Unnamed: 0
int64 0
676k
| text
stringlengths 4
59.1k
| title
stringlengths 1
250
⌀ |
---|---|---|
500 | The Schlern Formation, also known as Schlern Dolomite, and Sciliar Formation or Sciliar Dolomite in Italy, is a limestone, marl and dolomite formation in the Southern Limestone Alps in Kärnten, Austria and South Tyrol, Italy.
Description
It preserves fossils dating back to the Middle Triassic period (late Anisian-middle Ladinian), or Illyrian to Longobardian in the regional stratigraphy. The formation correlates with the Wetterstein Formation of the Northern Limestone Alps | Schlern Formation |
501 | The Schrambach Formation is a geologic formation in the Northern Limestone Alps of Austria and Germany. It preserves fossils dating back to the Early Cretaceous period.
See also
List of fossiliferous stratigraphic units in Austria
List of fossiliferous stratigraphic units in Germany
References
Further reading
A | Schrambach Formation |
502 | The Skalica Formation is a geologic formation in Austria. It preserves fossils dating back to the Serravallian stage (Sarmatian) of the Miocene period.
See also
List of fossiliferous stratigraphic units in Austria
References
Further reading
M | Skalica Formation |
503 | The Tauchen Formation is a geologic formation in Austria. It preserves fossils of Metaxytherium, dating back to the Langhian stage of the Miocene period.
See also
List of fossiliferous stratigraphic units in Austria
References
Further reading
D | Tauchen Formation |
504 | The Tauglboden Formation is a geologic formation in Salzburg, Austria. It preserves fossils dating back to the Oxfordian stage of the Jurassic period. The radiolarites were deposited in a deep marine environment | Tauglboden Formation |
505 | The Werfen Formation is a geologic formation in the Southern Limestone Alps and Dinaric Alps of Austria, Bosnia and Herzegovina and Italy. It preserves fossils dating back to the Triassic period.
Fossil content
The formation has provided numerous fossils typical of a shallow lagoon environment, including
Eotiaris teseroensis
See also
List of fossiliferous stratigraphic units in Austria
List of fossiliferous stratigraphic units in Bosnia and Herzegovina
List of fossiliferous stratigraphic units in Italy
References
Bibliography
Thompson, Jeffrey R | Werfen Formation |
506 | The Binagadi asphalt lake (or Binagadi tar pits) are a cluster of tar pits in urban Baku, Azerbaijan. Asphaltum or tar has seeped up from the ground in this area for tens of thousands of years. The tar is often covered with dust, leaves, or water | Binagadi asphalt lake |
507 | The Gnishik Formation is a geologic formation in Armenia, Azerbaijan and Iran. It preserves fossils dated to the Wordian age of the Permian period. The thin-bedded limestones of the formation reach a thickness of 670 metres (2,200 ft) in the Julfa section of northwestern Iran and 300 metres (980 ft) in the Arpa River valley of Armenia | Gnishik Formation |
508 | The Karabaglyar Formation is a geologic formation in Armenia and Azerbaijan. It preserves fossils dated to the Changhsingian age of the Permian period and the Induan age of the Triassic period, straddling the Permian-Triassic boundary.
Fossil content
The following fossils have been reported from the formation:
Ammonites
Bivalves
See also
References
Bibliography
Kotlyar, G | Karabaglyar Formation |
509 | This is a list of fossiliferous stratigraphic units in Belarus.
List of fossiliferous stratigraphic units
See also
Lists of fossiliferous stratigraphic units in Europe
List of fossiliferous stratigraphic units in Latvia
List of fossiliferous stratigraphic units in Lithuania
List of fossiliferous stratigraphic units in Poland
List of fossiliferous stratigraphic units in Russia
List of fossiliferous stratigraphic units in Ukraine
References
Further reading
Paškevicius, J. 2016 | List of fossiliferous stratigraphic units in Belarus |
510 | The Aachen Formation (Dutch: Formatie van Aken, German: Aachen-Formation) is an Upper Cretaceous geologic formation in the southern Netherlands and northeastern Belgium and adjacent Germany. It is stratigraphically equivalent to the middle part of the Chalk Group of England, and named after the German city of Aachen.
Geography
The formation crops out in southern Belgian and Dutch Limburg and adjacent areas in Germany | Aachen Formation |
511 | The Sainte-Barbe Clays Formation is a geological formation in Belgium. It is found in localised areas of the northern margin of the Mons Basin, alongside the equivalently aged Hautrage and Baudour Clay Formations. It is Upper Barremian-Lower Aptian in age | Sainte-Barbe Clays Formation |
512 | The Santa Rosa Group is a geologic group in Belize and Guatemala. It contains the Chochal Formation. The marine lithified, black, calcareous shales preserve fossils dating back to the Pennsylvanian to Kungurian stages of the Carboniferous and Permian periods | Santa Rosa Group |
513 | This is a list of fossiliferous stratigraphic units in Bolivia.
