Yung Yau

Prof. Dr. Yung Yau

Lingnan University
orcid

Research Focus & Metrics

Academic Career Length

21Years (2006-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 June 2012 in Journal of Urban Planning and Development
Verified
Journal Article
Closed access
DHDaniel Chi Wing Ho
Daniel Chi Wing Ho
Yung YauYung Yau
Yung Yau
SPSun Wah Poon
Sun Wah Poon
ELErvi Liusman
Ervi Liusman
Approximately 4% of the private buildings in Hong Kong are older than their design lives of 50 years. In addition to the engineering factor, the lack of timely maintenance and proper management has led to a serious problem of building dilapidation in the old urban areas. On account of the high-rise high-density urban setting in Hong Kong, the problem has engendered severe safety and health hazards for the local community. Although different ways of urban renewal or regeneration exist to revitalize the urban environment, it appears that redevelopment is most frequently used. However, the speed of dilapidation would probably exceed the economy’s capability of absorbing redevelopments. In addition, redevelopments have detrimental effects on the social fabric and create a large volume of demolition and construction waste that greatly surpasses the current landfill capacity in Hong Kong. A sustainable strategy for urban renewal is, therefore, urgently needed. This research aims to establish an existing...

1 May 2008 in Building and Environment
Verified
Journal Article
Closed access
DHDaniel Chi-Wing Ho
Daniel Chi-Wing Ho
KCKwong-Wing Chau
Kwong-Wing Chau
ACAlex King-Chung Cheung
Alex King-Chung Cheung
Yung YauYung Yau
Yung Yau
SWSiu-Kei Wong
Siu-Kei Wong
WWWah-Sang Wong
Wah-Sang Wong

19 March 2012 in Sustainable Development
Verified
Journal Article
Closed access
PDF file
Yung YauYung Yau
Yung Yau

1 March 2007 in Urban Studies
Verified
Journal Article
Closed access
Kwong Wing ChauKwong Wing Chau
Kwong Wing Chau
SWS.K. Wong
S.K. Wong
Yung YauYung Yau
Yung Yau
AYA.K.C. Yeung
A.K.C. Yeung
The paper examines how building height is determined in the absence of building height regulatory restrictions. A model is developed for determining optimal height using simple neo-classical economic analysis; this is then tested using empirical data from Hong Kong. The results show that the observed building heights are consistent with the optimal height predicted by the model. In addition, it was also found that the point of optimality varied positively with the quality of the external environment. An important practical implication is that town planners and policy-makers can make use of the model as a benchmarking tool to assess and quantify the effect of imposing or relaxing height restrictions.

4 December 2010 in Journal of Housing and the Built Environment
Verified
Journal Article
Open access
PDF file
SWSiu Kei Wong
Siu Kei Wong
KCK. W. Chau
K. W. Chau
Yung YauYung Yau
Yung Yau
ACA. K. C. Cheung
A. K. C. Cheung
This is an empirical study on the pricing of two vertical property attributes: floor level and building height. Floor level is the vertical location of a unit in a multi-storey building; the extra price paid for a higher floor level is labelled a floor-level premium. Previous hedonic price studies unequivocally showed that the floor-level premium is positive, but they were silent on whether its magnitude varies with floor levels and with buildings of different heights. Indeed, building height is a feature of a building, not its constituent units, so it is not clear whether building height alone should affect the units’ prices. Based on a sample of highly homogeneous housing units in buildings of varying heights, we found that (1) the floor-level premium was not constant, but diminished as floor level increases; (2) there was no significant difference in the pattern of the floor-level premium between high-rise and low-rise buildings; and (3) there was a positive and significant premium for units in low-rise buildings over those in high-rise ones. These findings can help developers determine the optimal height and shape of their development.