In this paper, we estimate the risk spillovers among 74 U.S. REITs using the state-dependent sensitivity value-at-risk (SDSVaR) approach. This methodology allows for the quantification of the spillover size as a function of a company's financial condition (tranquil, normal, and volatile REIT...

In this paper, we propose a state-dependent VaR (SDVaR) to estimate spill over effects among different financial institutions. We permit spill-over effects to change depending on the state of financial markets. We show that spill-over effects only exist during crisis periods; in calm times spill...

In this paper, we develop a state-dependent sensitivity value-at-risk (SDSVaR) approach that enables us to quantify the direction, size, and duration of risk spillovers among financial institutions as a function of the state of financial markets (tranquil, normal, and volatile). Within a system...

In this paper, we develop a state-dependent sensitivity value-at-risk (SDSVaR) approach that enables us to quantify the direction, size, and duration of risk spillovers among financial institutions as a function of the state of financial markets (tranquil, normal, and volatile). Within a system...

Using panel data covering 30 urban areas for 16 years, this is the first comprehensive study which investigates the rental adjustment process in the German office market. In doing so, we use the recently developed panel cointegration technique for non-stationary data in conjunction with an error...

Multivariate GARCH models have been designed as an extension of their univariate counterparts. Such a view is appealing from a modeling perspective but imposes correlation dynamics that are similar to time-varying volatility. In this paper, we argue that correlations are quite different in...

In this paper, we propose a state-dependent sensitivity VaR (SDSVaR) to quantify the size and duration of risk spillovers among financial institutions. We permit spillover effects to change depending on the state of financial markets. We show that while small during calm times, equivalent shocks...

In this paper, we develop a state-dependent sensitivity value-at-risk (SDSVaR) approach that enables us to quantify the direction, size, and duration of risk spillovers among financial institutions as a function of the state of financial markets (tranquil, normal, and volatile). Within a system...