List of fossiliferous stratigraphic units
See also
References
Bibliography
Marshall, Larry G. , and Thierry Sempere | List of fossiliferous stratigraphic units in Bolivia |
514 | The Anzaldo Formation is a Katian geologic formation of central Bolivia. The formation belongs to the Cochabamba Group, overlies the Capinota Formation and is overlain by the San Benito Formation.
Fossil content
The formation has provided the following fossils:
Fish
PteraspidomorphiHuemacaspis bistrami
Sacabambaspis janvieri
Trilobites
Leiostegina inexpectans
Bivalves
Gastropods
Gyrospira tourteloti
Lingulida
Bistramia elegans
Dignomia munsterii
See also
References
Bibliography
Pradel, A | Anzaldo Formation |
515 | The Cancañiri Formation, also named as Cancañiri Tillite, is a Katian to Hirnantian geologic formation of central Bolivia. The pebbly, argillaceous sandstones, shales and siltstones of the up to 1,500 metres (4,900 ft) thick formation, were deposited in a glacial foreshore to deep water turbiditic environment. The formation is named after Cancañiri, a mining town close to Llallagua, where a local legend of a possessed woman is believed | Cancañiri Formation |
516 | The Cajones Formation is a Turonian geologic formation of central Bolivia. The fluvial sandstones in Amboró National Park preserve fossils of Yacarerani boliviensis. The formation is correlated with the Adamantina Formation of the Paraná Basin in Brazil and the Bajo de la Carpa Formation of the Neuquén Basin in Patagonia, Argentina | Cajones Formation |
517 | Cal Orck’o is a fossil bed in Bolivia. It is located in a quarry approximately 4. 4 km northwest of Sucre (Chuquisaca Department, Bolivia) in the Altiplano/Cordillera Oriental, in the El Molino Formation (Middle Maastrichtian) | Cal Orck'o |
518 | The Catavi Formation is a Pridoli to Emsian geologic formation of northern and central Bolivia. The formation comprises a 456 m (1,496 ft) thick succession of fine-grained, olive to brown sandstones and siltstones, shales and black limestones deposited in a shallow to deep marine environment.
Fossil content
The formation has provided the following fossils:
See also
List of fossiliferous stratigraphic units in Bolivia
References
Further reading
G | Catavi Formation |
519 | The Chaunaca Formation is a Campanian geologic formation of Bolivia. Fossil sauropod tracks have been reported from the formation.
See also
List of dinosaur-bearing rock formations
List of stratigraphic units with sauropodomorph tracks
Sauropod tracks
References
Bibliography
Weishampel, David B | Chaunaca Formation |
520 | The El Molino Formation is a Maastrichtian geologic formation pertaining to the Puca Group of central Bolivia. The formation comprises fine-grained sandstones and sandy limestones with stromatolites deposited in a shallow marine to lacustrine environment. The formation has provided fossils of Dolichochampsa minima, and ichnofossils of Ankylosauria indet | El Molino Formation |
521 | The Gamoneda Formation is an Emsian geologic formation of southern Bolivia. The approximately 340 metres (1,120 ft) thick formation comprises marine micaceous grey siltstones and burrowed grey sandstones and shales.
Fossil content
The formation has provided the following fossils:
See also
List of fossiliferous stratigraphic units in Bolivia
References
Further reading
N | Gamoneda Formation |
522 | The Independencia Formation is a Dapingian geologic formation of western-central Bolivia. The dark to bluish gray schists and phyllites metamorphosed shales were deposited in an open marine environment.
Fossil content
The formation has provided the following fossils:
See also
List of fossiliferous stratigraphic units in Bolivia
References
Further reading
R | Independencia Formation |
523 | The Iscayachi Formation, in older literature also referred to as Guanacuno Formation, is an extensive Tremadocian geologic formation of western and southern Bolivia. The shales and sandstones were deposited in a shallow marine to pro-delta environment. The formation reaches a thickness of 1,000 metres (3,300 ft) | Iscayachi Formation |
524 | The Kirusillas Formation is a Homerian geologic formation of central Bolivia. The formation comprises black shales, overlies the Llallagua Formation and is overlain by the Pampa and Guayabillas Formations. The Kirusillas Formation is laterally equivalent to the Lipeón Formation | Kirusillas Formation |
525 | La Ciénega Formation is a Sandbian to Katian geologic formation of south-central Bolivia. The formation comprises silty, clayey, micaceous, fine-grained sandstones with thin intercalations of grey-green to light grey shales.
