Program
International Symposium on Agricultural Meteorology 2021 (ISAM2021)[ISAM2021 Oral session]
IM01
IM02

Predicting the Future Dry Season Period for Irrigation Management inFadli Irsyad・Hiroki Oue(Ehime University)

West Sumatra, Indonesia
Influences of meteorological and morphological factors on stemflow

Yadanar Zaw・Hiroki Oue(Ehime University)

in Popa Mountain Park, Myanmar
Kensuke Hanada(Kyushu University)・Koichi Nomura(Kochi

IM03

Leaf-Convection Sensor for Measuring Leaf Boundary Layer Conductancein Low Airflow

University)・Kensuke Kimura(National Agriculture and Food ResearchOrganization)・Makito Mori(Kochi University)・Daisuke Yasutake・Tomoyoshi Hirota(Kyushu University)・Masaharu Kitano(KochiUniversity)

IM04

Impact on crops due to high temperature in Toyooka City, Hyogo

Kakeru Kawaguchi・Yoshinori Shigeta(Tottori University of EnvironmentalPrefectureStudies)

IM05 Ground inversion layer that occurs in Hoki Daisen
IM06
IM07

Yoshiki Makizono・Yoshinori Shigeta(Tottori University of EnvironmentalStudies)

Gap between potential and actual wheat yield associated with short-term Seiji Shimoda・Yohei Terasawa(Hokkaido Agricultural Research Center,humid event in a high yield cultivar

NARO)・Zenta Nishio(Tokyo University of Agriculture)

Development of a growth model of leaf lettuce in a plant factory:

Kanna Tashiro・Yuki Sago(Yamaguchi University)

Estimation of photosynthetic rate per plant in a community condition
Seasonal wildfire susceptibility mapping using machine learning for

IM08 assessing its threats to local ecosystem services in Daxinganling Region,
China
Revision of impact assessment of climate change on rice yield and quality
IM09 by considering the combined effects of temperature and CO 2
concentration

Xianzhe Tang・Takashi Machimura(Osaka University)・JiufengLi(Nanjing University)・Huafei Yu(Wuhan University)・Liu Wei(SouthChina Normal University)
Yasushi ISHIGOOKA(Hokkaido Agricultural Research Center, NARO)・
Toshihiro HASEGAWA(Tohoku Agricultural Research Center, NARO)・
Tsuneo KUWAGATA・Motoki NISHIMORI・Hitomi WAKATSUKI(Institutefor Agro-Environmental Sciences, NARO)
Hitomi Wakatsuki(Institute for Agro-Environmental Sciences , NARO)・

IM10Analysing meteorological factors associated with the occurrence of chalky
rice grain using the nationwide Crop Survey database in Japan

Toshihiro Hasegawa(Tohoku Agricultural research center , NARO)・
Yasushi Ishigooka(Hokkaido Agricultural research center , NARO)・
Tsuneo Kuwagata・Hiroki Ikawa・Takahiro Takemoto・Motohiko Kondo・Motoki Nishimori(Institute for Agro-Environmental Sciences, NARO)

IM11

Hybrid AI Model for Estimating Canopy Photosynthesis I. Application to

Koichi Nomura(Kochi University)・Takahiro Kaneko(Kyushu University)・

Fruit Vegetable Canopies

Makito Mori・Masaharu Kitano(Kochi University)
Takahiro Kaneko(Kyushu University)・Koichi Nomura(Kochi University)・

IM12

Hybrid AI Model for Estimating Canopy Photosynthesis Ⅱ. Verification of Daisuke Yasutake・Tomoyoshi Hirota(Kyushu University)・Tadashige
Validity and Generalizability under Various Environmental Conditions

Iwao(Kochi University), Takashi Okayasu・Yukio Ozaki(KyushuUniversity)・Masaharu Kitano(Kochi University)

IM13
IM14

Application of SWAT Model on Napier Grass Yield and Bioenergy Potential

Kotchakarn Nantasaksiri・Takashi Machimura(Osaka University)

Prediction in Thailand

The effects of SWC and mulch on the performance of soybean and soil

May Myat Mon・Hiroki Oue・Hideto Ueno(Ehime University)

nutrients availability
Yue Zhang・Daisuke Yasutake(Kyushu University)・Kota Hidaka(NARO

