Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @NatureEcoEvo: Are 3.7 billion year Greenland rock features oldest fossils? https://t.co/CxGEDJbYbB https://t.co/MqV2bbUh0A https://t.co…

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

Subdivisions of Hadean: Paleohadean era = Hephaestean (4.5–4.4 Ga) and Jacobian periods (4.4–4.3 Ga). Mesohadean = Canadian (4.3–4.2 Ga) and Procrustean periods (4.2–4.1 Ga). Neohadean = Acastan (4.1–4.0 Ga) and Promethean periods (4.0–3.9 Ga). COOL

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

Paywall

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

RT @PlanetTreky: Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/lTIIMv4pXl

@OrrinHatch @ChuckGrassley Since y’all were around, can you confirm this is true? Thanks. https://t.co/Ed6usam1Tr

(2016/09/22) Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures | Nature https://t.co/BkMhTln8yl https://t.co/qQte2DhRXg

HELP, est-ce que quelqu'un pourrait m'avoir cet article, please? https://t.co/vtqOhKpaOw

RT @NadWGab: @Ben_garrod Stromatolites are layered rocks that are built up by cyanobacteria trapping and binding sediment. They have been o…

RT @NadWGab: @Ben_garrod Stromatolites are layered rocks that are built up by cyanobacteria trapping and binding sediment. They have been o…

RT @NadWGab: @Ben_garrod Stromatolites are layered rocks that are built up by cyanobacteria trapping and binding sediment. They have been o…

@Ben_garrod Stromatolites are layered rocks that are built up by cyanobacteria trapping and binding sediment. They have been on the planet for 3.7 billion years! https://t.co/iS57TxSXxg #ExtremeScience #FossilFriday

Stromatolites have been on the planet 3 BILLION YEARS LONGER than cephalopods! (Source: https://t.co/iS57TxSXxg #OpenAccess) #StromatoliteSunday https://t.co/nB31ZOIJfS

Stromatolites have been in the rock record for billions of years. The oldest examples are from Greenland and they are 3.7 Ga old! (Nutman et al., 2017) #StromatoliteSunday https://t.co/iS57TxSXxg

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

@rafearia @BiblicaCreation @YECTranslator @Shuggyheadshot @TakeThatEnglish Step 2 - Evolution is a fact and is the only model which explains all of the data. Step 1 - Abiogenesis is currently being actively researched. You are wrong to say it has been dis

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

@jools6691 @trojan719 @StevanBolton @EdDarrell @RJDownard @NoScienceDenial @AdvanceHumanism @ScottBlivtrusci @CollinOctantis @AprilLigeia @Christgodtweet @Mogleeone @JaTapps @PeterHase2017 @rachizzle_post @Friendof_Darwin @tony_oliver @ScientiaPercept @Tro

RT @astrofan80: #Stromatolithen, die ältesten bekannten #Fossilien zum heutigen #FossilFriday https://t.co/mL0TKvJ1sj

RT @astrofan80: #Stromatolithen, die ältesten bekannten #Fossilien zum heutigen #FossilFriday https://t.co/mL0TKvJ1sj

#Stromatolithen, die ältesten bekannten #Fossilien zum heutigen #FossilFriday https://t.co/mL0TKvJ1sj

Stromatolithen sind die ältesten bekannten Fossilien. Die ältesten Stromatolithen sind 3,7 Milliarden Jahre alt und befinden sich in Grönland (Nutman et al., 2016) https://t.co/SWI4gzGfyH

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

@Aristogiton1 Remontons à la source ;) https://t.co/hX5cuP3jwM

RT @NadWGab: Oldest stroms are 3.7 billion yrs old (Nutman et al. 2016 https://t.co/LD83mtDpQ2) so these stroms are relatively young #Strom…

RT @NadWGab: Oldest stroms are 3.7 billion yrs old (Nutman et al. 2016 https://t.co/LD83mtDpQ2) so these stroms are relatively young #Strom…

Oldest stroms are 3.7 billion yrs old (Nutman et al. 2016 https://t.co/LD83mtDpQ2) so these stroms are relatively young #StromatoliteSunday https://t.co/9TEZQ9qErG

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures https://t.co/kgbPKLFyhx #bookmark

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @kenanmalik: At 3.7bn years old, the oldest fossils on Earth discovered in Greenland: https://t.co/84e3cwkZ0M https://t.co/hiRCg7815U

RT @Kyukimasa: 地上最古の生命、カナダで37.7億年前の熱水噴出孔周辺微生物と考えられる化石を発見 https://t.co/GbxbUPZmp6 昨年はグリーンランドで37億年前の化石が発見されて最古とされててた https://t.co/FhZBOiS8fR…

