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May 29, 2007
Natural Capitalism:
Radical, common sense solutions
by
Daniel Hecht
To understand
the reasoning behind the many environmental initiatives emerging all
around us, I recommend reading Natural
Capitalism, by Amory and Hunter Lovins and Paul Hawken. Since
its publication in 1999, it has become something of a bible for the enterprise-based
environmental movement.
Lovins et al present an optimistic
vision of the potentials of new practices and technologies: a world of
thriving forests and oceans, pollution-free transportation,
energy-efficient and climate-neutral houses, and so on.
Technology
plays a major role in this vision, but the book’s most important
points concern economics, starting with a redefinition of
“capital.” Traditionally, this has been defined as
accumulated wealth in the form of investments, factories, and equipment
-- generally, stuff someone can own and definitively quantify.
But the
authors say we need to consider four types of capital, some of which
can’t quite be “owned.” Collectively, these four form
the new criteria for success in the “multiple bottom-line”
business practices that more and more Vermont businesses are embracing.
Two are
pretty familiar: financial capital such as cash, investments, and
monetary instruments; and the manufactured capital of infrastructure,
machines, and factories. Then there’s human capital, defined as
labor and intelligence, culture, and organization. If human capital is
not healthy and reasonably fulfilled, real wealth isn’t being
created.
Finally,
there’s natural capital, made up of resources, living systems, and
“ecosystem services.” Incorporating natural capital into our
economic thinking will revolutionize the way we live and do business.
In assigning
value to nature’s gifts, we’ve goofed up in two important
ways. First, we’ve tended to value only what’s
“useful” for making goods – resources like wood, water,
and minerals. A forest with 500,000 board feet of lumber in its trees has
easily measured cash value.
But the
authors say we need to accord worth to these things for other reasons in
addition to their productivity, and to “useless” natural
systems such as wetlands, coral reefs, and so on, because they actually
provide many important services.
A wetland,
for example, provides erosion and flooding prevention; contaminant
filtration; habitat for animals that form crucial links in the larger
chain of life; oxygen produced for our breathing pleasure. These are essential services, and there
is no technological replacement for them; we need to value them
accordingly.
Putting a
dollar figure to this value has major ramifications. Including the true
cost of draining a wetland in the cost of building a new parking lot,
say, would change the project’s financial feasibility –
probably discouraging construction.
This
“true cost” pricing would require that the price of
electricity from a nuclear plant cover not just the cost of building and
operating the facility, but also eventually decommissioning it and
storing radioactive wastes for thousands of years. That would drive up
the cost of nuclear electricity – and drive down consumer appetite
for it.
Paying more
for parking or avoiding building nuclear plants would not hurt the larger
economy, the authors insist, but simply redirect investment toward better
alternatives – mass transit, say, or bioenergy. True laisse faire capitalists,
they believe market forces will seek highest and best use of resources.
The other
problem with the way we’ve done business is our historic assumption
that natural resources are inexhaustible. Since the industrial revolution
began, manufacturing has relied on ever-greater rates of resource
consumption to produce higher profits. Now we’re facing serious
resource depletion, despite nature’s marvelous regenerative powers.
“Humankind
has inherited a 3.8 billion-year store of natural capital,” Lovins
and co-authors say, but we’ve been mismanaging our inheritance.
We’ve been drawing down the principal instead of living on the
interest. Worse, the way we account material input functionally treats
the money taken from our savings account as “income.” To
arrive at our net profit, we don’t itemize the depletion of the
resource in our “expense” column.
Most people
now understand that when we use coal, oil, metals, minerals, we’re
consuming a legacy resource, billions of years in the making -- once
gone, it’s gone. But this is also true of living systems.
Ecosystems of the complexity and abundance of coral reefs, rainforests,
prairies, and wetlands take millennia to establish and exist in a complex
web of interdependence and balance. It will take centuries to repopulate
the oceans we’ve overfished – if indeed we don’t force
fish population collapse and extinction.
So the way we
calculate economic success must change. When we use resources, we have to
account the value derived as income and account their depletion as an
expense right alongside. A balanced account will look very different from
what we have now. Profit must be calculated in different terms. Wealth
will mean something else entirely.
Natural
Capital
proposes four strategies to put us on a sustainable economic track.
Radical resource productivity squeezes maximum value out of every
material; biomimicry creates production systems with the
self-replenishing qualities of ecosystems; service and flow economy
shifts emphasis from things
to what things do for us.
Investing in natural capital means restoring the former wealth in our
inheritance – for example, rebuilding forest and marine ecosystems
so they can sustainably provide their essential services.
Natural
Capitalism
is well worth reading for the scores of specific remedies, opportunities,
and possibilities it suggests. It proposes a factual and theoretical
foundation for a new economy in which business accommodates environmental
reality and profits from it – in which, as they say, green is the
new black.
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Daniel Hecht
is a novelist and executive director of Vermont Environmental Consortium.
For more information on any Green Grapevine topic, contact vec@norwich.edu.
Copyright
2007 by Daniel Hecht
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