China’s "Great Green Wall" (Three-North Shelterbelt Program) has transformed the Taklamakan Desert's margins into a functioning carbon sink by planting billions of trees since 1978, with a complete encirclement achieved in 2024. Research indicates this,600-kilometer belt boosts photosynthesis, with the region now absorbing more CO2 than it releases, acting as a potential model for ecological engineeing.

 China’s "Great Green Wall" (Three-North Shelterbelt Program) has transformed the Taklamakan Desert's margins into a functioning carbon sink by planting billions of trees since 1978, with a complete encirclement achieved in 2024. Research indicates this,600-kilometer belt boosts photosynthesis, with the region now absorbing more CO2 than it releases, acting as a potential model for ecological engineeing.
Key Impacts of the Project:
Carbon Sequestration: -
Between 2004 and 2017, the area absorbed approximately 8.38.3 million tons of CO22 annually while releasing 6.7 million tons, effectively turning parts of the "Sea of Death" into a net carbon sink.
Massive Afforestation: -
Over 66 billion trees have been planted across northern China, with the final green belt encircling the Taklamakan completed in 2024 to combat desertification and reduce sandstorms.
Vegetation Growth: -
Satellite data confirms increased photosynthesis and greening in the peripheral areas of the Taklamakan.
Environmental Challenges: -
While showing success, the project faces ongoing debates regarding the long-term sustainability of water usage, potential ecological risks, and the overall ability to stop, rather than just manage, desert expansion.
The initiative, which has increased China’s forest cover from ~10% in 1949 to over 25%, shows that large-scale human intervention can convert extreme arid environments into active, though modest, carbon sequestration zones. 
Would you like to know more about the specific types of trees being planted in the Taklamakan?
China's Great Green Wall turns Taklamakan desert into a growing .
  After decades of large-scale tree planting, scientists report that vegetation surrounding the Taklamakan is absorbing more carbon dioxide than the desert emits,
China Has Planted So Many Trees That It's Largest Desert Now Absorbs More Carbon Dioxide Than It Pumps Out
  This showed that the increased photosynthetic activity has effectively turned the desert into a carbon sink. Between 2004 and 2017.
China's Incredible Green Wall: 66 Billion Trees in Taklamakan | 
Taklamakan Desert:
 Desert or carbon sink? 66 billion trees transform .
   Green plants in desert turned into major Carbon absorbers A new study in PNAS reveals this greening has made the desert's edges a carbon sink, sucking up more carbon.
China has planted so many trees around the Taklamakan Desert .Based on the results of this study, the Taklamakan Desert, although only around its rim, represents the first successful model demonstrating the possibility of carbon reduction.
 China planted millions of trees around the Taklamakan Desert, and turned it into a carbon sink.
   Do the benefits outweigh the risks? According to the new study, published in PNAS, the current carbon sequestration benefits in the Taklamakan outweigh the adde.
China has planted so many trees around the Taklamakan Desert .
   More than 66 billion trees have been planted in northern China to date, but experts debate whether the Great Green Wall has significantly reduced the frequencies 
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