25:
186:
164:
397:, Western Antarctica. Finally, several undescribed microbiotheres have been reported from the Early Eocene Tingamarra Local Fauna in northeastern Australia; if this is indeed the case, then these Australian fossils have important implications for understanding marsupial evolution and
351:
evidence in recent years has led to the conclusion that microbiotheres are not didelphids at all, but are instead most closely related to the
Australasian marsupials; together, the microbiotheres and the Australian orders form the clade
386:. Numerous genera are known from various Palaeogene and Neogene fossil sites in South America. A number of possible microbiotheres, again represented by isolated teeth, have also been recovered from the Middle
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Nilsson, M. A.; Churakov, G.; Sommer, M.; Van Tran, N.; Zemann, A.; Brosius, J.; Schmitz, J. (2010-07-27). Penny, David (ed.).
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33:
436:"New marsupial (Mammalia) from the Eocene of Antarctica, and the origins and affinities of the Microbiotheria"
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1087:
50:
434:
Goin, F. J.; Zimicz, N.; Reguero, M. A.; Santillana, S. N.; Marenssi, S. A.; Moly, J. J. (October 2007).
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1026:(Rats, guinea pigs, squirrels, beavers, chinchillas, porcupines, capybaras and relatives)
1005:(Pigs, camels, hippos, deer, buffalo, gazelles, giraffes, whales, dolphins and relatives)
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516:"Australia's marsupials originated in what is now South America, study says"
500:
414:
410:
405:, it is thought, remained in what is now South America while others entered
356:
which are now thought to have first evolved in the South
American region of
329:
237:
197:
146:
1058:(Lorises, lemurs, tarsiers, monkeys, apes (including humans) and relatives)
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543:"Tracking Marsupial Evolution Using Archaic Genomic Retroposon Insertions"
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Mammal
Species of the World: A Taxonomic and Geographic Reference
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485:(3rd ed.). Johns Hopkins University Press. p. 21.
320:, and a number of extinct species known from fossils in
316:, and is represented by only one extant species, the
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997:(Horses, zebras, donkeys, rhinoceroses and tapirs)
368:The oldest microbiothere currently recognised is
335:Although once thought to be members of the order
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440:Revista de la Asociación Geológica Argentina
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69:Learn how and when to remove this message
965:(Hedgehogs, shrews, moles and relatives)
378:teeth from Early Palaeocene deposits at
32:This article includes a list of general
426:
1329:Prehistoric vertebrates of Antarctica
7:
1296:546287D7-3133-3F69-C9AC-F900FC00FECB
473:"Family Microbiotheriidae (p. 21)"
38:it lacks sufficient corresponding
14:
1334:Taxa named by Florentino Ameghino
417:were joined as part of Gondwana.
184:
23:
1339:Extant Danian first appearances
413:during the time when all three
401:. The distant ancestors of the
514:Schiewe, Jessie (2010-07-28).
1:
607:Entry in Encyclopedia of Life
339:(the order that contains the
566:10.1371/journal.pbio.1000436
343:), an accumulation of both
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1034:(Rabbits, hares and pikas)
989:(Dogs, cats and relatives)
895:(Tenrecs and golden moles)
820:(Kangaroos and relatives)
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602:Mikko's Phylogeny Archive
557:Public Library of Science
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181:Scientific classification
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170:
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85:
812:(Bilbies and bandicoots)
704:(Platypus and echidnas)
53:more precise citations.
935:(Dugongs and manatees)
874:(Anteaters and sloths)
479:; Reeder, D.M (eds.).
471:Gardner, A.L. (2005).
92:Early Paleocene–Recent
1278:Paleobiology Database
804:(Quolls and dunnarts)
371:Khasia cordillerensis
304:that encompasses two
173:Dromiciops gliroides
391:La Meseta Formation
328:, and northeastern
16:Order of marsupials
788:(Monito del monte)
326:Western Antarctica
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1265:Open Tree of Life
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794:Notoryctemorphia
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757:Paucituberculata
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521:Los Angeles Times
492:978-0-8018-8221-0
314:Woodburnodontidae
310:Microbiotheriidae
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278:Microbiotheriidae
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89:Temporal range:
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1042:(Treeshrews)
925:Proboscidea
866:(Armadillos)
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749:Ameridelphia
702:Monotremata
559:: e1000436.
552:
548:PLOS Biology
546:
536:
525:. Retrieved
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477:Wilson, D.E.
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455:. Retrieved
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439:
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399:biogeography
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364:Biogeography
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244:Superorder:
234:Infraclass:
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37:
1200:iNaturalist
1120:Wikispecies
1048:Dermoptera
1040:Scandentia
1032:Lagomorpha
981:(Pangolins)
971:Chiroptera
927:(Elephants)
917:Hyracoidea
911:(Aardvarks)
673:(unranked)
374:, based on
238:Marsupialia
51:introducing
1313:Categories
987:Carnivora
979:Pholidota
885:Afrotheria
864:Cingulata
845:inclusive)
767:(Opossums)
738:inclusive)
728:Metatheria
685:Yinotheria
669:Vertebrata
667:Subphylum
527:2010-08-01
457:2017-02-12
421:References
415:continents
407:Antarctica
345:anatomical
300:marsupial
34:references
1111:Q14196619
1056:Primates
1050:(Colugos)
1024:Rodentia
919:(Hyraxes)
856:Xenarthra
843:Placental
736:Marsupial
452:1851-8249
411:Australia
330:Australia
271:Families
204:Kingdom:
198:Eukaryota
1244:10600001
1105:Wikidata
933:Sirenia
835:Eutheria
663:Chordata
657:Animalia
655:Kingdom
585:20668664
501:62265494
380:Tiupampa
358:Gondwana
306:families
263:Ameghino
228:Mammalia
218:Chordata
214:Phylum:
208:Animalia
194:Domain:
872:Pilosa
675:Amniota
661:Phylum
642:Extant
576:2910653
384:Bolivia
349:genetic
254:Order:
224:Class:
47:improve
1270:277699
1231:552293
973:(Bats)
719:Theria
646:orders
644:mammal
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388:Eocene
376:fossil
296:is an
265:, 1889
36:, but
1291:Plazi
1283:66292
1257:38607
1218:12913
1213:IRMNG
1205:43229
555:(7).
475:. In
302:order
1252:NCBI
1226:ITIS
1187:GBIF
1179:1682
1148:BOLD
581:PMID
497:OCLC
487:ISBN
448:ISSN
347:and
312:and
97:PreꞒ
1239:MSW
1192:790
1174:EoL
1166:3K7
1161:CoL
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571:PMC
561:doi
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