the 2008 NASA Exceptional Scientific Achievement Medal for his contributions to understanding the melt state of Greenland and Antarctica ice sheets, its significance in earth science missions, and its implications in climate change; and the 2010 NASA Exceptional Technology Achievement Medal for his contributions in developing a new technology using NASA satellite scatterometer data to measure high-resolution global wind for offshore wind energy development. His research results were reported worldwide by major news networks and many radio stations. Dr. Nghiem received his Ph.D. from the Massachusetts Institute of Technology in 1991.
Robert Raye is the Ice and Metocean Project lead for Shell Projects and Technology in the U.S. Arctic. In this role, Mr. Raye is responsible for providing support to field activities and design engineering to ensure safe and efficient operations. He has a key role in delivery of Shell’s Arctic physical science program, which includes collection of field measurements, characterization and research studies, and collaborative programs with industry partners, academia, and governmental agencies. Mr. Raye has established a field observation program in Alaska that includes a network of instrumented buoys, coastal meteorological stations, and vessel-based observers that report near-real-time data used to validate models and forecasts. Recently, he has been instrumental in developing collaborative agreements with NOAA offices to share data and resources, with the goal of improving overall weather and ice forecasting in Alaska and improving hurricane intensity forecasting in the Gulf of Mexico. He serves on the Data Management and Communications Committee in the Gulf Coast Ocean Observing System, where he supports initiatives promoting data interoperability, metadata standards, and Web services for data products and has applied these concepts in Shell internal data management and dissemination systems. Mr. Raye is Shell’s subject matter expert for oceanographic surveys and is skilled in environmental instrumentation, data analyses, and data management. Mr. Raye holds a Master of Science degree in ocean engineering from Florida Atlantic University.
Rebecca Woodgate1 is a principal oceanographer and associate professor at the Applied Physics Laboratory and the School of Oceanography at the University of Washington. She is a physical oceanographer, specializing in polar research, with special focus on the circulation of the Arctic Ocean, interactions between sea ice and the ocean, and the role of the polar oceans in climate. Her research concentrates on the collection and analysis of in situ oceanographic data. She has worked for many years in the deployment and recovery of moored oceanographic instrumentation in ice-covered waters, and the analysis of both mooring and hydrographic data. She is involved in undergraduate teaching and graduate education. She has worked on British, German, Norwegian, and American research vessels and led expeditions to the Bering Strait and the Arctic Ocean. Her first degree is in physics from the University of Cambridge and her Ph.D. (University of Oxford) is in data assimilation in ocean models. Her postdoctoral work was done at the Alfred Wegener Institute in Germany. Dr. Woodgate's research goal is to understand the physical processes in both Arctic and Antarctic regions, and to use her background to bridge the gap between theory, modeling, and real observations of the oceans.
1Member through June 2012