Low-Latitude Space Environment Monitoring And Application


        The aviation and aerospace environment of 0-1000 kilometers above the ground (abbreviated as aerospace environment) is the most concerned area in the space environment. Its disturbances and changes often affect spaceflight, communications, navigation, radar, power systems, and national security. Human activities have an important impact and even cause disasters to the earth. The laboratory is actively promoting the "Shenzhen Aerospace Binoculars Project", which will reveal the regional characteristics of the near-Earth aerospace environment in the low latitudes of southern my country and its relationship with global changes, establish a new theory of the response of the low latitude aerospace environment to the solar storm process; and it will reveal the vertical coupling process between all layers of the atmosphere at the full height of the southern low latitudes, and establishes a new model of aerospace integration; moreover it will bring the full-frequency characteristics of the ionospheric disturbance excitation and propagation process in low-latitude regions in the south to light, and solve the mystery of abnormal ionospheric phenomena in low-latitude regions.

Build the world's most advanced low-latitude space monitoring and application center to effectively serve the national development and security needs of Shenzhen's low-latitude area

Research fields

Ground-Based Space Environmental Monitor

Detection and Modeling of Space Environment

Space Environment Application Service

Talent Team

Zhao Zhengyu, PhD, Secondary Professor. Main research direction: Ionosphere and radio wave propagation, space environment detection technology. He successively presided over the instrument special project of the National Natural Science Foundation of China and general projects, State 863 Projects, pre-research project of military and arms and more than 20 provincial and ministerial projects, published more than 130 papers; Member of the Expert Committee of National Defense 863 Program during the 12th Five-Year Plan; Has won 8 military provincial and ministerial level scientific and technological progress awards.

Representative achievements

Shenzhen Water Vapor Environment and Ionospheric Disturbance Monitoring Network;

IF Rader;

VHF Rader;

Ionospheric Detection Radar;

VLF Fluctuation Detection System.


Construction of Shenzhen Comprehensive Monitoring Station for the Second Phase of Ziwu Project;

Modeling of Middle and Upper Atmosphere and Ionosphere;

Space Weather Impact and Protection.