The future lifespan of Earth’s oxygenated atmosphere. https://t.co/yoBeT24221
La publicación está en nature, es siempre interesante, ser duda, pq necesitamos mucho recorrido, para poder llegar a marte y colonizarlo. https://t.co/krbQD9PNq4
O tempo de vida futuro da atmosfera oxigenada Earthilits Kazumi Ozaki & Christopher T. Reinhard https://t.co/7mLbhB0Flw
One day, an extreme drop in oxygen will suffocate life on Earth ... ! https://t.co/UQRjhofxYF https://t.co/kh54K66gKo
@AlisaValdesRod1 @NeilSalter4 Except that we know that in about a billion years, the Sun's evolution will eliminate all life on Earth: https://t.co/zyOub329fU https://t.co/0Ge127JeES Our main role as custodians should be keeping ourselves in check, reserv
@cristiproist Earth in a billion years: Hot, longer days, maybe little oxygen (https://t.co/GjY3KeT9jX), but at least some ring of fires to go around.
@_0601D_ @fasc1nate don't worry because the Earth is unlikely to be inhabitable much earlier than that https://t.co/DtsLWXI8C2
A depressing paper https://t.co/cyG6KFTEEr
How long can you hold your breath https://t.co/b9vo3cSamL
Let's add another layer. Snow and rain are water in different forms. Water is H2O... And both hydrogen and oxygen can escape Earth! https://t.co/TqYCnTzgXa https://t.co/cLUq4BGhEA It might take a long time, but it happens.
Good news for extinctionists. Within 1 billion years, the oxygen level radically decreases on the earth and all creatures using oxygen for life will die out. https://t.co/65jBQkZCEw
@hampton_cash @konstructivizm In 5 Billion years Andromeda will collide with the milkyway. Though A team of researchers working with NASA figure in 1 Billion years the sun will burn off all the oxygen on earth. https://t.co/3bAukwrq5r
@BellamyThePagan I mean the article saying that has a very weird angle. It says "very soon" but the actual time frame it gives is the exact opposite. The study being cited doesn't seem to alter that impression upon examination. https://t.co/XZmJNbidrS
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
@TeraKen0510 前に酸素の大気中の滞留時間を調べたらこの記事が出てきたんだけど、これは光合成生物が死滅するまでの時間を含んでいるので滞留時間よりずっと長いはず。 酸素の大気中の滞留時間はどれくらいなのか誰か知らんかえ~?ってここで聞いてもしゃあないよな… https://t.co/gexTOmytrz
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
RT @TeraKen0510: 「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https…
「惑星が酸素の大気を持つのは当たり前ではない」ことを知りつつ、当たり前のように酸素を吸い、「🌏地球の大気から酸素が無くなる10億年後」を想う。殺し合わなくとも、我々は確実に滅びるのにね🧐 👉酸素に富む地球環境の持続期間は約10億年 https://t.co/e8qZeQKoah https://t.co/nHM5ibFyWJ https://t.co/z7OMOVNGBn
Aus der Rubrik "Experten haben heraus gefunden": Laut einer Studie der #NASA wird in 1.000.000.000 Jahren der Sauerstoff (und das böse #CO2) knapp und wir werden alle sterben. Haben die zu viel Geld oder keine anderen Probleme? https://t.co/bv68iBPDqQ ht
@Marius_Raabe @pkbrln 1,08 (±0,8) Milliarden Jahre sind tatsächlich "einige Jahrhunderte". https://t.co/BsQffMn3QW
@AlexHarron @talkRADIO @RickyJFreelove Sorry? The questioner doesn't know the subject??? How about the interviewee?! Current best estimate is ~1 billion yrs.... because CO2 will be falling. https://t.co/ggEENVkUJw
Enjoy It While You Can: Dropping Oxygen Will Eventually Suffocate Most Life on Earth via @ScienceAlert https://t.co/7JUf852Vxs The future lifespan of Earth’s oxygenated atmosphere https://t.co/ZFXiackgCA https://t.co/EMwkQgppD1
Predicting drop in oxygen levels and suffocating lives in the distant future! https://t.co/kYCPJbXtRN
@veganreplygirl @BlackLi71978703 @henri_mourant Even if humans lived as long as the dinosaurs (165 million years), that'd only bring us less than a fifth of the time until the Sun kills off life on earth (https://t.co/QY4xvt0L8y). I think it's safe to say
@Oscar_F_V @esberginia @324cat Fins i tot en l'escenari més pessimista, que noves variants de SARS-CoV-2 poguessin infectar diverses espècies i grups de vertebrats, hem de pensar que aquests virus no podrien sobreviure sense hostes complexos. https://t.co/
@BosmerArcher5 @hereforthepiss @d0td0tcircle @NoNewZoo1 @PhilSpencerTV @MarcDaran I'm aware that it's not unlimited. Do you have any scientific sources suggesting that we're going to run out based on current population rates or are you just saying things?
