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The discussions reflect high interest and engagement with examples like the revision of the crater's age from thousands to millions of years, and debates about its possible effects on climate and historical impact events. Tone varies from excited to analytical, emphasizing the importance of this revision in understanding Earth's geological history.
Most discussions agree with the new dating of the impact structure to 58 million years, refuting earlier notions of a recent origin, indicating consensus or strong support.
The discussions show high curiosity, especially about the implications of dating the crater to the Paleocene, seen in phrases like 'finally managed to date' and 'many riddles left,' which convey enthusiasm and engagement.
Many comments reference specific research findings, methods, and implications, such as mentions of 'Argon Dating' and debates about links to the Younger Dryas, demonstrating deep engagement.
The discussions highlight the significance of the findings in revising impact history and their disconnect from previous theories about recent impacts influencing climate events, indicating high impact.
Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. All the evidence is compatible with solar outbursts at the beginning and end of the Younger Dryas. #YounerDryas #Impact #Sun #SolarOutburst https://t.co/SvqZgLR3Nx
The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than previously thought, according to a new study from @ScienceAdvances. https://t.co/7IQuOU2DSV https://t.co/VFEgi28VCi
The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than previously thought, according to a new study from @ScienceAdvances. https://t.co/7IQuOU2DSV https://t.co/hUd6xIgiiL
A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/yXMrfgchEl
Our new article on Hiawatha impact structure's age is out! Much older (~58 Ma) than we initially thought and occurred during a broader upheaval in global climate. Low long-term erosion but maybe faster now? Overlying ice still weird. Many riddles left! https://t.co/qz8Je7rV8I https://t.co/LW8lP5Gmhv
Nice new paper that shows the Hiawatha structure is ~58 Myr. old - not a few 1000 years as originally proposed. “A Late Paleocene age for Greenland’s Hiawatha impact structure” https://t.co/qzW5N9MYFW @impact_craters
Hidden underneath over 3,000 feet of ice in Greenland, the Hiawatha Crater is one of the planet's largest impact craters, measuring 193 miles wide. This video reveals the age of the crater and discusses its discovery…
This third video in the series debunks pseudoarchaeological claims made by Graham Hancock in his Netflix documentary, examining misconceptions about history and archaeology.
@SpaceToday1 Olha aí Sacani @Pirulla25 e @nedoliveira1 , parece que conseguiram determinar a idade da cratera na Groelândia que alguns malucos diziam que teria iniciado o Younger Dryas: https://t.co/DonU4SIYym https://t.co/4G7R3wRGa8 https://t.co/HvAbVDAdWI
@dfmartinvii @joerogan @YouTube @MarkBoslough Here's one of the papers: https://t.co/VCaJOSokYv
RT @rationnelitude: @lazansqui @JPDemoule @RobBarzman Le cratère existe bel et bien. Mais daterait de 58 millions d'année. https://t.co/VK9…
@lazansqui @JPDemoule @RobBarzman Le cratère existe bel et bien. Mais daterait de 58 millions d'année. https://t.co/VK99JvW76f. Le pb d'Hancock et d'autre, c'est de partir de leurs conclusions et de chercher des faits qui la corrobore. Si ces faits n'existent pas, ils peuvent chercher longtemps... alors ça brode
@Third_Eye_Seeks The Hiawatha crater (suggested as candidate for YD impact structure) has been dated this year in the Late Paleocene (58 My). (Authors of this new article are the same as the 2018 article you shared) https://t.co/AE80cTVIUI
Another update: In March, 2022, the Hiawatha crater was dated. The age? Older than 13,000 years ago. Much, much older. Like, 58 million years older: https://www.science.org/doi/10.1126/sciadv.abm2434
@JacquelynGill Great thread, the impact under Greenland’s ice sheet has also been shown to be much too old (Paleocene) https://t.co/CzdhktGAXT
@SpeedReadDan https://t.co/hAcmv0EJBB
RT @drcrater: Nice new paper that shows the Hiawatha structure is ~58 Myr. old - not a few 1000 years as originally proposed. “A Late Paleo…
A Late Paleocene age for #Greenland’s #Hiawatha impact structure: https://t.co/VZPZE3zOQ9 #Hiawatha #HiawathaImpactStructure #ScienceJournal #Geology
RT @impact_craters: A new paper in @ScienceAdvances dates the Hiawatha structure in #Greenland to 58 Myr, far older than previously thought…
A new paper in @ScienceAdvances dates the Hiawatha structure in #Greenland to 58 Myr, far older than previously thought. https://t.co/Apw6S5oiMr Learn about impact craters @ https://t.co/uhtPMWOtnX
ARTÍCULO ORIGINAL (acceso abierto) A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/MMksFu9HBu via @ScienceAdvances https://t.co/vAlrmPys5e
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @astropierre: A la limite nord-ouest de la calotte glaciaire du Groenland se trouve un grand cratère d'impact de 31 km de diamètre. 2 m…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than previously thought, according to a new study from @ScienceAdvances. https://t.co/VymfGZUcKr https://t.co/IwJE3XOpBI
