CAREER: Integrated Studies of Migmatites and Crustal Melting

9629074惠特尼这份职业发展计划旨在刻画流体成分(H2O：CO2)对地壳熔融和产物的影响，并刻画深成岩和混合岩之间的关系。这项研究将通过对三个混合岩杂岩的实验、分析和野外研究相结合来解决与地壳岩浆作用有关的几个问题。这三个混合岩杂岩被推测为地壳岩石部分熔融形成的，并且在空间上与硅质深成岩体有关。将部分根据土耳其正在进行的和拟议的研究，为本科生设立一个新的中级班。这门新的课程(地质学、环境与文明)将侧重于让学生对地球系统以及人类与物理环境的相互作用有一个基本的了解，强调地质学在古代和现代文明发展和进化中的作用。研究的所有阶段都将与北卡罗来纳大学的本科生和研究生岩石学课程相结合。

9629074 Whitney This Career Development proposal seeks to characterize the effects of fluid composition (H2O:CO2) on crustal melting and products, and to characterize how pluton and migmatites are related to on another. This research will resolve several questions concerning crustal magmatism by integrating experimental, analytical, and field study of three migmatite complexes that are inferred to have formed by partial melting of crustal rocks and that are spatially associated with silicic plutons. A new intermediate-level class for undergraduates will be created based in part on going and proposed research in Turkey. This new class (Geology, Environment and Civilization) will focus on giving students a basic understanding of earth systems and human interactions with the physical environment, emphasizing the role of geology in the development and evolution of ancient and modern civilizations. All stages of the research will be integrated with the undergraduate and graduate petrology curricula at UNC-CH.