3
Pre-requisites: Master's level microeconomics (IDEC8064, ECON8025 or equivalent), and basic calculus (IDEC8015, ECON2125, MATH1013 or equivalent).
1
false
IDEC8004
The course is designed to develop an understanding of the sustainability of entire nations, and of the world. Among the questions addressed are: How can sustainability be defined? Is it feasible, for either a nation or the world? How might national accounts be used to measure if a nation, or the world, is developing sustainably? This leads naturally to "ecological economics" questions. Are there any limits to the substitution of human-made capital for environmental resource inputs in making marketed goods, or of marketed goods for environmental quality and social coherence in making people happy? How uncertain and sudden might such limits be? Can they be detected by measuring the economy in physical rather than monetary units? <br /><br />Topics <br />* Scoping and defining sustainability and intergenerational equity <br />* Economic growth with depletable resources and/or pollution <br />* Measurement of sustainability and income: theory and empirics <br />* Environmental and sustainability policies <br />* Case study of greenhouse gas emission control <br />* Physical measures of sustainability, such as Ecological Footprints <br />* Environment and development: the Environmental Kuznets curve <a href="http://people.anu.edu.au/jack.pezzey/s8out1.pdf" target="_blank"></a>
1
false
11940
<p>Tutorial assignments: best 3 out of 5 Exercises (15%) and compulsory Essay (10%); <br />Mid-term Examination (25%); Final Examination (50%)</p>
1
1
<p>On successful completion of this course, you will be able to:</p><p>Distinguish between neoclassical and ecological definitions of, and assumptions relating to, the sustainability of both the global economy and national economies</p><p>Demonstrate an understanding of how resource non-renewability, nonrenewable resource substitutability and importance in production, exogenous or endogenous technical progress, declining interest rates and impatience all affect global and national sustainability</p><p>Use economic and environmental data to calculate, with suitable qualifications, the neoclassical sustainability of a nation's economy</p><p>Explain how and why different analyses of climate policy produce such different recommendations for controlling greenhouse gas emissions</p>Explain the strengths and weaknesses of ecological measures of national sustainability
3
Sustainability and Ecological Economics
6
6
<p><strong>Delivery Mode:</strong></p><p>On Campus </p>
<p>(1) Hanley, Nick, Jason F. Shogren and Ben White (2007a). "<a href="http://people.anu.edu.au/jack.pezzey/IDEC8004.html/HanleyEA2007Ch2.pdf">The economics of sustainable development</a>." Chapter 2 of Environmental Economics in Theory and Practice, 2nd edn. London, Palgrave Macmillan.</p><p>(2) Cole, Matthew A. (2003). "<a href="http://people.anu.edu.au/jack.pezzey/IDEC8004.html/Cole2003.pdf">Environmental optimists, environmental pessimists and the real state of the world - an article examining <em>The Skeptical Environmentalist: Measuring the Real State of the World </em>by Bjorn Lomborg.</a>" <em>Economic Journal</em>, 113, F362-F380.</p><p>(3). Nordhaus, William D. (1992). "<a href="http://people.anu.edu.au/jack.pezzey/IDEC8004.html/Nordhaus1992.pdf">Lethal Model 2: The limits to growth revisited</a>." <em>Brookings Papers on Economic Activity</em>, 2, 1-59. </p>
A draft textbook is available from the lecturer
6
Sust & Ecological Economics
Band 2
International and Developmental Economics
Access to the internet and a printer is needed
u8809295
3
4 contact hours per week; 6 study hours per week
2010