The Economics of Optimal Growth Pathways


Book Description

Every society aspires to be prosperous. It also endeavors to minimize the side effects of economic growth. This book entitled The Economics of Optimal Growth Pathways addresses numerous trade-offs faced by society to achieve prosperity and explores the best possible growth pathways. The theories explored in this book serve as a springboard to better understand key challenges and aspects of the economy, including food security, land use, forest and resource management, capital markets and interest rates, oil and gas extraction, fish and marine resources, saving and investment, and climate change. This book elucidates the concept of optimal economic growth pathways while addressing the challenges faced in natural resources and life on the planet. It will be relevant to students and researchers interested in resource and environmental economics.




The Economics of Optimal Growth Pathways


Book Description

Every society aspires to be prosperous. It also endeavors to minimize the side effects of economic growth. This book entitled The Economics of Optimal Growth Pathways addresses numerous trade-offs faced by society to achieve prosperity and explores the best possible growth pathways. The theories explored in this book serve as a springboard to better understand key challenges and aspects of the economy, including food security, land use, forest and resource management, capital markets and interest rates, oil and gas extraction, fish and marine resources, saving and investment, and climate change. This book elucidates the concept of optimal economic growth pathways while addressing the challenges faced in natural resources and life on the planet. It will be relevant to students and researchers interested in resource and environmental economics. S. Niggol Seo is a natural resource economist who specializes in the study of global warming and globally shared goods. Born in 1972, he received a PhD degree in environmental and natural resource economics from Yale University in 2006 and has been a professor in the UK, Spain, and Australia from 2006 to 2015. He previously worked on various World Bank projects on climate change in Africa, Latin America, and Asia. He received an Outstanding Applied Economic Perspectives and Policy Article Award from the Agricultural and Applied Economics Association in Pittsburgh in June 2011. He is currently at the Muaebak Institute of Global Warming Studies.







Green Growth That Works


Book Description

Rapid economic development has been a boon to human well-being, but comes at a significant cost to the fertile soils, forests, coastal marshes, and farmland that support all life on earth. If ecosystems collapse, so eventually will human civilization. One solution is inclusive green growth--the efficient use of natural resources. Its genius lies in working with nature rather than against it. Green Growth That Works is the first practical guide to bring together pragmatic finance and policy tools that can make investment in natural capital both attractive and commonplace. Pioneered by leading scholars from the Natural Capital Project, this valuable compendium of proven techniques can guide agencies and organizations eager to make green growth work anywhere in the world.




Handbook on Optimal Growth 1


Book Description

The problem of efficient or optimal allocation of resources is a fundamental concern of economic analysis. This book provides surveys of significant results of the theory of optimal growth, as well as the techniques of dynamic optimization theory on which they are based. Armed with the results and methods of this theory, a researcher will be in an advantageous position to apply these versatile methods of analysis to new issues in the area of dynamic economics.




Pathways from the Periphery


Book Description







Optimal Economic Growth with Exhaustible Resources


Book Description

"Half Title"--"Title Page" -- "Copyright Page" -- "Contents" -- "1. Introduction and Overview" -- "1.1 Introduction and Scope of the Study" -- "1.2 A Survey of the Existing Literature" -- "1.3 An Overview of the Study" -- "2. Model Description and Optimality Conditions" -- "2.1 Model Description" -- "2.2 Optimality Conditions" -- "2.3 Economic Interpretation of the Optimality Conditions" -- "2.4 Steady State Equilibria" -- "2.5 Optimality of Exhausting the Resources in Finite Time" -- "3. Optimal Growth Paths for Cobb-Douglas Technologies" -- "3.1 Cobb-Douglas Technology, No Technical Progress" -- "3.1.1 Preliminaries" -- "3.1.2 Optimal Trajectories From Balanced Endowments" -- "3.1.3 A Numerical Example" -- "3.1.4 Optimal Trajectories From Arbitrary Endowments" -- "3.1.5 Numerical Examples" -- "3.2 Cobb-Douglas Technology With Technical Progress" -- "3.2.1 The Modified Model" -- "3.2.2 Optimal Trajectories From Balanced Endowments" -- "3.2.3 Optimal Trajectories From Arbitrary Endowments" -- "3.2.4 Numerical Examples" -- "3.3 A Brief Summary" -- "4. Optimal Growth Paths Under Max-Min Welfare Functional" -- "4.1 Introduction" -- "4.2 The Max-Min Model" -- "4.3 Analysis of Optimality Conditions" -- "4.4 Optimal Trajectories From Arbitrary Endowments" -- "4.5 A Numerical Example" -- "4.6 A Brief Summary" -- "5. Conclusions" -- "5.1 Main Conclusions of the Study" -- "5.2 Suggestions for Future Research




Energy and Economic Growth


Book Description

Access to new sources of energy and their efficient conversion to provide useful work have been key drivers of economic growth since the industrial revolution. Western countries now need to transform their energy systems and move away from the single-minded pursuit of economic growth in order to reduce our carbon emissions, and to allow the environmental space for other countries to develop in a more sustainable way. Achieving this requires understanding of the dynamics of economic and industrial change with appreciation of the dependence of economies on ecological systems. Energy and Economic Growth thus examines the links between three issues: history of energy sources, technologies and uses; ecological challenges associated with the current dominant economic growth paradigm; and the future low carbon energy transition to mitigate human-induced climate change. Providing a historical understanding of the relevant connections between physical, social and economic changes, the book enables the reader to better understand the connection between their own energy use and global economic and environmental systems, and to be able to ask the right questions of our political and business leaders. This is a valuable resource for students, scholars and policy makers with an interest in energy, climate change and economic thinking.