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190412KashiwaOpenCampus Yoshimura E - 東京大学 · Integrated Land Simulator(ILS) is under...

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Yoshimura Laboratory Climate System and Water Cycle Institute of Industrial Science Department of Human and Social Systems / Chiba Experiment Station http://isotope.iis.u-tokyo.ac.jp/ Isotope Meteorology Climate System and Water Cycle S104 Eng/Department of Civil Engineering Front/Department of Natural Environmental Studies We study the earth from viewpoints of climate, water, and isotopes to make a contribution to understanding of climate system and prevention of water-related disasters. Where we are Y-Lab is located in the Chiba Experiment Station of Institute of Industrial Science in Kashiwa campus. Open Campus Visualization of water cycle with spherical display helps visitors understand research topics. Offic e Big windows help to get a lot of sunshine and make the office comfortable. Isotope Experiment Room Y-lab is fully equipped with experimental instruments including mass and laser spectrometers. Reception Space Lab members often take a rest and chat with others here. What we do Field Survey We sometimes conduct a field survey for better understanding of local conditions. Many Lab Members Communication and discussion with lab members are driving force of Y-Lab. Provision of useful information for climate change through understanding climate system using model development and its application Climate Water Cycle Estimation of local precipitation based on numerical simulation with AI Improvement of prediction accuracy combining with dam operation in case of flood Contribution to world water resource management and disaster mitigation through representation and prediction of water cycle based on model development and its application Isotope Improvement of prediction accuracy by direct data assimilation of isotope Development of methods for climate reconstruction and improvement of model accuracy with isotope and seeking better understanding of climate system Integrated Land Simulator(ILS) is under development Reconstructed global climatic frequency using proxy isotope Year Frequency Simulation of interseasonal relationship between SST and precipitation Y-Lab contribute to the society by understanding of climate and water cycle.
Transcript
Page 1: 190412KashiwaOpenCampus Yoshimura E - 東京大学 · Integrated Land Simulator(ILS) is under development Reconstructed global climatic frequency using proxy isotope Year Frequency

Yo s h i m u r a L a b o r a t o r y�C l i m a t e S y s t e m a n d Wa t e r C y c l e�

Institute of Industrial Science

Department of Human and Social Systems / Chiba Experiment Station

http: / / isotope. i is .u- tokyo.ac. jp/Isotope Meteorology

C l i m a t e S y s t e m a n d W a t e r C y c l e S104

E n g / D e p a r t m e n t o f C i v i l E n g i n e e r i n g

F r o n t / D e p a r t m e n t o f N a t u r a l E n v i r o n m e n t a l S t u d i e s

We study the earth from viewpoints of climate, water, and isotopes to make a contribution to understanding of climate system and prevention of water-related disasters.

Where we areY-Lab is located in the Chiba Experiment Station of Institute of Industrial Science in Kashiwa campus.

Open CampusVisualization of water cycle with spherical display helps visitors understand research topics.

OfficeBig windows help to get a lot of sunshine and make the officecomfortable.

Isotope Experiment RoomY-lab is fully equipped withexperimental instruments includingmass and laser spectrometers.

Reception SpaceLab members often take a rest and chat with others here.

What we do

Field SurveyWe sometimes conduct a field survey for better understanding of local conditions.

Many Lab MembersCommunication and discussion with lab members are driving force of Y-Lab.

Provision of useful information for climate change through understanding climate system using model development and its application

Climate

Water Cycle

Estimation of local precipitation based on numerical simulation with AI

Improvement of prediction accuracy combining with dam operation in

case of floodContribution to world water resource management and disaster

mitigation through representation and prediction of water cycle based on model development and its application

Isotope

Improvement of prediction accuracy by direct data assimilation of isotope

Development of methods for climate reconstruction and improvement of model accuracy with isotope and seeking

better understanding of climate system

Integrated Land Simulator(ILS) is under development

Reconstructed global climatic frequency using proxy isotope

Year

Freq

uenc

y

Simulation of interseasonalrelationship between SST and

precipitation

Y-Lab contribute to the society by understanding of climate and water cycle.

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