IM15

Analysis of CO 2 Enrichment Effects Based on the Spatial Distribution of CO 2

Kyushu Okinawa Agricultural Research Center)・Kensuke Kimura(NARO

Concentration and Leaf Photosynthetic Rate in Commercial Greenhouses

Institute of Agro-Environmental Sciences)・Masaharu Kitano(KochiUniversity)・Tomoyoshi Hirota (Kyushu University)
Hiroki Ikawa・Tsuneo Kuwagata(Institute for Agro-EnvironmentalSciences, National Agriculture and Food Research Organization)・

IM16

Scaling a rice leaf physiology to the regional atmospheric boundary layer
based on the Tsukuba Free Air CO 2 Enrichment

Tsutomu Watanabe(Water and Material Cycles Division, Institute of Low
Temperature Science, Hokkaido University)・Charles P Chen(Departmentof Biology and Chemistry, Azusa Pacific University)・Toshihiro Hasegawa(Tohoku Agricultural Research Center, National Agriculture and FoodResearch Organization)

IM17
IM18

Assessment of the PROSPECT-PRO model capabilities using

Rei Sonobe・Haruyuki Seki・Ryohei Kondo・Yudai Sugimoto・Yoshikazu

hyperspectral reflectance of melon leaves

Kiriiwa ・Katsumi Suzuki (Shizuoka University)

An Empirical Correction for Drone NDVI Images under Various Sunlight

Akira Hama(Chiba University)・Kei Tanaka(Japan Map Center)・BinConditions

Chen(DJI Japan K.K.)・Akihiko Kondoh(Chiba University)
Daiyu Ito(Faculty of Agriculture and Life Science, Hirosaki University)・

IM19

The effect of long-term elevated CO2 concentration on the carbon budgetof apple population

Md Rakibul Hassan(UGAS, Iwate University)・SachinobuIshida(Graduate School of Science and Technology, Hirosaki University)・
Yasuhiro Ishigami(Faculty of Agriculture, Takasaki University of Healthand Welfare)
Naomichi Fujiuchi(Ehime University)・Kazue Inaba・Takeru

Method to calculate net CO2 exchange rate of whole plants underIM20

continuously increasing or decreasing CO 2 concentrations in agreenhouse using a real-time photosynthesis and transpiration
monitoring system

Kanoh(Ehime University, PLANT DATA Co., Ltd.)・Yayu
Romdhonah(Universitas Sultan Ageng Tirtayasa)・Seitaro Toda(Toyohashi
University of Technology)・Kota Shimomoto(National Agriculture andFood Research Organization)・Yuri Isoyama(Kyowa Co. Ltd.)・HiroshigeNishina(Ehime University)・Kotaro Takayama(Ehime University, Toyohashi
University of Technology)

Taiga Sasagawa(Graduate School of Science and Technology, University
IM21

Accuracy Assessment of Phenological Reflectance Index derived from GCOMC/SGLI with in situ dataof Tsukuba)・Tomoko Kawaguchi Akitsu(Faculty of Life andEnvironmental Sciences, University of Tsukuba)・Kenlo NishidaNasahara(Faculty of Life and Environmental Sciences University ofTsukuba)

IM22

Evaluation of Water Absorption Rate by Measuring the Volumetric Water

Yuki SAGO・Kanna TASHIRO・Shuhei FUJIWARA・Yasuhiro

Content in Cocopeat Medium for Eggplant Cultivation

TANAKA(Yamaguchi University)
Hiroki Ikawa(Institute for Agro-Environmental Sciences, National
Agriculture and Food Research Organization)・Taro Nakai(School ofForestry and Resource Conservation, National Taiwan University)・RobertC. Busey(International Arctic Research Center, University of AlaskaFairbanks)・Hirohiko Nagano(Institute of Space-Earth and Environmental

IM23 On evaporative loss of snowmelt water in a black spruce forest in Alaska

Research, Nagoya University)・Shin Nagai(Research and Development
Center for Global Change, Japan Agency for Marine-Earth Science andTechnology)・Kazuyuki Saito(Research Institute for Global Change
Research Center for Environmental Modeling and Application, Japan
Agency for Marine-Earth Science and Technology)・HidekiKobayashi(Institute of Arctic Climate and Environment Change Research,
Japan Agency for Marine-Earth Science and Technology)

IM24
IM25

Simulation of sun-induced chlorophyll fluorescence in spatially

Hideki Kobayashi・Yuma Sakai(JAMSTEC)・Tomomichi Kato(Hokkaido

heterogeneous plant canopies

University)

Incorporating non-structural carbon dynamics in individual-based vegetation model Hideki Ninomiya・Tomomichi Kato (Hokkaido University)
SEIB-DGVM

