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111 results for “Late Quaternary”
FIGURE 3 in The Cuban Crocodile (Crocodylus rhombifer) from Late Quaternary Underwater Cave Deposits in the Dominican Republic
FIGURE 3. Skull and mandible of a Cuban crocodile (Crocodylus rhombifer) from Sawmill Sink (NMB.AB50.171; C52), Abaco, Bahamas, showing the measurements taken on crocodile specimens from the Dominican Republic, Abaco, Grand Cayman, and Cuba. The measurements (letters A–N) are explained in Materials and Methods.
FIGURE 1 in The Cuban Crocodile (Crocodylus rhombifer) from Late Quaternary Underwater Cave Deposits in the Dominican Republic
FIGURE 1. Skull of a Cuban crocodile (Crocodylus rhombifer) of late Holocene age from Sawmill Sink (NMB. AB50.171; C52), Abaco, Bahamas, in A. dorsal, B. ventral, C. left lateral, and D. posterior, views. The individual bones in the skull are identified using the following abbreviations: bo (basioccipital = occipital condyle), ec (ectopterygoid), ex (exoccipital), fr (frontal), ju (jugal,), la (lacrimal), mx (maxilla), na (nasal), pa (parietal), pf (prefrontal), pl (palatine), pm (premaxilla), po (postorbital), pt (pterygoid), qu (quadrate), qj (quadratojugal), so (supraoccipital), sq (squamosal).
FIGURE 2 in The Cuban Crocodile (Crocodylus rhombifer) from Late Quaternary Underwater Cave Deposits in the Dominican Republic
FIGURE 2. Mandible of a Cuban crocodile (Crocodylus rhombifer) of late Holocene age from Sawmill Sink (NMB.AB50.171; C52), Abaco, Bahamas, in A. dorsal, B. ventral, C. left lateral, and D, left medial views. The individual bones in the mandible are identified using the following abbreviations: an (angular), ar (articular), de (dentary), sp (splenial), su (surangular). The coronoid bone is missing from this specimen.
FIG. 23 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 23. Geocapromys caymanensis UF 172545 (Furtherland Farms Cow Well, Grand Cayman), mandible in occlusal view (stereopair).
FIG. 18 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 18. Mitogenomic phylogenetic tree for selected capromyids, showing high support for monophyly of Cayman pilorides populations from Cuba and Cayman Brac. Posterior probabilities and bootstrap values, indicated on tree branches, are identical (1). See text for details.
FIG. 15 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 15. Capromys pilorides lewisi hemimandibles in labial and lingual view. A, UF 18647 (Patton's Fissure, Cayman Brac); B, UF 172820 (Chisholm Cow Well, Grand Cayman) (image reversed); C, NHM (Mammalogy) 71.1558/unnumbered (Stake Bay Cave, Cayman Brac).
FIG. 22 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 22. Geocapromys caymanensis hemimandibles in labial and lingual view. A, UF 172545 (Furtherland Farms Cow Well, Grand Cayman), labial view only; B, UF 172932 (Dolphin Cave, Grand Cayman); C, UF 61079 (Patton's Fissure, Cayman Brac).
FIG. 19. Geocapromys caymanensis, n in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 19. Geocapromys caymanensis, n. sp., skulls in dorsal and ventral view. A, UF 172756 (Hutia Cave, Cayman Brac); B, UF 172544 (Furtherland Farms Cow Well, Grand Cayman); C, holotype, UF 21388 (Patton's Fissure, Cayman Brac).
FIG. 12 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 12. Capromys pilorides lewisi skulls in lateral view. A, holotype, NHM (Mammalogy) 71.1558/M15705 (Stake Bay Cave, Cayman Brac); B, NHM (Mammalogy) 71.1558/M15704 (Stake Bay Cave, Cayman Brac); C, UF 22880 (Old Man Cave, Grand Cayman); D, UF 172920 (Dolphin Cave, Grand Cayman).
FIG. 11 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 11. Capromys pilorides lewisi skulls in dorsal and ventral view. A, UF 172920 (Dolphin Cave, Grand Cayman); B, UF 22880 (Old Man Cave, Grand Cayman).
FIG. 9 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 9. Diagrammatic presentation of species variation in ectocingulid definition, based on various specimens: A, Nesophontes edithae; B, N. micrus; C, N. hemicingulus.
FIG. 7 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 7. Diagrammatic presentation of species variation in pre- and postcingula, based on various specimens: A, Nesophontes edithae; B, N. micrus; C, N. hemicingulus. In A, pre- and postcingula are developed on all molars; third molar occasionally expresses a lingual cingulum. In B, precingulum is absent on M2, postcingulum strongly reduced on M2 and absent on M3. In C, precingulum absent on all molars, postcingulum strongly reduced on M2 and absent on M3.
FIG. 5 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 5. Skull, Nesophontes hemicingulus UF 23296 (Patton's Fissure, Cayman Brac): A, left lateral; B, occlusal (stereopair). Teeth heavily worn; left M3 missing.
FIG. 8 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 8. Mandibular cheekteeth comparison, buccal and occlusal views (above and on successive pages): A, B, Nesophontes edithae AMNH 55005 (Cueva Catedral, Morovis, Puerto Rico); C, D, N. micrus AMNH 95708 (Cueva de los Macha [sic], Soledad, Cuba); E, F, N. hemicingulus UF 23252 (Patton's Fissure, Cayman Brac).
FIG. 6 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 6. Maxillary cheekteeth comparison, oblique lingual view: A, Nesophontes edithae AMNH 17109 (Cueva Catedral, Morovis, Puerto Rico); B, N. micrus (= N. longirostris) AMNH 17626 (Cave near Daiquiri, Cuba); C, N. hemicingulus UF 23295, holotype (Patton's Fissure, Cayman Brac).
FIG. 4 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 4. Skull, Nesophontes hemicingulus UF 172939 (Dolphin Cave, Grand Cayman): A, right lateral; B, occlusal (stereopair). M3 missing on both sides; left M2 fractured.
FIG. 1 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 1. Cayman Islands, showing geographical position and paleontological localities on Grand Cayman, Cayman Brac, and Little Cayman.
FIG. 2 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 2. Coastlines in the West Indies at height of Last Glacial Maximum, 26,500 yr BP (modified from Cooke et al., 2017a). Low sea level did not markedly increase the size of the Caymans at this time or place them in contact with other landmasses (Cayman, Misteriosa, and Rosario Banks are indicated but not identified WSW of the Cayman Islands).
FIG. 10 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 10. Capromys pilorides skulls in dorsal and ventral view. A, Capromys pilorides lewisi, n. subsp., holotype, NHM (Mammalogy) 71.1558/M15705 (Stake Bay Cave, Cayman Brac); B, Capromys pilorides lewisi NHM (Mammalogy) 71.1558/M15704 (Stake Bay Cave, Cayman Brac); C, Capromys pilorides pilorides NHM (Mammalogy) 77.429 (Cuba).
FIG. 3 in Late Quaternary Fossil Mammals From The Cayman Islands, West Indies
FIG. 3. Skull, Nesophontes hemicingulus, n. sp., UF 23295, holotype (Patton's Fissure, Cayman Brac): A, right lateral; B, left lateral; C, occlusal (stereopair). Teeth moderately worn.
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