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1. www.cam.ac.uk › research › newsScientists discover entirely new wood type that could be ...

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   Jul 31, 2024 · They found that Tulip Trees, which are related to magnolias and can grow over 30 metres (100 feet) tall, have a unique type of wood. This discovery may explain why the trees, which diverged from magnolias when earth's atmospheric CO 2 concentrations were relatively low, grow so tall and so fast. This opens new opportunities to improve carbon ...

2. www.realclearscience.com › articles › 2024/09/17How We Discovered a New Type of Wood | RealClearScience

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   Sep 17, 2024 · The tulip tree is a close relative of the magnolias, but its wood does not fit neatly into the softwood or hardwood categories. Instead, its macrofibrils had a diameter of about 22 nm – in the middle of the range between hardwoods and softwoods This intermediate structure was completely unexpected and led us to classify tulip tree wood as “midwood”, a new category entirely.

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4. www.slcu.cam.ac.uk › news › scientists-discoverScientists discover entirely new wood type that could be ...

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   This might help explain why Tulip Trees are highly effective at carbon storage.” The team suspect it is the larger macrofibrils in this “midwood” or “accumulator-wood” that is behind the Tulip Trees’ rapid growth.

5. scitechdaily.com › scientists-have-discovered-anScientists Have Discovered an Entirely New Type of Wood – and ...

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   Sep 11, 2024 · This might help explain why Tulip Trees are highly effective at carbon storage.” The team suspects that the larger microfibrils in this “midwood” or “accumulator-wood” are behind the Tulip Trees’ rapid growth.

6. www.newscientist.com › article › 2442082-we-haveWe have discovered an entirely new kind of wood - New Scientist

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   Jul 31, 2024 · Tulip trees have a nanoscale wood structure that sits somewhere between hardwood and softwood, dubbed “midwood”, which may explain why they are so effective at storing carbon.

7. www.globalwood.org › news › 2024Scientists discover entirely new wood type that could be ...

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   Aug 6, 2024 · This might help explain why Tulip Trees are highly effective at carbon storage,” Lead author of the research published in New Phytologist, Dr Jan Łyczakowski from Jagiellonian University, said. The team suspect it is the larger macrofibrils in this ‘midwood’ or ‘accumulator-wood’ that is behind the Tulip Trees’ rapid growth.

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   Why are tulip trees so effective at carbon storage?

   • Liriodendrons diverged from Magnolia Trees around 30-50 million years ago, which coincided with a rapid reduction in atmospheric CO2. This might help explain why Tulip Trees are highly effective at carbon storage.” The team suspect it is the larger macrofibrils in this 'midwood' or 'accumulator-wood' that is behind the Tulip Trees’ rapid growth.

   Scientists discover entirely new wood type that could be highly

   www.cam.ac.uk/research/news/scientists-discover-entirely-new-wood-type-that-could-be-highly-efficient-at-carbon-storage

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   Why do tulip trees grow so fast?

   • They found that Tulip Trees, which are related to magnolias and can grow over 30 metres (100 feet) tall, have a unique type of wood. This discovery may explain why the trees, which diverged from magnolias when earth's atmospheric CO 2 concentrations were relatively low, grow so tall and so fast.

   Scientists discover entirely new wood type that could be highly

   www.cam.ac.uk/research/news/scientists-discover-entirely-new-wood-type-that-could-be-highly-efficient-at-carbon-storage

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   Are tulip trees hardwood or softwood?

   • They found that Tulip Trees, relatives of magnolias that can grow well over 100 feet tall, have a unique type of wood that does not fit into either category of hardwood or softwood.

   Scientists Have Discovered an Entirely New Type of Wood - SciTechDaily

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   Why do tulip trees have a large macrofibril structure?

   • Łyczakowski added, "Both Tulip Tree species are known to be exceptionally efficient at locking in carbon, and their enlarged macrofibril structure could be an adaptation to help them more readily capture and store larger quantities of carbon when the availability of atmospheric carbon was being reduced.

   Scientists discover entirely new wood type that could be highly efficien…

   phys.org/news/2024-07-scientists-wood-highly-efficient-carbon.html

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   What is a tulip tree?

   • Tulip Tree (Liriodendron tulipifera) towering over its neighbors in the Cambridge University Botanic Garden. This Tulip Tree is listed as a Champion Tree by The Tree Register of The British Isles.

   Scientists Have Discovered an Entirely New Type of Wood - SciTechDaily

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   Which tulip trees are visible under cryo-SEM?

   • Wood ultrastructure of the Tulip Tree (Liriodendron tulipifera), Amborella (Amborella trichopoda), and Joint fir (Gnetum edule) at x1000 and x50,000 magnifications under cryo-SEM. Wood cells and cell walls are visible in the lower magnification. Macrofibrils are visible at the higher magnification. Credit: Jan J Lyczakowski and Raymond Wightman

   Scientists Have Discovered an Entirely New Type of Wood - SciTechDaily

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9. phys.org › news › 2024-07-scientists-wood-highlyScientists discover entirely new wood type that could be ...

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   Jul 30, 2024 · The team suspect it is the larger macrofibrils in this "midwood" or "accumulator-wood" that is behind the Tulip Trees' rapid growth. Łyczakowski added, "Both Tulip Tree species are known to be ...