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Unlocking the potential of designed microbial consortia: A breakthrough for sustainable waste management and climate resilience
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作者 Ginevra Giangeri Stefano Campanaro +1 位作者 Nikos C.Kyrpides Irini Angelidaki 《Environmental Science and Ecotechnology》 2025年第3期21-24,共4页
While the global waste crisis is intensifying,we are missing a crucial opportunity to address this challenge by embracing a transformative approach:engineered microbial consortia have the potential to revolutionize in... While the global waste crisis is intensifying,we are missing a crucial opportunity to address this challenge by embracing a transformative approach:engineered microbial consortia have the potential to revolutionize industrial waste management,reduce greenhouse gas emissions for climate mitigation,and promote a sustainable bioeconomy.Greenhouse gas emissions(GHG)from industrial processes pose a notable threat to planetary health[1].The need for biotechnological solutions specifically targeting CO_(2) capture and recycling for bio-based compounds and energy production is clear but far from achieved[2].There are one trillion microorganisms with a pangenome covering an unspeakable potential of processes.Microbes could provide a solution to many of the challenges our planet is currently facing,such as restoring environmental health,substituting fossil fuels-originating chemicals and products with biomassoriginating ones,enabling regenerative agriculture,restoring eutrophic water recipients,reducing biodiversity losses,and mitigating pollution. 展开更多
关键词 climate mitigationand microbial consortia industrial waste managementreduce greenhouse gas emissions transformative approach engineered microbial consortia biotechnological solutions greenhouse gas emissions global waste crisis sustainable waste management
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