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than previously thought, according to a new study from @ScienceAdvances. https://t.co/7IQuOU2DSV https://t.co/VFEgi28VCi
RT @astropierre: A la limite nord-ouest de la calotte glaciaire du Groenland se trouve un grand cratère d'impact de 31 km de diamètre. 2 m…
A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/VyTwjtYPAe #science #earth_science #paleocene #age #greenland #hiawatha
RT @astropierre: A la limite nord-ouest de la calotte glaciaire du Groenland se trouve un grand cratère d'impact de 31 km de diamètre. 2 m…
A Late Paleocene age for Greenland’s Hiawatha impact structure: https://t.co/WQuPgFqzeG
RT @astropierre: A la limite nord-ouest de la calotte glaciaire du Groenland se trouve un grand cratère d'impact de 31 km de diamètre. 2 m…
RT @astropierre: A la limite nord-ouest de la calotte glaciaire du Groenland se trouve un grand cratère d'impact de 31 km de diamètre. 2 m…
ふぁ？！？！？！？！ https://t.co/TKUiJAXtmD
RT @astropierre: A la limite nord-ouest de la calotte glaciaire du Groenland se trouve un grand cratère d'impact de 31 km de diamètre. 2 m…
RT @astropierre: A la limite nord-ouest de la calotte glaciaire du Groenland se trouve un grand cratère d'impact de 31 km de diamètre. 2 m…
Earth Design: Ar-40/Ar-39 data indicates date for Hiawatha impact event = 58 million years ago. Thus, a second, much more recent nearby impactor may be responsible for the Younger Dryas cooling event. https://t.co/bi6Xt6A4Jl https://t.co/AAmnkDGnV7
RT @ScienceAdvances: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than previously thought. https://t.co/AYQF4FfCEU https://t.co/APAIjEVMcY
Обидва методи вказують на те, що удар стався приблизно 57,99 мільйонів років тому. А це спростовує думку про вплив цього небесного тіла на похолодання в Пізньому Дріасі. Стаття: G.G. Kenny et al. A Late Paleocene age for Greenland’s Hiawatha impact structure. Science Advances.
I guess we can call of the search for Pleistocene impact ☄️ejecta off NW Greenland! - Late Paleocene (58Ma) age for Greenland’s Hiawatha impact structure https://t.co/TjjlOPnHpZ Nice study! #Greenland #geoscience
https://t.co/FOI5mzksG3
RT @JoeMacGregor: Our new article on Hiawatha impact structure's age is out! Much older (~58 Ma) than we initially thought and occurred dur…
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than previously thought, according to a new study from @ScienceAdvances. https://t.co/VymfGZUcKr https://t.co/7n6LP3Vb1g
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
RT @ScienceMagazine: The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than…
The impact crater under Greenland’s Hiawatha Glacier has been dated to 58 million years before present—much older than previously thought, according to a new study from @ScienceAdvances. https://t.co/7IQuOU2DSV https://t.co/hUd6xIgiiL
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
RT @cosmos4u: The ~31-km-wide Hiawatha impact structure, located beneath Hiawatha Glacier in northwestern Greenland, is 58 million years ol…
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
RT @Marco_Langbroek: Oooh Boy: the Younger Dryas cult is not going to like this... (they believed this crater was very young and connected…
Oooh Boy: the Younger Dryas cult is not going to like this... (they believed this crater was very young and connected to their YD impact fantasy) https://t.co/4BvMouBjaV
RT @DavidWLea: Really interesting new @ScienceAdvances results showing Late Paleocene (58±0.5 Ma BP) age of Hiawatha impact structure in Gr…
RT @cosmos4u: The ~31-km-wide Hiawatha impact structure, located beneath Hiawatha Glacier in northwestern Greenland, is 58 million years ol…
وهو أقدم بكثير مما كان يعتقده كثير من الناس." تفاصيل الدراسة : https://t.co/qxAZGm7gFL
The ~31-km-wide Hiawatha impact structure, located beneath Hiawatha Glacier in northwestern Greenland, is 58 million years old and thus was contemporaneous with the Paleocene Carbon Isotope Maximum: https://t.co/ZKbg0rfWn6
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
RT @JoeMacGregor: Our new article on Hiawatha impact structure's age is out! Much older (~58 Ma) than we initially thought and occurred dur…
RT @JoeMacGregor: Our new article on Hiawatha impact structure's age is out! Much older (~58 Ma) than we initially thought and occurred dur…
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
RT @JoeMacGregor: Our new article on Hiawatha impact structure's age is out! Much older (~58 Ma) than we initially thought and occurred dur…
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/NgZxxUdFKf
In 2018, University of Copenhagen reported existence of an 800m-deep impact crater about the size of Washington DC in northwest Greenland (~1/70th the size of Chicxulub) New paper dates the crater to ~58 million years ago, ~8 million after end-Cretaceous https://t.co/BCSdJvGDcC
