Collaborative Research: Dynamics of Circulation and Water Mass Processes in the Mediterranean

9403467 Robinson在这个项目中，pi将继续进行过程研究：1 .中深水的形成、分散和混合；地中海环流动力学。将采用几种不同的模拟方法，既采用理想化的条件来确定混合过程中重要的内部参数，又采用现实的通量来模拟东地中海的实际条件，以便与邻国进行的实地研究进行比较。以前在POEM（东地中海物理海洋学）下进行的工作非常成功，有来自感兴趣区域周边几个国家的科学家参与。*** 9403471 Rizzoli在本项目中，pi将继续进行以下工艺研究：1 .中深水形成、分散和混合；地中海环流动力学。将采用几种不同的模拟方法，既采用理想化的条件来确定混合过程中重要的内部参数，又采用现实的通量来模拟东地中海的实际条件，以便与邻国进行的实地研究进行比较。以前在POEM（东地中海物理海洋学）下进行的工作非常成功，有来自感兴趣区域周边几个国家的科学家参与。* * *

9403467 Robinson In this project, the PIs will continue process studies of: I. Intermediate and Deep water formation, dispersion, and mixing, and, II. Dynamics of the Mediterranean general circulation. Several different modeling approaches will be used, both with idealized conditions to identify internal parameters important in the mixing processes, and with realistic fluxes to simulate actual conditions in the Eastern Mediterranean for comparison with field studies to be carried out by neighboring countries. Previous work, carried out under POEM (Physical Oceanography of the Eastern Mediterranean) has been very successful and has involved scientists from several countries bordering the region of interest. *** 9403471 Rizzoli In this project, the PIs will continue process studies of: I. Intermediate and Deep water formation, dispersion, and mixing, and, II. Dynamics of the Mediterranean general circulation. Several different modeling approaches will be used, both with idealized conditions to identify internal parameters important in the mixing processes, and with realistic fluxes to simulate actual conditions in the Eastern Mediterranean for comparison with field studies to be carried out by neighboring countries. Previous work, carried out under POEM (Physical Oceanography of the Eastern Mediterranean) has been very successful and has involved scientists from several countries bordering the region of interest. ***