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Asia
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stable isotopes
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O-18/O-16 (3)
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alkali metals
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potassium (1)
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alkaline earth metals
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Ca-44/Ca-40 (1)
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strontium
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Sr-87/Sr-86 (1)
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lead
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Pb-206/Pb-204 (1)
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Pb-208/Pb-204 (1)
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rare earths
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oxygen
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sulfur (1)
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Chordata
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Vertebrata
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Pisces
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Osteichthyes
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Tetrapoda
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Amphibia (2)
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Aves (2)
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Mammalia
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Theria
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Eutheria
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Artiodactyla
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Ruminantia
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Cervus
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Cervus elaphus (1)
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Perissodactyla (1)
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Primates (1)
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Reptilia
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Testudines
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Diapsida
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Archosauria
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dinosaurs
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Ornithischia
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Ceratopsia
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Ceratopsidae (4)
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Ornithopoda
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Hadrosauridae (6)
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Saurischia
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Theropoda
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Coelurosauria
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Tyrannosauridae
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Tyrannosaurus (1)
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Lepidosauria
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Squamata
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Lacertilia
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Mosasauridae (1)
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-
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Sauropterygia
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Plesiosauria
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Elasmosauridae (1)
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ichnofossils
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Cruziana (1)
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Invertebrata
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Arthropoda
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Mandibulata
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Insecta
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Pterygota
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Neoptera
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Endopterygota
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Coleoptera (1)
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Palaeoptera
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Ephemeroptera (1)
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Brachiopoda
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Articulata
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Spiriferida
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Cyrtospirifer (1)
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Inarticulata (1)
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Cnidaria
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Anthozoa
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Zoantharia
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Scleractinia (1)
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Echinodermata
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Crinozoa
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Crinoidea (1)
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Mollusca
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Bivalvia
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Pterioida
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Pteriina
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Inocerami
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Inoceramidae (1)
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Cephalopoda
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Ammonoidea
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Scaphites (1)
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Gastropoda (3)
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Protista
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Foraminifera
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Rotaliina
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Nodosariacea
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Nodosariidae
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Nodosaria (1)
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Radiolaria (2)
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Vermes
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Annelida (1)
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microfossils
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Conodonta (16)
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palynomorphs
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miospores
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pollen (3)
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Plantae
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algae
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Coccolithophoraceae (1)
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Spermatophyta
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Angiospermae (1)
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Gymnospermae (1)
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tracks (4)
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geochronology methods
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Ar/Ar (8)
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paleomagnetism (6)
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Re/Os (1)
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U/Pb (10)
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geologic age
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Cenozoic
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Quaternary
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Holocene
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lower Holocene (1)
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upper Holocene (1)
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Pleistocene
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upper Pleistocene
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Lake Iroquois (1)
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Wisconsinan
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-