Fossil content
The formation has provided the following fossils:
Dinorthis sp | La Ciénega Formation, Bolivia |
526 | The La Puerta Formation is a Late Jurassic to Early Cretaceous geologic formation of southern Bolivia. The fluvial and eolian sandstones preserve ichnofossils of Theropoda indet. , Thyreophora indet | La Puerta Formation, Bolivia |
527 | The Lipeón Formation is a Telychian to Pridoli geologic formation of southern Bolivia and northwestern Argentina. The formation comprises sandstones and siltstones. Plant fossils comprising rhyniophytes (specifically Aberlemnia, Steganotheca, Tarrantia, Hostinella and Cooksonia) are scattered throughout, with some abundant concentrations on micaceous bedding plains | Lipeón Formation |
528 | The Llallagua Formation is a Rhuddanian to Homerian geologic formation of western Bolivia. The formation comprises siliciclastic sediments. The fossil fauna suggests a warm water, nearshore current was active allowing northern hemisphere benthos to exist in the formation | Llallagua Formation |
529 | Mesón Group (Spanish: Grupo Mesón) is a Cambrian to Early Ordovician sedimentary formation located in the Argentine Northwest and nearby parts of Bolivia. The group members rest unconformably on top of the Ediacaran–Cambrian Puncoviscana Formation. According to G | Mesón Group |
530 | The Obispo Formation is a Dapingian geologic formation of southern Bolivia. The shales and siltstones were deposited in an open marine environment.
Fossil content
The formation has provided the following fossils:
See also
List of fossiliferous stratigraphic units in Bolivia
References
Further reading
L | Obispo Formation, Bolivia |
531 | The Pircancha Formation is a Floian to Dapingian geologic formation of southern Bolivia. The green mudstones, shales and sandstones were deposited in a shallow to open marine environment. The fossil Pircanchaspis rinconensis is named after the formation | Pircancha Formation |
532 | Puncoviscana Formation (Spanish: Formación Puncoviscana) is a formation of sedimentary and metasedimentary rocks Late Ediacaran and Lower Cambrian age, estimated at between 700 and 535 Ma, that crop out in the Argentine Northwest. Most of the formation lies in Jujuy, Salta and Tucumán Province albeit some authors extend the formation further south to the Sierras Pampeanas near Córdoba. There are various tectonic interpretations on the origin and type of sedimentary basin that accumulated Puncoviscana Formations sediments | Puncoviscana Formation |
533 | The San Benito Formation is a Katian geologic formation of central Bolivia. The formation belongs to the Cochabamba Group, overlies the Anzaldo Formation and is overlain by the Cancañiri Formation. The 500 metres (1,600 ft) thick formation comprises a succession of shallow water quartzitic sandstones with minor interbeds of dark grey micaceous siltstones | San Benito Formation, Bolivia |
534 | The San Lorenzo Formation is a Dapingian geologic formation of southern Bolivia. The dark gray, greenish, and black shale with thin intercalations of white-yellow quartzites were deposited in an open marine submarine fan environment.
Fossil content
The formation has provided the following fossils:
See also
List of fossiliferous stratigraphic units in Bolivia
References
Further reading
R | San Lorenzo Formation, Bolivia |
535 | The Santiago Formation is a Sandbian to Katian geologic formation of central Bolivia. The formation comprises gray quartzitic siltstones.
Fossil content
The formation has provided the following fossils:
Bistramia sp | Santiago Formation, Bolivia |
536 | The Sella Formation is a Dapingian to Darriwilian geologic formation of southern Bolivia. The grey to green bioturbated siltstones interbedded with thin sandstone layers bear lenticular shell beds. Other parts of the formation contain yellow-green limy shales and grey sandy limestones | Sella Formation |
537 | The Toro Toro Formation is a Late Campanian geologic formation pertaining to the Puca Group of central Bolivia. The porous yellowish medium-to-coarse grained ferruginous (iron-containing) sandstones and mudstones with gypsum intercalations, deposited in a beach environment, preserve many ichnofossils of Ligabueichnium bolivianum, Dromaeopodus sp. , Ornithopoda indet | Toro Toro Formation |
538 | The Vila Vila Formation is an Early Devonian (Lochkovian to Pragian) geologic formation of northern Bolivia. The formation comprises a succession of fine-grained sandstones and shales deposited in a shallow to deep marine environment.
Fossil content
The formation has provided the following fossils:
Pleurothyrella sp | Vila Vila Formation |
539 | This is a list of fossiliferous stratigraphic units in Botswana.
