Macquarie University Homepage
Faculty of Science
Dept. Environment &
Geography Access Macquarie
Ltd
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| Risk
Frontiers' Staff |
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Dr Keping Chen’s
homepage
Risk Scientist
Risk Frontiers – Natural
Hazards Research Centre
Faculty of Science
Macquarie
University
NSW
2109, Australia
Phone: 61-2-9850 9473
Fax: 61-2-9850
9394
E-mail:
kchen@els.mq.edu.au
(or
kchen@science.mq.edu.au)
Keping's CV (PDF, 130
Kb)
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Research
Highlights
A: Australia-specific
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Coastal
vulnerability in relation to sea-level rise and
tsunami
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Coastal
vulnerability database for all
Australian addresses
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Quantifying at-risk addresses for all
states and coastal Local Government Areas
(*)
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High-resolution estimates of Australia’s
coastal
population with validations of global population, shoreline and
elevation datasets
(Paper, *)
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Bushfire risk
- Bushfire risk
rating database for all Australian addresses
- How many
bushfire-prone addresses are there in
Australia? (*)
- Quantifying bushfire penetration into urban areas in Australia:
Historical damage suburbs under investigation
include Como-Jannali (the 1994 Sydney bushfires),
Duffy (the
2003 Canberra bushfires), and Marysville
and Kinglake (the 2009
"Black Saturday" bushfires in Victoria).
(Paper, *)
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| Software framework for
national terrorism blast loss modelling |
| Risk ratings
across various spatial scales: from postcode
down to address level |
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| (* Thanks to the public's interest,
research findings from these projects are
often highlighted in major mass media
outlets.) |
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B: Natural hazards, risk assessment and catastrophe modelling
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Contemporary risk assessment
for natural hazards
- Decision
support tools for managing rising disaster risk: A
survey (PDF, 3.7 Mb)
- Catastrophe modelling and its major overseas
developers
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Quantifying changes of
wind speed distributions in the historical
record of Atlantic tropical cyclones
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Motivation
of the study (PDF,
78 Kb)
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| Global exposure quantification
platform and tools |
Catastrophe modelling
- Framework (Hazard,
exposure, vulnerability and loss analysis) (PDF, 108 Kb)
- Defining area at risk and
its effect in catastrophe loss estimation: A dasymetric mapping approach (the
approach that improves loss estimation of CAT models
including QuakeAUS, HailAUS and HAZUS).
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Towards an integrated approach to natural
hazards risk assessment using GIS
- Framework (Data integration, risk assessment tasks
and risk decision-making)
- Linking remotely sensed
images and areal census data
- Spatial analysis units
(or spatial units of analysis) in risk
assessment
- Multicriteria evaluation
(MCE) – GIS typology for spatial risk decision
support
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C: Object-based spatial scale analysis
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Spatial scale analysis for remotely sensed
images and areal census data
- Identifying the
characteristic scale of scene variation in fine
spatial resolution imagery: A wavelet transform approach
- Areal interpolation /
Modifiable areal unit problem (MAUP): A geostatistical variogram
approach
Chen,
K., 2003. Scale analysis for remotely sensed images
and areal census data: Stressing objects. Proceedings
of the 30th International Symposium on Remote Sensing
of Environment (CD-ROM) – Information for Risk
Management and Sustainable Development, 10-14 November
2003, Honolulu, Hawaii, 4 p. (PDF,
134 Kb)
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Spatial scaling (up- and down-scaling) of physical and socioeconomic attributes for global environmental change studies
Chen,
K., 2009. Quantifying environmental
attributes from Earth Observation data
products by spatial upscaling: Three
case studies. Proceedings of the 2nd
International Conference on Earth
Observation for Global Changes (CD-ROM),
Pages 1600-1610, 25-29 May 2009,
Chengdu, Sichuan Province, China. (PDF,
1.84 Mb)
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D: Activities appeared in China
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Chen, K.,
2009.
Quantifying environmental attributes
from Earth Observation data products
by spatial upscaling: Three case
studies. Proceedings of the 2nd
International Conference on Earth
Observation for Global Changes
(CD-ROM), Pages 1600-1610, 25-29 May
2009, Chengdu, Sichuan Province,
China. [Conference field trip to the
damage sites of the 12 May
2008 Sichuan Earthquakes: Photos]
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Chen, K.,
2005. Decision support tools for managing rising
disaster risk: A survey. The 5th Annual
IIASA-DPRI Forum on Integrated Disaster Risk
Management: Innovations in Science and Policy, 14-18
September 2005, Beijing, China. (PDF, 3.7 Mb)
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Chen, K.,
2004. Catastrophe modelling and its major overseas
developers. Journal of Natural Disasters (A Chinese
Journal), 13(2), 1-8. (PDF, 205 Kb)
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Chen, K.,
Blong, R., Hunter, L., Andrews, K., and Siciliano, F.,
2002. PerilAUS relative risk ratings in natural
hazards, Australia. Proceedings of Geoinformatics’
2002 (CD-ROM) – GIS and Remote Sensing for Global
Change Studies and Sustainable Development, 1-3 June
2002, Nanjing, China, 10 pages.
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