Individual Resume:

Wu Xiaolong, male, doctoral student, lecturer, the special teacher of the Department of Surveying and Mapping Engineering.

He has published more than 20 academic papers, 6 SCI / EI searches, 3 national invention patents, one utility model patent, one-second prize of Science and Technology Progress of Shaanxi Province, two first prize in Shaanxi Surveying and Mapping Science and Technology Progress Award, 1 monograph, 1 fund of Shaanxi Science and Technology Department, and one R & D project of the Department of Education.

Personal email: 379831927@qq.com

Field of Investigation:

Medium and small-scale deformation monitoring of the crust; high-risk deformation body dynamic deformation monitoring;

Opening Courses:

Undergraduate courses: Geodedesy, Control Survey, Engineering Survey

Study and Work Experience:

1. 2016 / 09- -Xi'an University of Science and Technology, School of Surveying and Mapping, lecturer

2. 2012 / 9-2016 / 6, Chang'an University, Geodedesy and Surveying Engineering, Changan University, PhD

3. 2010 / 9-2012 / 6, MA, Geodey and Surveying Engineering, Changan University, MA

4. 2006 / 9-2010 / 7, Chang'an University, Surveying and Mapping Engineering, BA

Representative Academic Achievements:

1.Wu Xiaolong, Xiang Yang, & Tang Fuquan.(2020). Invert the Himalayan crust deformation based on GPS strain and source mechanism. Journal of Geophysics, 63 (8), 29242939.

2. Wu Xiaolong, Yang Zhiqiang, & Gong Yun.(2019). Characteristics of southeast Rim of Eurasia. Journal of Wuhan University (Information Science edition), 44 (2), 240253.

3. Wu Xiaolong.(2017). Study on the current crust deformation characteristics of the arc-land collision zone in Taiwan Island and its adjacent areas. Mapping, 46 (2), 2.

4. Wu Xiaolong, Yang Zhiqiang, & Dang Yongchao.(2015). Study on Horizontal Transformation of Crustal in Fujian Province Based on spherical least square configuration. Journal of Wuhan University (Information Science edition), 40 (3), 401405.

5. Wu Xiaolong; mine deformation and stability assessment method based on gravity abnormality, 2018-03-16, China, ZL201710388355.6

6. Wu Xiaolong; a surface continuous deformation monitoring method based on GNSS, 2019-9-26, China, ZL201711226742.6

7. Wu Xiaolong et al. (2019). Current crustal deformation process of Taiwan Province under arc-land collision. Xi'an Map Publishing House

Major Scientific Research Projects:

1. Research on multiple deformation monitoring method of landslide disaster based on GNSS time series (2021JQ-562), Basic Research Plan of Natural Science of Shaanxi Province, 2021.

Honors and Awards

2. Current Earth Shell deformation monitoring and geodynamics research in the southeast of the Qinghai-Tibet Plateau, the second prize of Science and Technology Progress Award, Shaanxi Provincial People's Government, 2016.

3. Research and development and industrialization of key technologies for online geological monitoring and early warning based on Beidou / location cloud, first prize of Science and Technology Progress Award, Shaanxi Bureau of Surveying, Mapping and Geographic Information, 2016.

4. Wu Xiaolong, research on the key technology and application of modern surveying and mapping benchmark and ultra-long well lane through survey in the mining area, the first prize of Science and Technology Progress Award, Shaanxi Provincial Bureau of Surveying, Mapping and Geographic Information, 2014.