Regional Input-Output Table (RIOTs) with FLQ formula and Using Value Added Statistical Vector (Case Study of North Khorasan Province)

اقتصاد و توسعه منطقه ای

Volume 31, ******** - Serial Number 27, June 2023, Pages 35-74   

Document Type: Original Article

DOI: 10.22067/erd.2022.68834.1013

Authors

Nasrin Omidi¹; Hadi Qavami^{* 2}; Mahmood Hoshmand³; Mostafa Salimifar⁴

¹department of economics, faculty of economics and administrative sciences

²department of economics, Faculty of Economics and Administrative sciences, Ferdowsi University of Mashhad, Mashhad. Iran

³department of economics, faculty of economics and administrative sciences, Ferdowsi University of Mashhad, Mashhad, Iran

⁴department of economics, faculty of economics and administrative sciences, Ferdowsi University of Mashhad, Mashhad, Iran

Abstract

The present paper has two main purposes. The first purpose is to investigate the possibility of using the FLQ method (to calculate the interindustry transactions matrix) at the same time with the use of regional statistical accounts of the country (to calculate the rest of sectors of the regional input-output tables). The second goal is to calculate input-output table of North Khorasan province based on it, because this province, with a very low degree of development, is in the group with the first priority of the country planning. For this purpose, the national input-output table (2016) of the Central Bank of Iran has been separated by imports and the regional accounts of the same year of the Statistics Center of Iran have been used as the basis for calculations. For this purpose, the computational method used in the article of Banuoei et al. (2017) was examined. The present paper presents a new proposed method for calculating the regional data-output table using the FLQ method, so that it is fully consistent with the regional accounts of the country and the column balance of the table is maintained. In this method, not only the regional value added vector is statistically included in the table, but also the statistical vector of intermediate consumption of the region is used. The results of the paper also show that the method for calculating the intermediate import vector is introduced in that paper; first, it has neglected to interpret the trading coefficient, second, leads to the elimination of the spatial dimensions of the region in the region intermediate consumption vector. This claim was investigated for North Khorasan province. Findings indicate that the regional intermediate consumption vector of the province in this method can be obtained directly by using the matrix of national national input-output coefficients without the intervention of the FLQ matrix, which shows the ineffectiveness of the spatial economic dimensions of the region in the calculations.
The first scenario is defined according to the interpretation of the coefficients and the relationship between them. This scenario solves both the problem of elimination of the spatial dimensions and the inattention to the interpretation of the coefficients. The second scenario is defined as the difference between the input-output coefficients of the region and the domestic input-output coefficients of the region. This scenario solves only the first problem. By comparing the errors of intermediate consumption of North Khorasan province resulting from them, the first scenario is suggested due to less statistical errors.

Keywords

FLQ; Regional input-output table; regional value-added vector; regional intermediate import vector

References