Implications of different spatial (and temporal) resolutions for integrated assessment modelling on the regional to local scale - nesting, coupling, or model integration?

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

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• 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%