remote sensing of environment and...

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W.TAKEUCHI LAB. [Monitoring global environment changes and International technology collaboration] Department of Humans and Social Systems Observer from outer space Bw-601, 602, 603 Department of Civil Engineering, Faculty of Engineering http://wtlab.iis.u-tokyo.ac.jp/ Remote Sensing of Environment and Disaster Mission: Developing methodologies of global-scale measurement on environmental changes in ... Cities Agricultural area Forested area Area exposed to anthropogenic impacts International technology collaboration with Asian countries 2015/09/04 2015/09/04 2015/09/05 2015/09/06 2015/09/07 Landsat8 AHI AHI AHI AHI Infrared Camera System based on Open Source Hardware Impact of socio- economic development on urban air quality in India Time-Series Interferometric SAR and GPS analysis in Indonesia for Land Subsidence Detection in Surabaya & Monitoring active volcano (Mt. Bromo) Detection of forest fire by Himawari-8 imager with high temporal resolution 3D Reconstruction from Images and LiDAR for Infrastructure Health Monitoring Health Monitoring of Civil Infrastructure & Assessment of its economic impact on urban development Environmental Monitoring of Eastern Thailand Sea Air pollution mapping and personal exposure assessment by portable devices for urban area Brick-kiln identification GDP growth cause pollution Factory identification Urban air pollution ASSESSMENT OF SOLAR PV POWER POTENTIAL OVER ASIA PACIFIC REGION Regional/global evaluation of GHGs emission from tropical rice paddies Development of Global Irrigation Water Requirement Based on Multi Remote Sensing Data Integration Land subsidence reach up to -8 cm / year GPS Multipath Sky Plot at SBY1 Precise Agriculture Tree counting based on UAV imagery (missing tree detection) Sustainable Palm Oil management Palm Oil Suitability Theoretical PV Solar Output Power Decrease in Solar PV Power Due To Dust Decrease in Solar PV Power Due To Temperature Decrease in Solar PV Power Due To Snow Decrease in Mean Seasonal Solar PV Power Potential Total Effective Theoretical Solar PV Power Train fluctuation estimation using a phone-acceleration sensor Detection of damage section with InSAR Monitoring development of cities along railways 2020 2030 2040 Predicted Urban expansion in Yangon, Myanmar LANDCOVER CHANGE 2005 – 2015 PINK: VEGETATION TO URBAN Monitored urban expansion in Auckland, New Zealand 2005 2015 Monitoring/Modeling of urban expansion status 2005 - 2015 PM2.5 measured (g/m3) PM2.5 provided by fixed station (g/m3) Wind speed (m/s) PM2.5 distribution 6 th Feb. 7 th Feb. 8 th Feb. Times of Day PM2.5 PM2.5 (g/m 3 )

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Page 1: Remote Sensing of Environment and Disasterwtlab.iis.u-tokyo.ac.jp/en/images/materials/5_takeuchi_e.pdfEnvironmental Monitoring of Eastern Thailand Sea Air pollution mapping and personal

W.TA K E U C H I L A B .[Monitor ing g lobal env i ronment changes and

Internat ional technology co l laborat ion ]

Department of Humans and Social Systems

Observer from outer space Bw-601, 602, 603

Department of C iv i l Engineer ing , Faculty of Engineer ing http://wtlab.iis.u-tokyo.ac.jp/

Remote Sensing of Environment and Disaster

Mission: Developing methodologies of global-scale measurement on environmental changes in ...

Cities Agricultural area Forested area

Area exposed toanthropogenic impacts

International technology collaboration with Asian countries

2015/09/04 2015/09/04 2015/09/05 2015/09/06 2015/09/07Landsat8 AHI AHI AHI AHI

Infrared Camera System based on

Open Source Hardware

Impact of socio-economic

development on urban air quality in

India

Time-Series Interferometric SAR and GPS analysis in

Indonesia forLand Subsidence Detection

in Surabaya &Monitoring active volcano

(Mt. Bromo)

Detection of forest fire by

Himawari-8 imagerwith high temporal

resolution

3D Reconstruction from Images and

LiDAR for Infrastructure

Health Monitoring

Health Monitoring of Civil Infrastructure

&Assessment of its

economic impact on urban development

EnvironmentalMonitoring of

Eastern Thailand Sea

Air pollution mapping and

personal exposure assessment by

portable devices for urban area

Brick-kiln identification

GDP growthcause pollution

Factory identification

Urban air pollution

ASSESSMENT OF SOLAR PV POWER POTENTIAL OVER

ASIA PACIFIC REGION

Regional/global evaluation

of GHGs emission from tropical rice

paddies

Development of Global Irrigation

Water Requirement Based on Multi Remote Sensing Data Integration

Land subsidence reach up to -8 cm / year

GPS MultipathSky Plot at SBY1

Precise Agriculture

Tree counting based on UAV imagery

(missing tree detection)

Sustainable Palm Oil management

Palm Oil Suitability

TheoreticalPV Solar Output Power

Decrease in Solar

PV Power Due To

Dust

Decrease in Solar PV Power Due To Temperature

Decrease in Solar PV Power Due To Snow

Decrease in Mean Seasonal Solar PV Power Potential

Total Effective Theoretical Solar PV Power

Train fluctuation estimationusing a phone-acceleration sensor

Detection ofdamage section with InSARMonitoring development of cities along railways

2020 2030 2040

Predicted Urban expansion inYangon, Myanmar

LANDCOVER CHANGE2005 – 2015

PINK: VEGETATION TO URBAN

Monitored urban expansion inAuckland, New Zealand

2005 2015

Monitoring/Modelingof urban expansion

status2005 - 2015

PM2.5 measured (g/m3)

PM

2.5

pro

vid

ed

by

fix

ed

sta

tio

n (

g/m

3)

Wind speed (m/s)

PM2.5 distribution

6th Feb. 7th Feb. 8th Feb.

Times of Day

PM

2.5

PM

2.5

(g

/m3)