International Hydrological Programme

Integrated Basin Management under Changing Climate

The Twenty-eighth IHP Training Course

28th November– 7th December, 2018
Kyoto, JapanWater Resources Research Center, Disaster Prevention Research Institute,Kyoto University
Institute for Space-Earth Environmental Research, Nagoya University

Outline
UNESCO’s 10-day training course for young researchers from Asia-Pacific region on integrated river
basin management strategies including aspects of water resources, water related disasters under climatechange is a part of Japanese contribution to the International Hydrological Program (IHP). The course
includes series of lectures covering various aspects of water resources management, modelling practices,field exercise and technical tours. The course will be held in the Disaster Prevention Research Institute(DPRI), Kyoto University during 28th November to 7th December 2018.

Objectives
Development of resilient society has become an inevitable issue under the climate change, which
impacted in increasing the frequency of extreme phenomena such as unprecedented flood and severe
drought. In order to make our society more resilient, social adaptation to the hazards and countermeasuresfor disasters should be based on technologies for prediction and assessment on the future conditions ofwater resources.
In light of the Focal Area 1.1 “Risk management as adaptation to global change” and 1.2“Understanding coupled human and natural processes” under the Theme 1 “Water related disasters underhydrological change” of the IHP-VIII, the 28th IHP training course is focused on following threeobjectives: 1) to acquire the latest knowledge on climate change impacts on water resources, water related
disasters and ecosystem services, 2) to make practice on rainfall-runoff-inundation estimation at river
basin scale, and 3) to discuss strategies of integrated basin management to realize resilient society underclimate change.

Dates

28th November– 7th December, 2018Venue

DPRI, Kyoto University, Uji, Kyoto, JapanConveners
Convener: TANAKA, Shigenobu (DPRI, Kyoto University)
Chief assistant: TANAKA, Kenji (DPRI, Kyoto University)
Secretary: KAWASAKI, Yuko (DPRI, Kyoto University)
Lecturers
HORI, Tomoharu (DPRI, Kyoto University)
ICHIKAWA, Yutaka(Graduate School of Engineering, Kyoto University)
KIM, Sunmin(Graduate School of Engineering, Kyoto University)
KOBAYASHI Sohei (DPRI, Kyoto University)
NAKAKITA, Eiichi (DPRI, Kyoto University)
NOHARA, Daisuke (DPRI, Kyoto University)
SAYAMA, Takahiro (DPRI, Kyoto University)
SUMI, Tetsuya (DPRI, Kyoto University)
TACHIKAWA, Yasuto (Graduate School of Engineering, Kyoto University)
TAKARA, Kaoru (Graduate School of Advanced Integrated Studies in Human Survivability,Kyoto University)
2

TAKEMON, Yasuhiro (DPRI, Kyoto University)
TANAKA, Kenji (DPRI, Kyoto University)
TANAKA, Shigenobu (DPRI, Kyoto University)
YOROZU, Kazuaki(Graduate School of Engineering, Kyoto University)
Lectures at the Seminar Room (S217D) of DPRI, Kyoto University
Lecture 1 Fundamentals of land-surface processes
Lecture 2 Fundamentals of basin-scale hydrological analysis
Lecture 3 Integrated sediment management for reservoir sustainability
Lecture 4 Fundamentals of rainfall-runoff-inundation modelling
Lecture 5 Climate change impact assessment on disaster environments
Lecture 6 Resilient society development under changing climate
Lecture 7 UNESCO-IHP and Climate change adaptation strategy in Asia
Lecture 8 Fundamentals of hydrological extreme analysis
Lecture 9 Fundamentals of river ecosystem
Lecture 10 Fundamentals of optimum operation of reservoir systems

K. Tanaka
Y. Ichikawa
T. Sumi
T. Sayama
E. Nakakita
K. TakaraY. Tachikawa
S. Tanaka
Y. Takemon
T. Hori

Indoor practices at the Seminar Room (S217D) of DPRI, Kyoto University
Exercise 1
Exercise 2
Exercise 3
Exercise 4
Exercise 5
Exercise 7
Exercise 9

Processing method of geographical and meteorological data
K. Tanaka & K. Yorozu
Downscaling of GCM data
S. KimRainfall-runoff-inundation modelling
T. Sayama
Follow-up of exercise 1 to 3
K. Tanaka, S. Kim & T. Sayama
Hydrological extreme analysis
S. Tanaka
Optimum operation of reservoir systems
D. Nohara
Follow-up of exercise 1,2,3,7
K. Tanaka, S. Kim, T. Sayama & D. Nohara

Model experiment
Exercise 8Reservoir operation & sediment transport experimentK. Tanaka & D. Nohara

Field practices and Technical visits
Exercise 6 River bed survey and habitat evaluation at the Kizu River
Technical visit 1 To the Lake Biwa and the Uji River
Technical visit 2 To the Ujigawa Open Laboratory

Y. Takemon & S. Kobayashi
Y. Takemon & S. Kobayashi
Y. Takemon & S. Kobayashi

Training course documents
The training course documents will be available on our website in due course. The
participants are requested to download them in advance as a preparation to the lectures of thetraining course.

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