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ABSTRACT: |
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Sustainable development means restructuring of global and national economies in such a way as to gain increased economic well-being including employment while reducing the impact on the world's ecosystem and natural resources. Corporations/industries have to contribute fully to humanity's attempts to seek a sustainable existence. A strong case can then be made for the development of accounting and reporting systems. This requires monitoring and recording of data that relates to the extent to which an organization is acting sustainably. Practical options are required at every stage so that any organization could adopt and apply a reporting system for sustainability. This paper proposes some practical ways of approaching accounting and reporting for sustainability.
INTRODUCTION: |
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The current accounting and reporting activity depends upon four factors.
The steps involved in environmental excellence are as follows.
These suggestions are largely experimental. Most of them are in current use somewhere in the world. For e.g.
Recent developments in reporting are of three categories
1. General narrative reports. Policy statements and selected elements of hard quantitative data.
2. Non-financial quantitative and qualitative data. Emission statements and/or reports on environmental audits.
3. Disclosure of environmental costing information- complete environmental accounts.
United Nation's Centre of Transnational Corporations summarizes the proposal on environmental accounting as follows:
1. Financial information: Disclosure of amount spent on environmental matters. Disclosure of environmental contingent liabilities. Disclosure of anticipated pattern of future environmental expenditure.
2. Non-financial information: Disclosure of organisational activity (in the environmental field) and environmental policy for the organization.
If the UN is successful in getting all nations to adopt their proposal, the companies can be expected to increase their financial disclosure within the current financial statements. This suggestion represents current best estimates of the ways in which environment reporting could develop methods commensurate with practical constraints on corporations and the demands of environmental accountability.
REPORTING FOR SUSTAINABILITY |
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Reporting for sustainability must consist statements about the extent to which corporations are reducing/increasing the options available to future generations. This is a profoundly complex, if not an impossible task. Three major ways in which any organisation could try to approximate in a fairly practical and systematic way which potentially lead to reporting are as follows.
1. Inventory approach
2. Sustainable cost approach
3. Resource flow through / input-output approach
The first two ways are attempts to report sustainability and the third is a move towards reporting for sustainability. The first two approaches and sustainability technology remain experimental until corporations are willing to work alongside researchers with exploratory models. In a broad sense, an utterly democratic approach sees accountability in general and sustainability reporting in particular as part of the dialogue between a society and its organisation.
INVENTORY APPROACH: |
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This concerns identifying, recording, monitoring and then reporting, probably in non-financial quantities, the different categories of natural capital and their depletion and/or enhancement. The different elements of critical, non-renewable / non-substitutable, non-renewable / substitutable and renewable natural capital thought to be under the control of the organisation would first be identified by the corporation as below.
SUSTAINABLE COST APPROACH: |
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A sustainable organisation is one, which leaves the biosphere in the same status at the end of the accounting period, as it was at the beginning. The extent of failure can be quantified. For this, organisation must be willing to work alongside researchers. The four steps involved for sustainable costing are
1. Use of critical natural capital
2. Renewable aspects of biosphere
3. Level at which resources can be harvested (sustainable harvesting)
4. Life-cycle assessment
These are major practical problems, and there is a real need to explore them in corporations. For example, a spreadsheet for innovative system for co-disposal of organic fractions of municipal solid waste and domestic sewage.
RESOURCES FLOW THROUGH / INPUT-OUTPUT APPROACH: |
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This is the third and final suggestion for approaching the problem of reporting for sustainability. This is derived from methods - well-established in economic and an approach used in many environmental audits. It is based upon a system conception for the organisation and attempts to report the resource flows of the organisation, which focus on the resource use. Table 1 is a tentative outline illustration of how solid waste is generated in a city.
The summary would need to be backed up with details, which analyse each of the categories, and each category would need quantification in weights and measures or in financial numbers. The major problems are:
1. It is cumbersome
2. It is unacceptable to the organisation on the grounds of confidentiality
3. Organisation could use for internal reporting and it does fulfil the requirements of transparency and allowing society to make choices about resource use. By informing the public and allowing the society to decide, the new-consumer approach is clearly not reporting sustainability but reporting for sustainability. These three broad suggestions represent the full extent of the methods for reporting sustainability.
TABLE 1: RESOURCE FLOW STATEMENTS FOR A CITY (EXTRACT) |
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Source |
Inputs brought |
Loss/theft Breakage |
Leakage Emission |
Wastes |
Output Carried |
Non- Consumable Building Fixtures Furniture Furnishings Crockery |
Deterioration Deterioration |
Building Fixtures Furniture Fittings Furnishings Crockery |
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Residential & Commercial |
Repair New Crockery |
Packaging Packaging |
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Consumables Food/Meat/vegetables/ groceries |
Packaging Garbage |
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Canned food Canned drink |
Packaging Scraps Packaging can Aluminum cans |
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Milk Bottled drink Cleaning materials Electricity Oil Gas Car mites Laundry, paper etc. |
Sewage Heat gases Heat gases Heat gases Water |
Plastic bottles |
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Industrial |
Varies with type of industry |
Vary widely |
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Hospital |
Medicines Equipment Drugs Furniture fixtures |
Deterioration Deterioration |
Stream |
Biomedical waste |
Energy from Incinerator |
SUMMARY AND CONCLUSION: |
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BIBLIOGRAPHY: |
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ADDRESS |
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1.) Government College of Technology,
Coimbatore - 641 013
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