RT @JoeMacGregor: Our new article on Hiawatha impact structure's age is out! Much older (~58 Ma) than we initially thought and occurred dur…
RT @JoeMacGregor: Our new article on Hiawatha impact structure's age is out! Much older (~58 Ma) than we initially thought and occurred dur…
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
Interesting. They finally managed to date the Greenland impact, and it's come in at millions of years old https://t.co/5Ov6wIK8i5
RT @jens2go: That #YoungerDryasImpact 'smoking gun', the #Hiawatha impact structure in #Greenland - well, turned out to be slightly older t…
That #YoungerDryasImpact 'smoking gun', the #Hiawatha impact structure in #Greenland - well, turned out to be slightly older than the formerly proposed 13,000 years. About 58 Millionen years older … https://www.science.org/doi/10.1126/sciadv.abm2434
That #YoungerDryasImpact 'smoking gun', the #Hiawatha impact structure in #Greenland - well, turned out to be slightly older than the formerly proposed 13,000 years. About 58 Millionen years older … https://t.co/cBvS49TmXo https://t.co/xgwDbetTJX
RT @RobertSchochPhD: Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. Al…
Hiawatha Crater has nothing to do with the Younger Dryas; recent analyses date it to over 50 million years earlier. All the evidence is compatible with solar outbursts at the beginning and end of the Younger Dryas. #YounerDryas #Impact #Sun #SolarOutburst https://t.co/SvqZgLR3Nx
El cráter de meteorito hallado en Groenlandia tiene, al menos, 58 millones de años. https://t.co/HfchJNPsGH https://t.co/41mCTSfmpU
RT @DavidWLea: Really interesting new @ScienceAdvances results showing Late Paleocene (58±0.5 Ma BP) age of Hiawatha impact structure in Gr…
Our new article on Hiawatha impact structure's age is out! Much older (~58 Ma) than we initially thought and occurred during a broader upheaval in global climate. Low long-term erosion but maybe faster now? Overlying ice still weird. Many riddles left! https://t.co/qz8Je7rV8I https://t.co/LW8lP5Gmhv
RT @VILLUMscience: #VillumFellow Michael Storey and his Quaternary Argon Dating Lab at the National History Museum of Denmark has contribut…
RT @nicolajklarsen: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/yXMrfgchEl
RT @DavidWLea: Really interesting new @ScienceAdvances results showing Late Paleocene (58±0.5 Ma BP) age of Hiawatha impact structure in Gr…
A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/Y5qXtEhXh1
RT @nicolajklarsen: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/yXMrfgchEl
#VillumFellow Michael Storey and his Quaternary Argon Dating Lab at the National History Museum of Denmark has contributed to the dating of the giant Hiawatha crater under the Greenland ice. It turns out to be much older than expected, 58 million years. https://t.co/VFNGFx2tbq https://t.co/42ortO6zPK
RT @DavidWLea: Really interesting new @ScienceAdvances results showing Late Paleocene (58±0.5 Ma BP) age of Hiawatha impact structure in Gr…
RT @DavidWLea: Really interesting new @ScienceAdvances results showing Late Paleocene (58±0.5 Ma BP) age of Hiawatha impact structure in Gr…
RT @nicolajklarsen: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/yXMrfgchEl
RT @DavidWLea: Really interesting new @ScienceAdvances results showing Late Paleocene (58±0.5 Ma BP) age of Hiawatha impact structure in Gr…
The 31-km Hiawatha crater in Greenland was previously suspected to be the cause of the Younger Dryas, but a new study dates it to 58 Mya. Jay Melosh would be saying “See, I TOLD you a crater that big isn’t 12,000 years old!” https://t.co/eN2mY1agrt
RT @nicolajklarsen: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/yXMrfgchEl
RT @drcrater: Nice new paper that shows the Hiawatha structure is ~58 Myr. old - not a few 1000 years as originally proposed. “A Late Paleo…
RT @drcrater: Nice new paper that shows the Hiawatha structure is ~58 Myr. old - not a few 1000 years as originally proposed. “A Late Paleo…
RT @DavidWLea: Really interesting new @ScienceAdvances results showing Late Paleocene (58±0.5 Ma BP) age of Hiawatha impact structure in Gr…
RT @nicolajklarsen: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/yXMrfgchEl
Nice new paper that shows the Hiawatha structure is ~58 Myr. old - not a few 1000 years as originally proposed. “A Late Paleocene age for Greenland’s Hiawatha impact structure” https://t.co/qzW5N9MYFW @impact_craters
A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/u4npa7s3bB
RT @William_R_Hyde: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/Lm7xNkyVhq
RT @TomHoltzPaleo: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/QunVe9qDBy
RT @TomHoltzPaleo: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/QunVe9qDBy
A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/QunVe9qDBy
A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/Lm7xNkyVhq
RT @nicolajklarsen: A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/yXMrfgchEl
A Late Paleocene age for Greenland’s Hiawatha impact structure https://t.co/yXMrfgchEl
10.1126/sciadv.abm2434. Keywords. /Space sciences/Astronomy/Celestial bodies/Asteroids; /Space sciences/Astronomy/Celestial bodies/Meteorites; /Life sciences ...
