Lameta Formation

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Lameta Formation
Stratigraphic range: Maastrichtian
~70–66  Ma
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Lameta Formation.tif
Exposure of the Lameta Formation at its type locality of Lameta
Type Geological formation
Underlies Intertrappean Beds, Deccan Traps deposits
Overlies Jabalpur Group or Precambrian Basement
Area5,000 km2 (1,900 sq mi)
ThicknessVariable, typically 18–45 m (59–148 ft)
Lithology
Primary Claystone, sandstone limestone
Other Conglomerate
Location
Coordinates 23°12′N80°00′E / 23.2°N 80.0°E / 23.2; 80.0
Approximate paleocoordinates 24°42′S63°12′E / 24.7°S 63.2°E / -24.7; 63.2
Region Western India
CountryFlag of India.svg  India
Extent Madhya Pradesh, Gujarat, Maharashtra, Andhra Pradesh, Telangana
Type section
Named forLameta Ghat
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Lameta Formation (India)

The Lameta Formation, also known as the Infratrappean Beds (not to be confused with the contemporaneous Intertrappean Beds), is a sedimentary geological formation found in Madhya Pradesh, Gujarat, Maharashtra, Telangana, and Andhra Pradesh, India, associated with the Deccan Traps. [1] It is of the Maastrichtian age (Late Cretaceous), and is notable for its dinosaur fossils.

Contents

History

The first fossils found in the Lameta Formation were discovered between 1917 and 1919. [2]

The Lameta Formation was first identified in 1981 by geologists working for the Geological Survey of India (GSI), G. N. Dwivedi and Dhananjay Mahendrakumar Mohabey, after being given limestone structures–later recognised as dinosaur eggs–by workers of the ACC Cement Quarry in the village of Rahioli near the city Balasinor in the Gujarat state of western India. [3]

Lithology

The formation is underlain by the Lower Cretaceous sedimentary "Upper Gondwana Sequence" also known as the Jabalpur Formation, and is overlain by the Deccan Traps basalt. The Lameta Formation is only exposed at the surface as small isolated outcrops associated with the Satpura Fault. The lithology of the formation, depending on the outcrop, consists of alternating clay, siltstone and sandstone facies, deposited in fluvial and lacustrine conditions. The environment at the time of deposition has alternatively been considered semi-arid, or tropical humid. [4] [5]

Fossil content

Many dubious names have been created for isolated bones, but several genera of dinosaurs from these rocks are well-supported, including the titanosaur sauropods Isisaurus and Jainosaurus and the Abelisaurs Indosaurus , Indosuchus , and Rajasaurus and Noasaurids Laevisuchus . [6] Synapsids are also known form the formation, such as the possibly late surviving Avashishta ,possibly the last known non- mammalian synapsid the possibly youngest known stegosaurian ichnogenus Deltapodus , madtsoiid snakes and other fossils.

Dinosaurs

Dinosaurs of Lameta Formation in which a group of Rajasaurus (Middle) hunting an Isisaurus (Middle) with an Indosuchus (bottom left) watching it with her chicks and a Laevisuchus (Bottom right) running with two Jainosaurus (Top Left) in the background Morning hunting in India.jpg
Dinosaurs of Lameta Formation in which a group of Rajasaurus (Middle) hunting an Isisaurus (Middle) with an Indosuchus (bottom left) watching it with her chicks and a Laevisuchus (Bottom right) running with two Jainosaurus (Top Left) in the background
Color key
Taxon Reclassified taxonTaxon falsely reported as presentDubious taxon or junior synonym Ichnotaxon Ootaxon Morphotaxon
Notes
Uncertain or tentative taxa are in small text; crossed out taxa are discredited.

Ornithischians

GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Ankylosauria?IndeterminateRahioliIsolated vertebrae, scapulocoracoid, humerus, femur, and several armor fragments such as hollow lateral spikes and solid dorsal scutes. [7] Described as a nodosaurid, but the limb bones are titanosaurian. [8]
Brachypodosaurus B. gravisChota Simla Hill"Humerus." [9] May not be dinosaurian
Ceratopsia?IndeterminateKhedaHorncore base.Originally described as a ceratopsian horncore, [10] but likely represents a theropod limb element or a dorsal rib of a theropod or a titanosauriform. [11]
Deltapodus [12] sp.JetholiSolitary footprint.A Possible Late Cretaceous Stegosaur, Like Dravidosaurus.
Hypsilophodontidae? [13] Indeterminate.Vikarabad.Teeth.Hypsilophodontidae is not a natural grouping.
Ornithischia [14] IndeterminateKhedaBraincase.Indeterminate Ornithischian.
Spheroolithus ?sp.Polgaon,

Tidkepar

Egg fossils.Questionably assigned to this genus [15]

