AIR has led an international Dust Aerosol Observation (DAO) field campaign in Kashgar this April, aiming to develop a system for monitoring, early warning and emergency response of heavy haze and dust storm episodes along the Belt and Road region.The campaign integrating in-situ and remote sensing observations based on passive and active technologies, has provided high quality dataset of physical, chemical, and optical properties and radiative effects of aerosols in this region.

Record rainfall and floods hit large parts of Iran since mid-March 2019, causing many casualties and huge property loss. Responding to requests from UNESCAP and the Iranian Earthquake Engineering Association (IEEA), China GEO activated its Disaster Data Response (CDDR) Mechanism to provide high-resolution satellite imagery in support of disaster response planning.

This project is geared to develop time-series tools for pest and disease monitoring, forecasting and management in China, providing service products at national and local levels to enhance pest and disease control of wheat rust and locusts in particular.

Chinese environmental engineers and activists are advocating the construction of a dam to prevent the loss of frozen soil in the Hoh Xil National Nature Reserve in Qinghai province, an isolated region in the northwestern part of the Qinghai-Tibet Plateau that was added to UNESCO's World Heritage list in 2017.The proposed dam would be near the reserve's Zunai Lake, a major breeding area for the Tibetan antelope, said Lu Shanlong, a researcher at the China Biodiversity Conservation and Green Development Foundation and a professor at the Chinese Academy of Sciences' Aerospace Information Research Institute.

The Second Tibetan Plateau Scientific Expedition and Research (STEP) project in the town Lulangin of Tibet’s Linzhi City carried out water vapor observations on January 22, 2019, using a tethered balloon (Jimu-1), developed by the CAS Aerospace Information Research Institute (AIR).The team was successful in making water vapor observation at a height of more than 6,200 meters above sea level. This is the first time that such a task has been achieved at this altitude.

An AIR research team led by Prof. HUANG Wenjiang recently published a remote sensing early-warning report about global soybean and rice diseases and pests using remote sensing technology. It forecasts the long-term development of typical diseases and pets of soybeans and rice during their key growth periods across the world.