Science News
China Planted So Many Trees Around the Taklamakan Desert It Turned It Into a Carbon Sink. Study suggests the increased vegetation leads to more “evapotranspiration” — basically, the plants sweat, which can lead to localized cooling and even more rainfall.…
🌵 China's "Great Green Wall" program in the Taklamakan Desert appears to be successful, with satellite data (Solar-Induced Fluorescence) showing increased vegetation and carbon sequestration.
💧 The program relies heavily on meltwater from surrounding mountains, a factor that makes replicating this success elsewhere challenging due to water scarcity and potential negative impacts like increased local warming and aquifer depletion.
🌍 While not a sole solution to climate change, the Taklamakan project demonstrates that afforestation in challenging environments can create carbon sinks and halt desertification, offering a hopeful example of human intervention.
#ClimateAction #Desertification #Sustainability
💧 The program relies heavily on meltwater from surrounding mountains, a factor that makes replicating this success elsewhere challenging due to water scarcity and potential negative impacts like increased local warming and aquifer depletion.
🌍 While not a sole solution to climate change, the Taklamakan project demonstrates that afforestation in challenging environments can create carbon sinks and halt desertification, offering a hopeful example of human intervention.
#ClimateAction #Desertification #Sustainability
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Science News
China invents process that turns desert sand into fertile soil in just 10 months Read Full Article #DesertToFertile #SoilInnovation #SustainableAgriculture
🦠 Scientists are using lab-grown microbes to bind loose desert sand, creating a stable layer that wind struggles to erode. This helps protect young plants until they are strong enough to survive.
🔬 In trials in northwest China near the Taklamakan Desert, this microbial "crust" stabilized sand within 10 to 16 months.
💧 The living crust helps retain moisture closer to the surface, aiding plant and grass germination and survival, especially after short rains.
🌱 Lab tests show this manufactured crust can reduce wind-driven soil loss by over 90% under controlled conditions.
#Desertification #ClimateAction #Science
🔬 In trials in northwest China near the Taklamakan Desert, this microbial "crust" stabilized sand within 10 to 16 months.
💧 The living crust helps retain moisture closer to the surface, aiding plant and grass germination and survival, especially after short rains.
🌱 Lab tests show this manufactured crust can reduce wind-driven soil loss by over 90% under controlled conditions.
#Desertification #ClimateAction #Science
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