-
-
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Tertiary
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Challis Volcanics (1)
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Paleogene
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Calvert Bluff Formation (1)
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Eocene
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Absaroka Supergroup (4)
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Bridgerian (1)
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Green River Formation (1)
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Lake Gosiute (1)
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lower Eocene
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Willwood Formation (3)
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Wind River Formation (1)
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Ypresian (1)
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middle Eocene
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Aycross Formation (2)
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-
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lower Paleogene (1)
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Paleocene
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lower Paleocene (3)
-
upper Paleocene
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Thanetian (1)
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-
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Wilcox Group (1)
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Williamsburg Formation (1)
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Mesozoic
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Cretaceous
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Blairmore Group (1)
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Colorado Group (3)
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Comanchean
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Buda Limestone (1)
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Lower Cretaceous
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Albian
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lower Albian (2)
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Aptian (1)
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Bluesky Formation (3)
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Cadomin Formation (4)
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Gething Formation (1)
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Mannville Group (3)
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McMurray Formation (2)
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Moosebar Formation (1)
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Spirit River Formation (9)
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Middle Cretaceous (2)
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Upper Cretaceous
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Bearpaw Formation (3)
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Belly River Formation (8)
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Buda Limestone (1)
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Campanian
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Dinosaur Park Formation (9)
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upper Campanian (9)
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Cardium Formation (7)
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Cenomanian
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Dunvegan Formation (5)
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upper Cenomanian (1)
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Coniacian (3)
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Ferron Sandstone Member (1)
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Greenhorn Limestone (1)
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Gulfian
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Eagle Ford Formation (1)
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Hell Creek Formation (1)
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Horseshoe Canyon Formation (20)
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Judith River Formation (2)
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Lance Formation (1)
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Lewis Shale (1)
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Maestrichtian
-
lower Maestrichtian (4)
-
upper Maestrichtian (2)
-
-
Milk River Formation (1)
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Oldman Formation (4)
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Prince Creek Formation (1)
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Saint Mary River Formation (4)
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Santonian (4)
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Senonian (13)
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Turonian
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upper Turonian (1)
-
-
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Viking Formation (3)
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Whitemud Formation (2)
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Jurassic
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Fernie Formation (1)
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Lower Jurassic
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Hettangian (1)
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Nordegg Member (2)
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Pliensbachian (1)
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Toarcian (1)
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Middle Jurassic
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Aalenian (1)
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Bajocian (1)
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Bathonian (1)
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Callovian (1)
-
-
Upper Jurassic
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Kimmeridgian (1)
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Oxfordian (1)
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Sundance Formation (1)
-
-
-
Triassic
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Liard Formation (2)
-
Lower Triassic
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Dinwoody Formation (1)
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Griesbachian (1)
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Permian-Triassic boundary (3)
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Smithian (5)
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Spathian (4)
-
-
Middle Triassic
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Anisian (6)
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Doig Formation (11)
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Ladinian (1)
-
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Montney Formation (19)
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Upper Triassic
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Baldonnel Formation (1)
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Pardonet Formation (1)
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Rhaetian (1)
-
-
-
-
Paleozoic
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Cambrian (2)
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Carboniferous
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Lower Carboniferous
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Dinantian (2)
-
-
Mississippian
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Lower Mississippian
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Kinderhookian
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Banff Formation (1)
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Lodgepole Formation (1)
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Tournaisian (1)
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Madison Group (1)
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Middle Mississippian