See also
Lists of fossiliferous stratigraphic units in Africa
List of fossiliferous stratigraphic units in Namibia
List of fossiliferous stratigraphic units in South Africa
List of fossiliferous stratigraphic units in Zambia
List of fossiliferous stratigraphic units in Zimbabwe
Geology of Botswana
References
Further reading
D. Green | List of fossiliferous stratigraphic units in Botswana |
540 | The Beaufort Group is the third of the main subdivisions of the Karoo Supergroup in South Africa. It is composed of a lower Adelaide Subgroup and an upper Tarkastad Subgroup. It follows conformably after the Ecca Group and unconformably underlies the Stormberg Group | Beaufort Group |
541 | The Ecca Group is the second of the main subdivisions of the Karoo Supergroup of geological strata in southern Africa. It mainly follows conformably after the Dwyka Group in some sections, but in some localities overlying unconformably over much older basement rocks. It underlies the Beaufort Group in all known outcrops and exposures | Ecca Group |
542 | The Forest Sandstone is a geological formation in southern Africa, dating to roughly between 200 and 190 million years ago and covering the Hettangian to Sinemurian stages of the Jurassic Period in the Mesozoic Era. As its name suggests, it consists mainly of sandstone.
Fossils of the prosauropod dinosaur Massospondylus and the primitive sauropod Vulcanodon have been recovered from the Forest Sandstone | Forest Sandstone |
543 | The Açu Formation is an Early Cretaceous (Albian) geologic formation of the Potiguar Basin in Ceará, northeastern Brazil. The formation comprises coarse-grained sandstones deposited in a fluvio-deltaic environment. The Açu Formation, belonging to the Apodi Group, has provided fossils of an indeterminate rebbachisaurid | Açu Formation |
544 | The Adamantina Formation is a geological formation in the Bauru Basin of western São Paulo state, in southeastern Brazil.
Its strata date back to the Late Cretaceous epoch of the Cretaceous Period, during the Mesozoic Era. The formation is part of the Bauru Group in the northeastern Paraná Basin | Adamantina Formation |
545 | The Antenor Navarro Formation is an Early Cretaceous geologic formation in Brazil. Fossil sauropod tracks have been reported from the formation.
Etymology
Antenor Navarro, for whom the formation was named, had been a major leader of the Brazilian Revolution of 1930, which brought Getulio Vargas to power | Antenor Navarro Formation |
546 | The Araripe Basin (Portuguese: Bacia do Araripe) is a rift basin covering about 8,000 square kilometres (3,100 sq mi), in Ceará, Piauí and Pernambuco states of northeastern Brazil. It is bounded by the Patos and Pernambuco lineaments, and is situated east of the Parnaíba Basin, southwest of the Rio do Peixe Basin and northwest of the Tucano and Jatobá Basins. The basin has provided a variety of unique fossils in the Crato and Santana Formations and includes the Araripe Geopark, a member of the UNESCO Global Geoparks since 2006 | Araripe Basin |
547 | The Barreirinha Formation is a late Frasnian geologic formation of the Amazon Basin in the state of Amazonas of northern Brazil. The group comprises deep marine black shales and sandstones.
Fossil content
The formation has provided conodont fossils of:
References
Bibliography
Cardoso, C | Barreirinha Formation |
548 | The Bauru Group is a geological group of the Bauru Sub-basin, Paraná Basin in Minas Gerais, São Paulo, General Salgado, Itapecuru-Mirim, Mato Grosso, Brazil whose strata date back to the Late Cretaceous. Dinosaur remains are among the fossils that have been recovered from the formation.
Subdivisions
According to a 2016 study:
The Bauru Basin covers an area of approximately 379 | Bauru Group |
549 | The Botucatu Formation is an Aptian geologic formation of the Paraná and Pelotas Basins in southern Brazil and northern Uruguay. The formation is composed of quartzitic sandstones, deposited in an eolian environment. Fossil theropod tracks have been reported from the formation | Botucatu Formation |
550 | The Caiuá Formation is an Early Cretaceous geologic formation in Brazil and Paraguay. Fossil theropod tracks have been reported from the formation. The formation, the lowermost unit of the Bauru Group, was deposited in the Barremian and Aptian epochs of the Early Cretaceous, around 130 to 120 Ma | Caiuá Formation |
551 | The Candelária Formation, in other literature also referred to as Candelária Sequence, is a sedimentary formation of the Santa Maria Group (also called Santa Maria Supersequence) in the Paraná Basin in Rio Grande do Sul, southeastern Brazil. The formation dates to the Carnian of the Late Triassic, locally referred to as Tuvalian, from 231. 4 to approximately 222 Ma | Candelária Formation, Paraná Basin |
552 | The Caturrita Formation is a rock formation found in Rio Grande do Sul, Brazil. Its sediments were deposited in the Paraná Basin. The formation is from the Upper Triassic and forms part of the Santa Maria Supersequence in the upper section of the Rosário do Sul Group | Caturrita Formation |
553 | The Corda Formation is a red sandstone geologic formation in the Parnaíba Basin in Tocantins, Brazil. It was formed during the Neoaptian to Eoalbian series of the Early Cretaceous.
