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[274－284] Present-day Surface Subsidence Using Jointed InSAR Observations and Groundwater Numerical Modeling—A Case Study in Sanyuan Area of Shaanxi, China

[CAO Xi-yu¹, GE Wei-peng^1,2*, ZHANG Bo¹, ZHU Jun-wen¹, PING Zi-fei¹]

2025 02 [Abstract](567)[PDF:87630KB](715)

[128－142] InSAR Wide-area Identification and Monitoring of Landslide Hazards in Zhaotong Area of Yunnan, China

[ZHANG Xue¹, WEI Yun-jie^2*, YANG Cheng-sheng¹, LIU Yong³, YANG Jia-yi¹]

2025 01 [Abstract](2816)[PDF:145444KB](2500)

[843－852] Combined Adjustment for GF-14 Satellite Stereo Imagery and ICESat-2 Laser Altimetry Data

[YANG Miao-miao^1,2*, SHANG Da-shuai^1,2,3, GAO Xue-mei¹, TONG Fu-rong¹]

2024 06 [Abstract](1747)[PDF:41757KB](2537)

[557－568] Identification and Deformation Monitoring of PotentialGeotechnical Hazards in the Deqin Section of the Lancang River, China

[WANG Wei-zhuo¹, ZHAO Chao-ying^1,2,3*, LIU Xiao-jie⁴, CHEN Li-quan¹, WEI Yu-ming⁴]

2024 04 [Abstract](1789)[PDF:9366KB](1672)

[269－284] Time Series InSAR Monitoring and Influencing Factors of Land Subsidence Along the Beijing-Tianjin Section of Beijing-Shanghai Expressway, China

[WANG Chu^1,2,3, DING Rui-li^1,2,3,4,5*, CHEN Mi^1,2,3, ZHANG Dan-dan⁶, GE Peng-fei^1,2,3, CHENG Xi^1,2,3, FAN Kai-lun^1,2,3]

2024 02 [Abstract](1576)[PDF:9796KB](1433)

[1389－1397] Influence of Satellite/Ground Antenna Phase Center Correction on Precise Point Positioning Based on Different Reference Frames

[TIAN Xiao-jing, WANG Pan-long, MA Xin-ying, LIU Lu]

2023 06 [Abstract](910)[PDF:3817KB](1298)

[511－521] Improved Method for Fusion of Loess Landslide Monitoring Data Based on Feature Selection and Stepwise Regression

[WANG Li^1,2,3, ZHANG Yi-kai^1,2,3, SHU Bao^1,2,3*, XU Hao^1,2,3, WEI Tuo^1,2,3, LEI Ti-jun^1,2,3]

2023 03 [Abstract](1320)[PDF:2834KB](1453)

[522－534] High-precision Landslide Displacement Prediction Model Based on IHHO Algorithm Combined with BP Neural Network

[QU Wei, LIU Xiang-bin, LI Jiu-yuan, WANG Yu-hao, LI Da]

2023 03 [Abstract](1429)[PDF:3885KB](1547)

[535－547] Thickness Estimation of Xiongba Landslide in Gongjue Area of Tibet, China by Combining InSAR and Mass Conservation Method

[ZHU Wu^1,2,3, YANG Lu-yao¹, ZHANG Jin-min¹, LI Zhen-hong^1,2,3, XU Xuan-yu¹]

2023 03 [Abstract](1388)[PDF:8658KB](2005)

[548－558] Change of Sea Surface Height Monitored by GNSS Reflected Signals—Based on Data from BRST Station in France from 2019 to 2021

[GUO Fei, LI Bai-han, ZHANG Zhi-yu, LIU Wan-ke^*]

2023 03 [Abstract](1541)[PDF:6060KB](2020)

[559－577] Review on InSAR Early Identification and Monitoring of Reservoir Landslides for Large Hydropower Engineering Projects in Southwest Mountainous Area of China