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Visean (1)
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Mission Canyon Limestone (1)
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Pennsylvanian (2)
-
-
Devonian
-
Beaverhill Lake Group (2)
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Lower Devonian (1)
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Middle Devonian
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Givetian (2)
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Nahanni Formation (1)
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Sulphur Point Formation (1)
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-
Slave Point Formation (1)
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Upper Devonian
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Frasnian
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Leduc Formation (2)
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Jefferson Group (1)
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-
-
Exshaw Formation (3)
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Ishbel Group (4)
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middle Paleozoic (1)
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Ordovician (2)
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Permian
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Guadalupian
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Capitanian (1)
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Tansill Formation (1)
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Middle Permian (1)
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Ranger Canyon Formation (3)
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Upper Permian
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Permian-Triassic boundary (3)
-
-
Yates Formation (1)
-
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Silurian (2)
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Woodford Shale (1)
-
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Phanerozoic (1)
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Precambrian
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Archean (1)
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upper Precambrian
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Proterozoic
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Miette Group (2)
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Neoproterozoic (2)
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Windermere System (1)
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-
-
-
-
igneous rocks
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igneous rocks
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kimberlite (3)
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plutonic rocks
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lamprophyres (1)
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-
volcanic rocks
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basalts
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shoshonite (1)
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pyroclastics
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tuff (1)
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-
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metamorphic rocks
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metamorphic rocks
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cataclasites (2)
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marbles (1)
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phyllonites (1)
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turbidite (4)
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meteorites
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meteorites (1)
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minerals
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carbonates
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calcite (6)
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siderite (1)
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sphaerosiderite (1)
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phosphates (1)
-
silicates
-
framework silicates
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feldspar group
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alkali feldspar
-
sanidine (1)
-
-
-
silica minerals
-
quartz (1)
-
-
-
orthosilicates
-
nesosilicates
-
zircon group
-
zircon (7)
-
-
-
-
sheet silicates
-
clay minerals (1)
-
illite (1)
-
mica group
-
muscovite (1)
-
-
-
-
-
Primary terms
-
absolute age (20)
-
Asia
-
Far East
-
China
-
Gansu China (1)
-
-
Japan
-
Honshu
-
Niigata Japan
-
Shinano River (1)
-
-
-
-
-
-
Atlantic Ocean
-
Mid-Atlantic Ridge (1)
-
-
Australasia
-
Australia
-
Western Australia
-
Canning Basin (1)
-
-
-
-
bibliography (4)
-
biogeography (9)
-
bitumens (1)
-
Canada
-
Arctic Archipelago (2)
-
Cold Lake (1)
-
Eastern Canada
-
Ontario
-
Hamilton Ontario (1)
-
-
-
Western Canada
-
Alberta
-
Alberta Basin (6)
-
Athabasca Oil Sands (1)
-
Buffalo Head Hills (2)
-
Dinosaur Provincial Park (8)
-
Drumheller Alberta (8)
-
Edmonton Alberta (4)
-
Elmworth Field (2)
-
Peace River Arch (7)
-
Red Deer River valley (1)
-
Smoky River (1)
-
-
Athabasca Basin (1)
-
British Columbia
-
Cariboo Mountains (1)
-
Princeton British Columbia (1)
-
-
Canadian Cordillera (7)
-
Canadian Rocky Mountains (12)
-
Manitoba (1)
-
Northwest Territories (5)
-
Red Deer River (1)
-
Saskatchewan (6)
-
Yukon Territory (3)
-
-
-
carbon
-
C-13/C-12 (2)
-
C-14 (3)
-
-
Cenozoic
-
Quaternary
-
Holocene
-
lower Holocene (1)
-
upper Holocene (1)
-
-
Pleistocene
-
upper Pleistocene
-
Lake Iroquois (1)
-
Wisconsinan
-
upper Wisconsinan (1)
-
-
-
-
-
Tertiary
-
Challis Volcanics (1)
-
Paleogene
-
Calvert Bluff Formation (1)
-
Eocene
-
Absaroka Supergroup (4)
-
Bridgerian (1)
-
Green River Formation (1)
-
Lake Gosiute (1)
-
lower Eocene
-
Willwood Formation (3)
-
Wind River Formation (1)
-
Ypresian (1)
-
-
middle Eocene
-
Aycross Formation (2)
-
-
-
lower Paleogene (1)
-
Paleocene
-
lower Paleocene (3)
-
upper Paleocene
-
Thanetian (1)
-
-
-
Wilcox Group (1)
-
Williamsburg Formation (1)
-
-
-
-
Central America
-
Costa Rica (1)
-
-
Chordata
-
Vertebrata
-
Agnatha
-
Heterostraci (1)
-
-
Pisces
-
Chondrichthyes (2)
-
Osteichthyes
-
Actinopterygii (2)
-
Sarcopterygii (1)
-
-
Placodermi (1)
-
-
Tetrapoda
-
Amphibia (2)
-
Aves (2)
-
Mammalia
-
Theria
-
Eutheria
-
Artiodactyla
-
Ruminantia
-
Cervidae
-
Cervus
-
Cervus elaphus (1)
-
-
-
-
-
Perissodactyla (1)
-
Primates (1)
-
Tillodontia (1)
-
-
-
-
Reptilia
-
Anapsida
-
Testudines
-
Chelonia (1)
-
-
-
Diapsida
-
Archosauria
-
dinosaurs
-
Ornithischia
-
Ceratopsia
-
Ceratopsidae (4)
-
-
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1-20 OF 253 RESULTS FOR
Wapiti River
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Journal Article
Stratigraphy and paleogeography of a conglomeratic shoreline: the Notikewin Member of the Spirit River Formation in the Wapiti area of west-central Alberta
Publisher: Canadian Society of Petroleum Geologists
Published: 01 March 2004
Bulletin of Canadian Petroleum Geology (2004) 52 (1): 57–76.
...Glenn A. Schmidt; S. George Pemberton Abstract In the subsurface of the Wapiti area in west-central Alberta, the Notikewin Member of the Upper Cretaceous Spirit River Formation represents a conglomerate-rich shoreline unit that was deposited in the Western Canada Foreland Basin. The Notikewin...
Journal Article
Stratigraphy of the Eocene Willwood, Aycross, and Wapiti formations along the north fork of the Shoshone River, north-central Wyoming
Journal: Rocky Mountain Geology
Publisher: University of Wyoming
Published: 01 October 1985
Rocky Mountain Geology (1985) 23 (2): 83–97.
Image
(A) Quarry map of the Wapiti River Bonebed (WRB). (B) Stratigraphic section...
in Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 22 March 2015
Fig. 2. (A) Quarry map of the Wapiti River Bonebed (WRB). (B) Stratigraphic section of the WRB showing the occurrence of the bentonite used for radioisotopic dating.
