Custom microbe teams could help coastlines trap more carbon
Qian L, Su R, Wang W, Yan B, Qiu L
Mycorrhizal Networks
The salt marshes and mangrove edges near coastal towns already store huge amounts of carbon in their mud, and engineered microbe communities could make that storage even more efficient while cleaning up pollution at the same time.
Coastal places like marshes and mangrove forests are packed with tiny organisms, plants, and animals that all depend on each other. Researchers are proposing to build simplified, lab-designed communities of these microbes, sort of like assembling a small starter team, so they can study exactly how these partnerships work and then use that knowledge to reduce greenhouse gases, store more carbon, and break down pollutants in real coastal habitats.
Key Findings
Review proposes a step-by-step framework for designing synthetic microbial communities (SynComs) tailored to coastal ecosystems
Framework covers SynCom design, lab validation, and scale-up to field applications targeting greenhouse gas reduction, carbon sequestration, and pollutant degradation
Highlights microbe-plant and microbe-animal interactions as key levers for improving coastal ecosystem functions like biogeochemical cycling and food web stability
chevron_right Technical Summary
Scientists are building custom teams of microbes to help coastal ecosystems like marshes and mangroves fight climate change, by cutting greenhouse gases, locking away carbon, and breaking down pollution.
Abstract Preview
Original paper
Synthetic ecology of coastal ecosystems.
Coastal ecosystems play critical roles in biogeochemical cycling, food webs, climate regulation, and aquaculture. Their functions are shaped by multitrophic interactions across microbe-microbe, mic...
open_in_new Read full abstractAbstract copyright held by the original publisher.
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