923 followers
In to a high-oxygen environment, angiosperms diversified and adapted to the tumultuous fire ecology of the Cretaceous.
5,704 followers
RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
1,031 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
1,954 followers
RT @Guanlong_wucaii: 白亜紀に被子植物が増えたことで、K-Pg境界の時の火災が悪化(？)したらしく、その影響で酸素濃度が３０％から２５％に減少した可能性があるようです。 (下草って燃えやすいからなぁ…) https://t.co/XCdw9tamNq
916 followers
RT @Guanlong_wucaii: 白亜紀に被子植物が増えたことで、K-Pg境界の時の火災が悪化(？)したらしく、その影響で酸素濃度が３０％から２５％に減少した可能性があるようです。 (下草って燃えやすいからなぁ…)
1,819 followers
白亜紀に被子植物が増えたことで、K-Pg境界の時の火災が悪化(？)したらしく、その影響で酸素濃度が３０％から２５％に減少した可能性があるようです。 (下草って燃えやすいからなぁ…)
3,086 followers
RT @bio_cb_jp: さらに、以下論文で示されてること https://t.co/PqWmt4KEc1 白亜紀から新生代初期の気候変動や地球化学的変化に対応した被子植物の進化的イノベーション（火災適応など） これは、被子植物の進化的多様化の導火線上で、生じたことな…
3,531 followers
RT @TomHoltzPaleo: The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoN…
4,774 followers
RT @TomHoltzPaleo: The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoN…
240 followers
RT @TomHoltzPaleo: The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoN…
591 followers
New work by @ClaireMBelcher et al makes major progress on incorporating fire feedbacks in the COPSE model, suggests that Cretaceous angiosperm fire feedbacks had major implications for global biogeochemical cycles, and now for the #Pyrocene https://t.co/zd
1,102 followers
68 followers
RT @TomHoltzPaleo: The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoN…
1,640 followers
RT @TomHoltzPaleo: The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoN…
345 followers
RT @TomHoltzPaleo: The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoN…
974 followers
The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen | Nature Communications https://t.co/rgtRP7KA4M
974 followers
RT @TomHoltzPaleo: The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoN…
33,511 followers
RT @TomHoltzPaleo: The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoN…
1,161 followers
Interesting case of biogeochemical modeling and ecosystem remifications of the angiosperms origins.
30,242 followers
The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/TIsoNbg0ar
961 followers
RT @bio_cb_jp: さらに、以下論文で示されてること https://t.co/PqWmt4KEc1 白亜紀から新生代初期の気候変動や地球化学的変化に対応した被子植物の進化的イノベーション（火災適応など） これは、被子植物の進化的多様化の導火線上で、生じたことな…
1,984 followers
さらに、以下論文で示されてること https://t.co/PqWmt4KEc1 白亜紀から新生代初期の気候変動や地球化学的変化に対応した被子植物の進化的イノベーション（火災適応など） これは、被子植物の進化的多様化の導火線上で、生じたことなのでしょうか つながって面白いです。。。
91 followers
Cool article discussed in lab today about how the rise of angiosperms in the Cretaceous affected fire feedbacks and atmospheric O2. If it took 100s of mils of years for atm O2 to stabilize, how are humans impacting fire feedbacks on 10-100s of years scale?
197 followers
RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
1,995 followers
RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
615 followers
RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
1,400 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
4,164 followers
RT @rex_toyo: これは面白い！
2,045 followers
これは面白い！
4,316 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
1,158 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
10 followers
RT @toooochan0514: これほんまか…すごいな https://t.co/Fx0qjmnu5U
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RT @toooochan0514: これほんまか…すごいな
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RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
3,126 followers
これほんまか…すごいな
714 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
3,086 followers
RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
16,219 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
48 followers
RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
1,479 followers
RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
4,134 followers
RT @bio_cb_jp: 興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少…
1,984 followers
興味深い論文 白亜紀 被子植物の興隆と耐燃性獲得が大気酸素を調節し熱帯雨林形成を促進 https://t.co/lC1f7nJSmW 白亜紀初期は高酸素濃度→火災多く同時に被子植物は多様化→被子植物優占し火災適応で耐燃性獲得→酸素濃度が減少 火頻度も減少→新生代の酸素濃度低下で林冠閉鎖な熱帯雨林が発達 https://t.co/BbFe93CJAk
1,128 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
156 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
2,569 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
3,370 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
2,379 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
11,295 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
333 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
2,065 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
11,474 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
4,611 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
11,224 followers
RT @toby_pennington: Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upo…
1,385 followers
Fascinating paper (congratulations @ClaireMBelcher) that suggests Palaoecene establishment of rain forest depended upon prior angiosperm driven wildfires decreasing atmospheric O2 https://t.co/GMXnHLiIP8
232 followers
RT @NatureComms: How did evolutionary changes in plant ecosystems during the Cretaceous period influence the consequent fire regimes and gl…
259 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
1,548 followers
RT @NatureComms: How did evolutionary changes in plant ecosystems during the Cretaceous period influence the consequent fire regimes and gl…
41 followers
RT @NatureComms: How did evolutionary changes in plant ecosystems during the Cretaceous period influence the consequent fire regimes and gl…
3,218 followers
⬇️⬇️Check out this new publication: 'The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen' by GSI affiliates @ClaireMBelcher @rayannevitali , S.J Baker, T. Lenton & Andrew Watson and B. Mills(Leeds Uni)
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How did evolutionary changes in plant ecosystems during the Cretaceous period influence the consequent fire regimes and global oxygen regulation over Earth history? https://t.co/U2GAnuFhJF
926 followers
RT @NatureComms: Major evolutionary changes in plant ecosystems during the Cretaceous period could have influenced the consequent fire regi…
634 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
530 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
6,872 followers
RT @NatureComms: Major evolutionary changes in plant ecosystems during the Cretaceous period could have influenced the consequent fire regi…
105,024 followers
RT @NatureComms: Major evolutionary changes in plant ecosystems during the Cretaceous period could have influenced the consequent fire regi…
236,391 followers
Major evolutionary changes in plant ecosystems during the Cretaceous period could have influenced the consequent fire regimes and thus affected global oxygen regulation over Earth history https://t.co/U2GAnuFhJF
171 followers
The rise of angiosperms strengthened fire feedbacks and improved the regulation of atmospheric oxygen https://t.co/T3LcxP9RV9 via @employee_Bnfts #Productivity #Employee https://t.co/Hrwrt2tQww
3,425 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
2,105 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
1,335 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
664 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
487 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
664 followers
More flammable biosphere => tighter regulation of atmospheric oxygen over geological time https://t.co/9ymCNfppTC
2,014 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
6,918 followers
“Using the COPSE biogeochemical model, that angiosperm-driven alteration of fire feedbacks likely lowered atmospheric oxygen levels from ~30% to 25% by the end of the Cretaceous”
3,973 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
756 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
357 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
110 followers
🔥
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RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
86 followers
RT @ClaireMBelcher: Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric i…
1,586 followers
Super pleased to see our work published on how the evolution of the angiosperms and fire better regulated atmospheric in oxygen in the Cretaceous! https://t.co/iREIQZauy7