Climate Mitigation and Earth System Management from Local to Global Scale: Modeling Technology-Driven Futures

Intelectual优点。综合技术驱动的地球系统模型的开发和应用将为2046-2055年全球变化对空气质量、水资源压力、森林碳封存和氮吸收的影响（相对于2001-2010年）提供一个现实的评估。该项目的成果有可能帮助决策者评估当前和未来的多种污染物排放控制战略，以实现减缓气候变化、空气质量控制和农业生态管理的共同效益。更广泛的影响。综合地球系统模型将有利于科学界、美国联邦和州政府机构、其他利益相关者和最终用户进行科学研究和监管决策分析。这样一个系统可能对各种问题产生深远影响，从预测气候和经济变化以及各种规模的气候变化适应和缓解，到促进全球可持续发展。该研究的跨学科性质将为培养博士后和学生提供重要机会，并为能源、大气化学、气象学、气候、水文学、生态学和计算机科学等领域的未来科学家提供广阔的资源。

Intelectual Merit. The development and application of an integrated technology-driven earth system model for community use will provide a realistic assessment of the effects of global changes on air quality, water stress, and forest carbon sequestration and nitrogen uptake during 2046-2055 relative to 2001-2010 over global, regional, and urban domains. Results from this project has potential to help policy makers to assess current and future multiple-pollutant emission control strategies for co-benefits of climate change mitigation, air quality control, and agro-eco management. Broader Impact. The integrated earth system model will benefit the scientific community, U.S. federal and state governmental agencies, and other stakeholders and end users for both scientific research and regulatory decision analyses. Such a system has potential for far-reaching consequences for issues ranging from forecasting climate and economy change and climate change adaptation and mitigation at all scales to the promotion of global sustainable development. The interdisciplinary nature of the research will provide a significant opportunity to train post-docs and students and broaden the pool for future scientists at the interface of energy, atmospheric chemistry, meteorology, climate, hydrology, ecology, and computer sciences.