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Yaxcopoil-1 and the Chicxulub impact
Wolfgang Stinnesbeck
, Gerta Keller
, Thierry Adatte
, Markus Harting
, Doris Stüben
, Georg Istrate
, Utz Kramar
Geosciences
High Meadows Environmental Institute
Research output
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Contribution to journal
›
Article
›
peer-review
33
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Scopus citations
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Dive into the research topics of 'Yaxcopoil-1 and the Chicxulub impact'. Together they form a unique fingerprint.
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Keyphrases
Chicxulub Impact
100%
Breccia
100%
Planktic
75%
Foraminiferal Assemblages
50%
Carbonate Platform
50%
Chicxulub Crater
50%
Late Cenomanian
50%
Dolomite
50%
Organic-rich
50%
Major Disturbance
50%
Suevite
50%
Megablock
50%
Marly Limestone
50%
K/T Boundary
50%
Planktonic Foraminifera
25%
Mass Extinction
25%
Shock
25%
Late Cretaceous
25%
Chicxulub
25%
Terraces
25%
Lithology
25%
Impact Event
25%
Dike
25%
Hemipelagic
25%
Infill
25%
Cretaceous Sediments
25%
Evaporites
25%
Foraminiferal Zones
25%
Autochthonous
25%
Stratigraphic Sequence
25%
Platform Environment
25%
Thermal Alteration
25%
Dolomitic Limestone
25%
Anhydrite
25%
Contact Mark
25%
Southern Yucatán
25%
Northern Yucatan
25%
Mechanical Fragmentation
25%
Erosional Surface
25%
Lagoon
25%
Sabkha
25%
Ductile Deformation
25%
Carbonate Succession
25%
Shelf Environment
25%
Earth and Planetary Sciences
Limestone
100%
Breccia
66%
Cretaceous-Tertiary Boundary
33%
Hiatus
33%
Dolomite
33%
Carbonate Platform
33%
Cenomanian
33%
Suevite
33%
Mass Extinction
16%
Late Cretaceous
16%
Foraminifera
16%
Maastrichtian
16%
Evaporite
16%
Sabkha
16%
Ductile Deformation
16%
Anhydrite
16%
Thermal Alteration
16%
Petrology
16%
Chaos
16%