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The Dynamics of Volatilities between Stock Market &Real Estate Market. CHEN Rui 1 TONG Guangrong 2 DENG Qizhong 2 1 Department of Real Estate & Construction, The University of Hong Kong. HKSAR 2 Economics and Management School of Wu Han University, Hubei, Wuhan, China. Introduction. - PowerPoint PPT Presentation
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The Dynamics of Volatilities between Stock Market &Real Estate
MarketCHEN Rui 1 TONG Guangrong 2 DENG Qizhong 2
1 Department of Real Estate & Construction, The University of Hong Kong. HKSAR
2 Economics and Management School of Wu Han University, Hubei, Wuhan, China
Introduction
• 1 Introduction
• With a focus on the instability of China’s stock market and real estate market during the period between 2001 and 2008, this paper aims to apply the econometric model to investigate the fluctuating transformation effect between
the two economic markets.
Literature Review
• 2 Literature Review• Since the 90s of the 20th century, many scholars had con
ducted extensive investigation on the relationship between stock market and real estate market.
• Many investigations from China ignored a significant feature – there are two obvious different volatility timeframes between China’s stock market and real estate market and during which their development speeds, fluctuating inte
nsity and interactive impact varied greatly.
Empirical Analysis
• 3.1Data Description • The monthly board turnover of SSE A & B shares ( WIN
D DB )• The monthly sales volume of the commercial apartments
(DB of China economic internet )• LNH and LNS stand for the new series of transformed sa
les volume and trading volume after Logarithmic transformation.
Empirical Analysis
• 3.2 Stationary and Cointegration Test
Table 1 Unit root test of LNH and LNS
Sample Variable Type (C,T,K) ADF-statistics
2001.5 - 2006.12
LNH (C,T,11) -2.287843
DLNH (C,T,19) -3.649104**
LNS (C,0,11) -1.469111
DLNS (C,T,28) -5.07593***
2007.2 - 2008.9
LNH (C,T, 0) -2.514424
DLNH (C,T, 0) -4.463617**
LNS (C,T, 0) -2.490856
DLNS (C,0, 0) -4.01359***
Note: ***, **, * stand for rejection of the non-hypothesis at 1%, 5% and 10% significant level. (C, T, K) stands for the unit root test equation. D is the first order difference.
Empirical Analysis
Table 2 Johansen Cointegration test of LNH and LNS
Sample Hypothesized
EigenvalueTrace 0.05
Probability
No. of CE(s) StatisticCritical Value
2001.5 -2006.12
None* 0.320866 19.60148 15.49471 0.0113
At most 1 0.00508 0.254660 3.841466 0.6138
Trace test indicates 1 cointegration at the 0.05 level
Trend assumption: Linear deterministic trend
2007.2 -2008.9
None 0.270538 5.516710 15.49471 0.7518
At most 1 0.02892 0.469544 3.841466 0.4932
Trace test indicates no cointegration at the 0.05 level
Trend assumption: Linear deterministic trend
Empirical Analysis
• 3.3 Granger Causality Test
Table 3 Granger Causality test of LHS and LNH
Sample Null Hypothesis Lags
Obs F-StatisticProbabilit
y
2001.5 -2006.12
LNS does not Granger Cause LNH
12 51 1.19055 0.3398
LNH does not Granger Cause LNS
12 51 5.11081*** 0.0002
2007.2 -2008.9
LNS does not Granger Cause LNH
2 17 0.43283 0.6584
LNH does not Granger Cause LNS
2 17 1.13164 0.3546
Empirical Analysis
• 3.4 Generalized Impulse Response Function
Figure 1 GIR function between stock market and real estate market during May. 2001 and Dec.2006
Figure 2 GIR function between stock market and real estate market during Feb. 2007 and Sep. 2008
Conclusion
• In the two separate time regions, China stock market and real estate market show obvious inconsistency in linkage graph.
• In the two continuous time spans from May.2001 to September.2008, there is a one-way causal relationship between rising real estate market and China stock market do
wnturn, merely in the first time region.
References
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