A table of projects participating in (or related to) AMY (Asian Monsoon Year)

Interim version on 2007-12-07

(Initially constructed on 2007-08-31 by Jun MATSUMOTO, updated by Hideyuki KAMIMERA, Jun-Ichi HAMADA, Tamaki UCHIDA and Kooiti MASUDA)

NOTE

Projects participating in AMY

A B C D E F G H I J K L M  
Seq. No. Short Name of Project Name of Project Scientific Targets Variables/Instruments Area/Site Implementation Period Intensive Observation Period(s) Representative person (principal investigator, etc.); Secretariat etc. Contact e-mail address of the project Contact person and e-mail address for details of AMY-related observations Contact e-mail address and person for AMY data management (to be included in data management e-mail list) URL  
1 MAIRS Monsoon Asia Integrated Regional Study Interactions between the human-natural components AWS, PBL tower, SMTM, aerosol: surface meteorological parameters, radiation; flux, soil temp and moisture, aerosol physical/chemical components. Semi arid: Northern China. 2005-2014 Mar-Sep, 2008 Prof. Congbin Fu (MAIRS SSG Chair, IAP, CAS); MAIRS Int'l Program Office (c/o IAP, CAS) [fcb(at)tea.ac.cn] info(at)mairs-essp.org Dr. Ailikun (MAIRS Int'l Project Office, IAP, CAS) [aili(at)mairs-essp.org] aili(at)mairs-essp.org http://www.mairs-essp.org/  
2 TORP Tibetan Observation and Research Platform Impact of the Tibetan Plateau on Global Change 3 Key PBL stations (Surface layer and Boundary layer, surface radiations, surface fluxes, soil parameters, temperature and water vapor vertical profiles), isotope, glacier, POPs, permafrost, dust storm, ecosystem, water vapor channel Tibetan Plateau 2005-2015   Prof. Yaoming Ma (Inst. Tibetan Plateau Res., CAS) [ymma(at)itpcas.ac.cn]       http://www.itpcas.ac.cn/973/  (needs login password, 26 Oct.)  
3 SACOL Semi-Arid Climate and Environmental Observatory Monitoring of long term tendencies in climate changes
Monitoring of the aerosol effect on water cycle
Studies of interaction between land surface and atmosphere
Improve the climate model; Validation of space-borne observations
Boundary layer, Surface radiation, Surface fluxes, Soil parameters, Ambient air analyzers, Aerosol optical properties, Aerosol vertical profile, Temperature and water vapor vertical profiles, Sky condition Lanzhou From April 1, 2006 -
Daily
  Prof. ZHANG Wu (Lanzhou Univ.) [wzhang(at)lzu.edu.cn] [sacol(at)lzu.edu.cn]     http://climate.lzu.edu.cn/index.asp  
4 PRAISE Progressive Research on Atmosphere-biosphere-hydrosphere and their Interaction in Semi-arid northeast Asia (tentative) Inter-annual and seasonal variability of hydrologic cycle in the strongly transitional zone of vegetation in the northeastern Asia, and their interaction with atmospheric and surface-biophysical processes. Specific topics includes, drought persistence and their relevance to the land-atmosphere interaction and impact of land-use/land-cover change on the rainfall variability. Two flux sites in the Taiga forest and steppe grassland measures surface fluxes of momentum, heat and water, radiation components, surface meteorology, and profiles of soil temperature and moisture, and biophysical parameters. Four AWSs measures surface meteorology, radiations, and soil temperature and moisture. around Mongolia 2007-2011   Dr. Jun Asanuma (Univ. Tsukuba [asanuma(at)suiri.tsukuba.ac.jp]          
5 AIPO Ocean-Atmosphere Interaction over the Joining Area of Asia and Indian-Pacific Ocean and Its Impact on the Short-Term Climate Variation in China to identify the characteristics, patterns, and causes of air-sea interactions over the AIPO joining area and the intrinsic mechanisms of their impacts on the short-term climate anomalies over China. Surface mooring
Subsurface mooring
Submersible mooring
Air-sea flux tower
Intensive RV cruise
East Luzon Island
Karimata strait
off Java coast
Xi-Sha Island
Northern SCS
off Luzon
2006-2011, May-Jun. Nov.2007-Nov.2008(Kalimata strait & Java coast) Dr. Jianping Li (LASG, IAP, CAS) [ljp(at)lasg.iap.ac.cn]; Secretariat, LASG, IAP, CAS; Secretary, Ms. Wenling Zhou (LASG, IAP, CAS) [zwl(at)lasg.iap.ac.cn] zwl(at)lasg.iap.ac.cn Dr. Dongxiao Wang (SCSIO, CAS) [dxwang(at)scsio.ac.cn] Dr. Guangqing Zhou (IAP, CAS) [zhgq(at)lasg.iap.ac.cn] http://973aipo.lasg.ac.cn/ (Page in Chinese exists, page in English under construction, 30 Oct.)  
