their greenhouse
gas emissions to the developing countries. About one third of the CO2 emissions associated with the goods and services consumed by the more industrialized countries
are emitted outside their borders, and mostly in the developing countries. Europe
is responsible for about four tonnes of CO2 emissions per capita in the form of
products containing embedded carbon imported from abroad, while in the USA the
corresponding value is two and a half tonnes per capita (Davis, 2010). Moreover,
tighter controls on CO2 emissions in Europe and in other developed countries tend
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329
to drive factories that produce aluminium, steel, iron, and cement to relocate abroad,
where they will increase CO2 emissions, a process that is known as carbon leakage.
Another example of environmental degradation outsourcing by industrialized
countries is provided by Japan, where the effects of its large ecological footprint
are felt mostly outside the country, in particular with the massive timber importation from the Southeast Asian tropical rainforests and the very intensive fishing
activity on the global scale.
Other examples are the relocation of polluting industries to less developed countries that export most of their products to the industrialized countries. If the economy
continues to depend on the importation of relatively large amounts of energy and
natural resources, the negative environmental externalities persist and are just relocated. It is therefore necessary to analyse the decoupling between economic growth
and environmental degradation in the more industrialized countries not only at the
local and national level, but also at the global level, taking into account the external
impacts of the internal production and consumption patterns.
As for the developing countries, the behaviour of the environmental and economic indicators shows that, in most of them, there is no decoupling of economic
growth from environmental degradation at the local and national level, and that it is
much more difficult to apply ecological modernization. Nonetheless, it is a very important theoretical framework to reduce environmental degradation and pollution in
developed countries, and it may be possible to apply it to all countries in the future.
5.18 Current and Future Global Energy Scenarios
and the Patterns of Growth
Energy is the main basis for the sustainability of the current paradigm of economic
growth. Without abundant and relatively inexpensive primary energy sources, it is
impossible to ensure economic growth in the more industrialized countries, in the
emerging economies, or in the other developing countries. Energy plays a central
role in determining the future development trends in the short, medium, and long
term. It is therefore very important to analyse the global energy situation, to determine the trends of its recent evolution, and to discuss the future projections of supply
and demand within the framework of the different environmental and development
discourses.
We are manifestly in a transition phase from an energy age dominated by the supremacy of fossil fuels to another age still permeated by many uncertainties. There
are two main reasons that should encourage us to reduce our dependency on fossil
fuels. One is that they are not environmentally compatible because of the CO2 emissions. The other reason is that, with the current rate of consumption, we are probably
less than a century away from the fossil fuel Hubert peak. As already mentioned in
Chap. 3, we do not now the exact position in time of the Hubert peak for conventional oil, but most experts think that we are very close to it. Nevertheless, fossil
fuels continue to be very competitive in the energy market, especially coal, whose
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reserves are relatively abundant. It is very likely that both the conventional forms
of fossil fuels — coal, petroleum, and natural gas — and the unconventional forms,
such as oil sands, oil shale, shale gas, and other types of deposits will be exploited
until all reserves are completely exhausted.
What solutions are available for this transition to a non-fossil fuel age? The time
factor is very important in this analysis. If we consider the short and medium term,
up to 50 years, it is essential to improve energy efficiency, to develop and deploy the
modern renewable energies and to use clean coal technologies, particularly carbon
capture and storage. For the next 20 to 30 years, most probably, we will have to
continue to rely heavily on fossil fuels, and increasingly on coal. The modern renewable energies (small hydro, modern biomass, wind, solar, geothermal, and biofuels) are growing fast but at present they account for only 2.7% of the global final
energy consumption. Energy from nuclear fission is an important primary energy
source, especially in the emerging economies, but its contribution to the global market will probably remain relatively small.
In the medium to long term, after 50 and 100 years, the problems become different. If the current rate of global consumption of energy is maintained, fossil fuels,
particularly oil and natural gas, will have to be replaced on a massive scale by other
primary forms of energy. The new renewable energies are likely to become increasingly important, sharing more than 50% of the global final energy consumption,
but this goal will require huge investments worldwide in deployment, grid infrastructures, research, and innovation. Research and development may lead to more
attractive nuclear fission reactors. Moreover it is hoped that we will be able to exploit
nuclear fusion energy within 50 years, although as previously shown the uncertainties are very great.
