Outline of Session

   

Solid Earth Sciences(S) / Technology & Techniques(TT)
S-TT57 Synthetic Aperture Radar


Short title SAR
Oral presentation
Date/Room/Chair
May 23 PM2 (15:30 - 17:15) 201A Manabu Hashimoto  / Basara Miyahara 
Poster presentation
Date/Room
May 23 (Core Time 17:15 - 18:30)  
Contact Taku Ozawa
Email taku@bosai.go.jp
Convener Taku Ozawa  / Makoto Omura 
Scope Synthetic aperture radar (SAR) is one of important tools for earthquake, volcano, land subsidence, landslide, flood, tsunami, ocean wave, and environment variation researches. Furthermore interest in SAR is growing increasingly by new SAR application methods (e.g., utilization of ScanSAR, pixel offset method, etc.) and new satellite SAR missions such as ALOS follow-on (ALOS-2). However there are many problems for SAR utilization, e.g., atmospheric and ionospheric noise reductions, improvement of InSAR time-series analysis, crustal deformation modeling, and so on. This session aims to clarify these problems through discussions about papers on analysis, theory, and applications using SAR.
Notes  


Time Presentation No Title Author Presenter Abstract
Oral Presentation   May 23 PM2 (15:30-17:15) 201A                              to the top
15:30 - 15:45 Invited
STT57-01
PALSAR ScanSAR Interferometry Using The Modified Full Aperture Processing Masanobu Shimada Masanobu Shimada
15:45 - 16:00 STT57-02 Evaluation for detection capability of ground subsidence by InSAR time series analysis Basara Miyahara
Masayuki Yamanaka
Tomokazu Kobayashi
Basara Miyahara
16:00 - 16:15 STT57-03 Three dimensional water vapor distribution based on InSAR data during Seinoh heavy rain on 2 September 2008 Youhei Kinoshita
Masanobu Shimada
Masato Furuya
Youhei Kinoshita
16:15 - 16:30 STT57-04 Crustal deformation around 62-II crater of Tokachidake Volcano, central Hokkaido Japan, depicted by InSAR of AlOS/PALSAR Takuma Koshiromaru Takuma Koshiromaru
16:30 - 16:45 STT57-05 Analysis of crustal deformation due to the 2010 El Mayor-Cucapah Earthquake in Mexico using SAR data Junichi Okamoto
Manabu Hashimoto
Yo Fukushima
Junichi Okamoto
16:45 - 17:00 STT57-06 2.5 Dimension Analysis of Ground Deformation in the Kyoto Basin and Osaka Plain Detected with SAR Interferometry Manabu Hashimoto Manabu Hashimoto
17:00 - 17:15 3-min talk in an oral session
Presentation No Title Author Presenter Abstract
STT57-P01 Crustal Movements associated with the 2011 eruption of Shinmoe-dake detected by DInSAR and GPS Yosuke Miyagi
Taku Ozawa
Yuhki Kohno
Yosuke Miyagi
STT57-P04 Surface deformation of Kuchinoerabujima volcano revealed by PS-InSAR time-series analysis Akiko Tanaka
Keigo Yamamoto
Akiko Tanaka
STT57-P05 Crustal deformation after the Iwate-Miyagi Nairiku earthquake deduced from PS-InSAR time series analysis Yuya Ohshita
Yusaku Ohta
Satoshi Miura
other
Yuya Ohshita
STT57-P06 Quantitative comparison of methods and sensors for monitoring land subsidence based on SAR interferometric stacking PASQUALI Paolo
RICCARDI Paolo
CANTONE Alessio
other
Fumitaka Ogushi
STT57-P07 An Attempt to Increase Estimation Accuracy of Differential SAR Interferometry using Polarization kazuya Ishitsuka
Takeshi Tsuji
Toshifumi Matsuoka
kazuya Ishitsuka


Presentation No Title Author Presenter Abstract
Poster Presentation   May 23  Core Time (17:15-18:30)                     to the top
STT57-P01 Crustal Movements associated with the 2011 eruption of Shinmoe-dake detected by DInSAR and GPS Yosuke Miyagi
Taku Ozawa
Yuhki Kohno
Yosuke Miyagi
STT57-P02 Temporal change in the Shinmoe-dake crater detected by SAR analysis Taku Ozawa
Yosuke Miyagi
Taku Ozawa
STT57-P03 Crustal deformation around the Laguna del Maule caldera detected by PALSAR/InSAR Taku Ozawa Taku Ozawa
STT57-P04 Surface deformation of Kuchinoerabujima volcano revealed by PS-InSAR time-series analysis Akiko Tanaka
Keigo Yamamoto
Akiko Tanaka
STT57-P05 Crustal deformation after the Iwate-Miyagi Nairiku earthquake deduced from PS-InSAR time series analysis Yuya Ohshita
Yusaku Ohta
Satoshi Miura
other
Yuya Ohshita
STT57-P06 Quantitative comparison of methods and sensors for monitoring land subsidence based on SAR interferometric stacking PASQUALI Paolo
RICCARDI Paolo
CANTONE Alessio
other
Fumitaka Ogushi
STT57-P07 An Attempt to Increase Estimation Accuracy of Differential SAR Interferometry using Polarization kazuya Ishitsuka
Takeshi Tsuji
Toshifumi Matsuoka
kazuya Ishitsuka
STT57-P08 Estimation of the area and the thickness of volcanic ash by using DInSAR technique Youko Nakano
Takeshi SHIMIZU
Takao Yamakoshi
other
Youko Nakano