Eighth IHP Training Course
(International Hydrological Programme)
8-21 March, 1999
Nagoya & Tokyo, Japan
Working Group for IHP Training Course,
Sub-committee for IHP,
Japanese National Commission for UNESCO
- As part of the Japanese contribution to the International Hydrological Programme (IHP) a short course for participants from the Asia-Pacific region is going to be conducted, on remote sensing, from 8 to 21 March, 1999, at the Institute for Hydrospheric-Atmospheric Sciences, Nagoya University, Nagoya, and at the Communications Research Laboratory (CRL), Tokai University and Chiba University, which locate in or near Tokyo, Japan. The course includes a series of lectures in English, practice sessions and technical tours of various research institutions and facilities concerned with remote sensing.
- The general aim of the IHP short course is to help participants develop their basic knowledge of hydrological systems and of their sensitivity to climate changes, as well as to contribute to solving current global environmental problems. The spatial scales of the problems range from very local one to global one with close connection to atmospheric and hydrospheric phenomena. For atmospheric and hydrospheric sciences, satellite remote sensing is very useful and essential because of its capability to observe the atmosphere and hydrosphere in a big scale. For example, recently launched TRMM (Tropical Rainfall Measuring Mission) is providing us a unique three-dimensional rain structures covering all over tropical and a part of mid-latitude regions. ADEOS (Advanced Earth Observing Satellite) gave us beautiful images of global phytoplankton distribution over global ocean. Ground-based remote sensing which includes radars and lidars is also useful for the atmospheric observation. The eighth course focuses on the basic theory of remote sensing, technology and applications, and current status of Earth observation satellites.
(convenor: K. Nakamura)
- Y. Honda (Chiba University)
- T. Iguchi (Communications Research Laboratory, Ministry of Posts andTelecommunications)
- T. Itabe (Communications Research Laboratory, Ministry of Posts andTelecommunications)
- T. Koike (Nagaoka University of Technology)
- T. Kozu (Communications Research Laboratory, Ministry of Posts and Telecommunications)
- H. Masuko (Communications Research Laboratory, Ministry of Posts and Telecommunications)
- K. Nakamura (Institute for Hydrospheric-Atmospheric Sciences, NagoyaUniversity)
- T. Saino (Institute for Hydrospheric-Atmospheric Sciences, Nagoya University)
- H. Shimoda (Tokai University)
- K. Tsuboki (Institute for Hydrospheric-Atmospheric Sciences, Nagoya University)
- L1. Radar measurement of precipitation processes
…… K. Tsuboki
- Multi-doppler radar observation is one of the powerful tools for proving theprecipitation system.
- The technique and observation results will be introduced. Modeling efforts may also be included.
- L2. Soil wetness measurement from satellite microwave remote sensing
…… T. Koike
- Soil wetness is one of the key components in the land-atmosphere interaction. The soil wetness controls the water evaporation from land to atmosphere, and also runoff. Global soil wetness observation is a challenging target for the satellite remote sensing. The technique and observational results will be introduced.
- L3. Observation of atmosphere by radar
…… K. Nakamura
- Radar observation technology will be lectured. Radars include windprofilers and rain/cloud radars. A recently launched satellite enabled us to have three dimensional rain structure over tropical region and a part of midlatitude region. The basic technology for spaceborne rain radar will also be included.
- L4. Ocean color observation by satellite
…… T. Saino
- Ocean color is a good index of the production of ocean. Satellite sensors, such as OCTS aboard ADEOS gave us a valuable data set. Sensors and recent results will be introduced.
- L5. Active microwave measurement of rain and clouds from space
…… T. Kozu and T. Iguchi
- Active remote sensing of rain and clouds have a unique capability to give us the three dimensional structure. However, the sensor is heavy and complex. Current spaceborne radar technology and algorithms will be lectured.
- L6. Lidar proving of the atmosphere
…… T. Itabe
- A lidar is sensitive to small particles, such as cloud particles and aerosols in the atmosphere. Water vapor can also be profiled by lidar. The lidar technology and applications will be introduced. Spaceborne doppler lidar has a big potential for observation of wind in clear sky. The lidar technology will be lectured.