From the environmental point of view, insistence on the use of fossil fuels up to
their exhaustion is likely to bring about severe problems. Let us imagine that all the
known reserves of fossil fuels are burned to produce energy and that all the resulting
CO2 emissions are released into the atmosphere. In this scenario the atmospheric
concentration of CO2 is likely to reach values of the order of 4 500 ppmv. The average global temperature will then increase by more than 9◦ C, and the average sea
level will rise by more than ten metres above the present level (Hasselmann, 2003).
The transition to the new equilibrium state of the Earth climate system would be
long, taking many hundreds of years, but it would be irreversible. This is a brutal
scenario, with dire consequences that would profoundly transform human society
and the geography of the world. The scenario becomes less harsh, but still very serious, if we fully deploy capture and storage of the CO2 emissions, especially in
coal-fired power plants.
An analysis of the behaviour of energy demand and price trends in recent years
reveals the challenges that we are facing at the beginning of the 21st century. In
the five years from 2001 to 2005, the world economy grew significantly, with an
average annual rate of about 4.4%, measured at purchasing power parity exchange
rates, while in the previous five years it had been only 3.5% (Davies, 2007). The
emerging economies, in particular China, were largely responsible for the accelera-
5.18 Current and Future Global Energy Scenarios and the Patterns of Growth
331
tion in growth. In the OECD countries, the average annual growth rate was lower, at
2.5%.
What was the energy consumption growth associated with this global economic
growth? Before answering this question, it is important to emphasize that the global
energy intensity has been decreasing, being approximately 33% lower in 2006 than
in 1970 (IPCC, 2007). During the last 25 years the decline in energy intensity has
been about three times faster in the OECD countries than in non-OECD countries
(IEA, 2008). The energy consumption grew faster relative to GDP growth from
2001 to 2005 than in the previous five year period. Energy consumption accelerated
from an average annual growth of 1.2% in the period of 1996 to 2000 to 3% in the
period of 2001 to 2006 (Davies, 2007). China accounted for almost half of the global
energy growth in the last five year period. In the same period, the average energy
consumption growth diminished in the OECD countries, which shows the large and
increasing weight of the developing countries, particularly the emerging economies,
in world energy demand.
The large increase in energy consumption from 2001 to 2006 occurred when the
cost of energy, especially oil, was also fast increasing. From 1996 to 2000, the cost
of fossil fuels remained relatively stable, with an average increase of around 8%.
However, from 2001 to 2005, they increased significantly. Nominal prices of oil
more than doubled, natural gas rose by around 75%, and a weighted average of coal
prices by 46%, relative to the previous five-year period (Davies, 2007). Market mechanisms worked well to promote robust world economic growth in an environment
of high energy prices. However, the resilience lasted only until 2008, when the price
of the oil barrel reached US $ 148 in July. This oil shock contributed significantly to
transforming the financial crisis in major oil importing countries into a full-blown
recession (Roubini, 2010).
Data from the US Energy Information Administration indicates that in the period 2004–2010 global conventional oil production has oscillated in a band between
about 72 and 74 million barrels per day, reaching a plateau that some oil experts
have interpreted as an announcement of a peak in conventional oil (EIA, 2011). On
a yearly basis, conventional oil production had a peak in 2005 with an average daily
production of 73.719 million barrels (EIA, 2010). In 2008 the average daily production in a month reached an overall maximum of 74.666 million barrels in July
(EIA, 2010), but due to the very significant increase in oil prices, both demand and
production crashed.
It is relatively well established that growth in global conventional oil production
depends mostly on an increase in Saudi Arabia’s production, and also that it will
probably be very difficult to go above a global output of 77 million barrels a day.
We are likely to be near the conventional oil peak, which implies future higher price
volatility and increased supply uncertainty. The growing demand for oil has been
met by the availability of biofuels and non-conventional oil. The all-liquid supply,
including conventional oil, reached an average of 87.5 million barrels per day in
July 2010 (EIA, 2010).
Regarding the carbon intensity of energy consumption (the amount of CO2 emissions per unit of primary energy consumed), recent statistics are upsetting. The
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average global carbon intensity decreased systematically after the 1970s, remained constant in the period of 1996 to 2000, and then increased due to the growing
dependency on coal, led by China. This recent trend accelerated the global CO2
emissions into the atmosphere, which up to 2008 were close to the highest emission
scenarios considered by the IPCC in 2001 (IPCC, 2001). Between 1970 and 2004,
greenhouse gas emissions from the energy sector increased by 145%, and in 2004,
CO2 represented 77% of global anthropogenic emissions (IPCC, 2007).
