2014年底，一个自主研制的μ望远镜在南极中山站建成，用于开展高纬度地面宇宙线观测。观测数据可通过卫星链路传到北京高能所。极区是地球空间和外太空物质交换的重要通道，结合中山站宇宙线观测数据和中山站高空大气物理综合观测数据，可研究典型太阳高能粒子事件与极区地磁、电离层和极光扰动的关联。.高海拔宇宙线观测站对大气衰减的减少非常有效，而高纬度地区的宇宙线几乎不受地磁场影响而长驱而入。羊八井高海拔和中山站高纬度的宇宙线联合观测，将监测太阳爆发引起的空间环境事件，开展空间环境灾害性事件的预报研究。.项目将开发高海拔(西藏羊八井)-高纬度（南极中山站）宇宙线观测数据的实时传输及发布系统，探索空间环境灾害性事件的预报方法，为我国的空间环境业务化监测服务。

By the end of 2014, An independently developed muon telescope has been installed at Zhongshan Station, Antarctica, to carry out the ground cosmic ray observations at high latitude. The observational data can be transmitted to the Beijing High Energy Physics Institute by satellite chain. The polar region is an important material exchange channel of earth space and outer space. Combined with the cosmic ray observation data and the data from the the integrated observing of space environment at Zhongshan Station, to study the association of typical solar energetic particle envents and disturbances of geomagnetism, ionosphere and aurora..High altitude cosmic ray observatory on reducing atmospheric attenuation is very effective, and the cosmic ray is almost not affected by the earth's magnetic field in the high latitudes region and flew into the earths surface.The cosmic ray joint observation of Yangbajing high altitude and Zhongshan high latitudes, the best combination of the space environment monitoring, will monitor the space environment events caused by solar eruption，and to carry out prediction of disastrous enents..A real-time data transmission, processing and dissemination system will be developed, includes the cosmic ray data from Yangbajing with a high elevation and Zhongshan with a higher latitude. Based on such system, we will try to explore a prediction method to the space environment disaster events, to serve the operational space environment monitoring system in China.