Dynamic pollution regulation with endogenous technological change by Michael D. Jaspin

Cover of: Dynamic pollution regulation with endogenous technological change | Michael D. Jaspin

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  • Pollution -- Econometric models.,
  • Economic development -- Environmental aspects.

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Statementby Michael D. Jaspin.
The Physical Object
Pagination97 leaves, bound :
Number of Pages97
ID Numbers
Open LibraryOL15443256M

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Part of the Annals of the International Society of Dynamic Games book series (AISDG, volume 2) Abstract. This paper develops a model of endogenous growth with environmental pollution. Performance versus design standards in the regulation of pollution, Journal of Public Economics, 34, pp.

19–44, Endogenous technological change Cited by: First version: Ma ; Current version: J - Version In this paper, we develop an endogenous growth model that integrates skill driven technological change, human capital. Advanced economies have experienced a tremendous increase in material well- being since the industrial revolution.

Modern innovations such as personal computers, laser surgery, jet airplanes, and satellite communication have made us rich and transformed the way we live and work.

But technological change has also brought with it a variety of social problems.5/5(3). Downloadable. This paper presents an analytical and numerical comparison of the welfare impacts of alternative instruments for Dynamic pollution regulation with endogenous technological change book protection in the presence of endogenous technological innovation.

We analyze emissions taxes and both auctioned and free (grandfathered) emissions permits. We find that under different Dynamic pollution regulation with endogenous technological change book of circumstances each of the three policies may induce a Cited by:   ELSEVIER Journal of Public Economics 57 () JOURNAL OF Environmental quality and pollution-augmenting technological change in a two-sector endogenous growth model A.

Lans Bovenberga'b'`'*, Sjak Smuldersd aCentER for Economic Research, Tilburg University, P.O. BoxLE Tilburg, Netherlands Research Centre for Economic Policy (OCFEB), Erasmus Cited by: Nonpoint source pollution control is a more complicated process than traditional analysis suggests.

Whether a new pollution abatement technology is developed exogenously or endogenously and the per unit reduction in the rate at which a pollutant associated with the use of a factor of production needed to produce an agricultural commodity due to this technology enters the environment are.

Growth in this model is driven by technological change that arises from intentional investment decisions made by profit-maximizing agents. The distinguishing feature of the technology as an input is that it is neither a conventional good nor a public good; it is a nonrival, partially excludable good.

The research of the relationship between environmental regulation and immigration of pollution Pollution Havens A Two-Country Dynamic Framework technological change is endogenous this. The interactions of legal environment regulation and supervised environment regulation with technological innovation and their impacts on energy consumption are basically consistent with the results obtained in the full sample (see columns 3, 4, 5 and 6, Table 5).

These results show that legal environment regulation and supervised environment. Downloadable. This paper develops a simple model of a polluting industry and an innovating firm. The polluting industry is faced with regulation and costly abatement.

Regulation may be taxes or marketable permits. The innovating firm invests in R&D and develops technologies which reduce the cost of pollution abatement. The innovating firm can patent this innovation and use a licensing fee to. Technological change is an important determinant of future standards of living, particularly in a society facing natural resource depletion coupled with increasingly stringent environmental regulations.

Therefore, the impacts of regulations on technological change should be a central concern in the design of environmental policy. Dynamic regulation of human endogenous retroviruses mediates factor-induced reprogramming and differentiation potential Mari Ohnuki, a, 1 Koji Tanabe, a, 2 Kenta Sutou, a Ito Teramoto, a Yuka Sawamura, a Megumi Narita, a Michiko Nakamura, a Yumie Tokunaga, a Masahiro Nakamura, a Akira Watanabe, a Shinya Yamanaka, a, b, 3 and.

Asako, K. (), 'Economic Growth and Environmental Pollution under the Max-Min Principle', Journal of Environmental Economic and Management 7, Bovenberg A.

and S. Smulders (), 'Environmental Quality and Pollution-Saving Technological Change in a Two-Sector Endogenous Growth Model', Center Discussion PaperTilburg University. This paper investigates upon the optimal amount of oil usage in an economy characterized by competitive firms and by a monopolistic innovator.

It is close in spirit to Denicolo and Parry There are two alternative oil saving technologies: the conventional one is promptly available to firms while the advanced one, providing more efficiency in oil saving, must be paid to the.

Its main topics include pollution, biodiversity, exhaustible resources and climate change. The integrating framework of the book is dynamic systems theory which offers a common basis for multidisciplinatory research and mathematical tools for solving complicated models, leading to.

Introduction. Haze pollution, which mainly comprises particulate matter ≤10 µm (PM10) and particulate matter ≤ µm (PM) in aerodynamic diameter [1,2], is a particularly serious is a type of atmospheric phenomenon that is formed by the accumulation of dust and smoke particles in relatively dry air, and the resulting atmospheric pollution is increasingly being.

Technological Change, and Climate Change October 8, endogenous growth theory. This theory argues that \ideas" are crucial for economic growth, of them from this use, either by regulation/patent law or by means of technical protection (e.g., via encryption).

Excludability is critical for ideas to be produced in the marketplace. Fredriksson, List, and Millimet () and Millimet and Roy () also find that environmental regulation plays a role in the location outcome of FDI into the United States, and both studies highlight the importance of treating environmental regulation as endogenous, because the influx of FDI can lead to a change in environmental regulation.

Environmental policies before China’s economic reform a brief history 2. For many years before China’s reform of the economic system inpollution was a so-called nonissue in China [].For example, only a few regulatory standards (largely oriented to occupational health) based on Soviet practice were promulgated in and revised in but were almost ineffective [].

