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Emendatio ex 14:50, 12 Novembris 2017

Tabula anomaliarum gravitationis regionis Yucataniae quibus astroblema Chicxulub detegitur

Crater seu potius astroblema Chicxulub, in partibus borealibus Yucataniae et sub aquis adiacentibus Caribicis detectum, ab impactu asteroidis qui abhinc 66 000 000 annorum in Tellurem incederit excavatum est. Causá huius impactus, sed maius e natura geologica huius regionis, hydrocarboneis et sulphure repleta, fuliginis et sulphatorum nebulas densissimas in stratosphaeram proiectas esse constat. Refrigeratione climatica ita provocata, exstinctiones dinosaurium consecutas esse. Portus oppidi Chicxulub ad oram maritimam medio astroblemate reperitur (qui portus intra limites urbis Progressus de Castro^(es) iacet).

Bibliographia

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., "[https://www.geosociety.org/gsatoday/science/G352A/GSATG352A.pdf Chicxulub and the Exploration of Large PeakRing

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. 755–756
Paul R. Renne et al., "Time scales of critical events around the Cretaceous-Paleogene boundary" in Science vol. 339 (2013) pp. 684-687
Peter Schulte et al., "The Chicxulub Asteroid Impact and Mass Extinction at the Cretaceous-Paleogene Boundary" in Science vol. 327 (2010) pp. 1214-1218

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

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 [[Fasciculus:Chicxulub-Anomaly.jpg|thumb|Tabula anomaliarum gravitationis regionis [[Yucatania]]e quibus [[astroblema Chicxulub]] detegitur]]
-'''Crater''' seu potius '''astroblema Chicxulub''', in partibus borealibus [[Yucatania]]e et sub aquis adiacentibus [[Mare Caribaeum|Caribicis]] detectum, ab impactu asteroidis qui abhinc 66&nbsp;000&nbsp;000 annorum in Tellurem incederit excavatum est. Causá huius impactus, sed maius e natura geologica huius regionis, [[hydrocarboneum|hydrocarboneis]] et [[sulphur]]e repleta, [[fuligo|fuliginis]] et [[sulphatum|sulphatorum]] nebulas densissimas in [[stratosphaera]]m proiectas esse constat. Refrigeratione climatica ita provocata, [[exstinctio]]nes [[dinosauria|dinosaurium]] consecutas esse.
+'''Crater''' seu potius '''astroblema Chicxulub''', in partibus borealibus [[Yucatania]]e et sub aquis adiacentibus [[Mare Caribaeum|Caribicis]] detectum, ab impactu asteroidis qui abhinc 66&nbsp;000&nbsp;000 annorum in Tellurem incederit excavatum est. Causá huius impactus, sed maius e natura geologica huius regionis, [[hydrocarboneum|hydrocarboneis]] et [[sulphur]]e repleta, [[fuligo|fuliginis]] et [[sulphatum|sulphatorum]] nebulas densissimas in [[stratosphaera]]m proiectas esse constat. Refrigeratione climatica ita provocata, [[exstinctio]]nes [[dinosauria|dinosaurium]] consecutas esse. Portus oppidi [[Chicxulub]] ad oram maritimam medio astroblemate reperitur (qui portus intra limites urbis {{Creanda|es|Progreso (Yucatán)|Progressus de Castro}} iacet).
 == Bibliographia ==
+[[Fasciculus:Chicxulub Puerto.jpg|thumb|Monumentum medio astroblemate ad portum [[Chicxulub]] positum]]
 * Kunio Kaiho, Naga Oshima, "[https://www.nature.com/articles/s41598-017-14199-x 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., "[https://www.geosociety.org/gsatoday/science/G352A/GSATG352A.pdf Chicxulub and the Exploration of Large PeakRing
+Impact Craters through Scientific Drilling]" in ''GSA Today'' vol. 27 (2017)
+* David A. Kring, Alan R. Hildebrand, William V. Boynton, "[https://www.lpi.usra.edu/meetings/lpsc1991/pdf/1376.pdf 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. 755–756
+* Paul R. Renne et al., "[https://eps.harvard.edu/files/eps/files/renne.kt_.science.2013.pdf Time scales of critical events around the Cretaceous-Paleogene boundary]" in ''Science'' vol. 339 (2013) pp. 684-687
+* Peter Schulte et al., "[https://www3.nd.edu/~cneal/CRN_Papers/Schulte10_Sci_Chicxulub.pdf The Chicxulub Asteroid Impact and Mass Extinction at the Cretaceous-Paleogene Boundary]" in ''Science'' vol. 327 (2010) pp. 1214-1218
 == Nexus externi ==
+* "[https://www.lpi.usra.edu/features/chicxulub/ International Consensus — Link Between Asteroid Impact and Mass Extinction Is Rock Solid]" (4 Martii 2010) apud ''Lunar and Planetary Institute''
 * Bob Yirka, "[https://phys.org/news/2017-11-analysis-chicxulub-asteroid-struck-vulnerable.html New analysis of Chicxulub asteroid suggests it may have struck in vulnerable spot]" (10 Novembris 2017) apud ''Phys.org''