If You Really Want To Save The Environment

1994 ◽  
Vol 10 ◽  
pp. 59-70 ◽  
Author(s):  
Ted Trainer

It is important to distinguish between two sorts of greenies. First there are those who think that the environmental problem can be solved by more attention to clearing up, or minimising in future, the damage caused by industrial-affluent society. Most environmentally concerned people are in this category, calling for things like more pollution control, but having no recognition of any need to question our affluent lifestyles or the rate of producing and consuming and economic growth their society involves. The first part of the following discussion argues that this common position is mistaken, that there is no chance of solving the environment problem without facing up to drastic reduction in GNP and ‘living standards’.Unfortunately there are at present few greenies of the second type; people who realise that environmental damage is just one more huge problem being generated by our unsustainable ‘growth and greed’ society. There is no more important issue for environmental educators to focus on than the question of whether it is sufficient to patch up the damage being caused while plunging on down the track to ever-greater affluence and GNP, or whether the problems can only be solved by fundamental transition to a very different society, a radical conserver society. The argument below is that there is no chance of solving the environment problem nor any of the other major global problems facing us unless we move to lifestyles, patterns of settlement, values, and especially to an economic system which permit us to live well on far lower rates of per capita resource use and environmental impact that we have at the present in countries like Australia.

2018 ◽  
Vol 6 (2) ◽  
Author(s):  
Arie Herlambang

Basically, nature has the ability to perform the restoration of environmental damage caused by increased human activity, but because of the limited carrying capacity, then the environment has decreased the quality from year to year. In saving the environment, technology plays a role in reducing the risk of pollution, increased efi siensi process, and creating processes and environmentall friendly products, monitoring and prediction of environment quality, environmental pollution control, restoration and environmental improvement. Waste Technology (end of pipe technology) are widely used to cope with environmental pollution, both for liquid waste, solid and air. Waste processing technology developed for the waste can be in accordance with quality standards thathave been established, while monitoring technology has been developed either manually or automatically. For recovery and improvement of technology has been developed remedies and restoration that rely on bacteria in nature.Keywords: end of pipe technology, reuse, recycle, reduce (3R), carrying capacity, and environment pollution


2021 ◽  
Vol 14 (2) ◽  
pp. 116-128
Author(s):  
Wenjun Yan

Abstract In 2015, the All-China Environment Federation v Dezhou Jinghua Group Zhenhua Corporation Limited case was the first civil environmental public interest litigation (CEPIL) against air pollution in China. Constituting a milestone in the field of air pollution control in China, this case (i) confirms the eligibility of a non-governmental organisation (NGO) to file civil public interest litigations; (ii) discusses remedies for the ecological destruction caused by air pollution; (iii) assesses the ecological and environmental damage using the ‘virtual restoration cost’ method; and (iv) uses public apology as an innovative way for Zhenhua to assume liability. By applying and interpreting several important rules under the Environmental Protection Law of China (EPLC) for the first time, this case sets an example for future CEPILs against air pollution in China.


2001 ◽  
Vol 6 (3) ◽  
pp. 283-311 ◽  
Author(s):  
Dennis Anderson

The paper first presents evidence from the engineering literature on air and water pollution control, which shows that, when the pollution abatement technologies are in place, large reductions in pollution have been achieved at costs that are small relative to the costs of production. A simulation model is then developed to study the effects of technical progress on pollution abatement, and applied to particular cases in developing countries. The results are compared with the projections of an environmental Kuznets curve: they reproduce the latter if policies were not to be introduced until per capita incomes reached levels comparable to those of the industrial countries when they first introduced their policies; but show dramatically lower and earlier peaks if policies were to be introduced earlier. The conclusion is shown to apply more generally, and it is argued that developing countries can aspire to addressing their environmental problems at a much earlier phase of development than the industrial countries before them.


