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Sustainable development:
smart actions and smart tools
for policy areas
Janos Zlinszky
Peter Pazmany Catholic University
2013 XII. 02.
TIPPING POINTS IN
SOCIETY
Well over 1 billion people drink infested or contaminated water
Plea, or last warning?
• “We risk the entrenchment of these global disparities and unless we act in a manner that fundamentally changes their lives, the poor of the world may lose confidence in their representatives and the democratic systems to which we remain committed, seeing their representatives as nothing more than sounding brass or tinkling cymbals.”
• Political Declaration, WSSD, Johannesburg, 11 –15.
• “If I have all the eloquence of men or angels, but speak without love, I am nothing more than sounding brass or tinkling cymbals.” St Paul to the Corinthians I. 13 1.
21 Issues for the 21st Century
• Align governance to the challenges of global
sustainability
• Transform human capabilities for the 21st
century
• Ensure food safety and food security
• Reconnect science and policy
• Catalyse rapid and transformative changes in
human behaviour towards the environment
(UNEP Foresight Process, 2012)
1. Align governance
to the challenges
of global sustainability
„SUSTAINABILITY AND
WELLBEING
ARE LINKED”
Sustainable development = the good life
A high level of human wellbeing (because no one wants to sustain a low standard of living).
Plus
People
Ecosystem
A high level of ecosystem
wellbeing (because the
ecosystem supports life and
makes possible any standard of
living).
A high level of human wellbeing means
1. Long lives in good health, and a stable
population.
5
dimensions
of human
wellbeing
2. The wealth to secure basic needs and
decent livelihoods, promote enterprise, and
maintain prosperity.
3. The knowledge to live well and sustainably,
and a culture that links past and present,
individuals and society, and spirit and nature.
4. A community that upholds the rights of its
members, has an open and clean government,
and is safe from violence and crime.
5. Benefits and burdens shared equally by males
and females and equitably among societal
groups.
A high level of ecosystem wellbeing means
1. Conserving the diversity of natural
land ecosystems and the quality of
developed land.
2. Conserving the diversity and quality of
marine and inland water ecosystems.
3. Restoring the chemical balance of the
global atmosphere and the quality of
local air.
4. Maintaining all native wild species and
the genes in domesticated species.
5. Keeping resource use within the
carrying capacity of the ecosystem.
5 dimensions
of ecosystem
wellbeing
Different level of human wellbeing, similar
burdens on the ecosystem
0
20
Bad
20
Bad
40
Poor
40
Poor
60
Medium
ECOSYSTEM WELLBEING
60
Medium
80
Fair
80
Fair
100
Good
100
Good
HUMAN
WELLBEING
Macedonia FYR46
42
Albania38
46Yugoslavia 42
37
Croatia57
33
Bosnia & 24
45Herzegovina#24
45
Slovenia72
35
Portugal
72
31France 75
29
Similar human wellbeing at different costs
to the ecosystem
0
20
Bad
20
Bad
40
Poor
40
Poor
60
Medium
ECOSYSTEM WELLBEING
60
Medium
80
Fair
80
Fair
100
Good
100
Good
HUMAN
WELLBEING
Lux.
77
24Belgium 80
23
Ireland
76
32
Germany
77
36
Finland
81
44
Austria
80
42
Sweden79
49
How close to global
sustainability are we today?
Smart action:
Clear communication
about key issues!
Smart tool:
Establish and use
very good indicators!
UNCERTAINTIES
PRECAUTION
Shrinking Arctic Sea Ice
1900 1950 2000 2050 2100
Year
0
2
4
6
8
10
Ice A
rea (
Sept. m
inim
um
), m
illio
ns o
f km
2
Model ra
nge 2009?
Ajka/Kolontar, Hungary,
2010 october 4 (day of StFrancis Assisi)
Smart action:
implement the precautionary
principle!
Smart tools:
Legislate!
2. Transform
human capabilities
for the 21st century
Among the Concepts We
Need to Understand • Nonlinearities, delays, errors in perception,
irreversibilities
• Feedback loops, positive & negative
• Demographic transition, sustainable yields, regeneration,
depletion, diminishing returns to investment
• Dynamics of markets and technological advance
• Loop dominance, shifting dominance - behaviour comes
from structure, not from individuals
• Teamwork, values, trust, negotiating, responsibility
• Short-term versus long-term time horizons
(Dennis Meadows)
EDUCATION,
CAPACITY BUILDING,
TRAINING
Time horizon
Balancing sticks
Easy Problems
Now Future
Bet
ter
----
--->
Next Evaluation
Action #1
Actual Desired
Action #2
Difficult Problems
Now Future
Bet
ter
----
--->
Next Evaluation
Action #1
Action #2
Actual Desired
Smart action:
institutionalise long-term thinking
Smart tool:
Establish an independent
representation for future
generations
3. Ensure food safety and food
security
Ecological services
Timber and fuelwood generally
accounted for less than a third
of total economic value of
forests in eight Mediterranean
countries.
Demand on natural capital
(Sources AND sinks!)
The Ecological Footprint
CARBON footprint
Natural capital
1900 2100 2002 2050
If we go on with current production and consumption patterns,
Two planets needed by 2050
Based on "Beyond the Limits", D.H. Meadows, D. L. Meadows, and J. Randers 1992; Chelsea Green Publishing, White River Junction VT.
