Intergovernmental Hydrological Programme (IHP)The Twenty-ninth IHP Training Course in Nagoya“Changing Global Water Cycle and the Regional Responses”

27th November– 6th December, 2019Nagoya, Japan

Institute for Space-Earth Environmental Research (ISEE), Nagoya University
Virtual laboratory (VL) for diagnosing the earth's climate system, Nagoya University
Disaster Prevention Research Institute (DPRI), Kyoto University

Outline
UNESCO-IHP's 10-day training course for young researchers of Asia-Pacific region will beheld in the Institute for Space-Earth Environmental Research (ISEE), Nagoya University,from 27 November to 6 December, 2019. This is a part of Japanese contribution to theInternational Hydrological Programme (IHP) of the United Nations Educational, Scientificand Cultural Organization (UNESCO). The foci of this training course are on the global
water cycle and the regional impacts – responses including aspects of water-related disasters
under changing climate. This training course includes series of lectures and modelling
practices covering various aspects of meteorology, hydroclimatology, ecohydrology,glaciology, oceanography, and atmospheric chemistry.
Objectives
Under current climate change, as detected in increasing frequency of extremes such assevere floods and droughts, development of resilient society is an inevitable task forresearchers focusing on the “hydrosphere – atmosphere” sciences. In order to make oursociety more resilient, social adaptation to hydrohazards in a changing environment should
be based on “basics” of the hydrosphere – atmosphere sciences and technologies, and it
should be assessed based on projected future conditions of water resources. In light of theTheme 1 "Water-related Disasters and Hydrological Changes" and the Theme 5"Ecohydrology, Engineering Harmony for a Sustainable World" of the IHP-VIII (IHPeighth phase), the 29th IHP training course focuses on following three objectives;
1) to learn latest knowledge on climate change and changing global water cycle,
2) to make practice on water-related phenomena, and3) to discuss strategies on social adaptation to hydrohazards to realize resilient society inchanging climate.
Dates

27th November– 6th December, 2019

Venue

ISEE, Nagoya University, Nagoya, Japan

Conveners

Main Convener: HIYAMA Tetsuya (ISEE, Nagoya University)
Sub Convener:

SHINODA Taro (ISEE, Nagoya University)

Secretary:

NAGAHIRO Jun (ISEE, Nagoya University)
TANAKA Tomoko (ISEE, Nagoya University)

Lecturers
Lecture 1: Global warming and hydrological sensitivity
MASUNAGA Hirohiko (ISEE, Nagoya University)
Lecture 2: Meso-scale meteorology and tropical cyclones
TSUBOKI Kazuhisa (ISEE, Nagoya University)
Lecture 3: Radar meteorology and remote sensing of cloud and precipitation
TAKAHASHI Nobuhiro (ISEE, Nagoya University)
Lecture 4: Hydroclimatic variability in the Arctic circum-polar region
HIYAMA Tetsuya (ISEE, Nagoya University)
Lecture 5: Glaciers in the high-mountain Asia
FUJITA Koji (Graduate School of Environmental Studies, Nagoya University)
Lecture 6: Introduction of isotope hydrology
KURITA Naoyuki (ISEE, Nagoya University)
Lecture 7: Satellite view of physical and biological response of the ocean
ISHIZAKA Joji (ISEE, Nagoya University)
Lecture 8: Atmospheric chemistry and its connection to cloud formation
MOCHIDA Michihiro (ISEE, Nagoya University)

Indoor practices
Exercise 1: Cloud resolving atmospheric model and ocean circulation model
SHINODA Taro (ISEE, Nagoya University)
AIKI Hidenori (ISEE, Nagoya University)
Exercise 2: Atmospheric reanalysis and satellite remote sensing of precipitation
FUJINAMI Hatsuki (ISEE, Nagoya University)
MASUNAGA Hirohiko (ISEE, Nagoya University)
Exercise 3: Glacier mass balance model
SAKAI Akiko (Graduate School of Environmental Studies, Nagoya University)
FUJITA Koji (Graduate School of Environmental Studies, Nagoya University)
Exercise 4: Laboratory experiment of stable isotopes and atmospheric aerosol
MINO Yoshihisa (ISEE, Nagoya University)
KURITA Naoyuki (ISEE, Nagoya University)
OHATA Sho (ISEE, Nagoya University)

Note for the application
In the exercises, we use atmospheric reanalysis data, satellite remote sensing data, andseveral nonhydrostatic models which are available in Linux OS PC. Thus, applicant needs
basic skills of handling Linux OS.
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
the training course.
Schedule and Program
27th November– 6th December, 2019

Please see the next page.

Schedule (27th November– 6th December, 2019)Date

27 Nov.

28 Nov.

TimeWed.

Thu.

Contents

08:30～09:00

Registration & Guidance

HIYAMA T.

09:00～09:20

Opening ceremony

SHIOKAWA K.

09:30～10:45

Self-introductionHIYAMA T.

11:00～12:30

Lecture 1

MASUNAGA H.

14:00～17:00

Exercise 1

SHINODA T.

09:00～10:30

Lecture 2

TSUBOKI K.

11:00～12:30

Exercise 1

SHINODA T.
AIKI H.

14:00～17:00

29 Nov.

Fri.

17:30～19:00

Welcome Party

HIYAMA T. & SHINODA T.

09:00～10:30

Lecture 3

TAKAHASHI N.

11:00～12:30

Exercise 2

FUJINAMI H.
MASUNAGA H.

14:00～17:00
09:00～10:30
30 Nov.
1 Dec.
2 Dec.

Sat.
Sun.
Mon.

Exercise 1 (Follow up)

Tue.

14:00～17:00

FreeAll day

Free

09:00～10:30

Lecture 4

HIYAMA T.

11:00～12:30

Exercise 2 (Follow up)

MASUNAGA H.
FUJINAMI H.

09:00～10:30

Lecture 5

FUJITA K.

11:00～12:30

Exercise 3

SAKAI A.
FUJITA K.

14:00～17:00
4 Dec.

Wed.

09:00～10:30

Lecture 6

KURITA N.

10:45～12:30

Exercise 4

MINO Y.
KURITA N.

14:00～17:00
5 Dec.

Thu.

09:00～10:30

Lecture 7

ISHIZAKA J.

11:00～12:30

Exercise 3 (Follow up)

FUJITA K.
SAKAI A.

14:00～17:00

6 Dec.

Fri.

AIKI H.
SHINODA T.

11:00～12:30

14:00～17:00
3 Dec.

Lectures09:00～10:30

Lecture 8

MOCHIDA M.

10:45～12:30

Exercise 4

OHATA S.

14:00～15:45

Presentations (Reports)

HIYAMA T.

16:00～17:00

Completion ceremony

HIYAMA T.

17:00～19:00

Farewell party

HIYAMA T. & SHINODA T.