利用新疆区域多年的流动重力和连续重力资料对新疆的重力场时空特征进行研究,结果表明:2016~2017年南天山地区显示乌恰至喀什一带出现重力高梯度带的密集区域,北天山地区显示新源至巩乃斯一带重力测量出现较为明显的四象限分布。乌什台...利用新疆区域多年的流动重力和连续重力资料对新疆的重力场时空特征进行研究,结果表明:2016~2017年南天山地区显示乌恰至喀什一带出现重力高梯度带的密集区域,北天山地区显示新源至巩乃斯一带重力测量出现较为明显的四象限分布。乌什台和库尔勒台的非潮汐变化在M S 6.0地震之前有一定的反应。展开更多
Using GNSS data from the Crustal Movement Observation Network of China( CMONOC),and PODAP software which was developed by the Satellite Navigation Institute of Wuhan University,the authors calculated data from 31 GNSS...Using GNSS data from the Crustal Movement Observation Network of China( CMONOC),and PODAP software which was developed by the Satellite Navigation Institute of Wuhan University,the authors calculated data from 31 GNSS stations from July 1,2011 to December 31,2014,sampling at 30 seconds,and studied regional crustal deformation characteristics. Analysis results showed that in southwestern Xinjiang,the NS movement rate was influenced by Indian plate pushing. Under the blocking effect of the Tarim Basin,the EW movement rate was slightly smaller. In the north Tianshan area,the vertical dimension movement rate was quite different,which shows as a high gradient zone in the combination area between the basin and the mountain. With regards to regional overall characteristics,the authors considered that the intersection region from south Tianshan and Kunlun Mountains was prone to strong earthquakes, especially moderate-strong earthquakes,even more than M ≥ 7. 0 earthquakes. Middle of North Tianshan was the turning point of the vertical movement rate around Bayanbulak,and was also the high gradient zone of vertical movement. The area is also prone to strong earthquakes in the future.展开更多
基金the Xinjiang EarthquakeScience Foundation(201411,201410,201412)Science for Earthquake Resilience(XH14054Y,XH16042Y,XH17044)+1 种基金the National Natural Science Foundation of China(41374030,41474016,41274036)the Natural Science Foundation of the Xinjiang Uygur Autonomous Region(2012211B56)
文摘Using GNSS data from the Crustal Movement Observation Network of China( CMONOC),and PODAP software which was developed by the Satellite Navigation Institute of Wuhan University,the authors calculated data from 31 GNSS stations from July 1,2011 to December 31,2014,sampling at 30 seconds,and studied regional crustal deformation characteristics. Analysis results showed that in southwestern Xinjiang,the NS movement rate was influenced by Indian plate pushing. Under the blocking effect of the Tarim Basin,the EW movement rate was slightly smaller. In the north Tianshan area,the vertical dimension movement rate was quite different,which shows as a high gradient zone in the combination area between the basin and the mountain. With regards to regional overall characteristics,the authors considered that the intersection region from south Tianshan and Kunlun Mountains was prone to strong earthquakes, especially moderate-strong earthquakes,even more than M ≥ 7. 0 earthquakes. Middle of North Tianshan was the turning point of the vertical movement rate around Bayanbulak,and was also the high gradient zone of vertical movement. The area is also prone to strong earthquakes in the future.
