• Graduate program
    • Why Tinbergen Institute?
    • Program Structure
    • Courses
    • Course Registration
    • Recent PhD Placements
    • Admissions
    • Facilities
  • Research
  • News
  • Events
    • Events Calendar
    • Tinbergen Institute Lectures
    • Annual Tinbergen Institute Conference
    • Events Archive
    • Summer School
      • Econometric Methods for Forecasting and Data Science
      • Introduction in Genome-Wide Data Analysis
      • Business Data Science Summer School Program
  • Times
Home | Events Archive | The Real Exchange Rate, Innovation and Productivity: Heterogeneity, Asymmetries and Hysteresis
Seminar

The Real Exchange Rate, Innovation and Productivity: Heterogeneity, Asymmetries and Hysteresis


  • Series
    Array
  • Speaker(s)
    Harald Fadinger (University of Mannheim, Germany)
  • Field
    Macroeconomics
  • Location
    Erasmus University, Sanders Building, Room 0.07
    Rotterdam
  • Date and time

    March 05, 2020
    15:00 - 16:00

We evaluate manufacturing firms' responses to changes in the real exchange rate (RER) using detailed firm-level data for a large set of countries for the period 2001-2010. We uncover the following stylized facts: In export-oriented emerging Asia, real depreciations are associated with higher firm-level probabilities to engage in R&D, faster growth of firm-level productivity and cash-flow and higher export entry rates. We find negative effects for ?firms in other emerging economies, which are relatively more import dependent, and no significant effects for firms in industrialized economies. Motivated by these facts, we build a dynamic model in which real depreciations raise the cost of importing intermediates, affect export demand, borrowing-constraints and the profitability of engaging in innovation (R&D). We decompose the effects of RER changes on firm-level productivity growth across regions into these channels. We estimate the model and quantitatively evaluate the different mechanisms by providing counterfactual simulations of temporary RER movements and conduct several robustness analyses. Effects on physical TFP growth, while different across regions, are non-linear and asymmetric.