6 SCHeREX Southern China Heavy Rainfall Experiment Establish a high-space resolution meso-scale observation net
Obtained high time-space resolution meteorological database
Develop a meso-scale reanalysis system and forming a high time-space resolution reanalysis meteorological fields
Improve heavy rainfall prediction by using this database with real time.
Doppler radars, Surface stations, Sounding stations, Automatic weather stations, Meteo. Satellite FY-2c, GPS data, wind profiles and dropsonde Southeastern China 2007-2009 May.-Jul., 2008
(May.-Jul., 2009)
Prof. ZHANG Renhe [renhe(at)cams.cma.gov.cn]       http://www.cams.cma.gov.cn/new973/index.htm  (in Chinese)  
7 SoWMEX
TiMREX
Southwest Monsoon Experiment; Terrain-influenced Monsoon Rainfall Experiment To understand the interaction between topography and southwest monsoon surge and improve the capability and accuracy of 0-36hr QPE/QPF in county city and watershed scales during southwest monsoon season to meet the urgent need of disaster reduction in the Taiwan area. Soundings (operational, extra, ship and dropsonde), GPS, surface stations, rain gauges, NEXRAD, S-, C- and X-Doppler radar, Ku- and S-rain profiler, ISS, TEAM-RAD, S- and C-POL, COSMIC/GPS, disdrometer Northern South China Sea and southern Taiwan 2006-2010 May.15-Jul.15, 2008 Dr. Ben Jong-Dao Jou [jouben(at)ntu.edu.tw]          
8 IITM/rain (IITM = Indian Institute of Tropical Meteorology) Interaction between microphysics of rain formation and environment Multi-parameter dual polarization Doppler radar, GPS Radiosonde, Dual polarization Micro Pulsed LIDAR Pune, west/east-coast     Prof. B.N. Goswami (Indian Inst. Tropical Meteorol.) [goswami(at)tropmet.res.in]          
9 CAIPEX Cloud-Aerosol Interaction & Precipitation Enhanced Experiment Cloud-Aerosol Interaction & Precipitation Enhanced Experiment Multi-parameter dual polarization Doppler radar, Cloud seeding, CCN and the natural droplet spectra, ice nuclei and ice formation, cloud droplet spectra by aircraft   May-Oct, 2008-2009   Prof. B.N. Goswami (Indian Inst. Tropical Meteorol.) [goswami(at)tropmet.res.in]          
10 CTCZ Continental Tropical Convergence Zone To understand the mechanisms leading to space-time variation of the CTCZ and the embedded monsoon disturbances during the summer monsoon. Land based: Surface, Upper air, Radiation, PBL-Flux Towers, Doppler Radars, Wind Profilers.Watershed
Ocean based: ORV Sagar Kanya (35day Cruise), Buoys, Argos
Space based:  Aircraft(aerosol, cloud), INSAT-3D, METEOSAT, Meghatropique
Northern India July-Aug.
