Atmospheric Radiation and Climatic Effect of Greenhouse Gases

一个层次的数值模型将被用来调查 辐射，动力学和化学之间的相互作用， 特别是在气候影响方面， 大气中的痕量气体 三年计划将利用 研究平流层和对流层的二维模型 微量气体增加对全球和区域臭氧的影响 以及臭氧变化的综合影响 以及对流层中其他具有辐射活性的微量气体 气候 初始辐射强度有很大差异， 在二氧化碳的增加和其他辐射的增加之间的强迫作用- 活性示踪气体 大气环流模式模拟， 国家气候中心的社区气候模型 大气研究将进行调查， 气候变化引起的后续气候反馈的差异 二氧化碳和其他微量气体。 这个项目应该能提高我们的建模能力 影响气候的重要物理和化学过程 系统，并可能导致更好地了解程度， 二氧化碳的温室效应将被其他 大气痕量气体

A hierarchy of numerical models will be used to investigate the interactions between radiation, dynamics and chemistry of the atmosphere, especially in regard to climatic effects of increases in atmospheric trace gases. The three year project will utilize 2-D models of the stratosphere and the troposphere to study effects of trace gas increases on global and regional ozone production, as well as the combined effects of changes in ozone and other radiatively active trace gases on the tropospheric climate. There are significant differences in initial radiative forcing between increases in CO2 versus other radiatively- active trace gases. General circulation model simulations using the Community Climate Model of the National Center for Atmospheric Research will be carried out to investigate any differences in subsequent climatic feedbacks caused by increased CO2 and other trace gases. This project should enhance our capability to model important physical and chemical processes that affect the climate system and may lead to improved understanding of the extent to which C02 greenhouse warming will be augmented by other atmospheric trace gases.