Környezetünk állapota
NASA felvétele
Space
Smart actions:
internalise externalities
Smart tools:
Natural capital accounting,
Payments for ecological services
Paying ecological debts
4. Reconnect science and
policy
Non-negotiables
Framework conditions
Increase of CO2 in air
sinks marine pH
Plankton
Coral reefs!
Oceans are getting acidic
Planetary boundaries
Climate 350 ppm CO2
+1 W/m2
Biogeochemical
loading 35 MT N/yr
11 MT P/yr
Biodiversity
loss 10 E/MSY
Agricultural
land use 15% Chemical
pollution TBD
Freshwater use 4000 km3/yr
Ocean
acidification Aragonite saturation
ratio > 2.75
Atmospheric
aerosol
loading TBD
Ozone depletion 276 DU
Planetary boundaries
Rockström, J. et al., 2009. Nature, in press.
THE REMAINING PIECE OF THE CAKE
Jahr
Glo
bale
fossile
CO
2-E
mis
sio
nen (
Gt/
Jahr)
2/3 probability to stay below 2 ºC
Fossil CO2 budget 2010-2050: 750 Gt (Meinshausen et al. 2009)
Peak 2011
-80% in
2050
Peak 2020
Sources:
European Wind Atlas, www.windatlas.dk
IES - Institute for Environment and Sustainability http://ies.jrc.ec.europa.eu/index.html
EEA - How much bioenergy can Europe produce without harming the Environment
100% Renewable Europe
Smart actions:
fence off
edges and boundaries
Smart tools:
legislate,
monitor,
enforce!
NONLINEARITIES,
TIPPING POINTS
Acidification by CO2 from air
threatens
marine ecosystems
„Pause” is reversible,
”off” is irreversible Plankton
Coral reefs!
Oceans are getting acidic
Tipping points
J. Schellnhuber, in Steffen, et al., Challenges of a Changing Earth, 2002
Ramanathan & Feng, 2008: PNAS, 105 (38), 14,245-14,250.
SYSTEMS, MODELS,
SIMULATIONS
PREDICTION, PROGNOSYS,
FORECAST, WARNING,
SCENARIO?
World3: Reference Scenario
1900-2000
Resources
Population
Persistent
Pollution
Industrial Output
Food
World3 Reference Scenario
1900-2100
Resources
Population
Pollution
Industrial Output
Food
Smart action:
think in systems, plan in alternatives,
Smart tools:
build scenarios,
create models,
experiment with simulations
5.Catalyse
rapid and transformative
changes in human behaviour
towards the environment
„Radical” change: the roots
“The problem is not simply economic and
technological; it is moral and spiritual. A
solution at the economic and
technological level can be found only if
we undergo, in the most radical way, an
inner change of heart, which can lead to
a change in lifestyle and of
unsustainable patterns of consumption
and production.”
The Venice Declaration on Environmental Ethics, June 2002
The real needs
People don't need enormous cars; they need respect. They don't
need closets full of clothes; they need to feel attractive and they
need excitement and variety and beauty. People don't need
electronic entertainment; they need something worthwhile to do
with their lives. People need identity, community, challenge,
acknowledgment, love, joy.
To try to fill these needs with material things is to set up an unquenchable
appetite for false solutions to real and never-satisfied problems. The resulting
psychological emptiness is one of the major forces behind the desire for
material growth. A society that can admit and articulate its nonmaterial needs
and find nonmaterial ways to satisfy them would require much lower material
and energy throughputs and would provide much higher levels of human
fulfillment.
D.H. Meadows, D.L. Meadows and J. Randers, 1992, Beyond the Limits, Chapter 8 “Overshoot but Not Collapse” pp223-224.
ENDS AND MEANS
(CF. SYSTEMS HIERARCHY!)
“The fundamental goal or purpose of a good economy is
to steadily improve the wellbeing of all people,
now and in the future, with due regard to equity,
within the constraints of nature, through the active engagement of all its
participants.”
Consensus definition of the 300 participating business leaders of
the 16 conferences of the Sustainable Economy Dialogue, Cambrige University Programme for Industry, 2003-6
VALUES:
SUSTAINABLE BEHAVIOUR
is
THE RIGHT THING TO DO
and
BRINGS HAPPINESS
SUSTAINABILITY E.g.: Beyond the limits, 1992
Truth-telling
Visioning
Networking
Learning
Loving
INTEGRITY E.g.: Charity in truth
2009
Embrace the truth
Justice, solidarity
Community and
co-operation
Intelligence
Charity
SUSTAINABILITY E.g.: Beyond the limits, 1992
Truth-telling
Visioning
Networking
Learning
Loving
INTEGRITY E.g.: Charity in truth
2009
Embrace the truth
Justice, solidarity
Community and
co-operation
Intelligence
Charity
SUSTAINABILITY E.g.: Beyond the limits,
1992
Truth-telling
Visioning
Networking
Learning
Loving
HAPPINESS E.g.: Five ways to wellbeing, 2008
Take notice
Be active
Connect
Learn
Give
INTEGRITY E.g.: Charity in truth
2009
Embrace the truth
Justice, solidarity
Community and
co-operation
Intelligence
Charity
Smart action:
acknowledge values
and stick to them!
Smart tools:
“caritas in veritate!”
Enable adequate behaviour with rules, institutions and infrastructure!