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Leontijevská strukturní input-output bilance a environmentální účetnictví
ekonomie_hospodarska_politika
Leontijevská strukturní input-output bilance a environmentální účetnictví
Name and surname of author:
Miroslav Farský
Year:
2002
Issue:
4
Keywords:
Environmentální účetnictví, input - output bilance, odpady z výroby, - bilance, environmentální monitoring, - statistické vyhodnocení
DOI (& full text):
Anotation:
Abstract: Leontief's Structural Input-Output Balance and Environmental Accounting.
A standard formulation of this balance is completed with a waste matrix N, in which vectors W record in subsistence units the emission of particular waste types from single production subsystems by known input (lower index "0") of production capacity, consumption of intermediate goods and production of market commodities. On condition of the constancy of consumption standards of raw materials and standards of level of waste emission we can simulate different impacts to a waste balance-adequately with changing requirements of production of market commodities or necessity of consumption reduction (problems with raw materials purchase or a pressure to decrease waste emission). In the context of environmental impact assessment it would be good to understand standards in balance used and coefficients as stochastic parameters, and that because of inaccuracies and mistakes, connected with measuring of volume or level of emission. In this direction are in the end of the article given suggestions for next study.
Abstract: Leontief's Structural Input-Output Balance and Environmental Accounting.
A standard formulation of this balance is completed with a waste matrix N, in which vectors W record in subsistence units the emission of particular waste types from single production subsystems by known input (lower index "0") of production capacity, consumption of intermediate goods and production of market commodities. On condition of the constancy of consumption standards of raw materials and standards of level of waste emission we can simulate different impacts to a waste balance-adequately with changing requirements of production of market commodities or necessity of consumption reduction (problems with raw materials purchase or a pressure to decrease waste emission). In the context of environmental impact assessment it would be good to understand standards in balance used and coefficients as stochastic parameters, and that because of inaccuracies and mistakes, connected with measuring of volume or level of emission. In this direction are in the end of the article given suggestions for next study.
A standard formulation of this balance is completed with a waste matrix N, in which vectors W record in subsistence units the emission of particular waste types from single production subsystems by known input (lower index "0") of production capacity, consumption of intermediate goods and production of market commodities. On condition of the constancy of consumption standards of raw materials and standards of level of waste emission we can simulate different impacts to a waste balance-adequately with changing requirements of production of market commodities or necessity of consumption reduction (problems with raw materials purchase or a pressure to decrease waste emission). In the context of environmental impact assessment it would be good to understand standards in balance used and coefficients as stochastic parameters, and that because of inaccuracies and mistakes, connected with measuring of volume or level of emission. In this direction are in the end of the article given suggestions for next study.
Section:
ekonomie_hospodarska_politika
Economics and Management
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