10.1126/sciadv.abm2434. Keywords. /Space sciences/Astronomy/Celestial bodies/Asteroids; /Space sciences/Astronomy/Celestial bodies/Meteorites; /Life sciences ...
org/doi/10.1126/sciadv.abm2434. science.org. A Late Paleocene age for Greenland's Hiawatha impact. 3 mos. 11. Profile photo of Bherta. Bherta ...
org/doi/10.1126/sciadv.abm2434. science.org. A Late Paleocene age for Greenland's Hiawatha impact. 3 mos. 11. Profile photo of Bherta. Bherta ...
A Late Paleocene age for Greenland's Hiawatha impact structure.Sci. Adv.8, eabm2434(2022).DOI:10.1126/sciadv.abm2434 [5] G. Collins & others ...
... ://www.science. org/doi/10.1126/sciadv.abm2434. science.org. A Late Paleocene age for Greenland's Hiawatha impact · 4 mos · 3. Profile photo of ...
org/doi/10.1126/sciadv.abm2434. science.org. A Late Paleocene age for Greenland's Hiawatha impact. 1 yr · Kate Andrews. I'm no expert, ...
DOI: 10.1126/sciadv.abm2434. There was an error trying to search data from OpenAIRE. No results available. Share this page Share this page on ...
... 10.1126/sciadv.abm2434). Im 1000 Lichtjahre entfernten Doppelsternsystem HR 6819 haben Astronomen einen Fall von stellarem Vampirismus ...
2022. DOI: 10.1126/sciadv.abm2434. Владислав Стрекопытов ...
Science Advances 8 (10); doi: 10.1126/sciadv.abm2434. Kjær, Kurt, Larsen, Nicolaj, Binder, Tobias, Bjørk, Anders, Eisen, Olaf, Fahnestock ...
org/doi/10.1126/sciadv.abm2434) published in the journal Science Advances on 9 March 2022, a team of scientists led by Gavin Kenny of the ...
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... 10.1126/sciadv.abm2434), researchers report March 9 in *Science Advances*. That timing, confirmed by two separate dating methods, means that ...
... 10.1126/sciadv. abm2434 ขอบคุณภาพจาก: NASA's Scientific Visualization Studio. Beaut Kamonrat and 352 others ·
10.1126/SCIADV.ABM2434. INTRODUCTION. 1098 A time to reflect. NEWS. 1100 ... 10.1126/SCIENCE.ABI9591. FEATURES. 1082 Healing Venezuela. A ...
... 10.1126/sciadv.abm2434. "The air blast from the impact would have knocked down most trees within tens to hundreds of kilometers, and the ...
(Science Advances, 2022; doi: 10.1126/sciadv.abm2434). Quelle: University of Copenhagen. 10. März 2022 - Nadja Podbregar. Tags:Asteroiden ...
... 10.1126/sciadv.abm2434. "The air blast from the impact would have knocked down most trees within tens to hundreds of kilometers, and the ...
A Late Paleocene age for Greenland's Hiawatha impact structure. Science Advances. Published online March 9, 2022. doi: 10.1126/sciadv.abm2434.
A Late Paleocene age for Greenland's Hiawatha impact structure. Science Advances, 2022; 8 (10) DOI: 10.1126/sciadv.abm2434. Cite This Page: MLA ...
10.1126/sciadv.abm2434. Subject of Research. Not applicable. Article Title. A Late Paleocene age for Greenland's Hiawatha impact structure ...
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\ Kilder · "A Late Paleocene age for Greenland' Hiawatha impact structure", Science Advances (2022), DOI: 10.1126/sciadv.abm2434 · Kurt H. Kjærs ...
org/doi/10.1126/sciadv.abm2434) published in the journal Science Advances on 9 March 2022, a team of scientists led by Gavin Kenny of the ...
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