Keyphrases
Integrated Assessment Model
100%
Temporal Resolution
100%
Multiple Spatial Resolutions
100%
Model Integration
100%
Temporal Patterns
50%
Europe
50%
GAINS Model
50%
Applied Systems Analysis
50%
Adaptation
25%
Population Level
25%
Health Impact
25%
Dynamic Model
25%
Climate Change
25%
Policy Development
25%
Bridging the Gap
25%
Policy Context
25%
Italy
25%
Germany
25%
Modeling Results
25%
Asia
25%
Multidisciplinary Approach
25%
Cost-benefit
25%
Management Options
25%
Complex Interactions
25%
Environmental Issues
25%
Decision Support
25%
Control Measures
25%
European Countries
25%
Assessment Approach
25%
Air Pollution
25%
Air Quality
25%
Large-scale Assessment
25%
Mortality Effect
25%
Management Effects
25%
External Drivers
25%
Scale Model
25%
Water Pollution
25%
Integrated Assessment
25%
Temporal Aspects
25%
Total Population
25%
Spatial Aspect
25%
Spatial Domain
25%
Nitrogen Cycle
25%
Morbidity Mortality
25%
Human Exposure
25%
Temporal Domain
25%
Meteorology
25%
Atmospheric Chemistry
25%
Detailed Model
25%
Composition Change
25%
Carbon Cycle
25%
Exposure to Air Pollutants
25%
Clean Air
25%
Convention on Long-range Transboundary Air Pollution
25%
Chemistry Changes
25%
Advanced Design
25%
United Nations Convention
25%
Reduced Environmental Impact
25%
Environmental Compartments
25%
Flexible Design
25%
Statistical Averaging
25%
Critical Load Exceedance
25%
Atmospheric Composition
25%
Regular Domain
25%
Model Suite
25%
Multi-effect
25%
Detailed Mapping
25%
Ambient Air Quality
25%
Engineering
Spatial Scale
100%
Temporal Resolution
100%
Air Quality
100%
Systems Analysis
100%
Air Pollution
100%
Spatial Resolution
100%
Model Integration
100%
Local Scale
100%
Bridging
50%
Climate Change
50%
Climatic Change
50%
Dynamic Model
50%
Ambient Air
50%
Regional Level
50%
Germany
50%
Regional Scale
50%
Scale Model
50%
Exceedance
50%
Cost Measure
50%
Contaminated Water
50%
Statistical Average
50%
Emerging Trend
50%
Integration Approach
50%
Atmospheric Composition
50%
Clean Air
50%
Critical Load
50%
Spatial Domain
50%
Earth and Planetary Sciences
Europe
100%
Systems Analysis
100%
Air Pollution
100%
Air Quality
100%
State of the Art
50%
Asia
50%
Policy Development
50%
Emissions
50%
Climate Change
50%
Germany
50%
Italy
50%
Timescale
50%
Ambient Air
50%
United Kingdom
50%
United Nations
50%
Environmental Problem
50%
Scale Model
50%
Dynamic Model
50%
Water Pollution
50%
Target Setting
50%
Air Pollutant
50%
Control Measure
50%
Carbon Cycle
50%
Nitrogen Cycle
50%
Critical Load
50%
Atmospheric Chemistry
50%
Atmospheric Composition
50%