pilot: 2008
main: 2009-2010
  Prof. Devraj Sikka [drsikka(at)yahoo.com], Prof. Sulochana Gadgil [sulo(at)caos.iisc.ernet.in] (Science Steering committee co-chairs)          
11 STORM Severe Thunderstorms - Observations & Regional Modeling Severe Thunderstorms - Observations & Regional Modeling Seven upper air radiosonde stations, Doppler Weather Radar, weather radars, Mobile Doppler Radar, Wind Profilers, AWS, Research Ship, Aerosol Sampling Eastern & North-eastern India Apr-May
2006-2007
2009-2010
             
12 JICA-Tibet Meteorological Disaster Cooperative Research (JICA = Japan International Cooperation Agency) Quantitative and qualitative improvement of meteorological observations.
Strengthening the operational weather forecast system of China through development of numerical weather prediction models
GPS (24), Boundary layer tower (3), Radio sonde, AWSs, Satellites, Land data assimilation Tibet Plateau and its south-east surrounding areas. 2005-2009
Mar-Jul, 2008 Prof. Hirohiko Ishikawa (DPRI, Kyoto Univ.) [ishikawa(at)storm.dpri.kyoto-u.ac.jp]          
13 JEPP-Tibet Japan Earth Observation System Promotion Program - Tibet Promotion of integrated observation study of energy/water circulation over the Tibetan Plateau. Radio sonde, Surface Flux, Soil moisture, Land data asiimilation Tibetan Plateau 2005-2007   Prof. Toshio Koike (Univ. Tokyo)          
14 GaME-T GEOSS and MAHASRI Experiment in Tropics Develop hydro-meteorological warning system associated with telemetry stations, and demonstrate the value of the warning system in Mae Waang, Chiang Mai, Thailand Rain-gauge & Radar combination, Hydrological Data, Surface Flux Thailand     Prof. Hansa Vathananukij (Kasetsart Univ.) [hansa.v(at)ku.ac.th]     Dr. Dusit Thanapatay (Kasetsart) [fengdus(at)ku.ac.th], Dr. Suphawut Malaikrisanachalee (Kasetsart) [fengshm(at)ku.ac.th] http://game-t.eng.ku.ac.th/  
15 JEPP-Thailand, GaME-T (Japanese part) Japan Earth Observation System Promotion Program - Thailand Develop hydro-meteorological warning system associated with telemetry stations, and demonstrate the value of the warning system in Mae Waang, Chiang Mai, Thailand Rain-gauge & Radar combination, Hydrological Data, Surface Flux Thailand 2005-2007 (as JEPP)   Prof. Taikan Oki (IIS, Univ. Tokyo) [taikan(at)iis.u-tokyo.ac.jp]       http://hydro.iis.u-tokyo.ac.jp/GAME-T/  
16 JEPP-S.E.Asia Japan Earth Observation System Promotion Program - Southeast Asia To develop rainfall observation system in order to understand water cycle and its variability by climatic changes in tropical Asian monsoon region over Indochina. Rain-gauge & Radar combination, Hydrological Data Vietnam, Laos, Thailand, Myanmar, Bangladesh 2005-2007 (as JEPP)   Dr. Jun Matsumoto (Tokyo Metropolitan Univ. and JAMSTEC IORGC) [jun(at)center.tmu.ac.jp]       http://hydro.iis.u-tokyo.ac.jp/~agata/JEPP-M/wiki/ (in Japanese)  
17 JEPP-HARIMAU Hydrometeorological ARray for ISV-Monsoon Automonitoring (JEPP = Japan Earth Observation System Promotion Program) Construction of Radar-profiler network over Indonesian Maritime Continent, and Observation of Intra-seasonal Variations for understanding global climate. Radar-Windprofiler Network, Radio Sonde Indonesia     Dr. Manabu D. Yamanaka (JAMSTEC IORGC) [mdy(at)jamstec.go.jp]       http://www.jamstec.go.jp/iorgc/harimau/  
18 JEPP-IO Japan Earth Observation System Promotion Program - Indian Ocean To understand processes responsible for the intraseasonal to interannual variability in the equatorial eastern Indian Ocean. T, S from the sea surface down to 750m depth, meteorological variables at the sea surface, upper-ocean current at 10m depth. Eastern equatorial Indian Ocean 2006- March 2010   Dr. Keisuke Mizuno (JAMSTEC IORGC) [kmizuno(at)jamstec.go.jp]       URL of this project will be opened.  
