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TIPPING POINTS WORKING GROUP "Draft Chapter" version three
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| COORDINATOR | Dr.
William Gellermann, PhD.
(Please send comments to Dr. Gellermann) |
| Draft Chapter | Draft (3) May 25, 2008 |
TIPPING POINTS, LEVERAGE AND THE CLIMATE CHANGE CRISIS:
“WE” ARE A POTENTIAL TIPPING POINT
"What
we do in the next two to three years will determine our future"
—
Rajendra Pachauri, Chair, UN's
Intergovernmental Panel on Climate Change
"Never
doubt that a small group of thoughtful committed citizens can change the world;
indeed, it's the only thing that ever has."
—
Margaret Mead, anthropologist
The
Chinese symbol for “crisis” includes two concepts: danger and opportunity.
The purpose of this chapter is to call attention to both dangers and
opportunities related to climate change.
The
primary danger
to which we want to call attention is that, as noted in the above quote from
Rajendro Pachauri, “What we do in the next two to three years will determine
our future.” We will refer to several specific dangers, but
our emphasis will be on the urgency of the two to three year time frame
to which he refers.
The
primary opportunity
to which we will call attention involves “tipping points” and “leverage
points” (defined in the next paragraphs and explored in the next section) and
to the possibility that “We”
are a potential leverage point for coping with the dangers of climate change.
"Tipping
points" are points in the
functioning of a systems (including the system of all life on Earth) where small
change can result in large effects. Up to a tipping point, changes in the system
have little or no effect until a critical mass is reached. At that point, a
further small change can 'tip' the system into a significantly different way of
functioning.
Examples:
(1) Melt enough Greenland ice and you are no longer sending meltwater into the
ocean but whole glaciers; (2) Pump enough CO2 into the atmosphere and it can
reach a “point” where the last part per million of gas has an effect similar
to the last 100th degree Celsius that turns a pot of water into
billowing steam; there is a shift to a runaway greenhouse effect.
Recently a
panel of the US National Academy of Sciences employed ‘‘degenerate
fingerprinting’’ to forecast the Atlantic meridional overturning circulation
under a 4-fold linear increase of atmospheric CO2 over 50,000 years. A gradual
decline in ocean circulation is observed for nearly 40,000 years, but then,
suddenly, a “tipping point” is reached and the circulation collapses without
warning.

Cessation of circulation on
this scale would cause greatly magnified warming close to the equator while
freezing and re-glaciating the eastern coast of North America and much of
"Leverage
points" are those points at
which a relatively small amount of effort can bring about a large change in
a system’s functioning.
The
opportunities of the climate change crisis are to identify the leverage points where
relatively small amounts of effort by us can bring about the kinds of change we
need to minimize the threats of climate change and, in time, stabilize our
environment at a sustainable, habitable level.
The
Intergovernmental Panel on Climate Change Group (IPCC) has found that the world
has very little time to act in which to prevent a series of major climate
related disasters of immense global proportion and to minimize global warming
and other environmental degradation. The IPCC has acknowledged recent findings
that the changes are occurring even faster than their five-year study predicted
as of early 2007. Climate change is combining with a growing world energy
shortage and overpopulation (creating inflation, world food crises, and
potential economic, political, social and overall human crises). These
interrelated crises need to be dealt with before we pass certain “tipping
points” — where little causes have big effects and change happens suddenly,
making ecological and human catastrophes irreversible. But, even where certain
changes – some of which are already occurring — cannot be prevented, rapid
action at key leverage points can reduce negative impacts and facilitate
positive change.
Tipping
Points and Climate Change
Few
of the attempts to avoid the dangers of the climate crisis will matter if human
behavior remains unchanged. Some in public policy circles have proclaimed,
“lifestyle is not on the table,” meaning that states should not consider
trying to change the way people behave. And yet, our human behavior is at the
crux of our climate problem.
On
January 15, 2006, Rajendra Pachauri described how lifestyle changes could curb
climate change. What we choose to eat, how we work, how we use electricity, the
buildings where we work and live, how we travel, and what we buy all matter.
The
writer Stephanie Mills observes: “Because the planet is finite and somewhat of
a closed system, we all live intimately with the results of our acts. Things do
add up and, as population grows, there are more of us adding to the adding of
things. Similarly, the benefits from many individuals actions of self-restraint,
frugality and material simplicity will add up.”
In
his book, The Tipping Point: How
Small Things Make a Difference, Malcolm Gladwell suggests that
social movements behave much the same way as epidemics do. Gladwell points to
three elements that cause epidemics to spread, and says that these same elements
are fundamental to any large-scale social change. They are: The
Law of the Few — some people
spread disease (and ideas) better than others. The
Stickiness Factor — the
potency of viruses (or ideas and actions) can become universal. Ideas and
actions to reverse climate change need to continue evolving and draw in people
from around the world. The greater context of our climate dilemma suggests that
if a favorable human tipping point is to occur, it needs to be able to cross
cultures, genders, age groups, and races. It will need to be sticky across all
those differences. The Power of
Context — the conditions under which the change is
considered tend to either reinforce the change or thwart its spread. Commitment
is not enough. The committed have to act, and
share their commitment with others.