[DAI Ke-ren^1,2,3, WU Ming-tang⁴, ZHUO Guan-chen^1,2, JU An-hua^1,2, WEN Ning-ling^1,2, FENG Wen-kai^1*, XU Qiang¹]

2023 03 [Abstract](2888)[PDF:7834KB](2243)

[578－589] Identification and Deformation Monitoring of Unstable Slopes in Longyangxia Reservoir Area, the Upper Reach of Yellow River, China Based on Multi-temporal InSAR Technology

[FEI Xin-feng¹, TIAN Ye², ZHAO Chao-ying^2,3,4*, LIU Hai-min¹, CHEN Heng-yi²]

2023 03 [Abstract](1348)[PDF:6379KB](2036)

[131－142] InSAR Monitoring on Deformation Time Series of Beijing Daxing International Airport and Its Surrounding Traffic Arteries, China

[ZHANG Xin-wei¹, MA Jing^1*, HOU Zu-hang², LIU Jun-ming¹, YANG Cheng-sheng², AN Dong¹, YU Tao¹ ]

2023 01 [Abstract](2053)[PDF:6747KB](4415)

[789－801] Estimation of Snow Water Equivalent Based on GPS Dual-frequency Signal Enhancement

[WANG Jia-tong^1,2, HU Yu-feng^1,2,3*, LI Zhen-hong^1,2,3]

2022 05 [Abstract](1320)[PDF:8806KB](3359)

[802－813] Actual Measurement Accuracy of BDS/GPS Fusion PPP Used in Crustal Deformation Monitoring

[ZHANG Huai¹, NIE Zhao-sheng^1*, LIU Gang¹, XIONG Wei¹, LIU Ge-ge², HUANG Jian-de², WANG Dong-zhen¹, NI Yi-peng¹]

2022 05 [Abstract](1422)[PDF:5684KB](1794)

[814－825] Characteristics of Deformation of Landslide and Ground Fissure in Gongjue Area of Jinsha River Basin, China Based on DS-InSAR Technology

[SHENG Lei^1,2, ZHANG Lu³, DU Yu-ling^1,2, DENG Wen-jie^1,2, YAN Shi-yong^1,2*]

2022 05 [Abstract](1349)[PDF:11772KB](2934)

[617－631] Monitoring and Identification of Active Faults in Urban Areas Using MT-InSAR Technology—A Case of Houston Area, USA

[QU Fei-fei¹, YANG Cheng-sheng^1,2*, ZHANG Qin¹]

2022 04 [Abstract](1574)[PDF:12043KB](2973)

[632－640] Pre-failure Displacements of Hanyuan Landslide in Ya'an Area of Sichuan, China Traced by a Coherence-based InSAR Time Series Method

[XU Xiao-xue^1,2, JI Ling-yun^1,2,3*, ZHANG Wen-ting^1,2, LIU Chuan-jin^1,2]

2022 04 [Abstract](1296)[PDF:3038KB](1670)

[558－567] InSAR Monitoring and Inversion of 2021 Yangbi M_w 6.4 Earthquake in Yunnan, China

[WEI Yun-jie¹, WANG Ting², YANG Cheng-sheng^2*, LYU Sen²]

2022 03 [Abstract](1815)[PDF:4892KB](2184)

[568－579] Convolutional Neural Network Landslide Recognition Based on Terrain Feature Fusion

[CAI Hao-jie^1,2, HAN Hai-hui^1,2, ZHANG Yu-lian¹, WANG Li-she¹]

2022 03 [Abstract](2027)[PDF:7883KB](3615)

[352－362] Method and Application of Identifying Multipath Errors in GNSS Observation Data Based on Prior Information of Base Station's Signal-to-noise Ratio

[LIU Jian, HUANG Guan-wen^*, DU Yuan, BAI Zheng-wei]

2022 02 [Abstract](1536)[PDF:5604KB](2301)

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