Ramzi Touchan

Ramzi Touchan

Ramzi Touchan is a Research, Emeritus at the Laboratory of Tree-Ring and the School of Natural Resources Environment, Watershed Management and Ecohydrology Program, and the Center for Middle Eastern Studies at the University of Arizona.  Ramzi's research, teaching, and outreach activities over several decades have expanded the knowledge base of dendrochronology and dendroclimatology. His activities have benefited students, scientists, planners, and resource managers around the world. A focus of his work has been to integrate dendrochronology into an improved understanding of the natural environment and to encourage the application of dendrochronology in the management of water and other natural resources. His ongoing research program includes establishing networks of tree-ring chronologies to study large-scale patterns of climate variability in the Mediterranean Basin, North America, and Russia.  Ramzi Touchan is a Research Professor at the Laboratory of Tree-Ring and the School of Natural Resources Environment, Watershed Management and Ecohydrology Program, and the Center for Middle Eastern Studies at the University of Arizona.  Ramzi's research, teaching, and outreach activities over several decades have expanded the knowledge base of dendrochronology and dendroclimatology. His activities have benefited students, scientists, planners, and resource managers around the world. A focus of his work has been to integrate dendrochronology into an improved understanding of the natural environment and to encourage the application of dendrochronology in the management of water and other natural resources. His ongoing research program includes establishing networks of tree-ring chronologies to study large-scale patterns of climate variability in the Mediterranean Basin and North America.  

 

David Mekko

David M. Meko

David M. Meko is a Research Professor in the Laboratory of Tree-ring Research. He uses tree-ring data and instrumental data to study the natural variability of climatic and hydrologic systems and he has participated in several studies applying tree-ring data to extend records of streamflow for water resources agencies in the western United States. His current project deals with hydrologic variability in the Truckee-Carson Basin in the western United States.