A regime switching skew-normal model of crises and contagion
Date
2013-09
Authors
McKibbin, Renee Anne
Chan, Joshua C.C.
Hsiao, Cody Yu-Ling
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College of Asia and the Pacific, The Australian National University
Abstract
A regime switching skew-normal model for nancial crisis and contagion is
proposed in which we develop a new class of multiple-channel crisis and con-
tagion tests. Crisis channels are measured through changes in own moments
of the mean, variance and skewness, while contagion is through changes in the
correlation and co-skewness of the joint distribution of asset returns. In this
framework: i) linear and non-linear dependence is allowed; ii) transmission chan-
nels are simultaneously examined; iii) crisis and contagion are distinguished and
individually modeled; iv) the market that a crisis originates is endogenous; and
v) the timing of a crisis is endogenous. In an empirical application, we apply the
proposed model to equity markets during the Great Recession using Bayesian
model comparison techniques to assess the multiple channels of crisis and conta-
gion. The results generally show that crisis and contagion are pervasive across
Europe and the US. The second moment channels of crisis and contagion are
systematically more evident than the rst and third moment channels.
Description
Keywords
great recession, crisis tests, contagion tests, co-skewness, regime switching skew-normal model, Gibbs sampling, Bayesian model comparison
Citation
McKibbin, R.A. et al.(2013). A regime switching skew-normal model of crises and contagion. Centre for Applied Macroeconomic Analysis Crawford School of Public Policy ANU College of Asia & the Pacific Working Papers 15/2013. Canberra, ACT: Crawford School of Public Policy, The Australian National University
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Working/Technical Paper
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Open Access
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