Author(s):  
Jean Louis Weber

Environmental accounting is an attempt to broaden the scope of the accounting frameworks used to assess economic performance, to take stock of elements that are not recorded in public or private accounting books. These gaps occur because the various costs of using nature are not captured, being considered, in many cases, as externalities that can be forwarded to others or postponed. Positive externalities—the natural resource—are depleted with no recording in National Accounts (while companies do record them as depreciation elements). Depletion of renewable resource results in degradation of the environment, which adds to negative externalities resulting from pollution and fragmentation of cyclic and living systems. Degradation, or its financial counterpart in depreciation, is not recorded at all. Therefore, the indicators of production, income, consumption, saving, investment, and debts on which many economic decisions are taken are flawed, or at least incomplete and sometimes misleading, when immediate benefits are in fact losses in the long run, when we consume the reproductive functions of our capital. Although national accounting has been an important driving force in change, environmental accounting encompasses all accounting frameworks including national accounts, financial accounting standards, and accounts established to assess the costs and benefits of plans and projects. There are several approaches to economic environmental accounting at the national level. Of these approaches, one purpose is the calculation of genuine economic welfare by taking into account losses from environmental damage caused by economic activity and gains from unrecorded services provided by Nature. Here, particular attention is given to the calculation of a “Green GDP” or “Adjusted National Income” and/or “Genuine Savings” as well as natural assets value and depletion. A different view considers the damages caused to renewable natural capital and the resulting maintenance and restoration costs. Besides approaches based on benefits and costs, more descriptive accounts in physical units are produced with the purpose of assessing resource use efficiency. With regard to natural assets, the focus can be on assets directly used by the economy, or more broadly, on ecosystem capacity to deliver services, ecosystem resilience, and its possible degradation. These different approaches are not necessarily contradictory, although controversies can be noted in the literature. The discussion focuses on issues such as the legitimacy of combining values obtained with shadow prices (needed to value the elements that are not priced by the market) with the transaction values recorded in the national accounts, the relative importance of accounts in monetary vs. physical units, and ultimately, the goals for environmental accounting. These goals include assessing the sustainability of the economy in terms of conservation (or increase) of the net income flow and total economic wealth (the weak sustainability paradigm), in relation to the sustainability of the ecosystem, which supports livelihoods and well-being in the broader sense (strong sustainability). In 2012, the UN Statistical Commission adopted an international statistical standard called, the “System of Environmental-Economic Accounting Central Framework” (SEEA CF). The SEEA CF covers only items for which enough experience exists to be proposed for implementation by national statistical offices. A second volume on SEEA-Experimental Ecosystem Accounting (SEEA-EEA) was added in 2013 to supplement the SEEA CF with a research agenda and the development of tests. Experiments of the SEEA-EEA are developing at the initiative of the World Bank (WAVES), UN Environment Programme (VANTAGE, ProEcoServ), or the UN Convention on Biological Diversity (CBD) (SEEA-Ecosystem Natural Capital Accounts-Quick Start Package [ENCA-QSP]). Beside the SEEA and in relation to it, other environmental accounting frameworks have been developed for specific purposes, including material flow accounting (MFA), which is now a regular framework at the Organisation for Economic Co-operation and Development (OECD) to report on the Green Growth strategy, the Intergovernmental Panel on Climate Change (IPCC) guidelines for the UN Framework Convention on Climate Change (UNFCCC), reporting greenhouse gas emissions and carbon sequestration. Can be considered as well the Ecological Footprint accounts, which aim at raising awareness that our resource use is above what the planet can deliver, or the Millennium Ecosystem Assessment of 2005, which presents tables and an overall assessment in an accounting style. Environmental accounting is also a subject of interest for business, both as a way to assess impacts—costs and benefits of projects—and to define new accounting standards to assess their long term performance and risks.


2019 ◽  
Vol 1 (3) ◽  
pp. 71
Author(s):  
Muhammad Fajri Setia Trianto ◽  
Evi Yulia Purwanti

The economy that continues to grow has the impact of environmental damage. This study aims to prove empirically the Environmental Kuznets Curve (EKC) hypothesis by analyzing the relationship of economic growth with environmental damage as measured by GDP per capita, and CO2 emissions. The data used are secondary data in the form of data on GDP per capita, CO2 emissions, population growth, inflation, and control of corruption in 10 countries in the ASEAN region in 2002-2016. Data analysis using the Fixed Effect model. The results show that there is a relationship between economic growth and environmental damage that forms an inverted U curve. Economic growth will initially have a positive effect on environmental damage so that at a point of economic growth negatively affects environmental damage. By adding control variables: population growth, inflation and corruption, inflation and corruption positively impact environmental damage, while population negatively affect environmental damage.


