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《科学家》 第40卷 第2期 · 2026年夏季刊 · 中文解读

微生物学家利用细菌代谢应对气候变化

A Microbiologist Mines Bacterial Metabolism to Tackle Climate Change · Shelby Bradford, PhD
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本文介绍了微生物学家Avi Flamholz如何利用计算工具和微生物生物化学来改进气候模型,并提供应对气候变化的新工程解决方案。
原文开头
Avi Flamholz leverages computational tools and microbial biochemistry to improve climate models and provide novel engineering solutions to address climate change. BY SHELBY BRADFORD, PhD Climate change is an urgent, global problem, and reducing the amount of carbon dioxide in the atmosphere requires novel solutions. Despite the massive scale of the situation, one researcher is taking a microscopic approach by studying how microbes could be both friend and foe in the climate crisis. After completing a computer science degree at Princeton Uni- versity in 2007, Avi Flamholz worked as a software engineer for Google. Three years later, though, he found himself searching for a more fulfilling career. …
摘自《科学家》(The Scientist)第40卷 第2期 · 2026年夏季刊,Shelby Bradford, PhD。仅引用开头一小段供了解文章,版权归原刊所有,全文请阅读原刊。
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