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MK. EKONOMI SUMBERDAYA ALAM DAN LINGKUNGAN. INTRODUCTION TO ECOLOGICAL ECONOMICS Greentax Sep. 7, 2004 Gary Flomenhoft-Gund Institute. Diunduh dari : smno.psdl.ppsub.2013. DIAGRAM LINGKAR MODEL EKONOMI. “EXTERNALITIES” SOCIETY. ?. ECONOMY. ?. ENVIRONMENT.
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MK. EKONOMI SUMBERDAYA ALAM DAN LINGKUNGAN INTRODUCTION TO ECOLOGICAL ECONOMICS Greentax Sep. 7, 2004 Gary Flomenhoft-Gund Institute Diunduhdari: smno.psdl.ppsub.2013
DIAGRAM LINGKAR MODEL EKONOMI “EXTERNALITIES” SOCIETY ? ECONOMY ? ENVIRONMENT
LINGKUNGAN sbg ‘SUBSET’ dari EKONOMI EKONOMI EKOSISTEM
EKONOMI NEO-KLASIK 1890- No Ingredients, only labor and capital P = f(L,K)= ALa.BKb(Cobb-Douglas multiplication) Labor (Chef ) = x ROTI? X Kapital(oven) Kapital(Mixing bowl)
EKONOMI NEO-KLASIK 1890- INFINITE SUBSTITUT-ABILITY: 2P = f(L,K)= 2ALa. 2BKb More Chefs x = More Bread? or Bigger Mixing bowl
Quotable Quotes • “There is no reason we can’t have a perfectly healthy economy with virtually no resources whatsoever” Robert Solow • “We can do without agriculture because it’s only 2% of the economy.” Norgaard? • “neo-classical economics is a form of brain damage” -- Hazel Henderson
EKONOMI - EKOLOGIS NO “EXTERNALITIES”
EKONOMI - EKOLOGIS Sietem Terbuka Hukum I : Konservasi Massa (some) (waste) ECONOMY
PAJAK HIJAU = GREEN TAX (some) ECONOMY (waste) 3 Ss: Sites Surface locations: ie: land Sources Sub-surface Resources Sinks Absorbtion of waste
EKONOMI - EKOLOGIS Entropi = disorder, randomness Hukum II: Entropiselalumeningkat (waste) ECONOMY (dissipated) LOW ENTROPY HIGH ENTROPY
EKONOMI - EKOLOGIS WHAT IS ANTI-ENTROPIC? (SYNTROPIC) (waste) ECONOMY LOW ENTROPY HIGH ENTROPY
EKONOMI - EKOLOGIS SISTEM TERTUTUP earth ECONOMY
SCALE-Full World or Empty World? Source: Ecological Economics Principles & Applications, Farley and Daly
MODEL SKY-TRUST (some) ECONOMY (waste) Sumberdaya Sub-surface Resources KeHulu…….!
Sky-Trust model Appendix : Key Features of U.S. Sky Trust Here are the key features of the proposed U.S. Sky Trust. o Carbon emissions cap set initially at 1.346 billion tons, the 1990 level o Tradable carbon emission permits sold annually to energy companies at the top of the carbon chain. o All revenue from permit sales goes into a nationwide trust. o Trust pays equal annual dividends to all U.S. citizens (like the Alaska Permanent Fund). o Dividends can be placed tax-free in Individual Retirement Accounts or Individual Development Accounts for children. o Initial price ceiling on carbon emission permits of $25 a ton; ceiling rises 7 percent a year for four years. o Transition Fund to help those most adversely affected by higher carbon prices. Fund starts at 25 percent of permit revenue, declines 2.5 percent per year.
“Golden Rule of Publicly held companies: “Maximization of Shareholder Value” Rational behavior: Externalize costs Influence politics to Seek subsidies and favors
QUOTABLE QUOTES “Altruism is evil and selfishness is a virtue.” -Ayn Rand “Few trends could so thoroughly undermine the very foundations of our free society as the acceptance by corporate officials of a social responsibility other than to make as much money for their stockholders as possible.” -Milton Friedman 1962
BIAYA REGULASI Annual Cost: $37-43 billion EPA conservative approach, Consistently overestimates costs, not considering least cost approach and technical innovation Annual Benefits: $121-193 EPA consistently underestimates benefits USING ACTUAL NOT THEORETICAL CASES BENEFITS OUTWEIGH COSTS 5:1
CONSILIENCE “~Resources are infinite and the economy can grow forever” (Julian Simon) “Anyone who thinks you can have infinite growth on a finite planet is either a madman or an economist” (Kenneth Boulding)
EKONOMI – EKOLOGIS: Human Development Growth = increase in throughput-quantitative Development Growth Development = qualitative improvement
EKONOMI – EKOLOGIS: POPULASI Demographic transition Theory Development Growth
EKONOMI – EKOLOGIS: POPULASI
EKONOMI – EKOLOGIS: SUKSESI HUTAN Development Growth Reorganization Aggredation Transition Steady-state (mature)
We hear: “There is no conflict between economic growth and environmental protection!”
GDP 1825: ~$200 BILLION 2000: $41,000 B ILLION OR $41 TRILLION =205X 1825 level.
Urbanization Agriculture Water diversions (e.g., reservoirs) Recreation, tourism development Pollution Domestic livestock, ranching 247 205 160 148 143 136 Sebab-sebabBencanaLingkungan Czech et al. 2000. Bioscience 50(7):593-601.
Mineral, gas, oil extraction Non-native species Harvest Modified fire regimes Road construction/maintenance Industrial development 134 115 101 83 83 81 Sebab-sebabBencanaLingkungan Czech et al. 2000. Bioscience 50(7):593-601.
SKENARIO DAYA DUKUNG K K-selection Individuals r-selection Time
K Natural capital allocated to wildlife GNP Natural capital allocated to human economy Time Czech, B. 2000. Economic growth as the limiting factor for wildlife conservation. Wildlife Society Bulletin 28(1):4-14.
KAPITAL SUMBERDAYA ALAM “We treat the earth like a business in liquidation.” Herman Daly Opportunity cost. Loss is not counted.
DAYA DUKUNG EKONOMI (“Plimsoll line”) K K-selection GNP r-selection Time
We Might Ask K What happens here? Economy of nature GGP Human economy
ALOKASI SUMBERDAYA ALAM KU X natural capital allocable KT Natural capital allocated to non-human economy GNP Natural capital allocated to human economy Time
Rivalness and Excludability • rival • My use leaves less for you to use • Excludable (property rights) • One person can keep another from using the good • Consumer must pay, market will supply Must have a price to work in the free market!
Rivalness and Excludability • Non-rival • My use does not leave less for you to use • Market sells for a price, discouraging use, but social cost of use = 0, therefore market should not supply • Non-excludable • One person can’t keep another from using the good • Consumer will not pay, market will not supply Must have a price to work in the free market!
Non-Excludable Excludable Open Access Regime: (misnamed: Tragedy of the commons) Oceanic fisheries, timberetc. from unprotected forests, air pollution, waste absorption capacity Market Good: Food, clothes, cars, land, timber, fish once captured, farmed fish, regulated pollution Rival} Potential market good (Tragedy of the “non-commons”)but inefficient: patented information, Pond, roads (congestible), streetlights Pure Public Good:climate stability, ozone layer, clean air/water/land, Biodiversity, information, habitat, life support functions, etc. Non-rival} Public beaches, gardens, roads, etc. Non-rival, congestible Private beaches, private gardens, toll roads, zoos, movies