Material balance planning

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Material balances are a method of economic planning where material supplies are accounted for in natural units (as opposed to using monetary accounting) and used to balance the supply of available inputs with targeted outputs. Material balancing involves taking a survey of the available inputs and raw materials in an economy and then using a balance sheet to balance the inputs with output targets specified by industry to achieve a balance between supply and demand. This balance is used to formulate a plan for resource allocation and investment in a national economy.[1]

The method of material balances is contrasted with the method of input-output planning developed by Wassily Leontief.

Role in Soviet-type planning[edit]

Further information: Soviet-type economic planning

Material balance planning was the principal tool of planning employed by Soviet-type planned economies and was Gosplan's major function in the Soviet Union. This system emerged in a haphazard manner during the collectivisation drive under Joseph Stalin's leadership. It prioritized rapid growth and industrialization over efficiency. Although material balances became an established part of Soviet planning, it never completely replaced the role of financial calculation in the economy.[2]

In the economy of the Soviet Union, Gosplan's major function was the formulation of material balances and national plans for the economy. In 1973, supplies for 70% of all industrial production representing 1,943 of the economy's most important items had their balances worked out by Gosplan. State Committee for Supplies Procurement and the various economic ministries were responsible for the determination of the suppliers and recipients of supplies in the Soviet economy.[3]

Material balance planning encompassed non-labor inputs (the distribution of consumer goods and allocation of labor was left to market mechanisms). In a material balance sheet, the major sources of supply and demand are drawn up in a table that achieves a rough balance between the two through an iterative process. Successive iterations corrected imbalances with previous iterations - for example, deficits signaled the need for extra output in the successive iteration of the balance. The Soviet economy suffered endemic supply problems stemming from the crudity of the material balance technique, where balances were highly aggregated and thus imprecise.[4]

Beginning in the early 1960s, the Communist Party of the Soviet Union considered moving away from material balance planning in favor of developing an interlinked computerized system of resource allocation based on the principles of Cybernetics. This development was seen as the basis for moving toward optimal planning that could form the basis of a more highly-developed form of socialist economy based on informational decentralization and innovation. This was seen as a logical progression given that the material balances system was geared toward rapid industrialization, which the Soviet Union had already achieved in the preceding decades. But by the early 1970s the idea of transcending the status quo was abandoned by the Soviet leadership because it threatened to undermine the existing power structure, and the decentralized nature of the proposed system was seen as a threat to the authority of the party.[5]

See also[edit]

References[edit]

  1. ^ Comparing Economic Systems in the Twenty-First Century, 2003, by Gregory and Stuart. ISBN 0-618-26181-8. "Material Balance Planning", (P.127)
  2. ^ Planning with Material Balances in Soviet-Type Economies, by Montias, J.M. 1959. The American Economic Review. Vol. 49, No. 5 (Dec., 1959), pp. 963-985.
  3. ^ How the Soviet Union is Governed, 1979, by Jerry F. Hough. Harvard University Press. 978-0674410305. (P.390)
  4. ^ Jeffries, Ian (1993). Socialist Economies and the Transition to the Market: A Guide. Routledge. p. 13. ISBN 978-0415075800. "." 
  5. ^ InterNyet: why the Soviet Union did not build a nationwide computer network, by Gerovitch, Slava. December 2008. History and Technology. Vol. 24, No. 4 (Dec 2008), pp. 335-350.