地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience | Nature Portfolio: https://t.co/POtMCvkQ7Z
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
#東邦大学 #科学ニュース 地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience | Nature Research: https://t.co/Wd1svXocjr
𝙏𝙝𝙚 𝙛𝙪𝙩𝙪𝙧𝙚 𝙡𝙞𝙛𝙚𝙨𝙥𝙖𝙣 𝙤𝙛 𝙀𝙖𝙧𝙩𝙝’𝙨 𝙖𝙩𝙢𝙤𝙨𝙥𝙝𝙚𝙧𝙚. It's likely all over in a billion years, in the space of about 10,000 years.... https://t.co/eQlmZJ9qia https://t.co/0CSz9Haokt
RT @matthewrwarke: Nice to be asked to write again for @ConversationUK and get a sneaky peak at this awesome study on the future of atmo…
RT @matthewrwarke: Nice to be asked to write again for @ConversationUK and get a sneaky peak at this awesome study on the future of atmo…
RT @matthewrwarke: Nice to be asked to write again for @ConversationUK and get a sneaky peak at this awesome study on the future of atmo…
Metalloenzymes be like https://t.co/Rq6vAAN2aF https://t.co/KnpkSo9dK4
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
"A billion years from now, a lack of oxygen will wipe out life on Earth"--@matthewrwarke talking about recent research on the end of life on Earth 🌍 https://t.co/Ti7svPpBsK
Nice to be asked to write again for @ConversationUK and get a sneaky peak at this awesome study on the future of atmospheric oxygen by Ozaki and Reinhard! https://t.co/SJbBglxfRZ
The future lifespan of Earth’s oxygenated atmosphere https://t.co/GTPnmgVBjh
La vida futura de la atmósfera oxigenada de la Tierra: La atmósfera moderna de la Tierra está altamente oxigenada y es una señal remotamente detectable de su biosfera superficial... https://t.co/MJbqSxIN33
How much longer will the oxygen-rich atmosphere be sustained on Earth? 酸素に富む地球環境の持続期間は約10億年 https://t.co/PYB4f985iM study https://t.co/Aclb4cSOeN English https://t.co/Pkta3xRheK https://t.co/7qMPDjJSpc
RT @NatureGeosci: Free-to-read link: https://t.co/lnsV88Aa5D
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience | Nature Research https://t.co/zkel8tdwhx
Scientists calculate life expectancy of Earth's atmospheric oxygen. Spoiler alert! About 1.1 billion years from now. https://t.co/U9yZ5r3WMR Original paper: https://t.co/zcwKhRMqHt https://t.co/pT2dpt0GPv
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
Y vosotros ahí tan tranquilos!
RT @NatureGeosci: Free-to-read link: https://t.co/lnsV88Aa5D
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @nae2sho: ちなみに10億年前は酸素濃度1%以下、シダ類が繁栄しだした4億年前で10%前後。(10億年=giga year) https://t.co/MvPtkUHzlE
RT @nae2sho: ちなみに10億年前は酸素濃度1%以下、シダ類が繁栄しだした4億年前で10%前後。(10億年=giga year)
RT @nae2sho: ちなみに10億年前は酸素濃度1%以下、シダ類が繁栄しだした4億年前で10%前後。(10億年=giga year)
RT @nae2sho: ちなみに10億年前は酸素濃度1%以下、シダ類が繁栄しだした4億年前で10%前後。(10億年=giga year) https://t.co/MvPtkUHzlE
ちなみに10億年前は酸素濃度1%以下、シダ類が繁栄しだした4億年前で10%前後。(10億年=giga year)
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある (Nature Research) https://t.co/rJIr9d0PYb
地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience | Nature Research - Nature Asia https://t.co/RwgNpYHTal @GoogleNewsより
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
Con los pedos que me tiro esto va a pasar antes.
Oh...this is interesting
RT @NatureJapan: 地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience https://t.co/MlcU9bhmoV #地球科学 #地球 #大気
RT @NatureJapan: 地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience https://t.co/MlcU9bhmoV #地球科学 #地球 #大気
RT @arejaygraham: interesting and (to me) completely unexpected result
「気候や生命過程・地質過程などの地球のシステムをモデル化し、地球の大気条件の時間スケールを検証した」のだそうです。(モデルの妥当性の検証はできるのかな?) 地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある Research: https://t.co/DqY2zCsoW6
約10億年後を境に急速に酸素の乏しい状態へ遷移すると予測され、これ以降は酸素呼吸を行う多細胞生物の生存は困難に https://t.co/YGDKfAKn20 #科学ニュース #東邦大学 https://t.co/38eoUhILJF
地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience | Nature Research: https://t.co/dfAs86pUjr そもそも酸素がたくさんある時代が地球の歴史から見たら短期間にすぎないのかも
RT @NatureJapan: 地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience https://t.co/MlcU9bhmoV #地球科学 #地球 #大気
Geoscience: Earth’s atmosphere may return to low-levels of oxygen in one billion years | Nature Geoscience https://t.co/4ajfW8HMbO #Geoscience #Earth #atmosphere
地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience https://t.co/MlcU9bhmoV #地球科学 #地球 #大気
RT @ArcturusFats: thats fine. not my problem
thats fine. not my problem
How do I prepare for this?
Better hit HEB to stockpile supplies @EvilMopacATX
RT @jcamthrash: The future lifespan of Earth’s oxygenated atmosphere https://t.co/jNub4thtGW
RT @jcamthrash: The future lifespan of Earth’s oxygenated atmosphere https://t.co/jNub4thtGW
The future lifespan of Earth’s oxygenated atmosphere | Nature Geoscience https://t.co/yJ9XKgBuMV
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @UmZ1paZbmB6KpPV: 地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience | Nature Research https://t.co/fuVxnZI4f2
地球科学:地球の大気の酸素レベルは10億年後には低い状態に戻る可能性がある | Nature Geoscience | Nature Research https://t.co/fuVxnZI4f2
RT @jcamthrash: The future lifespan of Earth’s oxygenated atmosphere https://t.co/jNub4thtGW
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @arejaygraham: interesting and (to me) completely unexpected result
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
Trump will no doubt survive even that
Time to start prepping
Sounds shit.
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
Free-to-read link: https://t.co/lnsV88Aa5D
The future lifespan of Earth’s oxygenated atmosphere https://t.co/jNub4thtGW
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
RT @NatureGeosci: NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc…
NGeo: Earth is set to return to Archean-like, low-level atmospheric oxygen in 1 billion years’ time https://t.co/72LoFoc0oc https://t.co/Q3zyMJzcGW