Chief Researcher:
Mariza Costa-Cabral, PhD
cabralhydrologyfutures.com

Dr. Costa-Cabral is the founder and Chief Researcher of Hydrology Futures. Under her vision and expertise, Hydrology Futures is positioned to become a leading company in the hydrologic impacts of global change. Prior to founding Hydrology Futures, Costa-Cabral was a tenured scientist at the GKSS Research Center in Germany, where she developed and applied atmospheric transport models over the European domain, and co-developed a model of sediment transport for the Elbe River basin. She also worked at the University of Washington, Seattle, where she applied state-of-the-art hydrologic models developed by the Land Surface Hydrology Research Group to Southeast Asia's largest river basin - the Mekong. After founding Hydrology Futures, she evaluated the impacts of projected climate change, land cover and use change, and streamflow regulation, on the seasonal streamflows of the Mekong, in co-operation with University of Washington researchers.
     Costa-Cabral holds a PhD in Hydrology from the University of Washington, a Master of Science in Hydrology from the Massachusetts Institute of Technology, and a Master of Arts in Energy and Environment from Boston University. Her PhD Thesis received the 1997 international Lorenz G. Straub Award for best thesis in Water Resources. She was Associate Editor of Geomorphology in 1999-2005.
     She was born and raised in Portugal.

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Consulting Researcher:
Reiner Schnur, PhD

Dr. Schnur is a tenured staff member of the Max Planck Institute for Meteorology in Hamburg, Germany, and is also co-founder of O.A.Sys Research - Ocean Atmosphere Systems Research, GbR., a Hamburg-based company producing expert scientific work in the field of Earth Systems modeling using a wide range of numerical and analytical tools. Dr. Schnur is a mathematician by training, holds a PhD in Meteorology and is an experienced scientist in climate and hydrology research. His work covers a diverse range of research, including global climate modeling with an emphasis on soil-vegetation-atmosphere interactions, compilation of forcing data sets for land surface models, statistical analysis of climate simulations, and the study of the regional impacts of climate change. Dr. Schnur acts as a key consulting researcher for Hydrology Futures.
   The activities of O.A.Sys include the application and advancement of coupled ice-ocean models, terrestrial modeling, data assimilation, statistical reconstruction of atmospheric forcing data and the development of dynamic access tools for data retrieval. O.A.Sys has performed work for a variety of German and international institutions, e.g. the U.S. National Science Foundation, the European Commission, and the German Foreign Ministry of Education and Research. O.A.Sys works in cooperation with Hydrology Futures on appropriate projects.