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🗞️ Driving the news: Scientists have developed genetically modified "super wood" that enhances carbon storage and reduces emissions
• This breakthrough wood is a more sustainable and durable alternative to traditional building materials, created by reducing the lignin content in poplar trees by 12.8%

🔭 The context: Lignin, while vital for wood durability, complicates its processing
• By lowering lignin, the new wood can be used for high-strength applications without harmful chemical treatments, simplifying production and enhancing carbon sequestration

🌍 Why it matters for the planet: The development of this super wood could significantly reduce carbon emissions from the construction industry by storing carbon more effectively and reducing the need for energy-intensive chemical treatments

⏭️ What's next: The new method could pave the way for broader adoption of genetically modified wood in construction, potentially replacing traditional materials and leading to more sustainable building practices

💬 One quote: “Our method not only reduces chemical waste and energy consumption, but also improves the wood’s carbon storage capabilities, which is crucial for mitigating climate change,” said Prof Yiping Qi

📈 One stat: The genetically modified compressed wood is more than 1.5 times stronger than untreated wood

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