Kentaro Takagi(Hokkaido University)・Lifei Sun(National Institute forEnvironmental Studies)・Munemasa Teramoto(Tottori University)・
IM26Soil warming effect on the heterotrophic respiration and soil CH 4 flux in a Toshiaki Kondo(Japan International Research Center for AgriculturalSciences)・Jun Koarashi・Mariko Atarashi-Andoh(Japan Atomic Energy

cool-temperate forested peatlandAgency)・ Kazuhito Ichii(Chiba University)・ Naishen Liang (NationalInstitute for Environmental Studies)[ISAM2021 Poster session]
The Questionnaire Survey after Repairs of Shirakawa River in Jinnai
IP01 District, Kumamoto City, damaged by Northen Kyushu Rain Storm

Naoki Kanemitsu・Haruhiko Yamamoto・Yuka Watanabe(GraduateSchool of Agriculture, Yamaguchi University)

Disaster in July 2012
Linjie Jiao・Yoshiko Kosugi(Graduate School of Agriculture, Kyoto
IP02

Using a multilayer model with eddy covariance to detect the leaf wettingUniversity)・Yuichi Sempuku(Graduate School of Agriculture, Kyoto

and gas exchange of wet Japanese cypress canopy

University; East Nippon Expressway Co., Ltd.)・Ayaka Sakabe・Ting-WeiChang(Graduate School of Agriculture, Kyoto University)

IP03

IP04

IP05

IP06

IP07

Estimating chlorophyll content in leaves using UAV-mounted
spectroscopic sensor

Tatsuya Shirai・Rei Sonobe・Haruyuki Seki・Akiyoshi Tominaga(ShizuokaUniversity)・Kan-ichiro Mochizuki (PASCO Corporation)・Genya Saito(The University of Tokyo)

Photosynthesis down regulation of apple trees after long term exposure of Hassan Md Rakibul(UGAS, Iwate University)・Daiyu Ito(Faculty ofelevated CO2 concentration
Changes of photosynthesis, stomatal conductance and photochemicalparameters from the heading to harvest stage of rice
Local Light Irradiation to Inner Leaves for Improving Productivity ofAgriculture and Life Science, Hirosaki University)
Hiroki Oue・Yuanyuan Mao(Graduate School of Agriculture, EhimeUniversity)・May Myat Mon・Yadanar Zaw・Fadli Irsyad(UnitedGraduate School of Agricultural Sciences, Ehime University)
Kanna Tashiro・Yuki Sago(Yamaguchi University)

Butterhead Lettuce in Plant Factory
Spatiotemporal variation in biomass, production and respiration of fineroots in a young larch forest
A new chamber deployment strategy with a high time-resolution

Rui Cui・Takashi Hirano(Hokkaido University)・Lifei Sun(NationalInstitute for Environmental Studies)・Munemasa Teramoto(TottoriUniversity)・Naishen Liang (National Institute for Environmental Studies)
Masako Kajiura(JSPS-RPD (NARO))・Takeshi Tokida(NARO)

IP08 measurement: toward a separate quantification of CH 4 emissions via
plant and ebullition from rice paddies
Quantifying bubbling emission of methane from a rice paddy using highMasako Kajiura(JSPS (NARO))・Takeshi Tokida(NARO)

IP09 time-resolution concentration data during a closed chamber
measurement
Keisuke Ono(NARO)・Aung Zaw Oo(JIRCAS)・Akinori Yamamoto(TokyoGakugei University)・Chellappan Umamageswari(Tamil Nadu AgriculturalUniversity)・Masayoshi Mano(Chiba University)・Koothan Vanitha・
IP10Seasonal carbon flux and ecosystem water use efficiency in a triplePalanisamy Elayakumar・Marimuthu Raju(Tamil Nadu Agricultural

cropping rice paddyUniversity)・Kazuyuki Inubushi(Chiba University)・ShigetoSudo(NARO)・Naoko Saitoh(Chiba University)・Sachiko Hayashida(NaraWomen’s University, Research Institute for Humanity and Nature)・

IP11

Study on methane fluxes from stem of cypress in an upland temperate
forestVenkatachalam Ravi・Vellaisamy Ambethgar(Tamil Nadu Agricultural
Zhining Liu(Graduate school of agriculture, Kyoto university)・AyakaSakabe(Hakubi center, Kyoto university)・Yoshiko Kosugi(Graduateschool of agriculture, Kyoto university)