Author:
Chen Jiemin,Yan Zelin,Xu Linfeng,Liu Zhixin,Liu Yan,Tian Jiawei
Abstract
Abstract
Increasingly frequent earthquakes pose a serious threat to human lives and properties. However, the prediction of seismic activity is a major problem in seismic research. In this paper, we use the gray model to study seismic activity patterns. The Alpine–Himalayan seismic zone is selected as a study area for this work. Using seismic activity in the region, we analyze characteristics of time series related to seismic activity. Results show that the gray model for predicting seismic activity is available. The timing of the seismic activity of the Alpine–Himalayan seismic zone displays certain regularity. On the basis of computational analysis on July 20, 2015, a strong earthquake will occur in 26 years. In this paper, we use the application of a gray system that provides a new modeling approach in the field of disaster prevention to predict seismic activity, which is important in disaster prevention, disaster management, and rescue.
Reference53 articles.
1. Global teleseismic earthquake relocation with improved travel times and procedures for depth determination;Engdahl;Bulletin of the Seismological Society of America,1998
2. TRAVELTIMES FOR GLOBAL EARTHQUAKE LOCATION AND PHASE IDENTIFICATION;Kennett;Geophysical Journal International,1991
3. Temporal evolution characteristics of PM2. 5 concentration based on continuous wavelet transform;Chen;Science of The Total Environment
4. Influence of social-economic activities on air pollutants in Beijing, China;Li;Open Geosciences
5. Measuring county resilience after the 2008 Wenchuan earthquake;Li;International Journal of Disaster Risk Science