Through domestically developed 3D remote sensing detection technology for greenhouse gases, the concentration, spatial distribution, and transmission of gases like carbon dioxide are observed and inverted, providing timely reflection of dynamic changes in greenhouse gases. This technology supplements existing greenhouse gas emission accounting methods, offering objective and accurate information and support for China’s participation in international greenhouse gas reduction negotiations, carbon trading, and other related discussions. It also provides reliable data to support the achievement of the country's "carbon peak and carbon neutrality" goals.
Filling the gap in greenhouse gas transmission monitoring between point sources, regions, and land-sea areas, achieving comprehensive quantitative research.
Building a 3D greenhouse gas remote sensing monitoring network to enhance carbon source/sink monitoring capabilities and support precise decision-making.
Establishing a scientific evaluation system to work in coordination with the institutional, market, and policy systems to promote the transformation and upgrading of related industries and technologies.
