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This collection of social discussions primarily shows enthusiasm for the scientific insights gained from studying the Amazonian waterlilies, with many examples highlighting the leaves' structural efficiency and evolutionary advantages. The tone is curious and appreciative, emphasizing the leaves' impressive biomechanics and potential inspiration for engineering design.
Most discussions acknowledge the scientific significance and agree with the importance of the research on gigantic floating leaves.
Posts are highly intrigued, with many expressing curiosity or excitement about the findings, especially regarding the leaves' strength and evolution.
Participants reference specific aspects like the leaves' mechanics, their surface area, and how they support weight, indicating moderate to deep engagement.
The discussions suggest the research could influence fields like engineering, biology, and environmental studies, but concrete applications aren't deeply explored.
少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
Giant leaves capable of supporting the weight of a child may have evolved by selection pressures for large surface areas enabling optimal light capture despite a relatively low leaf biomass, thus outcompeting other plants in fast-drying ephemeral pools. https://t.co/Ylp8BDsB4L https://t.co/VNcoQiGmu5
Read more here https://t.co/7K5bf0PuT0! https://t.co/8VJ6jP9at5
Just found out that there is a Waterlily weight challenge going on in botanic gardens around the world. Check out our paper on the science behind their immense strength! https://t.co/3wqy1MCRpm https://t.co/Kuyf710Shl
@kewgardens We have a paper on this if anyone is interested. https://t.co/3wqy1MCRpm https://t.co/G1UWUMtYYr
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
Scientists explore how giant Amazonian waterlilies grow so large, focusing on their structural efficiency and adaptive advantages in aquatic environments, inspiring innovations in engineering and design.
Heightened dream recall ability is linked to increased creativity and enhanced functional brain connectivity, highlighting the importance of memory in cognitive processes and creative thinking.
Just found out that there is a Waterlily weight challenge going on in botanic gardens around the world. Check out our paper on the science behind their immense strength! https://t.co/3wqy1MCRpm https://t.co/Kuyf710Shl
@kewgardens We have a paper on this if anyone is interested. https://t.co/3wqy1MCRpm https://t.co/G1UWUMtYYr
Read more here https://t.co/7K5bf0PuT0! https://t.co/8VJ6jP9at5
Giant leaves capable of supporting the weight of a child may have evolved by selection pressures for large surface areas enabling optimal light capture despite a relatively low leaf biomass, thus outcompeting other plants in fast-drying ephemeral pools. https://t.co/Ylp8BDsB4L https://t.co/VNcoQiGmu5
Dziś w @PodkastNaukowo opowiadam o pamiętaniu snów, energetyzującej kofeinie, oceanicznych wędrówkach żółwi i gigantycznych liściach. #naukowo #nauka #podkast #ciekawostki #informacje https://t.co/kVmJ1cLaQb
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
平面性の高いデンドリマーは強いのかもしれない… Gigantic floating leaves occupy a large surface area at an economical material cost https://t.co/ufmoFscvS9
RT @OBGHA: Scientists break the code of the world’s largest floating botanical enigma using plants grown at Oxford Botanic Garden. Find out…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
Gigantic floating leaves occupy a large surface area at an economical material cost https://t.co/eiFWvEUulj
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @OBGHA: Scientists break the code of the world’s largest floating botanical enigma using plants grown at Oxford Botanic Garden. Find out…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @OBGHA: Scientists break the code of the world’s largest floating botanical enigma using plants grown at Oxford Botanic Garden. Find out…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @OBGHA: Scientists break the code of the world’s largest floating botanical enigma using plants grown at Oxford Botanic Garden. Find out…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
Gigantic floating leaves occupy a large surface area at an economical material cost https://www.science.org/doi/10.1126/sciadv.abg3790
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
Gigantic floating leaves occupy a large surface area at an economical material cost https://t.co/hWITnNxtxO #science #biology #leaves #surface #area #material
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
Inżynieria ogromnych, pływających liści. lilii wodnej (rodzaj Victoria). Dorastają do 3 m średnicy i tworzą rozległe sieci na powierzchni ich rodzimego dorzecza Amazonki.
RT @Un1v3rs0Z3r0: Gigantic floating leaves occupy a large surface area at an economical material cost https://t.co/FymeIDD9KJ
Gigantic floating leaves occupy a large surface area at an economical material cost https://t.co/FymeIDD9KJ
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @manuelacasasoli: Mechanics of giant leaves. "The leaves of giant Amazonian waterlilies [...] are among the most astounding feats of na…
RT @manuelacasasoli: Mechanics of giant leaves. "The leaves of giant Amazonian waterlilies [...] are among the most astounding feats of na…
RT @PDH_SciTechNews: #Science Gigantic floating leaves occupy a large surface area at an economical material cost - Science https://t.co/gN…
#Science Gigantic floating leaves occupy a large surface area at an economical material cost - Science https://t.co/gNwQABydCT #biology #physics #technology #chemistry #love #stem #education #space #nature #engineering #facts #research #astronomy #nasa #art #universe #scientist…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @OBGHA: Scientists break the code of the world’s largest floating botanical enigma using plants grown at Oxford Botanic Garden. Find out…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @OBGHA: Scientists break the code of the world’s largest floating botanical enigma using plants grown at Oxford Botanic Garden. Find out…
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @Kyukimasa: 少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
少ない材料費で巨大な葉を維持するオオオニバス https://t.co/3EaCFfnFz4 子供が乗っても浮いていられる強度を持つ大型スイレン(ビクトリア属)。構造材を最小限にしつつ光合成のために面積を最大化している構造力学分析
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @manuelacasasoli: Mechanics of giant leaves. "The leaves of giant Amazonian waterlilies [...] are among the most astounding feats of na…
RT @manuelacasasoli: Mechanics of giant leaves. "The leaves of giant Amazonian waterlilies [...] are among the most astounding feats of na…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @OBGHA: Scientists break the code of the world’s largest floating botanical enigma using plants grown at Oxford Botanic Garden. Find out…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @OBGHA: Scientists break the code of the world’s largest floating botanical enigma using plants grown at Oxford Botanic Garden. Find out…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
RT @thorogoodchris1: I'm proud to announce that our work on the world's largest floating botanical enigma made it onto the cover of @Scienc…
https://doi.org/10.1126/ sciadv.abg3790. Cepeda Gutiérrez, M., & Mardaras Larrañaga, I. (2004). Cuantificación energética de la construcción de edificios y ...
Gigantic floating leaves occupy a large surface area at an economical material cost. Science Advances, 2022 DOI: 10.1126/sciadv.abg3790. Cite ...
Sci. Adv.8,eabg3790(2022).DOI:10.1126/sciadv.abg3790. Export citation. Select the format you want to export the citation of this publication ...
Read the published findings in Science Advances. Journal. Science Advances. DOI. 10.1126/sciadv.abg3790. Method of Research.
DOI: 10.1126/sciadv.abg3790 · PREVIOUS ARTICLE. A biological nanofoam ... Copy the article link. https://www.science.org/doi/10.1126/sciadv.
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