@bolt_carl Then why can't you show evidence? When we show evidence on radioisotope aging, your side always claims it's wrong. https://t.co/leyYZw6L1f
@ForBlanko @FausseNote_ @cheikhn95326066 @Huntersavant https://t.co/Btw1t9ZjZS 4,28 milliards d'années* Tu prends le passage qui te dérange le moins mais voici une des sources utilisées, celle que ta vision sélective a obscurcie
@ChristtWarrior @MykeLevine @pinkheretic @jogannez Again what feelings? https://t.co/KzHLWLjMy0
Fossil samples of bacterial mats from spreading vents have been dated to 4.28 billion years old, only a few million years after the first oceans formed on Earth. So it has the potential to tell us about how life started on Earth. https://t.co/vPTOImrnZp
@ETGalindoPazan @MamelaFialloFlo La misma mierda diria un musulman, Di todo lo que quieras pero tus delirios de sectario no cambiaran la realidad https://t.co/jtK0q6Snxq
@AnActualWizard @JamesSACorey Or possibly 4.28, depending on very tricky dating techniques. And our knowledge about it will evolve and refine. https://t.co/782eJMaQTd
"Evidence for early life in Earth’s oldest hydrothermal vent precipitates" by Matthew S. Dodd, Dominic Papineau, Tor Grenne, John F. Slack, Martin Rittner, Franco Pirajno, Jonathan O’Neil & Crispin T. S. Little https://t.co/P23NrTGAtH
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
RT @ikejiri_paleo: 今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s olde…
今週のNATUREにカナダ-ケベック州で発見さらたなんと「42.8億年前(の可能性)」の生物化石が報告されている。要チェック! Dodd, M., et al. Evidence for early life in Earth’s oldest hydrothermal vent precipitates. Nature 543, 60–64 (2017). https://t.co/weahbmm8No https://t.co/t4cprLiEHw
@Wellyngton133 Defina "cientista sério". https://t.co/ZKlB3OvUDi
RT @mehmetsbugdaci: @NASAEarth The oldest fossil &life between 3.7-4.3 billion years ego is a bacteria, according to the manuscript, nature…
@NASAEarth The oldest fossil &life between 3.7-4.3 billion years ego is a bacteria, according to the manuscript, nature. https://t.co/dDZOVDhxGb
@afshinist خدمت شما https://t.co/jAdx0s1e4x
Nesse fio tentei falar um pouco da relação entre vida e atividade vulcânica, e com isso mostrar que não são as forças da natureza as maiores causadoras de destruição em nosso planeta. Referências: https://t.co/L183KSCqGo https://t.co/E4pXwHvohO https:
«Here we describe putative fossilized microorganisms that are at least 3,770 million and possibly 4,280 million years old in ferruginous sedimentary rocks». Evidence for early life in Earth’s oldest hydrothermal vent precipitates | Nature https://t.co/S5V
@Aksa_Amun @ishirubi @lovecryption @justinowings In the 90s, we didn't know how life could evolve that fast. Now we do. https://t.co/ONqAwa6kkz We've found Ediacaran ancestors of worms and fish; https://t.co/CsMocFv6Lc and their single-celled ancestors fur
@brunchik @GijsbersVictor Wat we wel weten: 1) Op het moment dat de aarde werd gevormd, was dat nog een gloeiend hete bol waarop leven zoals wij dat kennen niet mogelijk was. 2) Maar we vinden microfossielen die nauwelijks jonger zijn dan dat, bv: https
@Jahvell13 @smug2bme @Keysers96176862 @Liv44gud @subboor18 @mohammed_hijab Don't know. Probably iron-oxidizing bacteria living near thermal vents, but whether or not this is the case has no bearing on evolutionary theory's validity. It's still a fun read,
RT @j2bryson: Update for pondering the odds that life evolved all these cool evolvability hacks we see in mutations: There are presently 1…
RT @j2bryson: Update for pondering the odds that life evolved all these cool evolvability hacks we see in mutations: There are presently 1…
Update for pondering the odds that life evolved all these cool evolvability hacks we see in mutations: There are presently 1.2 x 10^30 (1.2 nonillion) single celled organisms: https://t.co/z04BB2jxXc , & life has been going at least 3.7 billion years:
RT @Pulgar_Panda: Esto es el cinturón de rocas verdes de Nuvvuagittuq, en Quebec (Canadá), y es una secuencia de algunas de las rocas volcá…
RT @Pulgar_Panda: Esto es el cinturón de rocas verdes de Nuvvuagittuq, en Quebec (Canadá), y es una secuencia de algunas de las rocas volcá…
RT @Pulgar_Panda: Esto es el cinturón de rocas verdes de Nuvvuagittuq, en Quebec (Canadá), y es una secuencia de algunas de las rocas volcá…
Esto es el cinturón de rocas verdes de Nuvvuagittuq, en Quebec (Canadá), y es una secuencia de algunas de las rocas volcánicas más antiguas del planeta, con unos 4.000 m.a. de antiguedad. Aquí se han hallado los microorganismos fosilizados más antiguos: ht