- L7. Synthetic aperture radar and its applications
…… H. Masuko
- The lecture is on the synthetic aperture radar (SAR). SAR is famous for its excellent spatial resolution. Polarimeteric SAR provides much more information on land status. Recent interference technology added elevation detecting capability.
- L8. Current remote sensing technology for global warming monitoring
…… H. Shimoda
- Japan has a ADEOS series (ADEOS and ADEOS-II) for global warming monitoring.The current and future spaceborne sensors and technology for earth observation will be introduced.
- L9. Global vegetation observation
…… Y. Honda
- Global vegetation is, needless to say, important for mankind. It is sensitive to the climate change. The global monitoring of vegetation is invaluable. The basic technique and current results will be introduced.
- The objective of the practical training is to give the trainees an idea what remote sensing data can give us and what procedure is required to produce results. Computer data processing is the main part of the training. Trainees will be required to process provided data by themselves with Personal Computers. The sample data are by satellite-borne sensors and/or by airborne and ground-based radars. The training includes image production and correlation analysis. For example, the comparison among TRMM precipitation radar data and TRMM microwave radiometer data will be performed.
- The course also includes technical tours at the IHAS, Nagoya University, the Communications Research Laboratory and the Chiba University. There, the state of the art microwave remote sensing technology will be introduced.
Schedule (8 March, 1999 - 21 March, 1999)
|８ (Monday)||Arrival at Nagoya, Japan|
|９ (Tuesday)||Guidance, Lectures (icebreaker reception in theevening)|
|10 (Wednesday)|| Lectures and Technical Tour (IHAS, Nagoya University)|
|11 (Thursday)|| Lecture and Guidance of data analysis training|
|12 (Friday)|| Data analysis training|
|13 (Saturday)|| Data analysis training (continued)|
|14 (Sunday)|| Move to CRL at Koganei, Tokyo|
|15 (Monday)|| Technical Tour at CRL and lectures|
|16 (Tuesday)|| Lectures |
|17 (Wednesday)|| Move to Tokai Univ., Lectures, Move to Chiba Univ.|
|18 (Thursday)|| Lectures|
|19 (Friday)|| Lectures and Move to Nagoya|
|20 (Saturday)|| Free day|
|21 (Sunday)|| Departure from Nagoya|
- The average air temperature is +5 to +10 ℃ and a total precipitation ofabout 100 mm in March in Nagoya and Tokyo areas in Japan.
- The trainees from the Asia-Pacific region are selected and recommended by the Regional Office for Science and Technology, United Nations Educational, Scientific and Cultural Organisation (UNESCO). Post graduate students enrolled in the special course in the Graduate School of Nagoya University, and who are at the Institute for Hydrospheric-Atmospheric Sciences, Nagoya University, under the auspices of the Special Program for Sciences of the Atmosphere and Hydrosphere are eligible to participate. Additional trainees may be allowed to participate, at their own expense.
1999 Course on Limnology (to be conducted in mid summer 1999)
- Limnology is a field of study on terrestrial water ecosystems such as lakes, rivers, reservoirs, ground waters and wetland. Human activities have been linked very closely to those water ecosystems and changed them directly or indirectly through global environmental changes. We have to learn basic limnological processes and how to manage and conserve those water ecosystems with sustainable development through the next century.
- Limnological studies in Japan only began in 1899 and we will soon celebrate their centennial history. The following programs will be prepared to welcome trainees of the IHP training course in limnology in the summer of 1999.
・ Global environment and lake ecosystem
・ Eutrophication and water quality control
・ Water resources and environmental problem
・ Integrated management of water environment
・ Limnological dynamics of Lake Biwa
・ Current technology in limnology
Limnological observation, water sampling, biological and chemical analysis of water quality, and some experimental analysis of lake ecosystems and biogeochemical material cycling will be practiced at Lake Suwa Hydrobiological Station, Shinshu University. A more large-scale lake observation on a research vessel in Lake Biwa is also planned.
The course also includes technical tours to Japanese alpine lakesand some large reservoirs in Central Japan. Tours to Lake Biwa Museum andanother institutions around Lake Biwa are also planned.
2000 Course on Management of Head Water (to be announced)
2001 Course on Stable Isotopes (to be announced)
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