CHINA AND SYSTEMS THINKING EXERCISE.

Slides:



Advertisements
Similar presentations
Environmental Science
Advertisements

Andrew Flynn Cardiff University
The Environment and Development
Bioenergy Biodiversity and Land use Expert meeting on biodiversity standards and strategies for sustainable cultivation of biomass for non-food purposes.
Trade and Environmentally Sustainable Economic Growth By Rae Kwon Chung Director, Environment and Sustainable Development Division, UNESCAP Regional Workshop.
Challenges Competition for resources (including raw materials) increases, scarcities => prices rise => impact on European economy 20th cent.: 12-fold.
How Many People Can the Earth Support?
Human population, carrying capacity and resource use 3.8 Environmental demands of human populations.
Chapter 1 Environmental Problems, Their Causes, and Sustainability
Population & Environment II ES 118 Spring Life expectancy 20 th Century saw global transformation of human health 20 th Century saw global transformation.
Chapter 4 Resources and Environment Learning Objectives: World resources: nature, distribution & limits Global food problems: their nature & extent, difficulties.
Chapter 4 continued Nonrenewable Mineral Resources Energy Energy Options Environmental Degradation Environmental Equity and Sustainable Development.
Introduction to APES.
Global Issues Unit Lesson 3. Objectives Consider the impact of people on physical systems and vice versa. Examine causes and effects of major environmental.
Introduction to Environmental Science. What is environmental science? The study of how humans and other species interact with one another and the nonliving.
Ch 1 Environmental Problems, Their Causes and Sustainability.
Introductions BIOL1040 Environmental Science.
China, Lurching Giant Chapter 12 Jamie, Hong, Ashley.
NATIONAL ENVIRONMENTAL POLICY OF: CHINA HARI SRINIVAS ROOM: I-312 / International Environmental Policy.
Chapter 4 Resources and Environment Learning Objectives: World resources: nature, distribution & limits Global food problems: their nature & extent, difficulties.
ENVIRONMENTAL SCIENCE
AP Environmental Science
Their Causes and Sustainability Environmental Problems:
Chapter One of the major concerns in environmental science is how to successfully integrate the natural world and the socio-cultural-technological.
Wolfgang Sachs Fairness in a Fragile World. FAIRNESS AND EQUITY IN A FRAGILE WORLD --- THE Johannesburg Memo SACHS, P.31 The Rio Earth Summit sought to.
Environmental Problems, Their Causes, and Sustainability G. Tyler Miller, Jr.’s Environmental Science 10 th Edition Chapter 1 G. Tyler Miller, Jr.’s Environmental.
Chapter 4 continued Nonrenewable Mineral Resources Energy Energy Options Environmental Degradation Environmental Equity and Sustainable Development.
A.P. Environmental Science Introduction Global Environmental Science Picture n Four global trends.
Environmental Science Chapter 1 Notes. Environmental Science: Is a multidisciplinary field that draws from all sciences (as well as other fields) Is considered.
APES INTRODUCTION TO AP ENVIRONMENTAL. INTRODUCTION TO ENVIRONMENTAL SCIENCE Environment External conditions that affect living organisms Ecology Study.
SESSION 2 Identifying Synergies Among MEAs Using IEA Tools.
Human Impact on Ecosystems
environmentally sustainable society A Society that satisfies the basic needs of its people without depleting or degrading its natural resources and thereby.
HUMAN POPULATION MPHO SEFATSA RHODES UNIVERSITY PSYCHOLOGY (Hons.)
Chapter 1: Environmental Problems, Causes and Sustainability.
Do Now: Earth has existed for over 6 billion years, maintaining a natural balance within itself until the last 200 years. How was the Earth able to do.
Population Growth & Economics Unit 1.2. Growth Curve Trends Exponential growth: the J-shaped curve of population growth –When exponentially growing pop’ns.
Environmental Problems, Their Causes, and Sustainability.
Science and the Environment Chapter 1 Section 1: Understanding Our Environment Section 2: The Environment and Society Chapter 1 Section 1: Understanding.
1 Understanding Our Environment. 2 Environmental Science.
Footprint Image (6/02) Ecological Footprints Measuring Resource Consumption and Sustainability.
World Environmental Issues
PRESENTATION ON ENVIRONMENTAL SUSTAINABILITY UNITED NATIONS ENVIRONMENT PROGRAMME (UNEP) SUMMIT IMPLEMENTATION REVIEW GROUP (SIRG)OEA/Ser.E First Regular.
Sustainable Development Prospects for North Africa: Ad Hoc Experts Meeting Sustainable Development in North Africa: Experiences and Lessons Tunisia,
Chapter 16 Human Impact on Ecosystems
How nature works. How the environment effects us. How we effect the environment. How we can live more sustainably without degrading our life-support.
HUMAN IMPACT ON ECOSYSTEMS Chapter 6 Day 1 Human Ecological Footprint Map Humans have influenced 83% of Earth’s surface based on population, travel.
Resources Renewable and Nonrenewable. DO NOW 1.What processes add carbon dioxide to the atmosphere? 2.What processes remove it from the atmosphere? 3.How.
© 2011 Pearson Education, Inc. AP Environmental Science Mr. Grant Lesson 4 An Introduction to Environmental Science The Nature of Science & Sustainability.
Environmental Problems, Their Causes, and Sustainability G. Tyler Miller’s Living in the Environment 14 th Edition Chapter 1 G. Tyler Miller’s Living in.
Environmental Science Chapter 1 Notes 1. Section 1: Science and the Environment 2.
Sustainable Development Every generation should leave water, air and soil resources as pure and unpolluted as when it came on earth. Each generation should.
Bell Work Define what you think an indicator is.
CHINA – 4 – Challenges facing urban communities
Environmental Science
ENVIRONMENTAL DEGRADATION BY POPULATION IN INDIA
Environmental Problems, Their Causes and Sustainability
Population Ecology and Human Population Issues
Major Eastern Religions
Science and Sustainability: An Introduction to Environmental Science
1-1: What Are Some Principles of Sustainability?
Ch 1 An Introduction to Environmental Science
Environmental Science
Environmental Science
KEY CONCEPT Fossil fuel emissions affect the biosphere.
CH 16 Human Impact on Ecosystems 16
The Human Population The Environmental Implications of China’s Growing Population China has 20% of the world’s population (1.3 billion) Currently the.
Environmental Problems, Their Causes, and Sustainability
Environmental Problems, Their Causes, and Sustainability
What is the future of our urban environment?.
Presentation transcript:

CHINA AND SYSTEMS THINKING EXERCISE

OVERSHOOT CAUSES & SYMPTOMS CAUSES: SYMPTOMS: ACCELERATING CHANGE - Exponential Population Growth -Exponential Industrial Growth CAPACITY LIMITS - Extraction Limits -Absorptive Limits -Erosion Loops/Thresholds FEEDBACK DELAYS - Distorted, Noisy, Denied, Ignored, Imperfect Signals - Policy Delay/Confusion RESOURCE DEPLETION RISING WASTE/POLLUTION RISING EXTRACTION COSTS LOSS OF NATURAL SERVICES LOWER QUALITY RESOURCES NATURAL DISASTERS CRUMBLING INFRASTRUCTURE NATURAL RESOURCE CONFLICT HOSTILE AREA RESOURCES MILITARIZED ACQUISITION INCREASING DEBT RELIANCE ERODING GOALS FOR HEALTH SUBSIDIES FOR EXTRACTION SUBSIDIES TO RESOURCE USE “DESIRED” TO “AFFORDABLE” ELITE RESOURCE CAPTURE Meadows, Randers &Meadows, Limits to Growth, 2004

TRANSITION TO SUSTAINABILITY: HOW? One possibilityAnother possibility Global carrying capacity Human ecological footprint Human ecological footprint Global carrying capacity

TWO TYPES OF LOOPS REINFORCING POSITIVE DEVIATION- AMPLIFYING SELF-CHANGING MORPHOGENETIC EVEN NUMBER OF NEGATIVE OR OPPOSITE LINKS BALANCING NEGATIVE DEVIATION- COUNTERACTING SELF-REGULATING HOMEOSTATIC ODD NUMBER OF NEGATIVE OR OPPOSITE LINKS