Things changed in 2009. In that year, for the first time since 1998, CO2 emissions
from fossil fuels decreased by 1.1% relative to 2008, from 31.55 to 31.13 billion
tonnes of CO2 (BP, 2010), because of the decrease in fuel consumption and industrial output resulting from the financial and economic crisis. However, the change
in emissions was profoundly differentiated throughout the world. In the USA, emissions in 2009 fell by 6.5%, while in China they increased by 9%. Emissions from
emerging economies, which now account for about half of the world’s emissions,
grew by more than 5%, while in the OECD countries they fell by 6%.
Regarding the future, the IPCC (IPCC, 2007) business-as-usual scenarios, meaning with no specific mitigation measures, project an increase in greenhouse gas
emissions between 25 to 90% between the years 2000 and 2030. In these scenarios, fossil fuels maintain their dominant role among primary energy sources, and
CO2 emissions increase by 45% to 110% in the same period. More recent estimates
that take into account the recent financial and economic crisis project an increase in
annual global greenhouse gas emissions of 45% from 2005 to 2030, reaching 65.6
GtCO2 e (McKinsey, 2010). This business-as-usual scenario, made after the crisis,
estimates an overall reduction of emissions by 3.6 GtCO2 e by 2020 and 4.3 GtCO2 e
by 2030, relative to the business-as-usual pre-crisis scenario.
Again one finds that the projected changes in emissions are strongly differentiated throughout the world. The more industrialized countries experience the largest
decline in the after-the-crisis scenario, estimated at 11% in the USA and 6% in Europe. Large reductions are also expected in many developing countries in Africa
and Latin America, and also India. However, China and the rest of developing Asia
are expected to increase their emissions relative to the business-as-usual pre-crisis
scenario, by 1% and 2% respectively.
The McKinsey study (McKinsey, 2010) identifies a mitigation potential of 38
GtCO2 e (corresponding to 58% of the annual emissions) through technical measures costing below 80 euros per tonne of CO2 e, relative to the business-as-usual
emission scenario of 65.6 GtCO2 e in 2030. With an additional 8 GtCO2 e mitigation
potential of more expensive technical measures in all regions of the world and in
all sectors, the atmospheric concentration of greenhouse gases would peak at about
480 ppmv of CO2 e, a value likely to lead to a global average temperature increase
above pre-industrial levels at equilibrium between 2.0 and 2.4◦ C. This would mean
that dangerous anthropogenic interference with the climate system would very probably be avoided. Thus it is still possible to avoid such interference, but the probability of the required measures being implemented is very low.
The International Energy Agency (IEA, 2010) has also developed a scenario
where the greenhouse gas concentration peaks at 450 ppmv of CO2 e, and shown
5.18 Current and Future Global Energy Scenarios and the Patterns of Growth
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that it is possible to achieve that goal through appropriate mitigation measures. The
total cost of these measures relative to the business-as-usual scenario is estimated at
10.5 trillion US $, to be spent until 2030. This may seem an enormous and prohibitive amount of money, but it is not. To have a measure for comparison, note that
on 15 October 2010 the total outstanding public debt in the USA was 13.6 trillion
US $, of which approximately 66% is debt held by the public. Regarding citizens,
their mortgages and other debts amount to around 13 trillion US $, which is almost
120% of their annual disposable income (The Economist, 2010). There is a very
large discrepancy between the international consensus about what should be done
to avoid dangerous anthropogenic climate change and what is actually done to avoid
it. At the moment the world remains squarely on a trajectory of rising atmospheric
concentrations of greenhouse gases, and there are no clear signs that it seriously
intends to change its course.
The shift in economic power from the more industrialized countries to the developing countries is very clearly reflected in the energy sector. At the beginning of
this century, the rich countries contributed about two-thirds to the world GDP, allowing for purchasing power parity. They now contribute just over half, and in 2020
they are likely to drop to 40%. China began to dominate the change in the structure
of world energy consumption at the turn of the century. In the period from 2001 to
2006, it accounted for 46% of world energy growth, of which 73% was coal. China’s
share of world energy consumption increased to 16% from 9% in 1991. Among the
fossil fuels, coal is now the fastest growing fuel. Meanwhile, oil is losing its global
share and gas has stabilised.
