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Emendatio ex 17:43, 23 Aprilis 2022

Crater seu potius astroblema Chicxulub, in borealibus Yucataniae partibus et sub aquis adiacentibus Caribicis detectum, impactu asteroidis qui abhinc 66 milies milium annorum in Tellurem incederit excavatum est. Causá huius impactus atque e natura geologica huius regionis, hydrocarboneis et sulphure repleta, fuliginis et sulphatorum nebulas densissimas in stratosphaeram proiectas esse constat: terrae motubus et inundationibus terminum Cretaceum Palaeogenicum geologicum provocatum esse; refrigeratione climatica exstinctiones dinosaurium aliarumque specierum plurimarum consecutas esse.

Portus oppidi Chicxulub ad oram maritimam medio astroblemate reperitur, qui portus intra limites urbis Progressus de Castro^(es) iacet.

Bibliographia

Alfio Alessandro Chiarenza et al., "Asteroid impact, not volcanism, caused the end-Cretaceous dinosaur extinction" in Proceedings of the National Academy of Sciences of the United States of America (20 Iunii 2020)
Robert A. DePalma et al., "Seasonal calibration of the end-cretaceous Chicxulub impact event" in Scientific Reports vol. 11 no. 23704 (8 Decembris 2021)
Kunio Kaiho, Naga Oshima, "Site of asteroid impact changed the history of life on Earth: the low probability of mass extinction" in Scientific Reports vol. 7 no. 14855 (9 Novembris 2017)
David A. Kring et al., "Chicxulub and the Exploration of Large Peak Ring Impact Craters through Scientific Drilling" in GSA Today vol. 27 (2017)
David A. Kring, Alan R. Hildebrand, William V. Boynton, "The petrology of an Andesitic melt rock and a polymict breccia from the interior of the Chicxulub structure, Yucatan, Mexico" in Lunar and Planetary Science vol. 22 (1991) pp. 755–56
Peter Schulte et al., "The Chicxulub Asteroid Impact and Mass Extinction at the Cretaceous-Paleogene Boundary" in Science vol. 327 (2010) pp. 1214–18.
Amir Siraj, Abraham Loeb, "Breakup of a long-period comet as the origin of the dinosaur extinction" in Scientific Reports vol. 11 no. 3803 (2021)

Nexus externi

"International Consensus — Link Between Asteroid Impact and Mass Extinction Is Rock Solid" (4 Martii 2010) apud Lunar and Planetary Institute
Bob Yirka, "New analysis of Chicxulub asteroid suggests it may have struck in vulnerable spot" (10 Novembris 2017) apud Phys.org
"Chicxulub" apud Impact Structures of the World

Emendatio ex 19:30, 12 Decembris 2021 recensere Andrew Dalby (disputatio \| conlationes) Grapheocrates, Magistratus 315 919 edits →‎Bibliographia ← Differentia superior		Emendatio ex 17:43, 23 Aprilis 2022 recensere abrogare CommonsDelinker (disputatio \| conlationes) 8 308 edits Imago Chicxulub-Anomaly.jpg deleta est ex Communibus ab Gbawden. Ille hanc rationem dedit: per c:Commons:Deletion requests/File:Chicxulub-Anomaly.jpg Differentia proxima →
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	[[Fasciculus:Chicxulub-Anomaly.jpg\|thumb\|Tabula anomaliarum gravitationis regionis [[Yucatania]]e quibus astroblema Chicxulubense detegitur]]
	'''Crater''' seu potius '''astroblema Chicxulub''', in borealibus [[Yucatania]]e partibus et sub [[aqua\|aquis]] adiacentibus [[Mare Caribaeum\|Caribicis]] detectum, impactu asteroidis qui [[a.p.\|abhinc]] 66 milies milium annorum in [[Tellus\|Tellurem]] incederit excavatum est. Causá huius impactus atque e [[natura]] [[geologia\|geologica]] huius [[regio]]nis, [[hydrocarboneum\|hydrocarboneis]] et [[sulphur]]e repleta, [[fuligo\|fuliginis]] et [[sulphatum\|sulphatorum]] nebulas densissimas in [[stratosphaera]]m proiectas esse constat: [[terrae motus\|terrae motubus]] et [[inundatio]]nibus [[Terminus Cretaceus Palaeogenicus\|terminum Cretaceum Palaeogenicum]] geologicum provocatum esse; refrigeratione climatica [[exstinctio Cretacea Palaeogena\|exstinctiones]] [[dinosauria\|dinosaurium]] aliarumque [[species\|specierum]] plurimarum consecutas esse.		'''Crater''' seu potius '''astroblema Chicxulub''', in borealibus [[Yucatania]]e partibus et sub [[aqua\|aquis]] adiacentibus [[Mare Caribaeum\|Caribicis]] detectum, impactu asteroidis qui [[a.p.\|abhinc]] 66 milies milium annorum in [[Tellus\|Tellurem]] incederit excavatum est. Causá huius impactus atque e [[natura]] [[geologia\|geologica]] huius [[regio]]nis, [[hydrocarboneum\|hydrocarboneis]] et [[sulphur]]e repleta, [[fuligo\|fuliginis]] et [[sulphatum\|sulphatorum]] nebulas densissimas in [[stratosphaera]]m proiectas esse constat: [[terrae motus\|terrae motubus]] et [[inundatio]]nibus [[Terminus Cretaceus Palaeogenicus\|terminum Cretaceum Palaeogenicum]] geologicum provocatum esse; refrigeratione climatica [[exstinctio Cretacea Palaeogena\|exstinctiones]] [[dinosauria\|dinosaurium]] aliarumque [[species\|specierum]] plurimarum consecutas esse.