Dadurch nimmt der Kohlendioxidgehalt in der Atmosphäre ab und Pflanzen können immer weniger Fotosynthese betreiben. Den höheren Lebewesen fehlt irgendwann der Sauerstoff und sie sterben aus: https://t.co/oPwssRMDGf https://t.co/NcqCdF2ehs
The future lifespan of Earth's oxygenated Atmosphere https://t.co/ifZNmbrH3r https://t.co/rv6QB7JsJV
@dfenton @danmiller999 Earth’s O2 atmosphere took billions of years for cyanobacteria to make, thus human interference in ocean acidity and phytoplankton would require 1.08 ± 0.14 billion years to drop O2 to levels unsuited to life. https://t.co/IOz5j25gD
Cool cool cool https://t.co/nYYD958iew
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
When biogeochemistry and solar physics meet eschatology. https://t.co/6Sak72n3Un
地球上から酸素が消失し、 生物が【絶滅】するまでの期間は 残り【約10億年】であることが 東邦大学とジョージア工科大学の研究で分かりました。 地球環境が永遠ではないことを 数値で示した初の研究です。 【参考文献】 https://t.co/d65IAWP1fg
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @y_t_yamaguchi: おお! The future lifespan of Earth's oxygenated atmosphere Ozaki & Reinhard (2021, Nature Geo) https://t.co/DUVvOzG4Zl
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
YOU POISON OUR AIR FOOD WATER LAND EVERY YEAR RECORD HEAT RAIN WINDS AND SNOW BEATING JAILING KILLING us NAGASAKI HIROSHIMA FUKUSHIMA NO IMMACULATE CONCEPTION SHUT DOWN NUCLEAR FOSSIL FUEL POLICE 8C TEMP RISE SINCE 1700s 220 FEET SLR END OF 2023 ?
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
RT @Xavi_Bros: Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concen…
Our planet is vulnerable: Its equilibrium may be broken with the prediction that it would revert to a very low oxygen concentration in 1 billion years, similar to how it was in the Archian era: https://t.co/4ZceRmUgrX Illustration of Archian Earth and a cu
Los resultados sugieren que el ciclo planetario carbonato-silicato tenderá a conducir a biosferas limitadas en CO2 terminalmente y una desoxigenación atmosférica rápida... https://t.co/MJbqSxIN33
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/6GRGMyedHU
In about a billion years, the Sun's slowly increasing radiation will wipe out the earth's plants, and the oxygen level will fall below 1%. Sorry if that upsets your plans in any way. https://t.co/YqJKH0I4JG
The end. Scientists from NASA and Japan have established the exact year of the apocalypse on Earth The results showed that life on the Planet will cease to exist in the year 1 000 002 021 (that is, after a billion years). https://t.co/wtNH8eEQIB
地球の酸素、今の1%まで急減へ。 原因はCO2不足による植物の絶滅。 環境破壊ってレベルじゃねーぞw 時期は1.08±0.14十億年後の見通し。 https://t.co/8rauqqf2ks