Image
Examples of bone modification observed at the Wapiti River Bonebed (WRB). (...
in Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 22 March 2015
Fig. 6. Examples of bone modification observed at the Wapiti River Bonebed (WRB). (A) Sediment scratch marks on the Pachyrhinosaurus dentary UALVP 49018. (B–C) Curved long bones collected within the convoluted mudstone of the WRB (B, ilium UALVP 52670; C, rib UALVP 53624).
Image
Field photographs of subaerial unconformities discussed in the text. A) S...
in Fluvial Sequence Stratigraphy: The Wapiti Formation, West-Central Alberta, Canada
> Journal of Sedimentary Research
Published: 01 April 2010
Figure 7 Field photographs of subaerial unconformities discussed in the text. A) SU 1, Wapiti River near the Alberta–British Columbia border. B) SU1, Simonette River, near its confluence with the Smoky River. C) Detail of the abrupt contact between organic-rich mudstone of unit 1
Image
(A) Map of Alberta (western Canada) showing the extent of the Wapiti Format...
in Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 22 March 2015
Fig. 1. (A) Map of Alberta (western Canada) showing the extent of the Wapiti Formation in west-central Alberta. (B) Locality map showing the location of the Pachyrhinosaurus bonebeds discussed herein (WRB, Wapiti River Bonebed; PSC, Pipestone Creek Bonebed).
Image
(A) Paleogeographic map showing the geographic occurrence of the genus Pac...
in Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 22 March 2015
Campanian. WRB, Wapiti River Bonebed; PSC, Pipestone Creek Bonebed; DPP, Dinosaur Park Pachyrhinosaurus ; SBP, Scabby Butte Pachyrhinosaurus. Areas in dark gray indicate water-saturated environments and coastal swamps. Dashed line in B indicate the present day extension of the Wapiti Formation deposits
Image
Stratigraphic nomenclature used in this paper for Triassic outcrops between...
in Fishes from the Lower Triassic portion of the Sulphur Mountain Formation in Alberta, Canada: geological context and taxonomic composition
> Canadian Journal of Earth Sciences
Published: 05 August 2015
Fig. 3. Stratigraphic nomenclature used in this paper for Triassic outcrops between Wapiti River and Crowsnest Pass, western Alberta, Canada. All Triassic fish localities known for this region occur within the Lower Triassic portion of the Sulphur Mountain Formation. Chart based on Edwards et
Image
Mirror–image rose diagrams showing the orientation of preserved elongated e...
in Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 22 March 2015
Fig. 5. Mirror–image rose diagrams showing the orientation of preserved elongated elements from the Wapiti River Bonebed (WRB) partitioned by size (=maximum length). Elements with a maximum length greater than 500 mm were not included due to small sample size. Circular statistics are given
Image
Examples of bioerosion and bite marks in Pachyrhinosaurus elements from t...
in Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 22 March 2015
Fig. 7. Examples of bioerosion and bite marks in Pachyrhinosaurus elements from the Wapiti River Bonebed (WRB). (A–B) Circular to elliptical shallow borings on the bone surface of an isolated rib. (C–D) Semicircular and parallel grooves on a right ulna (UALVP 54726). (E–F) Subparallel bite
Image
(A) Mirror–image rose diagram showing the overall orientation of preserved ...
in Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 22 March 2015
Fig. 3. (A) Mirror–image rose diagram showing the overall orientation of preserved elongated elements from the Wapiti River Bonebed (WRB) ( N = 327; mean angle = 89°; Rayleigh test R = 0.012, p = 0.952; Rao’s spacing test U = 358, p = 1.000). (B) Histogram showing the size distribution
Image
Fig. 14. (A) Detailed stratigraphic section of unit 4 exposures at Pipes...
in Stratigraphy of the Upper Cretaceous Wapiti Formation, west-central Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 12 June 2009
Fig. 14. (A) Detailed stratigraphic section of unit 4 exposures at Pipestone Creek. (B) Interbedded channel sandstones and floodplain deposits of basal unit 4 exposed at the merge between the Pipestone Creek and Wapiti River. (C) Detail of sedimentary structures in channel sandstones. Hammer
Image
Mirror–image rose diagrams showing the orientation of preserved elongated e...
in Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
> Canadian Journal of Earth Sciences
Published: 22 March 2015
Fig. 4. Mirror–image rose diagrams showing the orientation of preserved elongated elements from the Wapiti River Bonebed (WRB) partitioned into geographic subsets (only map grids with a significant sample size were used). Each grid is 1 m 2 . Numbers correspond to meters along the x axis
Journal Article
Devonian and Mississippian Stratigraphy, Wapiti Lake Area, British Columbia, Canada
L. R. Laudon, Deidrick Elgin, Edwin Grey, Warren B. Hamilton, Paul J. Lewis, William McBee, A. C. Spreng, Roger Stoneburner
Journal: AAPG Bulletin
Publisher: American Association of Petroleum Geologists
Published: 01 September 1949
AAPG Bulletin (1949) 33 (9): 1502–1552.