Large-scale fossil sauropod tracks have been reported from the formation | Corda Formation |
554 | The Crato Formation is a geologic formation of Early Cretaceous (Aptian) age in northeastern Brazil's Araripe Basin. It is an important Lagerstätte (undisturbed fossil accumulation) for palaeontologists. The strata were laid down mostly during the Aptian age, about 113 million years ago | Crato Formation |
555 | The Goio-Erê Formation is a geological formation in Brazil. It is sometimes thought to be deposited between the Turonian and Campanian stages of the Late Cretaceous, but an Aptian-Albian date has also been proposed. It primarily consists of sandstone and was deposited in a desert environment | Goio-Erê Formation |
556 | The Guabirotuba Formation is a late Middle Eocene (Divisaderan in the SALMA classification) geologic formation of the Curitiba Basin in Paraná, Brazil. The formation crops out in and around the city of Curitiba and comprises mudstones and sandstones deposited in a fluvial floodplain environment.
The 60 to 80 metres (200 to 260 ft) thick formation has provided several fossil mammals, and indeterminate side-neck turtle fossils, and indeterminate terror bird fossils | Guabirotuba Formation |
557 | The Ipubi Formation is the middle geological formation of the Santana Group, the middle part of the Araripe Group, in the Araripe Basin of northeastern Brazil. The formation is dated to the Aptian to Albian stages of the Early Cretaceous, unconformably overlying the Crato Formation and unconformably overlain by the Romualdo Formation, formerly known as the Romualdo Member of the Santana Formation. The averaging 15 metres (49 ft) thick Ipubi Formation comprises shales and sandstones in the lower section and evaporites in the upper part of the formation, deposited in a transgressive to highstand lacustrine environment in the Araripe rift basin | Ipubi Formation |
558 | The Itaboraí Formation (Portuguese: Formação Itaboraí) is a highly fossiliferous geologic formation and Lagerstätte of the Itaboraí Basin in Rio de Janeiro, southeastern Brazil. The formation reaching a thickness of 100 metres (330 ft) is the defining unit for the Itaboraian South American land mammal age (SALMA), dating to the Early Eocene, approximately 53 to 50 Ma.
The formation is restricted to the Itaboraí Basin, a minibasin of 1 square kilometre (0 | Itaboraí Formation |
559 | The Malhada Vermelha Formation is an Early Cretaceous (Valanginian to Hauterivian) geologic formation in Ceará, northeastern Brazil. The formation preserves reptile, fish and ichnofossils.
Description
The formation is characterized by a cyclic sequence of siltstones that are intercalated with fine to medium sandstones with the presence of festoon cross-stratification and climbing ripples, deposited in an alluvial environment in a hot semiarid paleoclimate | Malhada Vermelha Formation |
560 | The Mari Mari Group is an Eifelian to Frasnian geologic group of the Amazon Basin in the state of Amazonas of northwestern Brazil. The group comprises shales and sandstones.
Fossil content
The formation has provided fossils of Tentaculites sp | Mari Mari Group |
561 | The Maria Farinha Formation is a geological formation of the Parnaíba Basin in Pernambuco, northeastern Brazil whose strata date back to the Danian stage of the Paleocene, or Tiupampan in the SALMA classification.
The formation comprising limestones, dolomites, marly and sandy limestones has been deposited in a shallow marine platform environment.
The formation has provided fossils of reptiles and fish | Maria Farinha Formation |
562 | The Missão Velha Formation is a late Jurassic geologic formation in northeastern Brazil's Araripe Basin where the states of Pernambuco, Piauí and Ceará come together. The formation is the middle stratigraphic unit of the Vale do Carirí Group, overlying the Brejo Santo Formation and overlain by the Abaiara Formation.