Social commentator Sharon
Astyk writes: "[T]here is no possible way that we can make the necessary
environmental cuts without sacrifice. Ninety percent or more over 10 years is a
big deal, and some of it will hurt – period. There are thousands of people who
really don't want to hear that part - they think that if we just elect the right
leader or we just do the right thing we can make everything easy and place all
the burden magically on someone else. But we can't. Ninety percent means 90%
across the board. That doesn't mean that it can't be made better and easier, but
it does that this will cost us.”
Astyk continues, "How
do we make that idea palatable? Personally, I think denying the need for
self-sacrifice is a huge mistake, and so is apologizing for it, or minimizing
it. I think the absolute opposite strategy is called for -- we have to make it a
challenge, an honor, a gift to do this. That is, of course, how we have gotten
people to make sacrifices and endure hardship before – giving their lives in
wartime, climbing big mountains -- we've emphasized how exciting the challenge
is, and how lucky they are to participate, how doing so makes them
exceptional and heroic. The more we tell people that sacrifices won't be
required, the more we make them nervous about the very idea.”
Expanding
Our Paradigm of Who "WE" Are
How
would you answer the question, "Who are you?"
In
Birth of the Chaordic Age (Berrett-Kohler,
1999), Dee Hock, founder of VISA (one of the largest enterprises in the world)
said: "We are living on the knife's edge of one of those rare and
momentous turning points in human history. Liveable lives for our grandchildren,
their children, and the children's grandchildren hang in the balance ... We are
experiencing a global epidemic of institutional failure. ... Poised as we are on
the knife's edge between socio-environmental disaster and a livable future, one
question cuts to the core of our future: Will the result be chaos... or will we
emerge... into a new world of profound, constructive organizational change?...
The answer lies in the very concept of organization and in the beliefs and
values of individuals."
Although
Hock’s focus is on the community of an organization, the same question
can be asked about our global community. Reframing our dilemma
suggests a set of interrelated questions:
The
traditional approach of western science, and popular thinking following from it,
has focused our consciousness on narrow issues and goals. While there is power
in this reductionism, its failure to consider the global effects of our actions
is a major cause of our current environmental crises. We need to catch up with
the cutting edge of post-modern science, particularly in physics and biology,
which, in agreement with ancient wisdom, understands that major problems,
including those involving the environment, require holistic approaches and the
dedication of large numbers of people.
Changing
Consciousness as a Tipping Point
To
appropriately deal with the complex of crises, it is essential to bring about a
global mind change, so that human understanding and action are based upon
recognition that: 1) Everything is connected.
All acts affect everything else, so the full range of relationships needs to be
taken account of in every action. We need to come to see that the world is not
you and I, but WE – a “WE” that recognizes the unity in diversity. 2)
Each
location – in space, time, and consciousness – is unique. General
principles must be adapted to the particular circumstance of each place. What
works in one place may not work in others. 3)
The web of relationships is complex so that: (a) it is
impossible to understand and predict all the effects of an action – so that
caution must be taken in acting; (b) very dangerous acts should either not be
taken or undertaken with extreme care; (c) past and ongoing actions must be
continually reviewed and appropriately adjusted. 4) In a complex world, small
changes can have large impacts if taken at key moments and in key places. In
changing consciousness and other changes, leverage points should be sought to
make appropriate “tipping” (large scale change) possible.
The
keys to being able to bring about a global tipping are: (a) changing/shifting
our worldviews so that our separate, individual I-centered views become both
personal and global (I/We-centered); (b) networking and dialoguing with others
as we envision the meaning of being part of a world that works for all life; (c)
acting in ways consistent with that vision, including reaching out and
dialoguing; and (d) building a network of global interactive dialogue.
“Genuine
dialogue cannot be arranged beforehand… the course is of the spirit, and some
discover what they have to say only when they catch the call of the spirit.”
— Martin Buber
Practical
Strategies
To
succeed, our tipping point strategy will need to be: Practical
– it must focus on reversing climate change substantially and bring us back
from the brink of catastrophe; global emissions must not exceed what we (the
living system of Earth) can tolerate. Simple
– it must be easily accomplishable and replicable. Desirable
— it must confer immediate advantages to individuals over and above what they
are presently experiencing. To attract and stick, our
tipping point strategy will need to confer
greater enjoyment of life or other advantages to individuals, and it must do so
in an era of severe population pressure on multiple, essential, but steeply
declining natural resources and an epochal transition in energy reliance.
