A Graduate and Training Program in Geofluids

9354936人 流体循环、成分、相互作用和历史对于理解大洋中脊的演变、盆地形成、碰撞构造、气候变化、海洋历史、古湖泊学和污染物的命运等多种多样的地壳动力学过程至关重要。 GEOFLUIDS计划将全球范围内的这种共性作为明尼苏达大学地壳尺度地质水文学多学科研究生培训和研究的独特组织概念。 谁掌握的基本原则和全球联系的候选人将特别准备在21世纪的学术和社会贡献。 温彻斯特地球科学学院最近设立了水文地质学的吉布森教授和吉布森客座教授职位，沿着提供最先进的建模设施和配套支持。 再加上湖沼学研究中心，稳定和重同位素地球化学的新方向，以及特殊的分析设施，临界质量现在存在的新的教育举措和跨学科的研究机会在地壳尺度的地质水文学研究生研究培训的协作指导。 的博士该计划结合了地球科学和大学水资源未成年人，GRT学生将通过与国家实验室和国际研究工作的合作获得独特的经验。 GEOFLUIDS计划包括在大学范围内跨学科研究生研究培训的有效科学管理以及招聘和推广以吸引优秀本科生方面的优势。 招聘计划包括为本科生提供周末短期课程，为中西部大学的教授提供培训研讨会，与历史上的黑人机构合作教授，以及一个活跃的跨学科研讨会论坛。 配套资金总额为20，000美元/年，将用于促进GEOFLIDS计划的管理和招聘。 ***

9354936 Person Fluid circulation, composition, interaction, and history are of fundamental importance in understanding crustal dynamic processes as diverse as the evolution of mid-ocean ridges, basin formation, collision tectonics, climate change, ocean history, paleolimnology, and the fate of pollutants. The GEOFLUIDS program embraces this commonality on a global scale as a unique organizational concept for multi-disciplinary graduate training and research in crustal- scale geohydrology at the University of Minnesota. A candidate who masters the underlying principles and global linkages will be especially prepared for academic and societal contributions in the 21st century. The Winchell School of Earth Sciences recently established the endowed Gibson Chair and Gibson Visiting Professorships in hydrogeology, along with state-of-the-art modeling facilities and matching support. Coupled with the recent growth of the Limnological Research Center, new directions in stable-and heavy- isotope geochemistry, and exceptional analytical facilities, critical mass now exists for collaborative guidance of new educational initiatives and interdisciplinary research opportunities in crustal-scale geohydrology for Graduate Research Traineeships. The Ph.D. program combines Geosciences and a University Water Resources Minor, GRT students will gain unique experience through collaboration with national laboratories and international research efforts. The GEOFLUIDS program includes proven strengths in effective scientific management of university- wide interdisciplinary graduate reseach training as well as recruiting and outreach to attract outstanding undergraduates. Recruitment plans include a weekend short course for undergraduates and training workshops for their professors from Midwestern colleges, partnerships with historically Black institutions with professorship, and a lively interdisciplinary seminar forum. Matching funds totaling $20,000/year will be used to fac ilitate the administration and recruitment of the GEOFLUIDS program. ***