The formation comprises whitish fine-to-medium quartzose arenites, with subrounded to rounded grains, deposited in an alluvial fan environment during the syn-rift phase of the Araripe Basin | Missão Velha Formation |
563 | A paleoburrow is an underground shelter (tunnel, burrow, lair, etc. ) excavated by extinct paleo-vertebrate megafauna (i. e | Paleoburrow |
564 | The Pastos Bons Formation is a Late Jurassic (Oxfordian to Kimmeridgian) geologic formation of the Parnaíba Basin in Maranhão, northeastern Brazil. The formation forms part of the sag phase of the basin. It overlies the Sardinha Formation and is overlain by the Mosquito Formation | Pastos Bons Formation |
565 | The Pebas Formation is a lithostratigraphic unit of Miocene age, found in western Amazonia. The formation extends over 1,000,000 square kilometres (390,000 sq mi), including parts of Brazil, Peru, Ecuador and Colombia. It is interpreted as representing the deposits of a lake ("Lake Pebas") or series of lakes, formed within the foreland basin of the Andes mountain belt | Pebas Formation |
566 | Peirópolis is a rural district located in Uberaba, Brazil. The site is known for its significant paleontological discoveries, particularly the abundant fossil deposits dating back to the Late Cretaceous period. These fossils were first uncovered in the mid-1940s during infrastructure-related activities in the vicinity | Peirópolis |
567 | The Quiricó Formation is a geological formation of the Areado Group in Minas Gerais, Brazil whose strata date back to the Lower Cretaceous (Early Cretaceous). Many occurrences of fossils are reported in the lacustrine deposits of the Quiricó Formation.
Fossil content
Neokotus sanfranciscanus
Tapuiasaurus macedoi
Dastilbe moraesi
Laeliichthys ancentralis
Spectrovenator ragei
Abelisauridae indet | Quiricó Formation |
568 | The Rio Bonito Formation is a geological formation of the Paraná and Pelotas Basins of Permian age. It is represented by a succession of cyclic sedimentary packages of sandstones, siltstones and shales which bear extensive deposits of coal that has been extracted since the 19th century. The Rio Bonito Formation was deposited in a coastal environment, formed by rivers, deltas, bays and estuaries with tidal plains, barrier islands and shallow marine platform, at a time when the Paraná Basin was a large gulf of the ancient supercontinent Gondwana | Rio Bonito Formation |
569 | The Rio do Rasto Formation is a Late Permian sedimentary geological formation in the South Region of Brazil. The official name is Rio do Rasto, although in some publications it appears as Rio do Rastro.
Geography
It is found mainly in the Brazilian states of Santa Catarina, Paraná, and Rio Grande do Sul | Rio do Rasto Formation |
570 | The Rio Piranhas Formation is a Berriasian to Hauterivian geologic formation in Paraíba, Brazil. Fossil ornithopod tracks have been reported from the formation. Also fossils of Triunfosaurus leonardii have been found in the formation | Rio Piranhas Formation |
571 | The Romualdo Formation is a geologic Konservat-Lagerstätte in northeastern Brazil's Araripe Basin where the states of Pernambuco, Piauí and Ceará come together. The geological formation, previously designated as the Romualdo Member of the Santana Formation, named after the village of Santana do Cariri, lies at the base of the Araripe Plateau. It was discovered by Johann Baptist von Spix in 1819 | Romualdo Formation |
572 | The Sanga do Cabral Formation is an Early Triassic sedimentary rock formation found in Rio Grande do Sul, Brazil.
Description
This rock formation is located in the geopark of Paleorrota, and is located to the south of another geopark. The formation dates to 249 million years ago and belongs to the Lower Triassic | Sanga do Cabral Formation |
573 | The Santa Maria Formation is a sedimentary rock formation found in Rio Grande do Sul, Brazil. It is primarily Carnian in age (Late Triassic), and is notable for its fossils of cynodonts, "rauisuchian" pseudosuchians, and early dinosaurs and other dinosauromorphs, including the herrerasaurid Staurikosaurus, the basal sauropodomorphs Buriolestes and Saturnalia, and the lagerpetid Ixalerpeton. The formation is named after the city of Santa Maria in the central region of Rio Grande do Sul, where outcrops were first studied | Santa Maria Formation |
574 | The Serra da Galga Formation is a geological formation in Minas Gerais state of southeastern Brazil. Its strata date back to the Maastrichtian, and are part of the Bauru Group. It was originally considered a member of the Marília Formation | Serra da Galga Formation |
575 | The Sousa Formation is a Berriasian-Hauterivian geologic formation in Paraíba, Brazil. Fossil sauropod tracks have been reported from the formation.
Ichnofossils
Among others, these ichnofossils have been reported from the formation:
Carnosauria indet | Sousa Formation |
576 | The Uberaba Formation is a Campanian geologic formation belonging to the Bauru Group of the Bauru Sub-basin, Paraná Basin located in Minas Gerais state of southeastern Brazil. The Uberaba Formation, intercalating the fossiliferous older Adamantina and younger Marília Formation, comprises limestones, sandstones, and conglomerates, often cemented by calcite with volcaniclastic sediments. The formation interfingers with the Adamantina Formation | Uberaba Formation |
577 | Dorkovo Museum in Dorkovo, Bulgaria, established in 2013 in a domed wooden structure, has a display of fossils collected from the Pliocene geological epoch of about five million years ago around the village of Dorkovo, a life-size model of a gomphothere, related to elephants, and a diorama.