As regards energy trade, the balance of energy markets and energy production
is shifting geographically. The imbalance between imports and exports is becoming
stronger, aggravating the costs of transportation and security risks. About 64% of the
world’s oil, 26% of natural gas, and 17% of coal are traded internationally. Security
of oil supply in OECD countries has been decreasing since its production peaked
in 1997, due to the decline in North Sea production. Oil remains a very powerful
instrument of potential conflict between the oil importing industrialized countries
and the oil exporting developing countries. These risks coupled with the looming
prospect of reaching the conventional oil peak could create potentially dangerous
situations.
A recent study by the Future Analysis Department of the German Bundeswehr
Transformation Centre that was leaked to Der Spiegel (Der Spiegel, 2010) recognizes the threat of imminent peak oil, when supply gradually starts to decline and
prices tend to increase significantly. The study indicates that there is some probability that we are very near peak oil and that major consequences will be felt within the
next 15 to 30 years. The document shows how preoccupied the German government
is, and also how unwilling it is to share its concerns openly. There are indications
of a similar situation in the UK where documents from the British Department of
Energy and Climate about a potential oil supply crisis and its foreseeable consequences on society are kept secret. In the USA Glen Sweetnam of the Department
of Energy recently acknowledged that there is a chance of a decline in world liquid
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fuel production as of 2011 (Le Monde, 2010). Higher investments would have to be
made to continue to satisfy oil demand, and this implies an increase in its price.
In spite of these risks, worldwide government budgets for energy research, development, and demonstration have been decreasing from about US $ 20 billion in
1980 to about half that value in 2006 (IEA, 2008a). Private sector spending has also
been gradually declining. These trends appear to be reversing, leading to a renewal
of private and public investment in energy research and development. The many encouraging efforts to improve the efficiency of energy conversion from renewables
and to develop new renewable energy sources need to be adequately supported. They
cover the whole range of modern renewable energies: modern biomass, wind, solar,
ocean, geothermal, and biofuels.
One of the most promising is to optimize photosynthesis, the outstanding natural conversion process that originally made the development of higher life forms
possible. The average efficiency of plant photosynthesis is only about 5%, but there
are organisms, such as the green sulphur bacteria Chlorobaculum tepidum, that can
convert around 10% of incident sunlight into chemical energy. These live in the
deep, dark layers of oceans and lakes and have special photosynthetic antennae called chlorosomes that are very efficient solar power converters. The idea is to understand how these chlorosomes function and use them as a model to develop more
efficient energy conversion systems.
Another approach is to improve the machinery of photosynthesis at the molecular
level, for instance by modifying a protein called rubisco that plays a fundamental
role in the process, or by applying synthetic biology to improve the efficiency of
photosynthesis in algae. A promising line of research is to develop photobioreactors
to produce oil from microalgae and other organisms. Cultivated algae can also be
used to reduce greenhouse gas emissions by making them grow off the carbon- and
nitrogen-rich exhaust from traditional power plants.
An example of physics research that may lead to far-reaching rewards in the future is the quest to increase the efficiency of photovoltaic solar energy converters.
The current best commercially available photovoltaic devices are semiconductor
photodiodes that reach energy conversion efficiencies of only 20–25%. It is possible to reach much better values. The efficiency of a photovoltaic system is limited
by the Carnot efficiency, derived from the second law of thermodynamics. In the
case of a photovoltaic device, the hot source is the Sun’s surface at a temperature
of about 6 000 K and the cold source is the Earth environment with a temperature around 288 K. Thus it is theoretically possible to reach efficiencies of 95%.
Conversion efficiencies of about 85% are very likely to be achieved through various
methods, such as the use of photonic devices, optimised absorption materials, and
heat engines. Multiple-junction photonic devices involving very advanced fabrication technologies have already attained a maximum energy conversion efficiency of
42.8% in the laboratory.
