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An Growth Potential Analysis by Sectors through Interindustry Multiplier Effects: Based on a Comparative Analysis through the IO and OO Models

Ho Un Gim 1

1계명대학교

Accredited

ABSTRACT

Recently, Gim and Kim(2008b) verified that there is no consecutive connection between the output requirements matrix for final demand and the total output and that there are some limits to counting the economic impacts of the initial change of output. Therefore, we newly developed the Output-Output(OO) model and compiled the Output-Output table to solve the consecutive connection and overestimation problems naturally on the basis of the output requirements matrix for output . Based on the results and research findings in the literature of Output-Output Economics, the specific objectives of this paper can be summarized as follows. (1) We perform a comparative analysis between the IO and OO models in structure and characteristics to choose the best fitting model which coincide with the research themes. (2) We compute good indicators of growth(or impact) potential by sectors through interindustry multiplier and linkage effects originally developed by the author in the raw data of 2007 Output-Output Tables. The major findings from the empirical analysis are followed below. The growth potential sectors, which account for the top 30% of the standard normal distribution(SND), judged by sectoral multipliers for output, employment and income are petroleum and coal products, basic metals, and transport equipment, etc. in the IO model. As for the OO model, the only high growth potential sector, which account for the top 10% of the SND, is petroleum and coal products sector.

Citation status

* References for papers published after 2023 are currently being built.