Abstract. In this paper we study the impact of environmental pollution in an endogenous growth model with endogenous structural change. The paper allows for both horizontal and vertical innovations where newer technologies are less polluting compared to older ones.

Bovenberg, Lans A. and Smulders, Sjak () Environmental quality and pollution-augmenting technological change in a two-sector endogenous growth model. Journal of Public Econom. Fundamental concepts in the economics of technological change Schumpeter and the gale of creative destruction Production functions, productivity growth, and biased technological change Technological change and endogenous economic growth 3.

Invention and innovation The induced innovation approach Search the world's most comprehensive index of full-text books. My library. Environment pollution is a wide-reaching problem and it is likely to influence the health of human populations is great.

This paper provides the insight view about the affects of environment pollution in the perspective of air pollution, water and land/ soil waste pollution on human by diseases and problems, animals and trees/ plants. The Environment and Directed Technical Change† By Daron Acemoglu, Philippe Aghion, Leonardo Bursztyn, and David Hemous* This paper introduces endogenous and directed technical change in a growth model with environmental constraints.

The finalgood is pro-duced from “dirty” and “clean” inputs. We show that: (i) when inputs. AbstractClimate change and other environmental challenges require the development of new energy technologies with lower emissions.

In the near term, R&D investments, either by the government or the private sector, can reduce the costs of these lower-emitting technologies. However, the returns to R&D are uncertain, and there are many potential technologies that may emerge to play an important.

Control defines environmental pollution as any activity, by corporations or individuals, which compromises the health and/or environment of other persons in a localized area, where the causal link is clearly established.

There are seven categories of environmental pollution. (see Table ) Change Over Time in Environmental Pollution. With green development becoming a global movement, environmental tax has been adopted by many governments to promote green development.

This study analyzes the impact of environmental tax on green development by using a four-dimension dynamical system. The establishment of the system is based on the complex and dynamic interactions among economic development, pollution.

Progress Report: Environmental Policy and Endogenous Technical Change: A Theoretical & Empirical Analysis EPA Grant Number: R Title: Environmental Policy and Endogenous Technical Change: A Theoretical & Empirical Analysis Investigators: Opaluch, James J., Grigalunas, Thomas A., Jin, Di Institution: University of Rhode Island, Woods Hole Oceanographic Institution.

ENDOGENOUS GROWTH MODEL. Main features of endogeneous models are the internal origination of technological change, increasing returns to human and physical capitals. They are mainly a consequence of external effects such as learning-by-doing and monopolistic competition of new designs.

Technology standards, pollution permits, charges. The issues of water pollution as well as air pollution have also been addressed with technological progress over a broad area of East Asia since the s, when ASEAN countries formulated comprehensive environmental protection laws (the Philippines inMalaysia inThailand inand Indonesia in ).

For example, an initially-announced high price path may not be credible, since the endogenous technological change induced by the policy will reduce the social cost of carbon and thus reduce support for the high price path (Helm et al. @article{osti_, title = {Endogenous technical change and environmental regulation}, author = {Mendelsohn, R}, abstractNote = {A model of environmental regulation under uncertainty is developed to compare the effect of price versus quantity rules upon technical change.

Starting with Weitzman's model of regulation under uncertainty, endogenous technical change is added. The paper discusses questions resulting from a study of the interaction of exogenous shocks and environmental policy. In a model with pollution as a side effect of consumption environmental policy is introduced in the form of a consumption tax with or without a subsidy on eco-friendly investments.

In simulations we observe the dynamic behavior of models before and after sudden changes of. pollution regulation in three basic situations: 1.

Monitoring technology is unavailable and regulators only know whether firms operate i.e., they do not know firms’ input or output levels. In that case, weŽ. will argue that the only means to regulate pollution is through a uniform license. Dynamic Hypothesis: Reduce in air pollution and in diseases related to air pollution in Tehran from to Model Boundary Diagram: In this diagram, all the variables which can affect the model are shown.

In general, these variables can be divided into three groups (Table 1): Endogenous Variables: They are the variables. Application of control technology requires knowledge of source, effluents from the source, air pollution regulations and waste generated from the technology.

Some times it is possible to develop a successful air pollution control technology which leads to the problem of disposing the waste. The purpose of this paper is to study dynamic interactions among capital accumulation, environmental change and labor distribution.

We try to synthesize the growth mechanism in the neoclassical growth theory and the environmental dynamics in traditional models of environmental economics within a comprehensive framework with an alternative approach to household behavior. It is arranged in three parts: Part I of the book discusses the environment and growth.

There, Greiner and Semmler incorporate the role of environmental pollution into modern endogenous growth models and use recently developed dynamic methods and techniques to derive appropriate abatement activities that policymakers can institute.

capital accumulation and technological change account for much of the increase in output per hour worked. The second premise is that technological change arises in large part because of intentional actions taken by people who respond to market incentives.

Thus the model is one of endogenous rather than exoge-nous technological change. This does. Technology, in other words, is a double-edged sword-one capable both of doing and undoing damage to environmental quality.

In what follows, we look at technology .The Energy Journal,Endogenous Technological Change, (Special Issue #1), View citations (61) Mitigation Strategies and Costs of Climate Protection: The Effects of ETC in the Hybrid Model MIND The Energy Journal,Endogenous Technological Change, (Special Issue #1), View citations (16) See also Working Paper ().

For example, an active area for current research focuses on the role of endogenous technological change in making wind and solar power cheaper (e.g., Qiu and Anadon ; Van Benthem, Gillingham, and Sweeney ).

As we increasingly demand improved housing structures, more efficient air conditioning, and food sources that are more robust to.

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