19 PALAU
(PALAU2008)
Pacific Area Long-term Atmospheric observation Understanding of climate change To understand the mechanism of air-sea interactions and cloud-precipitation processes over warm water pool region.
PALAU2008: Focus on monsoon activity related to ITCZ, and developing features of tropical cyclones.
Atmospheric and Oceanic Observations
Continuous observation: Doppler radar, Wind profiler, GPS, Ceilometer,  and AWS.
Intensive observation (June 2008): R/V Mirai, ARGO float, and Radiosondes.
Western Tropical Pacific 2000- PALAU 2008 IOP:Jun-Aug 2008 Dr. Masanori Yoshizaki (JAMSTEC IORGC) [myoshiza(at)jamstec.go.jp] Dr. Ryuichi Shirooka (JAMSTEC IORGC) [shiro(at)jamstec.go.jp] Dr. Ryuichi Shirooka (JAMSTEC IORGC) [shiro(at)jamstec.go.jp] Dr. Ryuichi Shirooka (JAMSTEC IORGC) [shiro(at)jamstec.go.jp] http://www.jamstec.go.jp/iorgc/palau/index-e.html  
20 TCS08 Tropical Cyclone Structure 2008 To understand the processes leading to the formation of tropical cyclones in the western North Pacific monsoon trough area and the evolution of tropical cyclones after formation Airborne Doppler wind Lidar, airborne ELDORA dual X-band Doppler radars, flight level data, and dropsondes. Tropical western North Pacific Aug-Sept 2008   Professor Russ Elsberry (Naval Postgraduate School, USA); Prof. C.-P. Chang [cpchang(at)prodigy.net]          
21 JAMEX Joint Aerosol-Monsoon Experiment to unravel the multi-scale dynamical, radiative, chemical interactions associated with aerosol-monsoon water cycle in the Asian Indo-Pacific region aiming at better understanding of climate change impacts and improved prediction of the Asian monsoon aerosol properties from AERONET observation in China, India and Indo-China (planned); high altitude surface meteorological observations in Pyramid site at Mt. Everest. See also EAST-AIRE, and SMART-COMMITT Asian Indo-Pacific region 2008-2012
EOP-1: Apr-Dec 2008 Dr. William K.M. Lau (NASA GSFC) [william.k.lau(at)nasa.gov] See EAST-AIRE and SMART-COMMITT william.k.lau(at)nasa.gov See EAST-AIRE and SMART-COMMITT See EAST-AIRE and SMART-COMMITT  
22 EAST-AIRE East Asian Study of Tropical Aerosols: an International Regional Experiment Understanding of understand the fundamental mechanisms of the aerosol direct and indirect effects
Examination of the roles of aerosols in affecting regional climate and atmospheric circulation
Active/Passive Cloud Remote Sensors, Narrowband and Broadband Radiometers, Wind Profiler, AERI, Aerosol and CCN Tahu, Xianghe March-Dec 2008   Prof. Zhanqing Li (Univ. Maryland) [zli(at)atmos.umd.edu]       http://www.atmos.umd.edu/~yuan/web_proj/station.htm  
23 AAF/SMART-COMMIT ARM Ancillary Facility/Surface-sensing measurements for Atmospheric Radiative Transfer-Chemical, Optical & Microphysical Measurements of In-situ Troposphere Aerosols influencing on monsoon water cycle: Comprehensive observations of dust and mega-city aerosols near source/sink regions and during transport events.