...L. R. Laudon; Deidrick Elgin; Edwin Grey; Warren B. Hamilton; Paul J. Lewis; William McBee; A. C. Spreng; Roger Stoneburner ABSTRACT Wapiti Lake lies in the folded, thrust-faulted eastern edge of the Paleozoic rocks in British Columbia, approximately 90 miles southeast of the Peace River...
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Terminology chart of the lower Albian (Lower Cretaceous) strata, correlated...
in McMurray Formation foraminifera within the lower Albian (Lower Cretaceous) Loon River shales of northern Alberta
> Canadian Journal of Earth Sciences
Published: 26 November 2007
); Wapiti River area, Foothills (Mellon et al. 1992; Stelck 1995 ); Buckinghorse Foothills (Stott 1995; Schroeder-Adams and Pederson 2003 ); Liard River Basin (Leckie and Potoki 1998; Frank 2002 ); and Central Alberta ( Jackson 1984 ). Fm., Formation; SS., Sandstone.
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Map showing the geographic locations of localities pertinent to this study ...
in McMurray Formation foraminifera within the lower Albian (Lower Cretaceous) Loon River shales of northern Alberta
> Canadian Journal of Earth Sciences
Published: 26 November 2007
” (stars); P, Lloydminster, Alberta area, original studies of the Mannville Formation ( Nauss 1945 , 1947 ); R, Sweetgrass Arch (stars); S, pre-Pense lower Albian strata within the Williston Basin (northern half only (shaded) ( Christopher 1975 ); T, Wapiti River area, Foothills ( Mellon, Wall and Stelck
Journal Article
Stratigraphy of the Upper Cretaceous Wapiti Formation, west-central Alberta, Canada
Journal: Canadian Journal of Earth Sciences
Publisher: Canadian Science Publishing
Published: 12 June 2009
Canadian Journal of Earth Sciences (2009) 46 (4): 263–286.
...Fig. 14. (A) Detailed stratigraphic section of unit 4 exposures at Pipestone Creek. (B) Interbedded channel sandstones and floodplain deposits of basal unit 4 exposed at the merge between the Pipestone Creek and Wapiti River. (C) Detail of sedimentary structures in channel sandstones. Hammer...
Journal Article
Taphonomy, age, and paleoecological implication of a new Pachyrhinosaurus (Dinosauria: Ceratopsidae) bonebed from the Upper Cretaceous (Campanian) Wapiti Formation of Alberta, Canada
Journal: Canadian Journal of Earth Sciences
Publisher: Canadian Science Publishing
Published: 22 March 2015
Canadian Journal of Earth Sciences (2015) 52 (4): 250–260.
...Fig. 2. (A) Quarry map of the Wapiti River Bonebed (WRB). (B) Stratigraphic section of the WRB showing the occurrence of the bentonite used for radioisotopic dating. ...
Includes: Supplemental Content
Journal Article
Upper Cretaceous in Western Peace River Plains, Alberta
Journal: AAPG Bulletin
Publisher: American Association of Petroleum Geologists
Published: 01 April 1949
AAPG Bulletin (1949) 33 (4): 511–532.
... 3,000 feet in the west, to 2,000 feet in the east, of Upper Cretaceous formations including, in ascending order, the Dunvegan, Kaskapau, Cardium (Bad Heart), Wapiabi, and basal Member A of the Wapiti. Within the area, the name Smoky River is raised from formational to group rank and includes...
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Detail map of the study area in the Grande Prairie region, west-central Alb...
in Fluvial Sequence Stratigraphy: The Wapiti Formation, West-Central Alberta, Canada
> Journal of Sedimentary Research
Published: 01 April 2010
Figure 2 Detail map of the study area in the Grande Prairie region, west-central Alberta. The Wapiti Formation is exposed along major and minor drainage systems, in particular on both flanks of the Wapiti, Smoky, and Simonette rivers. Geophysical well logs provide a robust framework
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