RT @Kyukimasa: 地上最古の生命、カナダで37.7億年前の熱水噴出孔周辺微生物と考えられる化石を発見 https://t.co/GbxbUPZmp6 昨年はグリーンランドで37億年前の化石が発見されて最古とされててた https://t.co/FhZBOiS8fR…

RT @Kyukimasa: 地上最古の生命、カナダで37.7億年前の熱水噴出孔周辺微生物と考えられる化石を発見 https://t.co/GbxbUPZmp6 昨年はグリーンランドで37億年前の化石が発見されて最古とされててた https://t.co/FhZBOiS8fR…

RT @Kyukimasa: 地上最古の生命、カナダで37.7億年前の熱水噴出孔周辺微生物と考えられる化石を発見 https://t.co/GbxbUPZmp6 昨年はグリーンランドで37億年前の化石が発見されて最古とされててた https://t.co/FhZBOiS8fR…

RT @Kyukimasa: 地上最古の生命、カナダで37.7億年前の熱水噴出孔周辺微生物と考えられる化石を発見 https://t.co/GbxbUPZmp6 昨年はグリーンランドで37億年前の化石が発見されて最古とされててた https://t.co/FhZBOiS8fR…

地上最古の生命、カナダで37.7億年前の熱水噴出孔周辺微生物と考えられる化石を発見 https://t.co/GbxbUPZmp6 昨年はグリーンランドで37億年前の化石が発見されて最古とされててた https://t.co/FhZBOiS8fR https://t.co/cJxp9kyGBO

RT @kenanmalik: At 3.7bn years old, the oldest fossils on Earth discovered in Greenland: https://t.co/84e3cwkZ0M https://t.co/hiRCg7815U

RT @kenanmalik: At 3.7bn years old, the oldest fossils on Earth discovered in Greenland: https://t.co/84e3cwkZ0M https://t.co/hiRCg7815U

RT @kenanmalik: At 3.7bn years old, the oldest fossils on Earth discovered in Greenland: https://t.co/84e3cwkZ0M https://t.co/hiRCg7815U

Have you checked @WhiteHouse??" https://t.co/GGFU9a9VsI

RT @kenanmalik: At 3.7bn years old, the oldest fossils on Earth discovered in Greenland: https://t.co/84e3cwkZ0M https://t.co/hiRCg7815U

RT @kenanmalik: At 3.7bn years old, the oldest fossils on Earth discovered in Greenland: https://t.co/84e3cwkZ0M https://t.co/hiRCg7815U

RT @kenanmalik: At 3.7bn years old, the oldest fossils on Earth discovered in Greenland: https://t.co/84e3cwkZ0M https://t.co/hiRCg7815U

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

@davestewart4444 @DoubleDumas @reyg121 @RTB_FRana Nature article, complex life 3.7Ma https://t.co/TJAzpu69zf

@reyg121 @RTB_FRana https://t.co/YqZJqBTEmy

@RTB_FRana @reyg121 Can evolutionary theory explain the findings in this article? No. https://t.co/6rhDkgyBQA

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

That being said, the currently oldest known fossils are 3.7 BILLION years old. https://t.co/GWlMdkqDe1

That being said, the currently oldest known fossils are 3.7 BILLION years old. https://t.co/RUh71Uirfx

الحياة على الأرض أقدم كثيرا مما كنا نتصور ! https://t.co/dX59pcmATJ

RT @Xavi_Bros: Found in Greenland #fosil 3700 million years old with the older #life evidence in the Earth: https://t.co/NJqFYgYzse https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https:/…

@memneon we have further early evidence from Greenland. https://t.co/ojzXMp3Ui0

Origen de la vida, al menos 3500 MA Confirmando resultados previos https://t.co/uVJPXd4BkJ o resultados de Biología Molecular anteriores https://t.co/8dMD197Oyc

It is simply spectacular that we can detect life that occurred 3.7 billion years ago. #ilovescience https://t.co/WjigBQY8YD

@kaldeankada @aigkenham How about 3.7 billion years. https://t.co/GwyeMNuZOu So hop to it.

Climate change isn’t all bad news - we now have evidence of stromatolites that are 3.7 billion years old! https://t.co/QFKIz0MG6V

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz…

Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures https://t.co/EcKZhosqSP

Rapid emergence of life shown by discovery of 3,700-million-year-old microbial structures https://t.co/7ppmBWXk16

RT @SSSA_soils: Via Nature : 3.7 billion year old #soil microbes? https://t.co/2swqEhWuLa

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz…

RT @aklingozu: 11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz…

11. Nature dergisinde,Ağustos.20016 ,yayınlanan makalede,3.8 Milyar yıllık fosildeki mikroplardan bahsediliyor.Bknz: https://t.co/XIK043W0vK https://t.co/R2hndidYjZ

RT @nature: The oldest fossils known to date (3,700-million-year-old microbial formations) are reported https://t.co/thaeYLRBlB https://t.c…