中央氣象署E

The purpose of this APP is to take advantage of the increasingly common mobile network communications to actively push earthquake-related information to the recipient's handheld mobile device. It is expected to effectively shorten the time required for notification and provide timely response after an earthquake occurs.

The purpose of the "Central Meteorological Administration E-Earthquake Forecasting" APP is to take advantage of the increasingly common mobile network communications to actively push earthquake-related information to the recipient's handheld mobile device, hoping to effectively shorten the reporting time required to Provide response time after an earthquake occurs. The main functions are as follows:

＊Real-time strong earthquake alert: After receiving the pushed real-time strong earthquake alert, the APP will combine the GPS positioning of the mobile phone or the user's preset region and other related parameters to perform rapid calculations and issue an alarm sound, text or image warning. remind.

* Push notification of significant felt earthquake reports: After the APP receives the pushed earthquake report, it will display in clear and obvious graphics and text: earthquake time, epicenter location (latitude and longitude), earthquake scale and depth, various seismic degrees, etc.

*Tsunami information push: After the APP receives the pushed tsunami information, it will display it in clear and obvious graphics and text: earthquake information, estimated tsunami wave arrival time and estimated wave height of Taiwan's tsunami warning zone, etc.

* It has the function of querying historical earthquake reports, global earthquakes, and Pacific tsunamis. It is designed with a friendly and easy-to-use interface list collection and graphic display interface, and provides query condition setting functions, such as region, county, time, scale, earthquake intensity, etc. .

*Seismic activity: Use 3D animation to play the seismic activity in Taiwan during a specific period. You can customize the data interval (up to three months), playback speed, viewing angle and distance. This will help us understand the spatial and temporal distribution of earthquakes in Taiwan and the seismogenic structures.