Abstract
This paper empirically examines the effect of real exchange rate volatility on India’s bilateral export growth. Additionally, we examine the impact of exchange rate volatility on growth in India’s exports to developed and developing countries. For this purpose, we utilize panel data of India’s twelve export trading partners, six developed (US, Hong Kong, Singapore, EZ, UK, Japan) and six developing countries (China, Indonesia, Brazil, South Africa, Malaysia and Thailand) from 2005 Q2 to 2019 Q2. We utilize panel GMM-IV technique to estimate a ‘hybrid model’ for India’s export growth. Our findings suggest that while real exchange rate volatility significantly decreases growth in India’s exports to developing countries, it has an insignificant impact on growth in India’s exports to developed countries. However, the overall effect of exchange rate volatility upon India’s export growth is found to be insignificant. Further, while we find that growth in India’s exports to both developed and developing economies is positively affected by growth in real exchange rate, foreign income, domestic income and infrastructure, it is negatively influenced by domestic demand. Our findings indicate that both demand and supply-side factors are crucial for India’s export growth.
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Notes
- 1.
See Iyoha and Okim (2017).
- 2.
In the first step, the countries are ranked on the basis of their average share in India’s exports of last five years (2011–2015), ten years (2006–2015) and fifteen years (2001–2015), where the average share has been calculated from the share of countries in total exports (obtained from the online database of India’s Directorate General of Foreign Trade) in each respective year. Thereafter, a common set of India’s 12 major export destinations is selected on the basis of three considerations (i) average export share of 1% or above, (ii) availability of quarterly data and (iii) robustness of fit of the model.
- 3.
It is noteworthy that unlike the existing literature (such as Vo and Zhang, 2019), this study uses panel dataset of India vis-à-vis developed and developing countries.
- 4.
Dua and Tuteja (2015) find significant decrease in the rate of growth of exports from India and China to US and Eurozone, respectively, during global financial crisis 2007–09 and Eurozone crisis 2010–12.
- 5.
Some variables such as tariffs and expenditure on research and development are not included in the model due to the non-availability of quarterly data.
- 6.
FTA is not included in the final model as the sign of this variable in different specifications estimated was not robust.
- 7.
Due to problems in obtaining an appropriate price deflator for bilateral exports, several studies such as Nazlioglu (2013) use nominal value of exports rather than real exports in the analysis.
- 8.
As utilized by several studies such as Shah (2013).
- 9.
The unit root tests on the level variables in (1) show that while exports, real exchange rate, domestic GDP, foreign GDP, FDI and infrastructure are non-stationary of order one, exchange rate volatility and output gap are stationary. Thus, we utilize export growth, real exchange rate growth, domestic income growth, foreign income growth, infrastructure growth, exchange rate volatility and output gap in our analysis. The results of unit root tests are available from authors upon request.
- 10.
India vis-à-vis six developed countries panel implies panel of India’s exports to six major developed export destinations. Similarly, India vis-à-vis developing countries panel implies panel of India’s exports to six major developing export destinations, and India vis-à-vis twelve major export destinations implies panel of India’s exports to twelve major developing and developed export destinations.
- 11.
It is noteworthy that unlike the existing literature (such as Vo and Zhang, 2019), this study uses panel dataset of India vis-à-vis developed and developing countries.
- 12.
Though \({\theta }_{0}\) is insignificant, its t-statistic is greater than one.
- 13.
The underidentification test on each endogenous variable for all the three panels reveals that each endogenous variable is identified, i.e., all instruments utilized are relevant. The results of the underidentification test are available from the authors upon request.
- 14.
The results of the Wald test are available from authors upon request.
- 15.
Though \({\theta }_{0}\) is insignificant, its t-statistic is greater than one.
- 16.
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Appendix
Appendix
See Table 6.
Questions to Think About
-
1.
This chapter uses panel GMM-IV technique to estimate the empirical model used in this chapter. What is the difference between panel FMOLS and panel GMM-IV technique?
Hint: Panel FMOLS technique (Pedroni, 2000) is used to estimate co-integrating relationship between the variables assuming cross-sectional independence. Panel GMM-IV technique does not make any assumption about the variance–covariance matrix of residuals.
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2.
What is the advantage of using non-structural or hybrid approach over structural approach, where export demand or export supply is modeled separately?
Hint: Specification error/omitted variable bias
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3.
Examine various methods to measure exchange rate volatility.
Hint: Standard deviation of exchange rate, moving sample standard deviation of exchange rate levels, realized volatility, GARCH measure of volatility
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Dua, P., Suri, R. (2023). India’s Bilateral Export Growth and Exchange Rate Volatility: A Panel GMM Approach. In: Dua, P. (eds) Macroeconometric Methods. Springer, Singapore. https://doi.org/10.1007/978-981-19-7592-9_6
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