Water Policy ◽  
2016 ◽  
Vol 18 (6) ◽  
pp. 1454-1472 ◽  
Author(s):  
Milja Heikkinen ◽  
Paula Schönach ◽  
Ilmo Massa

Here, we analyze the construction and politicization of the environmental problems created by the urban wastewater overflows in the area of the Vantaa River, Finland, between 2004 and 2015. The contradictory uses and values of the river as a wastewater channel and important recreational haven with widely acclaimed ecological values forms the context of this case study. We investigate what types of environmental problem are caused by urban wastewater overflows, how the various stakeholders define the problem, and possible solutions to it. The analysis is based on written materials produced by individuals associated with the problem, applying the method of content analysis. We identify various stages in the evolution of the problem and suggest ways in which cooperation between stakeholders can be enhanced to minimize environmental damage and social harm. These include formulating a common goal, improved mutual information sharing, realistic and clearly communicated plans for technological improvements, and a common understanding of the timescales used for the anticipated results.


1981 ◽  
Vol 1981 (1) ◽  
pp. 429-435 ◽  
Author(s):  
Stuart A. Horn ◽  
Captain Phillip Neal

ABSTRACT At 1900 hours on July 19, 1979, the 288,000-deadweight-ton (dwt) Atlantic Empress and the 207,000-dwt Aegean Captain collided in the Caribbean Sea. In the fiery aftermath of the accident, 27 crewmen lost their lives. There was a strong possibility that a total of 3.5 million barrels of crude oil would be spilled; this would have been the largest spill to that time. Nearby islands with their tourist beaches and coral reefs were threatened. And yet, even though the Atlantic Empress eventually sank after burning for 14 days, no oil came ashore and no indications of any environmental damage were observed. This paper provides a chronicle of the events of the days following the collision, including (1) activation of the Clean Caribbean Cooperative equipment stockpile, (2) airlifting 13 planeloads of ftrefighting foam, oil transfer gear, dispersants and pollution control equipment, (3) assembling an expert response team with an operation based on Trinidad, (4) providing four single-engine aircraft dispersant-spraying capability, and (5) mounting a major firefighting effort on board the burning ship. The Atlantic Empress was the largest ship ever to sink. However, through a coordinated response effort and considerable assistance from natural forces, no harmful pollution resulted.


2004 ◽  
Vol 18 (3) ◽  
pp. 147-172 ◽  
Author(s):  
Kenneth Arrow ◽  
Partha Dasgupta ◽  
Lawrence Goulder ◽  
Gretchen Daily ◽  
Paul Ehrlich ◽  
...  

This paper articulates and applies frameworks for examining whether consumption is excessive. We consider two criteria for the possible excessiveness (or insufficiency) of current consumption. One is an intertemporal utility-maximization criterion: actual current consumption is deemed excessive if it is higher than the level of current consumption on the consumption path that maximizes the present discounted value of utility. The other is a sustainability criterion, which requires that current consumption be consistent with non-declining living standards over time. We extend previous theoretical approaches by offering a formula for the sustainability criterion that accounts for population growth and technological change. In applying this formula, we find that some poor regions of the world are failing to meet the sustainability criterion: in these regions, genuine wealth per capita is falling as investments in human and manufactured capital are not sufficient to offset the depletion of natural capital.


1986 ◽  
Vol 24 (3) ◽  
pp. 395-422 ◽  
Author(s):  
Neva Seidman Makgetla

Zambia has faced an economic crisis since 1975. Living standards for most of the population have deteriorated sharply, with falling real wages and a drop in G.D.P. per capita by about a quarter. At the same time, the gap between the high- and low-income groups has probably widened.Zambia's economic difficulties originated in international factors. In the two decades of independence, and unusually high degree of external dependency, inherited from the colonial era, continued to chatacterise the economy. Imported inputs accounted for at least one-third of all costs in mining and manufacturing, as may be seen from Table I. Meanwhile, the production of copper and relate minerals contributed a steady nine-tenths of export revenues. But in 1975, the terms of trade for copper plummeted by nearly 50 per cent, and merchandise imports promptly contracted by almost one-quarter, seriously affecting production. Since then the price of copper has stagnated.


1993 ◽  
Vol 4 (1) ◽  
pp. 98-119
Author(s):  
N. Kakwani ◽  
K. Subbarao

The main objective of this paper is to measure changes in living conditions in one hundred and ten countries of the World during the period 1961 to 1990. Our concern is whether the economic and social gap is narrowing or widening. We also examine in which countries has there been a consistent improvement in average living standards. The standard of living is measured in terms of (a) per capita income, (b) life expectancy at birth and (c) infant mortality rate. The justification of these indicators is provided in terms of functionings and capabilities.


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