History
During 1983 a team of paleontologists from Bulgaria and France carried out excavations in and around Dorkovo which unearthed fossils of 5-million-year-old prehistoric mammals of the Pliocene geological epoch. The study was supported by the National Museum of Natural History | Dorkovo Museum |
578 | The Sofia University "St. Kliment Ohridski" Museum of Paleontology and Historical Geology (SUMPHG) (Bulgarian: Музей по палеонтология и исторична геология към Софийския университет "Свети Климент Охридски"), is a paleontology museum located in the main building of Sofia University “St. Kliment Ohridski", Sofia, Bulgaria | Sofia University Museum of Paleontology and Historical Geology |
579 | This is a list of fossiliferous stratigraphic units in Cameroon.
See also
Lists of fossiliferous stratigraphic units in Africa
List of fossiliferous stratigraphic units in Gabon
Geology of Cameroon
References
Further reading
J. D | List of fossiliferous stratigraphic units in Cameroon |
580 | The Koum Formation is a geological formation in the North Province of Cameroon, western Africa.
Its strata date back to the Aptian and Albian stages of the Early Cretaceous. Dinosaur remains are among the fossils that have been recovered from the formation | Koum Formation |
581 | Ancient Echoes Interpretive Centre is a community-based museum and interpretive centre, founded in 1994, that educates, conserves, protects, and promotes the history, the peoples and the assets of the land forming the Eagle Creek Valley and Coal Mine Ravine located in Herschel, Saskatchewan, Canada.
Overview
The centre began in the fall of 1994, after the closure of the local elementary school, which the board of directors bought from the school division for a small sum. Ancient Echoes Interpretive Centre is located northwest of Rosetown in the village of Herschel | Ancient Echoes Interpretive Centre |
582 | The Burgess Shale is a fossil-bearing deposit exposed in the Canadian Rockies of British Columbia, Canada. It is famous for the exceptional preservation of the soft parts of its fossils. At 508 million years old (middle Cambrian), it is one of the earliest fossil beds containing soft-part imprints | Burgess Shale |
583 | The Canadian Museum of Nature (French: Musée canadien de la nature; CMN) is a national natural history museum based in Canada's National Capital Region. The museum's exhibitions and public programs are housed in the Victoria Memorial Museum Building, a 18,910-square-metre structure (203,500 sq ft) in Ottawa, Ontario. The museum's administrative offices and scientific centres are housed at a separate location, the Natural Heritage Campus, in Gatineau, Quebec | Canadian Museum of Nature |
584 | The China-Canada Dinosaur Project (Chinese: 中国-加拿大恐龙计划; Pinyin: Zhōngguó-jiānádà kǒnglóng jìhuà; also known as Sino-Canadian Dinosaur Project) was a six-year series of palaeontological expeditions carried out by scientists from China and Canada.
History
Background
In the 19th and early-20th centuries, foreign and domestic researchers - including Roy Chapman Andrews and Yang Zhongjian - made many dinosaur-related discoveries in China and Mongolia, particularly in the Gobi Desert. This changed with the rise of the Chinese Communist Party and establishment of the People's Republic of China in 1949, which saw Chinese academia reorganized and some fields, including anthropology, fall out of favour over their perceived ties to imperialism | China-Canada Dinosaur Project |
585 | The Dinosaur Park Formation is the uppermost member of the Belly River Group (also known as the Judith River Group), a major geologic unit in southern Alberta. It was deposited during the Campanian stage of the Late Cretaceous, between about 76. 5 and 74 | Dinosaur Park Formation |
586 | Dinosaur Provincial Park is a UNESCO World Heritage Site situated a two hour drive east of Calgary, Alberta, Canada; or 48 kilometres (30 mi), about a half-hour drive northeast of Brooks.