If we are able to solve the problem of energy storage associated with intermittence, solar power has the potential to provide more than 1000 times the current global energy consumption. However, solar power satisfied only 0.02% of the global
energy demand in 2008. The main problem is the lack of competitiveness with fossil
5.19 Can We Have Prosperity and Well-Being in a Non-Growth Economy?
335
fuels and the low efficiencies of the solar power devices. The two problems are likely
to be solved in the next 5 to 10 years if the necessary investments are forthcoming.
A solar energy revolution may lie in the not too distant future. Two technological
roadmaps (IEA, 2010; IEA, 2010a) released by the International Energy Agency on
May 2010 state that solar photovoltaics and concentrated solar power could account
for between 20 and 25% of electricity production worldwide by 2050.
Before ending this analysis, it is important to emphasize that water and energy
are deeply and increasingly interdependent. Huge quantities of water are needed to
generate energy and huge quantities of energy are required to obtain clean water.
The availability of each resource is increasingly dependent on the availability of
the other, and this forces us to manage them in a strongly integrated way. Countries affected by water scarcity can desalinate seawater or brackish water from deep
aquifers, recycle wastewater, or transport water over long distances from water-rich
regions, but all these solutions require vast energy supplies.
On the other hand energy generation requires increasing quantities of water. In
the transport sector the replacement of petrol and diesel by biofuels and by plugin electrical vehicles requires the consumption of much larger quantities of water.
Furthermore, thermal power plants functioning with coal, oil, natural gas, or uranium consume large amounts of water in their cooling systems. Energy and water
resources must therefore be managed in a coherent and integrated way. Under extreme conditions water is more essential to human life than commercialized energy
systems. Without water, life as we know it is simply not possible.
5.19 Can We Have Prosperity and Well-Being in a Non-Growth
Economy?
This is an intriguing question when all countries in the world, except possibly for
a very few exceptions, make economic growth their foremost objective. Two years
after the peak of the 2008–2009 financial and economic crisis, the world is economically on two tracks. In 2010–2011, most developing countries, especially emerging
economies like China and India, are growing fast, while some of the industrialized
countries have weaker growth, others are not growing, and still others, like some
EU countries, are actually suffering recessions. For countries that are not enjoying
robust economic growth, the most important question is how to grow or how to grow
more.
Economic growth has been the dominant myth of human society since the end
of World War II. Since that time the global economy has grown by a factor of more
than five. We have created a situation where growth is necessary to prevent collapse.
Although some of the most important contributors to neoclassical economic theory,
such as John Stuart Mill and John Maynard Keynes, foresaw a time in which growth
would have to stop, we still do not have a macro-economic model for achieving
a steady-state economy. To reach it, we need a new framework that incorporates
the medium and long term dependence of the economy on ecological variables,
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such as natural resources and biodiversity. Furthermore this new model must lead
to extreme poverty eradication, reduce inequalities, protect employment, and ensure
distributional equity of natural resource revenues. All of these are objectives with
regard to which the current model has failed.
At present about a fifth of the world’s population earns 2% of the global income.
De-growth or economic contraction is just an expression created by radical critics of
economic growth theory who promote the search for alternative models (Fournier,
2008). Non-growth would be a more suitable expression since the main objective
is to reach a steady-state economy that incorporates ecological variables and social
equity. What we need then is a non-growth economic theory that can lead to practical
implementation. It may even be utopian to think that we can reach a steady-state
economy in a controlled, rational way without causing repeated financial, economic,
and environmental crises. It is nevertheless worth exploring the ideas that may lead
to a non-growth economy.
The proponents of non-growth economies wish to create integrated, materially
responsible, and self-sufficient societies among both the developed and developing
countries. Thus non-growth is not a way to prevent the developing world from resolving its current problems. The point is that developing countries should disentangle
themselves from the orthodox path of development that has been followed by the
industrialized countries, and seek alternative pathways. It is important to emphasize
that the straight application of Western forms of development to the poorer countries
has led to a decrease in self-sufficiency, an increase in corruption, and much greater
inequalities (Sachs, 1992), except for a few success stories.
On the other hand, the creation of non-growth economies would have much better chances of success if the more industrialized countries led the way by adopting
some form of economic stabilization. We are clearly very far from this situation.
The two-track world economy is a welcome process of economic convergence between the more industrialized countries and the developing countries, especially the
emerging economies. Still, the developed world is uncomfortable with the current
situation and is forcefully trying to increase its rates of economic growth in order to
avoid another recession and stop the widening disparity with the growth rates of the
emerging economies.