Sauropods

GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Ikqaumishan I. smqureshiTemple Hill, Rahioli
Isisaurus I. colbertiDongargaon HillHolotype skeleton consists of cervical, dorsal, sacral, caudal vertebrae, ribs, pelvis, scapula, coracoid, left forelimb, and other bones. Other specimens such as skull, hindlimb, and foot bones are unknown.A titanosaur.
Isisaurus DB.jpg
Jainosaurus J. septentrionalisBara Simla"Basicranium and partial postcranial skeleton." [16] A titanosaur.
Jainosaurus septentrionalis life restoration.png
Qaikshaheen Q. masoomniazi
Pakisaurus P. balochistaniTemple Hill, RahioliA femur boneA titanosaur.
Titanosaurus T. blanfordi
  • Panchgaon
  • Pisdura Hill
Caudal vertebrae. [17] A dubious genus of titanosaur. [18]
T. blanfordi holotype distal caudal vertebra Titanosaurus blanfordi.jpg
T. blanfordi holotype distal caudal vertebra
T. indicusPisdura HillTeeths, Caudal vertebrae and chevron. [19]
''T. indicus holotypic distal caudal vertebra Titanosaurus.jpg
''T. indicus holotypic distal caudal vertebra
Megaloolithus [20] M. cylindricusChui Hill, Bara Simla, Nand region, Pavan, Ghorpend, Bagh Caves, Dhar, Indwan, Kadwal, Dholiya Raipuriya village, Akhada village, Jhaba village, Padlya village, Jhabua, Dohad, Jhalod, Garadi, Kheda, Rahioli, Dholi Dungri.Sauropod egg fossils
Fossils in the Indian Museum, Kolkata 13.jpg
M. dhoridungriensis
M. jabalpurensis
M. khempurensis
M. megadermus
M. problematica
M. walpurensis
M. sp.
Titanosauriform [21] IndeterminateUkala.Dorsal vertebrae, parts of illia and pelvis and limb bones.A titanosauriform.

Theropods

Abelisauridae
GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Compsosuchus C. solusBara Simla"Vertebrae"Previously considered a Noasaurid now considered an indeterminate Abelisaurid [22]
Indosuchus Indosuchus.jpg
Indosuchus
Rahiolisaurus Rahiolisaurus restoration.png
Rahiolisaurus
Rajasaurus Rajasaurus restoration.jpg
Rajasaurus
Indosaurus I. matleyiBara SimlaPartial skeleton, including a partial skull. [23] An abelisaur.
Indosuchus I. raptoriusBara SimlaCranial remains, including two braincases, as well as a nearly complete skeleton. [23] An abelisaur.
Ornithomimoides O. barasimlensisBara Simla"Vertebrae." [24] An abelisaurid [25]
O. mobilisBara Simla"Vertebrae" [24]
Rahiolisaurus R. gujaratensisRahioli VillageCervical, dorsal, sacral, and caudal vertebrae, portions of pectoral and pelvic girdles, and several hind limb bones of different individuals.An abelisaurid.
Rajasaurus R. narmadensisTemple Hill, RahioliA partial skeleton consists of maxillae, premaxillae, braincase, and quadrate bone on the skull; and spine, hip bone, legs, and tail in post-cranial remains.An abelisaurid.
Noasauridae
GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Laevisuchus L. indicusBara SimlaOnly vertebrae. [23] A noasaurid.
Noasaurinae IndeterminatePisdura HillA partial dentary [25] A noasaurid noasaurine.
Other Theropods
GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Coeluroides C. largusBara Simla"Isolated vertebrae." [24] A Indeterminate theropod also known from Dabrazhin Formation of Kazakhstan
Dryptosauroides D. grandisBara Simla"Vertebrae." [24]
Ellipsoolithus [26] E. khedaensisKhedaEggs Theropod egg fossils.
Jubbulpuria J. tenuisBara Simla"Vertebrae." [24] Likely junior synonym of Laevisuchus [25]
Lametasaurus L. indicusBara Simla"Sacrum, ilia, tibia." [24] "Sacrum, ilia, tibia, spines, armor." [27]
? Megalosaurus Referred to as the 'E' morphotypeRahioliA solitary tooth. [28] Originally identified as belonging to Megalosaurus, however may instead represent a troodontid. [29]
Orthogoniosaurus O. matleyiBara Simla"Tooth" [24]
Ornithomimidae [30] indetBara SimlaA probable Indian Ornithomimid.
Trachoolithus [31] T. faticanusBara SimlaEggs. Theropod egg fossils.

Reptile

Snakes

GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Madtsoia M. pisdurensis [32] Pidura HillUpperA madtsoiid snake.
Sanajeh S. indicusDholi DungriA skull, precloaca vertebrae and ribs.A madtsoiid snake.
Sanajeh about to attack a titanosaur hatchling Sanajeh attacking sauropod.png
Sanajeh about to attack a titanosaur hatchling

Crocodylomorphs

GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Dyrosauridae [33] [13] [34] Indeterminate.Kisalpuri and Vikarabad.Vertebrae, eggs and teeth.Non-Phosphatosaurinae Dyrosaurid Crocodylomorphs.