The park is situated in the Red Deer River valley, which is noted for its striking badland topography, and abundance of dinosaur fossils. The park is well known for being one of the richest dinosaur fossil locales in the world | Dinosaur Provincial Park |
587 | Driftwood Canyon Provincial Park is a provincial park in British Columbia, Canada. Driftwood Canyon Provincial Park covers 23 ha of the Bulkley River Valley, on the east side of Driftwood Creek, a tributary of the Bulkley River, 10 km northeast of the town of Smithers. The park is accessible from Driftwood Road from Provincial Highway 16 | Driftwood Canyon Provincial Park |
588 | Fortune Head is a headland located about 1. 6 km (0. 99 mi) from the town of Fortune on the Burin Peninsula, southeastern Newfoundland | Fortune Head |
589 | Green Point is located 12 km north of the town of Rocky Harbour in Gros Morne National Park, on the west coast of Newfoundland. It is the home to a small summer fishing community and a drive-in campground. In 2000, Green Point was designated the Global Stratotype Section and Point (GSSP) representing the division between the Cambrian and the Ordovician systems | Green Point, Newfoundland and Labrador |
590 | The Gunflint chert (1. 88 Ga) is a sequence of banded iron formation rocks that are exposed in the Gunflint Range of northern Minnesota and northwestern Ontario along the north shore of Lake Superior. The Gunflint Chert is of paleontological significance, as it contains evidence of microbial life from the Paleoproterozoic | Gunflint chert |
591 | Joggins is a rural community located in western Cumberland County, Nova Scotia, Canada. On July 7, 2008 a 15-km length of the coast constituting the Joggins Fossil Cliffs was officially inscribed on the World Heritage List.
History
The area was known to the Mi'kmaq as "Chegoggins" meaning place of the large fish weir, a name modified by French and English settlers to Joggins | Joggins |
592 | Joggins is a rural community located in western Cumberland County, Nova Scotia, Canada. On July 7, 2008 a 15-km length of the coast constituting the Joggins Fossil Cliffs was officially inscribed on the World Heritage List.
History
The area was known to the Mi'kmaq as "Chegoggins" meaning place of the large fish weir, a name modified by French and English settlers to Joggins | Joggins |
593 | The McAbee Fossil Beds is a Heritage Site that protects an Eocene Epoch fossil locality east of Cache Creek, British Columbia, Canada, just north of and visible from Provincial Highway 97 / the Trans-Canada Highway (Highway 1). The McAbee Fossil Beds, comprising 548. 23 hectares (1,354 | McAbee Fossil Beds |
594 | Miguasha Provincial Park (French: Parc national de Miguasha) is a protected area near Carleton-sur-Mer on the Gaspé Peninsula of Quebec in Canada. Created in 1985 by the Government of Quebec, Miguasha was designated a World Heritage Site in 1999 in recognition of its wealth of fossils, which display a crucial time during the evolution of life on Earth. Other names for this site are the Miguasha Fossil Site, the Bay of Escuminac Fossil Site, the Upper Devonian Escuminac Formation, and the Hugh-Miller Cliffs | Miguasha National Park |
595 | Mistaken Point Ecological Reserve is a wilderness area and a UNESCO World Heritage Site located at the southeastern tip of Newfoundland's Avalon Peninsula in the Canadian province of Newfoundland and Labrador. The reserve is home to the namesake Mistaken Point Formation, which contains one of the most diverse and well-preserved collections of Precambrian fossils in the world. Ediacaran fossils discovered at the site constitute the oldest known remnants of multicellular life on Earth | Mistaken Point Ecological Reserve |
596 | Mistaken Point Ecological Reserve is a wilderness area and a UNESCO World Heritage Site located at the southeastern tip of Newfoundland's Avalon Peninsula in the Canadian province of Newfoundland and Labrador. The reserve is home to the namesake Mistaken Point Formation, which contains one of the most diverse and well-preserved collections of Precambrian fossils in the world. Ediacaran fossils discovered at the site constitute the oldest known remnants of multicellular life on Earth | Mistaken Point Ecological Reserve |
597 | The Mount Cap Formation is a geologic formation exposed in the Mackenzie Mountains, northern Canada. It was deposited in a shallow shelf setting in the late Early Cambrian, and contains an array of Burgess Shale-type microfossils that have been recovered by acid maceration.
Description
The formation is 100 to 300 metres (330 to 980 ft), and comprises shales, siltstones and sandstones with a high glauconite content | Mount Cap formation |
598 | The Mount Stephen trilobite beds (UNSM locality 14s) are a series of fossil strata on Mount Stephen, British Columbia that contain exceptionally preserved fossil material. Part of the same stratigraphic unit as the Burgess Shale deposit, many non-mineralized parts (such as anomalocarid claws, sponges, and trilobite legs) are preserved; in addition, a high density of trilobite fossils is present.
History
The trilobite beds were the first Burgess shale locality to be discovered | Mount Stephen trilobite beds |
599 | The Old Red Sandstone is an assemblage of rocks in the North Atlantic region largely of Devonian age. It extends in the east across Great Britain, Ireland and Norway, and in the west along the eastern seaboard of North America. It also extends northwards into Greenland and Svalbard | Old Red Sandstone |