Earth and Planetary Sciences
Risk Reduction
100%
Flood
100%
Planning
100%
Metropolitan Area
100%
Urban Development
100%
New York
100%
Risk
66%
Increasing
66%
Building
66%
Effectiveness
33%
Show
33%
Coastal Region
33%
Identifying
33%
Sea Level Rise
33%
Investigation
33%
Climate Change
33%
Redevelopment
33%
Project
33%
Building Regulation
33%
Urban Infrastructure
33%
Urban Renewal
33%
Strategy
33%
Flood
33%
Life Cycle
33%
Flood Protection
33%
Society
33%
Policy
33%
Regime
33%
Stakeholder
33%
Engineering
Planning
100%
Buildings
100%
Development
100%
Urban Development
100%
Reduction
100%
Environment
50%
Major Change
50%
Longer Term
50%
Renewals
50%
Infrastructure
50%
Stakeholder
50%
Spatial Transformation
50%
Building Regulation
50%
Investment
50%
Flood Protection
50%
Adaptation Measure
50%
Lifecycle
50%
Climate Change
50%
INIS
risks
100%
reduction
100%
new york city
100%
floods
100%
planning
100%
increasing
50%
new york
50%
cost
50%
solutions
50%
dynamics
25%
cities
25%
regulations
25%
values
25%
investment
25%
speed
25%
life cycle
25%
coastal regions
25%
protection
25%
space
25%
policy
25%
climatic change
25%
environment
25%
transformations
25%
sea level
25%
Keyphrases
Waterfront
100%
Adaptation Planning
100%
New York
66%
Financial Arrangements
33%
Policy Regime
33%
Increasing Risk
33%
Spatial Value
33%
Flood-prone
33%
Waterfront Landscape
33%
Integral Solution
33%
Wider Benefits
33%
Planned Investments
33%
Investment Project
33%
Major Change
33%