Sustainability: an economist’s perspective Introduction.

Slides:



Advertisements
Similar presentations
Importance of Sustainable Development Indicators Ted Heintz Department of the Interior Office of Policy Analysis.
Advertisements

Environmental and Ecological Economics We cannot solve problems by using the same kind of thinking we used when we created them. -Attributed to Albert.
Ecological Economics Lecture 08 Rui Mota Researcher Tiago Domingos Assistant Professor Environment and Energy Section Department of Mechanical Engineering.
Sustainable Cities Dr Andrew Tallon Department of Geography and Environmental Management, UWE.
1 School of Oriental & African Studies Reducing Food Price Volatility for Food Security & Development: G20 Action December 2010 Andrew Dorward Centre for.
Section 3/6/2009  VSL  Static vs. Dynamic Efficiency (Example: optimal extraction of a non-renewable resource)  Defining/ measuring scarcity  Definitions.
ECON 4925 Resource Economics Autumn 2010 Lecture 1 Introduction Lecturer: Finn R. Førsund Lecture 1.
Lecture 20: The Environment and Development
Chapter 20 Sustainable Development Norton Media Library Dwight H. Perkins Steven Radelet David L. Lindauer.
ERE5: Efficient and optimal use of environmental resources
SEJARAH PEMIKIRAN EKONOMI Prof. Jamal Pemikiran Ekonomi Sustainomics.
ERE9: Targets of Environmental Policy Optimal targets –Flow pollution –Stock pollution When location matters Steady state –Stock-flow pollutant Steady.
Sustainability: A systems view John Rueter Environmental Sciences Program Portland State University.
Lecture 22: The Environment and Development
Lecture Accounting for the environment: Examples Lecturer: Dr. Justus Wesseler, Wageningen University Literature:Perman et al. (2003), Ch.18 Eric Neumayer:
Sustainable Development Managing for a healthy economy and healthy ecosystems UAU 101 Seminar 1.
Sustainable Societies: Theory and Practice Zbigniew Bochniarz University of Washington Dubrovnik, September 6, 2014.
Economics of abiotic resources
Economic Institutions for Sustainable, Just and Efficient Food System Joshua Farley Community Development and Applied Economics Gund Institute for Ecological.
Technology, innovation and sustainable production Course presentation And Introductive concepts.
Their Causes and Sustainability Environmental Problems:
Ecological Economics Tiago Domingos Assistant Professor Environment and Energy Section Department of Mechanical Engineering Doctoral Program in Climate.
Life Impact | The University of Adelaide University of Papua New Guinea Economic Development Lecture 12: Environment.
Australian Government Economic Goals. Economic Goals 1.The goal of strong and sustainable economic growth 2.The goal of low inflation 3.The goal of full.
SUSTAINABLE DEVELOPMENT: A Challenge for Engineers Ata M. Khan March 2002.
Environmental Economics Class 6. Concepts Static efficiency Dynamic efficiency Static efficiency allows us to evaluate those circumstances where time.
Sustainable Development Santo Dodaro Econ 305 Stfx University
Economy as Biophysical system  Laws of physics  Can’t make something from nothing, or vice versa  Can’t do work without energy  Entropy increases.
The theory of Green Accounting Rui Mota Tel Ext Tiago Domingos May 2009.
Chapter 11 Slide 1 Copyright © 2003 Pearson Education, Inc.
Sustainable Development, Energy and Environment Lecture 05 Paulo Ferrão Full Professor Tiago Domingos Assistant Professor Rui Mota Researcher IN+, Centre.
National Accounts and Measures of Sustainability Rui Mota Tel Ext Tiago Domingos October 2011.
Ecological Economics Lecture 08 Tiago Domingos Assistant Professor Environment and Energy Section Department of Mechanical Engineering Doctoral Program.
“The Problem of the Commons: Still Unsettled after 100 Years” by Robert N. Stavins From the problem of overfishing……to climate disruption.
Ecological Economics Lecture 07 6th May 2010 Tiago Domingos Assistant Professor Environment and Energy Section Department of Mechanical Engineering Collaboration:
Market Efficiency and Market Failure Autumn 2011.
Sustainability. Four Types of Sustainability Environmental Social Economic Human.
 Goods or services that are not manufactured, but have some value to humans  Some examples: metals of the earth, biosphere, forests, grasslands, wetlands,
How nature works. How the environment effects us. How we effect the environment. How we can live more sustainably without degrading our life-support.
Efficient Allocation of a Non-renewable Mineral Resource Over Time Monday, March 13.
Natural Resource Management Principles
3.2 Natural Capital Adapted from: %20Environmental%20Systems%20and%20Societies% Human.
Environmental Economics Sedef Akgüngör Lecture 3.
Sustainable Development Part 1: Measuring sustainability.
 A stock in an ecosystems that can provide valuable goods or services to humans  Forest = timber = $$
Market Efficiency and Market Failure Autumn 2012.
Natural Resource Accounting Session Objectives: l Interpret the results of natural resource accounting l Develop policies based on the results of resource.
Efficient Allocation of a Non-renewable Mineral Resource Over Time Wednesday, March 2.
Introduction to Sustainable Engineering. Be Prepared for Energy Engineering Technology Discussion Discuss what you (learner) know about sustainability.
May 7, 2009 Discussion Materials (draft) “Sustainable Development Dilemma” By the Woosh Team – 1 st IDEAS Family (supervised by Thompson & Thomson Co.)
A Framework for Constructing Indicators for Policies to enhance Sustainable Development Keynote speech at The Conference of European Statisticians, June.
National accounts: Part 1 MEASUREMENT ECONOMICS ECON 4700.
Green Accounting. EU Policy Context Lisbon (economic and social) Gothenburg (environment) Climate change Sustainable transport Public health Resource.
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.
Sustainable development An introduction Sustainable development Prof. Melania Muñoz Sustainable development Prof. Melania Muñoz.
Unit H Being Green Chapter 23: Ecological Economics.
Sustainable development. What is sustainable development ?  The central and most needed part of policy development  Sustainable development is development.
CEU/UNDP Summer school on Stainable Human Development Human development and sustainability Dr. Andrey Ivanov Human Development Advisor United Nations Development.
B ENCHMARK : SC.912.L By: Kassandra Fallon P. 5.
Sustainability Emma Green & Courtenay Squire. Table of Contents ⸗Sustainable Development ⸗Effect of Sustainability on the Economy ⸗Economic Sustainability.
OECD Horizontal Task Force on Green Growth Indicators OECD STD, ECO, ENV, STI, IEA Green growth strategy Measuring progress through indicators.
Macroeconomic Indicators
Technology, innovation and sustainable production
Ecosystem Health & Sustainable Agriculture Project Definitions of Sustainability – sustainable rural development and sustainable agriculture Christine.
Defining Sustainability / Sustainable Development
SE Reliance on and depletion of fossil fuels
Sustainability Ecosystems have sustained themselves for billions of years on Earth by using solar energy and recycling nutrients. If we take our lessons.
The Environment in Introductory Economics Three Global Development and Environment Institute textbooks: Microeconomics in Context Macroeconomics in Context.
Sustainability.
Environmental Problems, Their Causes, and Sustainability
Presentation transcript:

Sustainability: an economist’s perspective Introduction

Sustainability: an economist’s perspective What is Sustainability Over 60 definitions (see Pezzey 1989) WECD definition 1987p 43 (Gro Brundtland etal) “development that meets the needs of the present without compromising the ability of the future generarion to meet thir needs

Definition of SD continued Pearce and Warford’s definition (1993 p. 49): “development that secures increase in welfare of the current generation provided that welfare in the future does not decrease” Pearce and Turner’s Working Definition of Sustainable Development “Involves maximising the net benefits of economic development, subject to maintaining the service and quality of natural resources over time” (Pearce and Turner 1990,p.24)

Implications of the above working definition: –Renewable resources should be utilised at a rate equal to or less than their rate of natural regeneration. –Non renewable resources should be utilised in an optimal efficient manner, subject to: Resource substitution, especially with productive capital and reproducible capital. Technological availability and the likelihood of technological progress.

Conditions fro sustainability Maintaining a minimum population Reducing poverty Optimal depletion of non-renewable resources. Optimal depletion of renewable resources Preventing environmental degradation Improving energy efficiency

Optimal depletion of renewable resources Maintain constant stock Maximize service to that given stock Prevent rent dissipation Reduce externality

Preventing environmental degradation Damaging use dominates the non- damaging use and not vice versa Damaging use of the environment by an individual is rational in the absence of the following: –A social conscience –Informal community sanction –Formal legal sanction

Instruments for measurement for SD GDP NDP (GDP – depreciation of capital)

Problems with NDP Fails to take account the non-market benefits of growth Costs associated with growth is not separated out Does not take into account any amenity loss from production (quality of of water, quality of air, wildlife loss and reduction in open space)

New measure Net social welfare –NDP + Non market benefits – growth cost – amenity loss

Sustainability: an economist’s perspective Conclusion