@SianoGary If we found evidence of life on Mars, Titan or Enceladus would we know with certainty the specifics of that abiogenesis event? The first evidence of life can be traced back over 3.8 billion years ago. https://t.co/JU7fBJtPKV
@andrea_molla18 @fight4women @MadamS8N Life began a long long time ago 😗🎶 https://t.co/I2h8MNMqwQ
Here we describe putative fossilized microorganisms that are at least 3.77 billion and possibly 4.28 billion years old in ferruginous sedimentary rocks, interpreted as seafloor-hydrothermal vent-related precipitates. https://t.co/xE5a7AoaM3
@HesterLoeff Circa 4,280 million (+5%) https://t.co/xE5a7AoaM3
@MarkJackson873 "Here we describe putative fossilized microorganisms that are at least 3,770 million and possibly 4,280 million years old in ferruginous sedimentary rocks" https://t.co/xE5a7A6znt
Which explains another problem, as soon as earth cools down again we find life almost as old as the oldest rock formations. Which could not have evolved here, that extraterrestrial life is the basis for all life on earth. https://t.co/xE5a7AoaM3
@miglantigua @manoloderamona @Edwinota @SamHarrisOrg @jordanbpeterson @AgustinLaje Con respecto a determinar si una celula está viva: https://t.co/9oR1wdlHHv
Red: “world’s oldest microfossils?” https://t.co/qmg4QiW44v
Evidence for early life in Earth’s oldest hydrothermal vent precipitates https://t.co/R24jrpftlP
RT @QuestforLUCA: #abiogenesis #earlyearth #hydrothermalvents #promordialsoup #originsoflife Evidence for early life in Earth’s oldest hydr…
RT @QuestforLUCA: Highly recommended reading for those more interested in #abiogenesis https://t.co/OC0jBNlCFq
Highly recommended reading for those more interested in #abiogenesis https://t.co/OC0jBNlCFq
RT @astrobiology: Evidence for early life in Earth’s oldest hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology
#abiogenesis #earlyearth #hydrothermalvents #promordialsoup #originsoflife Evidence for early life in Earth’s oldest hydrothermal vent precipitates - White Rose Research Online https://t.co/1eATcRr64D
RT @astrobiology: Evidence for early life in Earth’s oldest hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology
RT @astrobiology: Evidence for early life in Earth’s oldest hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology
RT @astrobiology: Evidence for early life in Earth’s oldest hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology
Evidence for early life in Earth’s oldest hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology
RT @TaraLynC: Fossils found in Canada are even older than the West Aust finds. This means life was already thriving when we thought it was…
Furthermore, a 2017 paper in Nature has also presented evidence that the earliest life began in hydrothermal vents. https://t.co/7OcEAyerGO
RT @TaraLynC: Fossils found in Canada are even older than the West Aust finds. This means life was already thriving when we thought it was…
Fossils found in Canada are even older than the West Aust finds. This means life was already thriving when we thought it was just beginning! https://t.co/8PBzBkGkYY
RT @MadaGadol: חוקרים גילו מאובני חיידקים בני לפחות 3.7 מיליארד שנה, כאשר קיימת אפשרות שהם עתיקים יותר ואולי אף בני 4.2 מיליארד שנה - מדובר…
חוקרים גילו מאובני חיידקים בני לפחות 3.7 מיליארד שנה, כאשר קיימת אפשרות שהם עתיקים יותר ואולי אף בני 4.2 מיליארד שנה - מדובר בתיעוד הקדום ביותר המוכר לנו של חיים על פני הפלנטה הכחולה! 🌍 #bacteria #fossils #life #lifeonearth @nature https://t.co/MttZCy6KnK
RT @NatureEcoEvo: Papers presenting evidence of earliest life that Pisani is discussing: https://t.co/LsywCraq2O and https://t.co/WSJOcXdVT…
Papers presenting evidence of earliest life that Pisani is discussing: https://t.co/LsywCraq2O and https://t.co/WSJOcXdVTg #milnerlaunch
@RenaldoGouws @ConCaracal Actually.... We're all Canadian.... As this is where Life (probably) began: https://t.co/uxTNfdcmn1
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
wow! fascinating! 🤩 https://t.co/Ycpzo97vzn
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
RT @astrobiology: Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada h…
Evidence for early life in Earth’s oldest #hydrothermal vent precipitates https://t.co/bScbZsn810 #astrobiology #Canada https://t.co/cRwwoHxi9M
@TonyBartolo4 @BjarteBjorkum @vera_in_AZ @happit1776 Earliest known fossils of life on Earth are from between 3.77 & 4.28 billion years ago. The data is available for anyone to review. https://t.co/1zssm6v9qH
L'altra faccia dei vulcani 🌋 @andrea_dipiazza ci racconta come i vulcani hanno contribuito alla nascita della vita sulla Terra Fonte: https://t.co/WHnD4XNAxQ #internationaldayofvolcanoes #hydrotermal #volcanoes #volcanoeruption https://t.co/osIzpOAW34