Julia
Whitty called attention to tipping points and their relevance to the climate
change crisis in an article, "The Thirteenth Tipping Point: Twelve global
disasters and one powerful antidote," (Mother
Jones, November/December 2006). Whitty identified 12 potentially
catastrophic tipping points — Amazon Rainforest, North Atlantic Current,
Greenland Ice Sheet, Ozone Hole, Antarctic Circumpolar Current, Sahara Desert,
Tibetan Plateau, Asian Monsoon, Methane Clathrates, Salinity Valves, El Nino,
and West Antarctic Ice Sheet. She compared them to asteroids and asked, "Is
it likely that 12 asteroids on known collision with earth would garner such
meager attention?"
Whitty
postulated that "We" (all humanity) have the potential to become a
13th "tipping point" that can prevent or minimize the threats of
catastrophic climate change. By shifting our consciousness to care of the
planet, we can serve as a powerful antidote to potential global disasters.
In changing consciousness and other changes, leverage
points should be sought to make appropriate “tipping” (large scale change)
possible. See infra, the chapter about
“Attitude Change.” Organizations already pursuing the “I/We” strategy
include wecansolveit.org, wiserearth.org (with more than 100,000 member
organizations), and wetheworld.org. Moreover, organizations such as Natural Step
are working to shift the business/industrial paradigm.
Some
threats are irreversible because of our past actions, but they can be minimized.
The challenge is to develop our ability to cope with the threats and, in time,
stabilize our Earth's climate at a sustainable, desirable level.
Part
of the challenge in crafting the
However,
the goal of consuming our way to prosperity is called into question by any
glance at a world map of relative happiness. On such a map, the “standard of
well-being” in
Painting
a picture of an idyllic future just ahead, beckoning, while in the same moment
experiencing the real-world environment of human population explosion, cascading
species extinctions, ecosystem demise, unprecedented resource depletion and
scarcity, economic collapse and military adventurism is certainly challenging.
And, yet, it could well be the only alternative that has a chance to succeed.
We know from
ocean sediments, ice cores, and other evidence that over hundreds of thousands
of years the equilibrium between carbon dioxide input and removal has never been
more than one to two percent out of balance, a strong indication of a natural
feedback wisdom. That one or two percent balancing point is thousands of times
smaller than our current emissions from industry or the destruction of forests
and ocean carbon sinks. Earth's natural feedback has acted as a thermostat for
the long-term stability of climate and that, in turn, has been essential for the
prosperity of human civilization.
During Earth's
history these same balancing mechanisms have sustained liquid water and
prevented runaway greenhouse and icehouse conditions over time scales of
millions to billions of years. Now, in just an instant of geological time —
the industrial era of the past two centuries — this balance has been thrown
out of kilter and may now be approaching, or at, an irreversible tipping point.
Human ingenuity was a leading cause of Earth's tip into imbalance. If it is not
already too late, we humans may also hold the power of the tip back into
balance. We need to come together, recognize the common threat, and act now to
redress the balance.
There
are many leverage points where, once the resolve to act is found, we can apply
our collective abilities to tip the climate back towards balance. To name just a
few: re-greening the desert (permaculture.org.au); climate neutral countries (
We
need dreams. We need the stories that go with those dreams. We need those
stories to infect us, inspire us, pick us up when we tire, and push us to new
and even better dreams. Antoine-Marie-Roger
de Saint-Exupery wrote, "If you want to build a ship, don't herd people
together to collect wood and don't assign them tasks and work, but rather teach
them to long for the endless immensity of the sea."
References
Astyk, S. (2008, in press). Depletion and Abundance: Life on the New Home Front
DiCarlo, Russell E. (1996). Towards a New Worldview: Conversations at the Leading Edge H
Harmon, Willis (1998). Global Mind Change: The Promise of the 21st Century (2nd edition).
Hock,
Russell, Peter (1983). The Global Brain: Speculations on the Evolutionary Leap to Planetary Consciousness.
Lenton, T. M., H. Held, E. Kriegler, J.W. Hall, W. Lucht, S. Rahmstorf, and H.J. Schellnhuber, "Tipping elements in the Earth’s climate system," Proceedings of the National Academy of Sciences, 105:6:1786 –1793, 2007. www.pnas.org/cgi/doi/10.1073/pnas.0705414105
Mills, S. (2007), Tough Little Beauties: Selected Essays and Other Writings of Stephanie Mills
Zeebe,
R. E., and K. Caldeira. Close mass balance of long-term carbon fluxes from
ice-core CO2 and ocean chemistry records.
Nature Geoscience, doi:10.1038/ngeo185, 2008. www.nature.com/ngeo/journal/v1/n5/index.html