A joint econometric model of macroeconomic and term structure dynamics

We construct and estimate a joint model of macroeconomic and yield curve dynamics. A small-scale backward/forward-looking rational expectations model describes the macroeconomy. Bond yields are affine functions of the state variables of the macromodel, and are derived assuming absence of arbitrage opportunities and a flexible price of risk specification. While maintaining the tractability of the affine set-up, our approach provides a way to interpret yield dynamics in terms of macroeconomic fundamentals; time-varying risk premia, in particular, are associated with the fundamental sources of risk in the economy. In an application to German data, the model is able to capture the salient features of the term structure of interest rates and its forecasting performance matches that of the best available models based on latent factors. The model has also considerable success in accounting for the empirical failure of the expectations hypothesis.Affine term structure models, policy rules, new neo-classical synthesis

Inflation risk premia in the term structure of interest rates

This paper estimates the size and dynamics of inflation risk premia in the euro area, based on a joint model of macroeconomic and term structure dynamics. Information from both nominal and index-linked yields is used in the empirical analysis. Our results indicate that term premia in the euro area yield curve reflect predominantly real risks, i.e. risks which affect the returns on both nominal and index-linked bonds. On average, inflation risk premia were negligible during the EMU period but occasionally subject to statistically signifcant fluctuations in 2004-2006. Movements in the raw break-even rate appear to have mostly reflected such variations in inflation risk premia, while long-term inflation expectations have remained remarkably anchored from 1999 to date.Term structure of interest rates, inflation risk premia, central bank credibility