The current paradigm of economic growth is very strongly linked with the predominant notion of prosperity. Different visions of prosperity would lead to other
paradigms and in particular to a non-growth economy (SDC, 2009). Each culture
has its own concept of prosperity, which co-evolves with it. Furthermore, there is a
plurality of notions of prosperity which are operative in any society, particularly in
the most industrialized ones.
The origin of the dominant present-day view of prosperity can be traced back to
the Reformation and to the global expansion of Europe, which immensely increased
its material wealth. At that time, a new relation to faith and reason was established
that included the secularisation of religious property, the dissolution of monasteries,
a new concept of good living, and a vision in which success was interpreted as
God’s dividend to the righteous. The good life was essentially based on the power
to explore the world and its natural resources, and enjoy the resulting lifestyles.
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337
Prosperity became increasingly associated with the ownership of private property
and ever more diversified and luxurious goods and services. The material component
of prosperity was further strengthened by the Anglo-Saxon idea of progress based
on utilitarianism and on the moral and economic freedom from the state defended
by John Stuart Mill in his book On Liberty, published in 1859.
There are signs of disaffection with the notion of prosperity associated with the
consumerist lifestyles that support and are supported by economic growth. A growing number of people resent the stress, pollution, congestion, noise, and diminishing level of personal contact and friendship that result from the competitive spiral
of the work and spend cycle. However, getting out of the cycle usually involves difficult options with regard to personal relationships, employment, and social status.
Since the beginning of the Great Acceleration after the end of World War II,
people in the more industrialized countries have tended to own and consume more,
but also to have on average considerably less leisure time. Among the most important factors that influence well-being are the partner/spouse and family relationships, health, personal and political freedom, friendship and community integration, employment, a stable financial situation, home, and home environment (SDC,
2009). Various studies have indicated that, beyond a certain level of GDP per capita
of about 15 000 US $ in Purchasing Power Parity of 1995 US $, life satisfaction
reaches a maximum and barely responds to further increases in the GDP per capita
(WI, 2008; Donovan, 2002).
Some countries with high levels of life satisfaction, such as the Netherlands and
Sweden, have a lower GDP per capita than countries such as the USA with a lower
level of life satisfaction. However, in countries with very low incomes, life satisfaction increases steeply with GDP per capita. The important message here is that it is
essential to pursue economic convergence if we want to have a more equitable and
secure world. Developing countries should continue to have economic growth, but
the more industrialized countries should reach a stable, non-growth economy. The
way to reach this goal is to refocus on goods that are strongly correlated with life
satisfaction and not on those that require ever-increasing consumption. In spite of
these findings the conventional notion of prosperity based on material satisfaction
and opulence is deeply ingrained on societies all over the world, in both developed
and developing countries.
Prosperity has social, psychological, and material dimensions. All are indispensable, but different weights can be attached to each of them. A weaker emphasis
on the material component would pave the way for a less uncertain future with
diminished risks of resource scarcity, environmental degradation, and potential armed conflicts induced by the competition for natural resources. Amartya Sen (Sen,
1984) has clearly defined two alternative notions of prosperity with reduced dependence on material consumption. The first is characterized by the term utility, and
centred on the satisfaction that commodities provide through their intrinsic quality
and not through their quantity. Furthermore, this notion of prosperity is based on the
awareness that the overriding pursuit of immediate gratification reduces long term
security. The second is defined through the concept of flourishing capabilities. Here
there is more emphasis on the social and psychological components of prosperity.
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The capacity to flourish corresponds to the most important factors contributing to
well-being.
A prosperous world would imply a more equitable world where people everywhere would have the capability to flourish in certain fundamental ways. The important point is to recognize that these capabilities must necessarily be bounded by the
functioning of the Earth system, the finite nature of natural resources, and the sustainability of ecosystem services. The new notion of prosperity should ensure that
humans can flourish in more equitable societies, and achieve higher levels of social
cohesion and well-being, while reducing their material consumption. Such prosperity presupposes the effective acceptance and practice of intra- and intergenerational
solidarity. It may seem an impossible task, but the alternatives are frightening: they
are likely to lead to greater inequalities and to a more unstable and belligerent world
with higher risk of repeated financial, economic, and environmental crises.