Scarce natural resources, recycling, innovation and growth [electronic resource] / Markus Merz.
2016
TD794.5 .M47 2016eb
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Title
Scarce natural resources, recycling, innovation and growth [electronic resource] / Markus Merz.
Author
ISBN
9783658120559 (electronic book)
365812055X (electronic book)
9783658120542
3658120541
365812055X (electronic book)
9783658120542
3658120541
Published
Wiesbaden : Springer Gabler, [2016]
Language
English
Description
1 online resource (x, 118 pages)
Call Number
TD794.5 .M47 2016eb
Dewey Decimal Classification
363.72/82
Summary
This thesis uses neoclassical growth models to evaluate what effect the limited availability of nonrenewable resources has on the economyℓ́ℓs (worldℓ́ℓs) growth potential. Markus Merz concludes that recycling may serve as a mid-term solution to continued growth, but technological progress is needed in the long-run. The theoretical analysis starts with the well-known Dasgupta-Heal model and considers the effect of recycling and technological progress on the resource constraints; resource-augmenting and backstop technology are analyzed. After a thorough analysis of the models it is concluded that the ultimate solution to long-term economic growth is a backstop technology. Contents ℓ́Ø An Introduction to Economic Growth Theory ℓ́Ø The Dasgupta-Heal Model ℓ́Ø Recycling as a Source of Regeneration ℓ́Ø Technological Progress Target Groups ℓ́Ø Teachers and students of economics with a focus on economic growth theory and natural resource economics ℓ́Ø Executives and consultants in the field of natural resource, energy politics and in energy companies About The Author Markus Merz is a research fellow at the Department of Banking, University of Tuebingen. His research interests are access to finance, finance and growth and microeconomics of banking.
Bibliography, etc. Note
Includes bibliographical references (pages 112-118).
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Series
BestMasters.
Available in Other Form
Print version: 9783658120542
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Table of Contents
An Introduction to Economic Growth Theory
The Dasgupta-Heal Model
Recycling as a Source of Regeneration
Technological Progress.
The Dasgupta-Heal Model
Recycling as a Source of Regeneration
Technological Progress.