The Need for an Integrated Land-Lake-Atmosphere Modeling System, Exemplified by North America's Great Lakes Region

Keyphrases

• North America 100%
• System Modeling 100%
• Urban Land Use 100%
• Great Lakes Region 100%
• Atmosphere Modelling 100%
• Human Health 50%
• Holistic Understanding 50%
• Agriculture 50%
• Energy Exchange 50%
• Hydrology 50%
• Modeling Tools 50%
• Interdependency 50%
• Health Systems 50%
• Engineering Design 50%
• Tool Development 50%
• Effective Strategies 50%
• Multiple Disciplines 50%
• Data-driven Modeling 50%
• Adaptation Strategies 50%
• Research Investment 50%
• Climate Change Impacts 50%
• Future Climate Change 50%
• Water Bodies 50%
• Long-term Climate 50%
• Impact Assessment 50%
• Socio-economic System 50%
• Regional Effects 50%
• Ice Cover 50%
• Surface Ices 50%
• Biogeochemistry 50%
• Agricultural Land Use 50%
• Climate Projections 50%
• Mass Exchange 50%
• Local Impacts 50%
• Large Lakes 50%
• Impact on Ecosystems 50%
• Weather Forecast 50%
• Atmospheric Science 50%
• Data Analytics 50%
• Diverse Stakeholders 50%
• Lake Surface Temperature 50%
• Ecosystem Sustainability 50%
• Sustainable Adaptation 50%
• Hydrometeorological Extremes 50%
• Interdisciplinary Research Approach 50%
• Inland Sea 50%

Earth and Planetary Sciences

• North America 100%
• Great Lakes Region 100%
• Atmosphere Modeling 100%
• Human Health 50%
• Interdisciplinary Research 50%
• Environmental Impact Assessment 50%
• Climate Change 50%
• Farmland 50%
• Ice Cover 50%
• Climate Change Impact 50%
• Weather Forecast 50%
• Urban Land Use 50%
• Ice Reporting 50%
• Inland Sea 50%
• Land Use 50%
• Biogeochemistry 50%