REINFORCING (POSITIVE) FEEDBACK BIRTHS PER YEAR POPULATION S S (R)

BALANCING (NEGATIVE) FEEDBACK OPENING OF WARM WATER FAUCET SHOWER TEMPERATURE S S (B) DESIRED SHOWER TEMPERATURE O

The Future of China

China’s environmental problems are among the most severe of any major country, and are getting worse. The long list ranges from air pollution, biodiversity losses, cropland losses, desertification, disappearing wetlands, grassland degradation, and increasing scale and frequency of human- induced natural disasters, to invasive species, overgrazing, river flow cessation, salinization, soil erosion, trash accumula- tion, and water pollution and shortages. These…problems are causing enormous economic losses, social conflicts, and health problems within China…China’s large population, economy, and area also guarantee that its environmental problems will not remain a domestic issue but will spill over to the rest of the world, which is increasingly affected through sharing the same planet, oceans, and atmosphere with China, and which in turn affects China’s environment through globalization.” Jared Diamond, Collapse, 2005, p. 358

POVERTY TRANSPORT URBAN- IZATION ENERGY/ CO2 HEALTH WATER FOOD LAND ECONOMY POPULATION 1bn % Home % imports CHINA’S FUTURE

The Simulation

(optimizing) HUMAN WELFARE (broadly defined) (maintaining) LIFE SUPPORT SYSTEMS (integrity/ resilience) (ensuring) SOCIAL EQUITY (intra- & inter- generational) THE BIG ANSWER

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM

What should China do over the next 10 years by spending$1,000,000,000,000 to avoid overshoot and become ecologically, socially, and economically sustainable by 2040? Prime Minister to deliver a “National Sustainability Plan” address to the world in one hour. The plan to become a sustainable nation should be based on the very best “systems thinking” possible pinpointing interventions that have the greatest potential for synergistically achieving sustainability. Good Luck!

The Analysis… if we had the time

ECONOMIC GROWTH x UN/UNDER EMPLOYMENT x COAL/CARBON DEPENDENCE x WESTERN LIFESTYLE DESIRE x ENERGY/POWER DEMAND x AUTO/ROAD BOOM x ENDEMIC CORRUPTION x HYPER-URBANIZATION x RURAL-URBAN MIGRATION x URBAN-RURAL INEQUITY x POPULATION GROWTH x RURAL/URBAN POVERTY x SOCIAL DISCONTENT x DEMOCRACY DEMANDS x WATER DEFICITS x AIR POLLUTION x LAND/SOIL DEGRADATION x WATER POLLUTION x PUBLIC ILL-HEALTH x CROPLAND LOSSES x GRAIN HARVEST DECLINES x TOTAL CONSEQUENCES TOTAL CAUSES TOTAL CONNECTIONS AS VARIABLES BELOW RISE: ECONOMIC GROWTHUN/UNDER EMPLOYMENTCOAL/CARBON DEPENDENCEWESTERN LIFE STYLE DESIREENERGY/POWER DEMANDAUTO/ROAD BOOMENDEMIC CORRUPTIONHYPER-URBANIZATIONRURAL-URBAM MIGRATIONURBAN-RURAL INEQUALITYPOPULATION GROWTHRURAL/URBAN POVERTYSOCIAL DISCONTENTDEMOCRACY DEMANDSWATER DEFICITSAIR POLLUTIONLAND/SOIL DEGRADATIONWATER POLLUTIONPUBLIC ILL-HEALTHCROPLAND LOSSESGRAIN HARVEST DECLINESTOTAL CAUSES VARIABLES TO THE RIGHT WILL TEND TO:

ECONOMIC GROWTH x = UN/UNDER EMPLOYMENT x COAL/CARBON DEPENDENCE x WESTERN LIFESTYLE DESIRE + x ENERGY/POWER DEMAND + x AUTO/ROAD BOOM x ENDEMIC CORRUPTION x HYPER-URBANIZATION x RURAL-URBAN MIGRATION x URBAN-RURAL INEQUALITY + + x POPULATION GROWTH x RURAL/URBAN POVERTY x SOCIAL DISCONTENT x DEMOCRACY DEMANDS x 6 WATER DEFICITS x AIR POLLUTION x LAND/SOIL DEGRADATION x WATER POLLUTION x PUBLIC ILL-HEALTH x 8 CROPLAND LOSSES x + 7 GRAIN HARVEST DECLINES x 6 TOTAL CONSEQUENCES TOTAL CAUSES TOTAL CONNECTIONS AS VARIABLES BELOW RISE: ECONOMIC GROWTHUN/UNDER EMPLOYMENTCOAL/CARBON DEPENDENCEWESTERN LIFE STYLE DESIREENERGY/POWER DEMANDAUTO/ROAD BOOMENDEMIC CORRUPTIONHYPER-URBANIZATIONRURAL-URBAM MIGRATIONURBAN-RURAL INEQUALITYPOPULATION GROWTHRURAL/URBAN POVERTYSOCIAL DISCONTENTDEMOCRACY DEMANDSWATER DEFICITSAIR POLLUTIONLAND/SOIL DEGRADATIONWATER POLLUTIONPUBLIC ILL-HEALTHCROPLAND LOSSESGRAIN HARVEST DECLINESTOTAL CAUSES VARIABLES TO THE RIGHT WILL TEND TO:

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM PRIMARY CAUSES

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM PRIMARY CONSE- QUENCES

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM MOST CONNECTED 33 26

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM CAUSE- EFFECT RATIOS C C C C C C C E E E E E E E

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM ADDICTED TO GROWTH R

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM SUCCESS TO THE SUCCESSFUL (URBANIZED) SUCCESSFUL UNSUCCESSFUL

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM PHYSICAL GROWTH ENVTAL SCARCITY SOCIAL STRESS + - B + - B -+ R/B LIMITS TO GROWTH

CHINA’S DEVELOPMENT CHALLENGES HYPER- URBANIZATION RURAL- URBAN MIGRATION URBAN- RURAL INEQUALITY RURAL& URBAN POVERTY SOCIAL DISCONTENT POPULATION GROWTH DEMOCRACY DEMANDS SOCIAL WATER DEFICITS ENVIRONMENTAL AIR POLLUTION LAND/SOIL DEGRADATION PUBLIC ILL-HEALTH WATER POLLUTION CROPLAND LOSSES GRAIN HARVEST DECLINES ECONOMIC EXPONENTIAL ECONOMIC GROWTH WESTERN LIFE-STYLE DESIRE ENDEMIC CORRUPTION COAL/ CARBON DEPENDENCE UN/UNDER EMPLOYMENT ENERGY/ POWER DEMAND AUTO/ ROAD BOOM DECOUPLE LEAPFROG EQUALIZE RURALIZE SOCIALIZE ENVIRONMENT ENVIRONMENTALIZE SOCIAL SLOW,SHRINK PROTECT,RESTORE BUILD HUMAN- SOCIAL CAPITAL SIGNALS

EASING BACK FROM OVERSHOOT: NEW INFORMATION, RULES & GOALS EXTEND THE PLANNING HORIZON IMPROVE THE SIGNALS SPEED UP RESPONSE TIME MINIMIZE NONRENEWABLE RESOURCE USE HALT EROSION OF RENEWABLE RESOURCES SATISFY NONMATERIAL NEEDS NONMATERIALLY MAXIMUM RESOURCE USE EFFICIENCY SLOW/STOP EXPONENTIAL GROWTH

Brief Focus on China Eclipsed US in consumption of most basic resources (grain, meat, coal, steel)  Meat 67m tons (vs US 39 m)  Steel 258m tons (vs US 104m) What if China reaches US per capita consumption?  Expanding at 8% pa – it will reach US levels in 2031  Projected 1.45 billion people would consume:  2/3 of world’s grain harvest  Paper consumption would double world’s current production  Would require 99 million barrels of oil per day (current prod 84m b/day)  If China had 3 cars for 4 people (as in the US) its fleet would total 1.1 billion vehicles – current world fleet is 800 million India’s population by 2031 will be larger than China’s…