Report of CCEP

Report Vol.103

1-1 Seismic Activity in and around Japan (May - October 2019) (JMA) PDF[945KB]
1-2 Activity of Shallow Very-low-frequency Earthquakes in and around Japan (May - October, 2019) (NIED) PDF[2.4MB]
1-3 Crustal Deformations of Entire Japan (GSI) PDF[14.3MB]
1-4 Position Change in the plate subduction direction of the nationwide GNSS points (MRI) PDF[525KB]
2-1 Seismic Activity in and around the Hokkaido District(May - October 2019) (JMA) PDF[1.4MB]
2-2 Crustal Movements in the Hokkaido District (GSI) PDF[3.6MB]
3-1 Seismic Activity in and around the Tohoku District (May - October 2019) (JMA) PDF[8.1MB]
3-2 Aftershock distribution of the earthquake off Yamagata Prefecture in 2019 by using OBS and land seismic station network (ERI) PDF[3MB]
3-3 The earthquake off the Yamagata Prefecture on June 18, 2019 (JMA) PDF[9.3MB]
3-4 High-frequency energy release from the off-Yamagata prefecture earthquake on June 18, 2019 (NIED) PDF[1.1MB]
3-5 Rupture process of the 2019 off Yamagata prefecture earthquake derived from near-source strong-motion records (NIED) PDF[2MB]
3-6 Hypocenter distribution during the event off Yamagata prefecture on June 18 2019 based on double-difference relocation (NIED) PDF[1.7MB]
3-7 Seafloor movements along the Japan Trench observed by seafloor geodetic observations (JCG) PDF[440KB]
3-8 Crustal Movements in the Tohoku District (GSI) PDF[7.8MB]
4-1 Seismic Activity in and around the Kanto and Chubu Districts (May - October 2019) (JMA) PDF[22MB]
4-2 Mechanism of normal-type earthquakes under Boso Peninsula, Japan (ERI, Chiba Univ.) PDF[1.9MB]
4-3 Temporal Variation in the Groundwater Level in the western part of Kanagawa Prefecture, Japan (May 2019 - October 2019) (HSRI, AIST) PDF[1MB]
5-1 Crustal Movements in the Izu peninsula and its Vicinity (GSI) PDF[7MB]
6-1 Crustal Movements in the Tokai District (GSI) PDF[12.2MB]
6-2 Observation of Crustal Strain by Borehole Strainmeters in the Tokai and Southern Kanto Districts (May - October 2019) (JMA, MRI) PDF[9.5MB]
6-3 Short-term slow slip events in the Tokai area, the Kii Peninsula and the Shikoku District, Japan (from May 2019 to October 2019) (AIST, NIED) PDF[9.3MB]
6-4 The Variation of the Groundwater Level, Discharge Rate, Tilt meter,Three-Component Strain, and Subsidence in the Tokai, Kanto District and Izu Peninsula, Japan. (from May 2018 to Oct. 2019) (60) (AIST) PDF[4.3MB]
7-1 Observation of Tectonic Activities around the Active Faults in Eastern Gifu Region (May, 2019 - October, 2019) (AIST) PDF[1.8MB]
8-1 Seismic Activity in and around the Kinki, Chugoku and Shikoku Districts (May - October 2019) (JMA) PDF[1.1MB]
8-2 Crustal Movements in the Kinki District (GSI) PDF[10.8MB]
8-3 Crustal Activity around the Nankai Trough (May - October 2019) (JMA) PDF[13.8MB]
8-4 Recent Continuous Crustal Tilt Observation around the Nankai Trough (May,2019 - October,2019) (NIED) PDF[1.8MB]
8-5 Seafloor movements along the Nankai Trough observed by seafloor geodetic observations (JCG) PDF[1.1MB]
8-6 Objective detection of long-term slow slip events along the Nankai Trough (JMA) PDF[1.2MB]
8-7 Continuous Observations of Crustal Deformations in and around Intraplate Seismic Gaps (JMA) PDF[985KB]
8-8 The variation of the strain, tilt and groundwater level in the Shikoku District and Kii Peninsula, Japan (from May 2019 to October 2019) (AIST) PDF[6.3MB]
8-9 Observational Results of Groundwater Levels and Crustal Strains in the Kinki District, Japan (May 2019 - October 2019) (AIST) PDF[1.7MB]
9-1 Activity of deep low-frequency tremor in southwest Japan (May, 2019 - October, 2019) (NIED) PDF[5.3MB]
9-2 Crustal Movements in the Chugoku and Shikoku Districts (GSI) PDF[2.7MB]
9-3 Short-term slow slip events with non-volcanic tremor in southwest Japan (May 2019 - October 2019) (NIED) PDF[3.4MB]
9-4 Temporal Variation in the hot spring water in the Tottori Prefecture,Okayama Prefecture and Shimane Prefecture,Japan (May 2019 - October 2019) (Tottori Univ., AIST) PDF[1.8MB]
10-1 Seismic Activity in and around the Kyushu District (May - October 2019) (JMA) PDF[6.9MB]
10-2 Seismic Activity around the Okinawa District (May - October 2019) (JMA) PDF[2MB]
10-3 Crustal Movements in the Kyushu and Okinawa Districts (GSI) PDF[6.2MB]
11-1 Seismic Activity in Other Regions (May - October 2019) (JMA) PDF[1.1MB]
11-2 Seismic Activity in the World (May - October 2019) (JMA) PDF[3.6MB]
11-3 The 2019 California Earthquake: Geomorphic change detected by ALOS-2 data (GSI) PDF[1.5MB]
12-1 Rheology and seismic activity in the crust and upper mantle beneath the Japanese Islands (Tohoku Univ.) PDF[711KB]
12-2 Spatial variations in stress field in NE Japan and its implication for the stress magnitude, fault strength and the earthquake occurrence mechanism (Tohoku Univ.) PDF[732KB]
12-3 Long-term uplift and exhumation histories of island arc mountains revealed by low-temperature thermochronology (Kyoto Univ.) PDF[1.2MB]
12-4 Formation of Island Arc-Trench System due to Steady Plate Subduction (Kyoto Univ.) PDF[1.6MB]
12-5 Mechanism of interseismic subsidence of the Northeast Japan forearc during the late period of a gigantic earthquake cycle (Kyoto Univ.) PDF[1.3MB]
12-6 Summary of “Trials of experimental earthquake forecasts #06: Implementation and evaluation of real-time short-term forecasts” (ISM) PDF[531KB]
12-7 Earthquake forecasting method by supposing swarm-like activity to be possible foreshocks (5): its performance for recent seismicity data and comparison with the ETAS model (MRI) PDF[3.5MB]
12-8 Foreshock Discrimination Models for Various Prediction Schemes and Evaluation of their Predictive Performance (ISM) PDF[2.5MB]
12-9 Real-time aftershock forecasting in Japan (Univ. of Tokyo) PDF[2.8MB]
12-10 On a forecast of maximum amplitudes due to aftershocks using continuous seismograms (NIED) PDF[1.9MB]
12-11 Semi-realtime monitoring of earthquake swarm activities in subduction zones around Japan (Kyoto Univ.) PDF[1.4MB]
12-12 Detection of swarm activities by nonstationary ETAS model and their predictability based on geodetic data (ERI・ISM) PDF[3.5MB]
12-13 Short- and medium-term forecasts using hierarchical spatiotemporal ETAS model (ISM) PDF[2MB]