Understanding of interactions between extensive aerosols and clouds/water cycle based on a synergy of satellite, (aircraft) and ground-based measurements, together with physics-based modeling.
Remote sensing: detecting/retrieving properties of dust/mega-city aerosols and cirrus clouds from atmospheric emitted, as well as transmitted, radiance fields at surface.
In-situ: measuring surface & aerosol/precursor properties and boundary-layer atmospheric parameters for remote sensing and transport modeling.
Surface energetics: developing radiative forcing approximations for measurements of coexisting aerosol-cloud conditions.
Vicinity of Lanzhou and Beijing area Feb-Nov 2008 Feb-Nov 2008 Dr. Si-Chee Tsay (NASA/Goddard Space Flight Center) [Si-Chee.Tsay(at)nasa.gov] Dr. Q. Jack Ji [ji(at)climate.gsfc.nasa.gov] Dr. Q. Jack Ji [ji(at)climate.gsfc.nasa.gov] Dr. Q. Jack Ji [ji(at)climate.gsfc.nasa.gov] http://smart-commit.gsfc.nasa.gov/  
24 ARCS-Asia Aerosols and Regional Climate Studies - Asia Study impacts of aerosols on radiation budget and regional climate in Asia. Ground-based and aircraft measurements of physical and chemical properties of aerosol will be made as well as 3-D regional model studies.
In-situ and semi-continuous measurements of carbonaceous (BC and CO) aerosols at the ground sites (source regions and background regions).  Aircraft observations of size distribution of aerosol and mixing state of BC in the outflow from the Asian continent will be also conducted in spring 2008. Beijing, PRD (near Hong Kong), Bangkok, Mt.Happo (1850m asl) 2007-2010   Dr. Makoto Koike (Univ. Tokyo) [koike(at)eps.s.u-tokyo.ac.jp]          
25 PHONE06-15 Pukyong National University and HyARC Nagoya Univesity Observation Network over East China Sea Typhoon, Early season Meiyu-Baiu Front, Meiyu-Baiu-Changma Front Doppler radars, Radiosondes around the East China Sea 2006-2015   Prof. Dong-In Lee (Pukyong National Univ.) [leedi(at)pknu.ac.kr] and Prof. Hiroshi Uyeda (HyARC, Nagoya Univ.) [uyeda(at)hyarc.nagoya-u.ac.jp]          
26 T-PARC THORPEX (The Observing System Research and Predictability Experiment) Pacific-Asian Regional Campaign Tropical Cyclogenesis, Recurvature, Extratropical Transition, Predictability and Dynamical Processes, Observing Systems, Data Assimilation and Observing Strategies, Societal and Economic Applications Aircrafts, Vessels, Upper Soundings, Wind form MTSAT, etc. East Asia, East China Sea 2008 tropical cyclone season   Dr. Tetsuo Nakazawa (MRI/JMA) [nakazawa(at)mri-jma.go.jp]          
27 DOTSTAR Dropwindsonde Observations for Typhoon Surveillance near the TAiwan Region To improve the tropical cyclone predictability based on targeted observations using GPS dropwindsondes deployed from the jet aircraft flying around the environment of the typhoon in the NW Pacific. GPS dropwindsonde sounding data, available through GTS Western North Pacific  between about 15-30N and 118-133E 2003-2008 and afterwards 2008 typoon season Dr. Chun-Chieh Wu (National Taiwan Univ.) [cwu(at)typhoon.as.ntu.edu.tw] cwu(at)typhoon.as.ntu.edu.tw Dr. Chun-Chieh Wu (National Taiwan Univ.) [cwu(at)typhoon.as.ntu.edu.tw] Dr. Chun-Chieh Wu (National Taiwan Univ.) [cwu(at)typhoon.as.ntu.edu.tw] http://typhoon.as.ntu.edu.tw/DOTSTAR/English/home2_english.htm  
