研究者業績

建石隆太郎

タテイシリュウタロウ (Ryutaro Tateishi)

基本情報

所属: 千葉大学環境リモートセンシング研究センター環境リモートセンシング研究センターリモートセンシング複合研究領域千葉大学

学位: 工学博士(東京大学)

J-GLOBAL ID: 200901029419161752
researchmap会員ID: 1000009972

外部リンク: http://www.cr.chiba-u.jp/%7Etateishi-lab/

研究キーワード

2

研究分野

1

人文・社会 / 地理学 /

MISC

124

Definition of the ST-land cover guideline legend derived from the FAO land cover classification system (共著)

Asian-Pacific Remote Sensing and GIS Journal 15 49-64 2002年
HUVSGUL LAKE basin forest biomass and its monitoring using JERS-1 SAR Satellite data (共著)

Journal of the Mongolian Academy of Sciences (2) 60-68 2002年
Land cover mapping of Asia - Problems and solutions of continental/global land cover mapping

Journal of International Society for Tropical Ecology 43(1) 3-8 2002年
Proposal for Global land cover guideline legend based on FAO's LCCS (共著)

Sato

Asian Journal of Geoinformatics 3(2) 35-45 2002年
Glossary of terms on desertification (jointly worked)

2002年
Monitoring of seasonal changes of vegetation by NOAA/AVHRR data (jointly worked)

2002年
Global environmental databases Volume 2, ISPRS WG IV/8 (jointly worked)

2002年
Possibility of application of NDVI to study phenology and composition of forest in Siberia (in Russia) (共著)

Earth Research from Space (1) 73-79 2001年
A method to estimate tree trunk diameter and its application to discriminate Indonesian tropical forest characteristics (共著)

TETUKO J S S, TATEISHI R, WIKANTIKA K

International Journal of Remote Sensing 22(1) 177-183 2001年
Simulation of scattered waves from tropical tree trunks and its application (共著)

ヨサフアットテトオコ, 建石隆太郎

写真測量とリモートセンシング 40(6) 4-14 2001年

Simulation of scattered wave from tropical forest tree trunk was conducted in order to estimate the relationship between tree trunk diameters and backscattering coefficients. This simulation used Finite Difference Time Domain (FDTD) method. Mode expansion method was employed to analyze backscattering coefficients on tree trunk as absorber media to confirm the simulation result. Both simulation and analysis results are in good agreement. These results were applied successfully to estimate trunk diameters of tengkawang (Dipterocarpaceae) which dominantly distributed in tropical forest in central Borneo, Indonesia. This application results matched well with ground data.
30-second grid land cover classification of Asia (共著)

WEN C G, TATEISHI R

International Journal of Remote Sensing 22(18) 3845-3854 2001年
Desertification of the drylands of Caspian region (共著)

2000年
Global Environmental Databases, ISPRS WG IV/6(1996-2000) (共著)

2000年
Vegetation types classification of a temperate biosphere reserve in China by multisensor satellite imagery (共著)

Journal of the Japan Society of Photogrammetry and Remote Sensing 39(5) 36-47 2000年
Asian 30-second land cover dataset (共著)

The Arab World Geographer 3(2) 132-140 2000年
Spectral information analysis from multisensor image fusion for land use/land cover classification in a tropical area: A case study in Bogor, Indonesia (共著)

The Arab World Geographer 3(1) 60-73 2000年
Desertification of the drylands of Caspian region (jointly worked)

2000年
Global Environmental Databases, ISPRS WG IV/6(1996-2000) (jointly worked)

2000年
Global Urban Mapping using Coarse Resolution Remote Sensing Data with the Reference of Landsat Imageries. (共著)

Asian Journal of Geoinfomatics
Desertification Monitoring in Region of Ebinur Lake in XinJiang Based on MODIS and NOAA Satellite Data and GIS (共著)

Journal of Aird Land Studies
A method for canopy water content estimation for highly vegetated surfaces - shortwave infrared perpendicular water stress index. (jointly worked)
Global Urban Mapping using Coarse Resolution Remote Sensing Data with the Reference of Landsat Imageries. (jointly worked)
Desertification Monitoring in Region of Ebinur Lake in XinJiang Based on MODIS and NOAA Satellite Data and GIS (jointly worked)
Global mean values in linear unmixing: double fallacy!! (jointly worked)
Solving under-determined models in linear spectral unmixing of satellite images: Mix-unmix concept (jointly worked)
Sampling methods for validation of large area land cover mapping (jointly worked)
Multiscale remote sensing data segmentation and post-segmentation change detection based on logical modeling: theoretical exposition and experimental results for forestland cover change analysis (jointly worked)
Lake water body mapping with multiresolution based image analysis from medium-resolution satellite imagery. (jointly worked)
Estimating percent tree cover using regression tree method with very-high-resolution QuickBird images as training data (jointly worked)
Optimization of Second-Order Grey-Level Texture in High-Resolution Imagery for Statistical Estimation of Above-Ground Biomass (jointly worked)
Two viewing theory on atmospheric correction in ocean color algorithm (jointly worked)
A water index for rapid mapping of shoreline changes of five East African Rift Valley Lakes: an empirical analysis using Landsat TM and ETM+ data. (jointly worked)
Land suitability assessment for perennial crops using remote sensing and Geographic Information Systems: A case study in northwestern Egypt (jointly worked)
Monitoring vegetation degradation in semi-arid and arid area of Mongolia (jointly worked)
Possibility of application of NDVI to study phenology and composition of forest in Siberia (in Russia) (jointly worked)
A method to estimate tree trunk diameter and its application to discriminate Indonesian tropical forest characteristics (jointly worked)
Vegetation types classification of a temperate biosphere reserve in China by multisensor satellite imagery (jointly worked)
Asian 30-second land cover dataset (jointly worked)
Spectral information analysis from multisensor image fusion for land use/land cover classification in a tropical area: A case study in Bogor, Indonesia (jointly worked)
Relative vegetation activity to climatic variation and atmospheric CO2 content (jointly worked)
Simulation of scattered waves from tropical tree trunks and its application (jointly worked)
30-second grid land cover classification of Asia (jointly worked)
Definition of the ST-land cover guideline legend derived from the FAO land cover classification system (jointly worked)
HUVSGUL LAKE basin forest biomass and its monitoring using JERS-1 SAR Satellite data (jointly worked)
A method to estimate forest biomass and its application to monitor Mongolian Taiga using JERS-1 SAR data (jointly worked)
Land cover mapping of Asia - Problems and solutions of continental/global land cover mapping
Using satellite remote sensing data to detect land use/cover changes and to monitor land degradation in central Jordan (jointly worked)
A physical method to analyse scattered waves from burnt coal seam and its application to estimate thickness of fire scars in central Borneo using L-Band SAR data (jointly worked)
Estimation of burnt coal seam thickness in central Borneo using a JERS-1 SAR image (jointly worked)
A fast environmental change detection approach based on unsupervised multiscale texture clustering (jointly worked)

所属学協会

2

Works(作品等)

2

共同研究・競争的資金等の研究課題

1

衛星データによるグローバルあるいは大陸規模の土地被覆データ作成と変化モニタリング

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