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Incorporating natural habitats into coastal risk assessment frameworks
Muhammad Sajjad
*
, Johnny C. L. Chan
, Ning Lin
*
Corresponding author for this work
Academy of Geography, Sociology and International Studies
Research output
:
Contribution to journal
›
Journal article
›
peer-review
21
Citations (Scopus)
Overview
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Dive into the research topics of 'Incorporating natural habitats into coastal risk assessment frameworks'. Together they form a unique fingerprint.
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Social Sciences
United States of America
100%
Resource Allocation
100%
Natural Disasters
100%
Coastal Region
100%
Human Nature
100%
Storm
100%
High-Risk Population
100%
Sea Level
100%
Geomorphology
100%
Socio-Ecological System
100%
Earth and Planetary Sciences
Spatial Distribution
100%
Risk Reduction
100%
Sea Level
50%
United States of America
50%
Policy Development
50%
Coastal Region
50%
Natural Hazard
50%
Geomorphological Response
50%
Resource Allocation
50%
New York
50%
Conservationist
50%
Risk Assessment Processes
50%
Storm
50%
Coastal Hazard
50%
Florida
50%
Keyphrases
Natural Habitats
100%
Risk Assessment Framework
100%
Coastal Risk Assessment
100%
Spatial Distribution
22%
Risk Level
22%
Resilience Enhancement
22%
Risk Assessment Methods
22%
Systems-based
11%
Risk Reduction
11%
Relative Risk
11%
High Risk
11%
Risk Index
11%
Historical Data
11%
New York
11%
Policy Development
11%
Natural Systems
11%
Resource Allocation
11%
High-risk Population
11%
Coastal Area
11%
Physical Variables
11%
Natural Hazards
11%
Policy-relevant
11%
Assessment Approach
11%
Level Distribution
11%
Risk Category
11%
Geomorphology
11%
Florida
11%
Spatial Assessment
11%
Coupled Human-natural Systems
11%
Storm Risk
11%
Socio-ecological Systems
11%
Conservationists
11%
Coastal Hazards
11%
U.S. Atlantic Coast
11%
Coastal Risk Reduction
11%
Resilience Risk
11%
Sea Level Trend
11%
Smart Resources
11%
Gulf Region
11%
Coastal Storms
11%
Growth Resilience
11%
Multiple Services
11%
Natural Supports
11%