28 NPOIMS Variability of the Subtropical North Pacific ocean Circulation and its Impacts on the Dynamic Environment of the Marginal Seas To understand mechanisms and improve the prediction of low-frequency variability of dynamic environments of the marginal seas and the adjacent deep ocean. surface mooring at two stns, ADCP, RV cruises Luzon Strait, West of the Luzon Island (18N), East China Sea, and North-East SCS, Western Pacific and East China Sea Cruises 2007-2012 two years Dr. Lixin Wu (Ocean Univ. of China) [lxwu(at)ouc.ac.cn]          
29 EAMEX East Asian Monsoon Experiment 1) To explore genesis mechanisms, and structure/dynamics of weather disturbances generating heavy rainfall in East Asia during the summer and winter monsoon seasons. 2) To improve forecasts of weather disturbances in East Asia during both seasons, particularly heavy rainfall events for reducing flood damage. Upper-air sounding (sonde), radar, vessel, tower, surface, etc. East Asia 2007-2010 Apr-June 2008 (for Summer Rainstorm Exp.), late 2008 to early 2009 (for Winter Rainfall Exp.) Dr. Tsing-Chang (Mike) Chen (Iowa State Univ.(USA) and National Central Univ. (Taiwan)) [tmchen(at)iastate.edu]          

Projects related to AMY

A B C D E F G H I J K L M
Seq. No. Short Name of Project Name of Project Scientific Targets Variables/Instruments Area/Site Implementation Period Intensive Observation Period(s) Representative person (principal investigator, etc.) Contact e-mail address of the project Contact person and e-mail address for details of AMY-related observations Contact e-mail address and person for AMY data management (to be included in data management e-mail list) URL
30 CEOP Coordinated Energy and Water Cycle Observation Project Continental Hydroclimatology
-Monsoon, Semi-arid, Cold,  High-elevation
-Aerosol, Water and energy balance, Extremes, Isotope
-Hydrological Application
Reference sites (25 sites in Asia)
NWP Models (MOLTS and 3D Gridded Global)
Satellites (250km, Monsoonal Region, Global)
Global 2007-2010   Prof. Toshio Koike (Univ. of Tokyo) [ceop(at)monsoon.t.u-tokyo.ac.jp] Dr. Sam Benedict (CEOP International Coordinator) [sam.benedict(at)gewex.org] Dr. Steve Williams (NCAR EOL) [sfw(at)ucar.edu] http://www.ceop.net/ (new CEOP site is under construciton, 26 Oct.)  
31 MAHASRI Monsoon Asia Hydro-Atmosphere Scientific Research and Prediction Initiative To establish hydro-meteorological prediction system, particularly up to seasonal time-scale, through better scientific understanding of Asian monsoon variability   Northeast Asia, East Asia, Tibet-Himalayas, Tropical Asia     Dr. Jun Matsumoto (Tokyo Metropolitan Univ. and JAMSTEC IORGC) [jun(at)center.tmu.ac.jp]   mahadmyy(at)jamstec.go.jp; Dr. Manabu D. Yamanaka (JAMSTEC IORGC) [mdy(at)jamstec.go.jp] mahadmyy(at)jamstec.go.jp, Dr. Kooiti Masuda (JAMSTEC FRCGC) [masuda(at)jamstec.go.jp] http://mahasri.cr.chiba-u.ac.jp/  

2007-Dec-07
MASUDA Kooiti (One of co-chairs, AMY Data Management Working Group)
MAHASRI Data Management Team in Yokohama and Yokosuka
mahadmyy(at)jamstec.go.jp

(The table is converted from Excel worksheet to HTML with XLS2HTMLTable ver.0.6.5beta Made by AGATASHI, See : http://hydro.iis.u-tokyo.ac.jp/~agata/archive/software/XLS2HTMLTable/.)