Abstract
This paper investigates the role of geographical proximity on FDI spillovers from foreign to Indian local firms. We use data set of the manufacturing firms between 1988 and 2018 in India, estimating the productivity based on Cobb–Douglas production function. For measuring geographical proximity, the coordinates of each firm, represented to as ‘latitude and longitude’, provided by Google maps geocoding API is used. To conduct spatial analysis, we adopted the revised ‘SINM’ (Spatial Industrial Network Model)’ with GMM estimator, and used firm based point spatial unit. The analysis, in particular, reveals that within 30 km–70 km distance the presence of FDI creates significant positive backward and negative horizontal spillovers, but gradually decaying as threshold increases. Meanwhile, the negative horizontal spillovers to Indian local firms located within industrial clusters turned to positive, and the positive backward spillovers more magnifies compared to non-clustered firms. Based on these findings, we suggested the several policy implications regarding the development of industrial cluster, FDI promotion policy, and location decision for foreign investors.
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