Research and development of high accuracy crustal movement grapsing method to cope with huge earthquake occurrence along Nankai Trough
(2019-2023) [Proposal [PDF: 1.98MB]](in Japanese) [Evaluation](in Japanese)
Study on crustal deformation incorporating effect of topography and crustal structure
(2016-2019) [Proposal [PDF: 2.57MB]](in Japanese) [Evaluation](in Japanese)
Study on spatially detailed detection of temporal variation in ground surface displacement by InSAR time series analysis
(2014-2018) [Proposal [PDF: 2.17MB]](in Japanese) [Evaluation](in Japanese)
Development of a monitoring system of interplate coupling based on nationwide crustal defromation data
(2014-2016) [Proposal [PDF: 1.43MB]](in Japanese) [Evaluation](in Japanese)
Study on high utilization of SAR interferograms for accurate and early detection of crustal deformations
(2008-2010) [Proposal [PDF: 499KB]](in Japanese) [Evaluation [PDF: 3.71MB]](in Japanese)
Research on development of the instant method to estimate an earthquake fault model for urgent disaster information
(2007-2009) [Proposal [PDF: 392KB]](in Japanese) [Evaluation [PDF: 84KB]](in Japanese)
Research on optimization of observation network for volcanic deformation and monitoring
(2005-2007) [Proposal](in Japanese) [Evaluation [PDF: 24KB]](in Japanese)
Study on the characteristics of crustal deformation along the Japan and Kuril trench
(2005-2007) [Proposal](in Japanese) [Evaluation [PDF: 32KB]](in Japanese)
Study on the characteristics of crustal deformation around Tonankai and Nankai region
(2003-2005) [Proposal](in Japanese) [Evaluation [PDF: 97KB]](in Japanese)
Study on optimization of numeral crustal deformation models relating to seismic and volcanic activities
(2003-2005) [Proposal](in Japanese) [Evaluation [PDF: 96KB]](in Japanese)
Study to improve the monitoring methods of the crustal deformation in Tokai region
(2002-2004) [Proposal](in Japanese) [Evaluation [PDF: 99KB]](in Japanese)
Study to estimate the temporal change of interplate coupling in anticipated forcal area of Miyagi-Ken-Oki earthquake
(2002) [Proposal](in Japanese) [Evaluation](in Japanese)
Some files are available in PDF format. To view PDF files, Adobe System's free "Adobe Reader" software must be installed. Please visit the following link to download the free software.