Abstract Using PANDA software, all data of continuous stations of crustal movement observation network of China (CMONOC) are calculated to obtain continuous single day coordinates, while the corresponding horizontal velocity field is built through QOCA software. Analysis demonstrates that the precision of horizontal positioning of PANDA software reaches 2 mm, while differences root mean square (RMS) between the horizontal velocity field calculated by QOCA software and the horizontal velocity field published by China Earthquake Administration are 1.12 mm/a and 0.95 mm/a in east-west and south-north directions respectively. Ultimately, based on calculated velocity filed results, the main characteristics of spatial distribution of crustal horizontal movement of the Chinese continent are described.
ZHAO Qile,GUO Xiangxin,LI Min et al. Calculation of Horizontal Movement Velocity Field of Chinese Continent Using PANDA Software
[J]. jgg, 2016, 36(4): 338-342.
ZHAO Qile,GUO Xiangxin,LI Min et al. Calculation of Horizontal Movement Velocity Field of Chinese Continent Using PANDA Software
[J]. jgg, 2016, 36(4): 338-342.