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Project Partners: SUMER, Turkey
The Water Resources Research and Application Center (SUMER) of Dokuz Eylul University (DEU) is recently founded in April 2001. The basic objective of the Center is to carry out multidisciplinary scientific and technological research and applications for effective management of water resources. Working groups include education, research, and project activities devoted specifically to water resources planning and management, water pollution control, erosion control, hydrologic modeling and simulation, and environmental data management. Currently, they are involved with investigations on sustainable management of water resources, design of water quality monitoring networks, GIS applications in water and land resources, hydrometric databases, identification of non-point source pollution, and watershed modeling. The Center has also established a GIS Members of the SUMER research team have been funded by TUBITAK (The Scientific and Technical Research Council of Turkey) for six major projects, five of which include Gediz River Basin as the study site. Some of the major projects include:
Key Team members
Prof.Dr.Nilgun B. Harmancioglu
Prof.Dr.Nilgun Harmancioglu is a
professor of hydrology and water resources, teaching and carrying out research
activities at DEU (Dokuz Eylul University) Faculty of
Engineering since 1976. She received her High School Diploma at the American
Collegiate Institute in Izmir (Turkey) in 1969; her
BSc. in civil engineering in 1973; MSc.
in water resources engineering in 1976; and her PhD. in hydrology and water
resources in 1981 at Ege (Aegean) University, Faculty
of Civil Engineering. She was promoted to associate professorship in 1986 and
to full professorship in 1992 at DEU Faculty of Engineering. She spent a year
between 1980-81 in Paris, Ecole National
Superieure des Mines de Paris, Centre d'Informatique
Geologique, Laboratoire d'Hydrogeologie Mathematique for
post-doctoral studies on optimum design of hydrometric data collection
networks. Between 1984-86, she worked as a research associate in Washington,
D.C., the George Washington University, School of Engineering and Applied
Science, International Water Resources Institute. There, she carried out a
research project on monitoring and evaluation of water quality data and another
one funded by NSF on precipitation-runoff modeling. Dr. Harmancioglu's
basic areas of research are water resources planning and management, simulation
of hydrologic processes and information theory as applied to water resources.
She has about 200 publications in the relevant areas, 70% of which are in
English. She has conducted 45 graduation projects and 20 graduate theses
up-to-date in addition to various research projects funded by NATO, IWMI, the
British Council, EU, the State Planning Agency (DPT), the State Hydraulic Works
(DSI), DEU and the Scientific and Technical Research Council of Turkey (TUBITAK).
Dr. Harmancioglu acted as a member of the editorial
board of the book series "Water Science and Technology Library" of
Kluwer Academic Publishers and of the "Hydrology"
journal published by Indian Association of Hydrologists (IAH). She is currently
a member of the International Advisory Board of ASCE Journal of Hydrologic
Engineering. She is also a Lifelong Fellow of Indian Association of Hydrologists (IAH) since 1995.
She published and edited 4 books published by Kluwer.
She has contributed to several international conferences and symposia as a
co-director, lecturer and member of organization committees. Dr.
Harmancioglu is currently a member of such international
organizations as ASCE, AGU, AWRA, EWRA, IAEH, IAHS, NYAS, and IWA. She has also
been assigned as a member to the National Engineering Committee of the Higher
Education Council of Turkey, established in 1995, and to the Turkish National
Hydrology Commission since 2000. She has acted as a consultant to the Planning
and Investigations Department of the General Directorate of State Hydraulic
Works (DSI) of Turkey on Kura Basin Master Plan and
other issues regarding integrated river basin management.
Currently, she is a Theme Advisory Board
member for International Hydrology Programme (IHP-VI)
of UNESCO under the theme: Integrated Watershed and Aquifer Dynamics (since
March 2002). At present, she is the Director of SUMER and Head of the Water
Resources Division of the Civil Engineering Department of DEU Engineering
Faculty.
Her basic fields of research are stochastic modeling of hydrologic processes, time series analysis,
water resources planning and management, and water quality simulation.
She is involved in a number of national and international research projects in the relevant areas,
supported by NATO, the British Council, IWMI, TUBITAK and DEU.
She has 13 publications in English and 10 in Turkish in addition to 15 technical and scientific reports.
His basic fields of research are water resources economics, stochastic modeling of
hydrologic processes, time series analysis, and water resources systems
analysis. He has more than 30 publications mostly in Turkish in addition to contributions
in technical and scientific reports.
Her basic fields of research are
water quality simulation and environmental management. She is involved in a
number of research projects in the relevant areas, supported by EU, NATO, the
British Council, IWMI, TUBITAK, DSI, the State Planning Agency, and DEU.
His basic fields of
research are stochastic time series analysis, monitoring network design,
computer-based models of urban and rural watersheds, and water resources
planning and management. He is involved in a number of research projects in the
relevant areas, supported by EU, NATO, the British Council, IWMI, DSI, TUBITAK,
the State Planning Agency, and DEU.
His basic fields of research are optimization of water power
schemes, stochastic time series analysis, and water resources economics,
planning and management. He is involved in a number of research projects in the
relevant areas, supported by DEU.
His basic fields of research are applications of artificial intelligent methods in hydrology, computer-based models of urban and rural watersheds, water resources planning and management.
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