Turtles

GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Jainemys J. pisdurensisPisdura hillA bothremydid side-necked turtle.
Pelomedusidae [35] [36] IndeterminateA turtle.

Mammals

GenusSpeciesLocationStratigraphic positionMaterialNotesImages
Avashishta A. bacharamensis [37] BacharamA Haramiyida Mammal.

Mollusca

GenusSpeciesLocationNotes
Mollusca Indeterminate
Gastropoda Indeterminate
Viviparus V. normalis
Physa P. sp.
Paludina P. deccanensis
Lymnaea L. subulata
Unio U. sp.

See also

Related Research Articles

<i>Rajasaurus</i> Abelisaurid dinosaur genus from Late Cretaceous India

Rajasaurus is a genus of carnivorous abelisaurid theropod dinosaur from the Late Cretaceous of India, containing one species: Rajasaurus narmadensis. The bones were excavated from the Lameta Formation in the Gujarat state of Western India, probably inhabiting what is now the Narmada River Valley. It was formally described by palaeontologist Jeffrey A. Wilson and colleagues in 2003 based on a partial skeleton comprising the braincase, spine, hip bone, legs, and tail–a first for an Indian theropod. The dinosaur likely measured 6.6 metres (22 ft), and had a single horn on the forehead which was probably used for display and head-butting. Like other abelisaurids, Rajasaurus was probably an ambush predator.

<span class="mw-page-title-main">Abelisauridae</span> Extinct family of dinosaurs

Abelisauridae is a family of ceratosaurian theropod dinosaurs. Abelisaurids thrived during the Cretaceous period, on the ancient southern supercontinent of Gondwana, and today their fossil remains are found on the modern continents of Africa and South America, as well as on the Indian subcontinent and the island of Madagascar. Isolated teeth were found in the Late Jurassic of Portugal, and the Late Cretaceous genera Tarascosaurus, Arcovenator and Caletodraco have been described in France. Abelisaurids possibly first appeared during the Jurassic period based on fossil records, and some genera survived until the end of the Mesozoic era, around 66 million years ago.

<i>Dravidosaurus</i> Extinct species of reptile

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<i>Deltadromeus</i> Theropod dinosaur genus from mid-Cretaceous Period

Deltadromeus is a genus of theropod dinosaur from the Aoufous Formation of Morocco.

Brachypodosaurus is a dubious genus of dinosaur, possibly an ornithischian, from the Late Cretaceous Lameta Formation (Maastrichtian) in India.

<i>Indosaurus</i> Extinct genus of dinosaurs

Indosaurus is a genus of dubious carnivorous theropod dinosaur that lived in what is now India, about 69 to 66 million years ago during the Maastrichtian division of the Late Cretaceous.

<i>Compsosuchus</i> Extinct genus of dinosaurs

Compsosuchus is a dubious genus of abelisauroid dinosaur from the Late Cretaceous Lameta Formation of India.

<i>Isisaurus</i> Extinct genus of dinosaurs

Isisaurus is a genus of titanosaurian dinosaur from the Late Cretaceous Lameta Formation of India and Pab Formation of Pakistan. The genus contains a single species, Isisaurus colberti.

<i>Jubbulpuria</i> Extinct genus of dinosaurs

Jubbulpuria is the name given to a dubious genus of small dinosaur from the Late Cretaceous Lameta Formation of India.

<i>Laevisuchus</i> Extinct genus of dinosaurs

Laevisuchus is a genus of theropod dinosaur from the Late Cretaceous. Its remains were discovered by Charles Alfred Matley near Jabalpur in Maastrichtian "Carnosaur Bed" deposits in the Lameta Formation in Madhya Pradesh, central India, and were named and described by paleontologists Friedrich von Huene and Matley in 1933.

<i>Ornithomimoides</i> Extinct genus of dinosaurs

Ornithomimoides is a dubious genus of theropod dinosaur, from the Late Cretaceous Lameta Formation of India. Two species have been identified, the type species O. mobilis and O. barasimlensis, were named by von Huene in 1932 and were described by Matley in 1933 though they are known only from isolated vertebrae. O. barasimlensis is known from five dorsal vertebrae, and O. mobilis from four smaller vertebrae, found at the same location.

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The Intertrappean Beds are a Late Cretaceous and early Paleogene geologic unit in India. These beds are found as interbeds between Deccan Traps layers, including the slightly older Lameta Formation. They consist a number of different subgroups and formations, and span the Cretaceous–Paleogene boundary.

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<span class="mw-page-title-main">Sunil Bajpai</span> Indian Paleontologist

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Avashishta bacharamensis is an extinct genus of a possibly late surviving haramiyid from the Maastrichtian Lameta formation of India. It is known from a solitary molariform tooth. It might represent the last known non-mammalian synapsid.

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