Paleontological Type Specimens

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28 TRIASSIC INVERTEBRATE TYPES Dicerocardium baconicum VÉGH-NEUBRANDT, 1974 holotype, 2004.16.1. Norian, Main Dolomite Formation Nyírespuszta, Nagytárkány, Csabrendek V-N74, p. 27 (18), pl. 2, fig. 2, pl. 10, figs. 1a–b Dicerocardium furcatolateratum VÉGH- NEUBRANDT, 1974 holotype, 2004.21.1. Norian, Main Dolomite Formation trench east of Deákipuszta, Nyirád V-N74, p. 27 (17), pl. 8, figs. 1a–b, pl. 9, fig. 1c Dicerocardium pteriiforme VÉGH-NEUBRANDT, 1963 holotype, 2004.14.1. Norian, Dachstein Limestone Formation Vinye Sándor-major, Cuha-völgy, Bakonyszentlászló V-N63, p. 339 (336), pl. 17, figs. 1a–e Inventory number in original publication: 12.158 Dicerocardium pteriiforme VÉGH-NEUBRANDT, 1963 paratype, 2004.33.1. Norian, Dachstein Limestone Formation Vinye Sándor-major, Cuha-völgy, Bakonyszentlászló V-N63, p. 339 (336) Lima chinensis LÓCZY, 1897 syntypes Middle Triassic, “yellow sandstone and shale” Chung-tien Plateau (3500 m a.s.l.), China Lóc97, p. 121, pl. 10, figs. 8–11 Translated description in German edition, LÓCZY 1899: p. 142. Types probably lost Megalodon subcolumbella KOKEN, 1913 neotype, 2004.18.1. Norian, Main Dolomite Formation quarry beside Sümeg–Tapolca road, Újdörögd, Zalahaláp Kok13, p. 32 Rossiodus subcolumbella, V-N82 Neotype designated and figured in VÉGH- NEUBRANDT 1982: p. 324, text-fig. 153b Megalodus arcuatus VÉGH-NEUBRANDT, 1963 replica of holotype, 2006.105.1. Norian, Dachstein Limestone Formation Várbükk, Csesznek V-N63, p. 338 (335), pl. 15, figs. 1a–c Neomegalodon arcuatus arcuatus, V-N82 Inventory number in original publication: 12.181 Megalodus arcuatus inflatus VÉGH-NEUBRANDT, 1963 holotype, 2004.1.1. Norian, Dachstein Limestone Formation Vinye Sándor-major, Cuha-völgy, Bakonyszentlászló V-N63, p. 339 (335), pl. 16, figs. 1a–c Neomegalodon arcuatus inflatus, V-N82 Inventory number in original publication: 12.176 Myophoria kreitneri LÓCZY, 1897 syntypes Middle Triassic, “yellow sandstone and shale” Chung-tien Plateau (3500 m a.s.l.), China Lóc97, p. 132, pl. 9, figs. 25, 26 Translated description in German edition, LÓCZY 1899: p. 156. Types probably lost Myophoria radiata LÓCZY, 1897 syntypes Middle Triassic, “yellow sandstone and shale” Chung-tien Plateau (3500 m a.s.l.), China Lóc97, p. 131, pl. 9, figs. 21, 22 Translated description in German edition, LÓCZY 1899: p. 155. Types probably lost Myophoria széchenyii LÓCZY, 1897 syntypes Middle Triassic, “yellow sandstone and shale” Chung-tien Plateau (3500 m a.s.l.), China Lóc97, p. 130, pl. 9, figs. 14–20 Translated description in German edition, LÓCZY 1899: p. 153. Types probably lost Neomegalodon (Gemmelarodus) paronai praenoricus VÉGH-NEUBRANDT, 1974 holotype, 2004.34.1. Carnian, Main Dolomite Formation Aranyos-völgy, Veszprém V-N74, p. 24 (12), pl. 4, figs. 5a–d (pl. 4, figs. 7–8, pl. 7, fig. 3)
Neomegalodon (Gemmelarodus) paronai praenoricus VÉGH-NEUBRANDT, 1974 paratype, 2004.35.1. Carnian, Main Dolomite Formation Aranyos-völgy, Veszprém V-N74, p. 24 (12), pl. 4, figs. 6a–d Neomegalodon (Gemmelarodus) paronai praenoricus VÉGH-NEUBRANDT, 1974 paratype, 2004.36.1. Carnian, Main Dolomite Formation Aranyos-völgy, Veszprém V-N74, p. 24 (12), pl. 4, figs. 4a–d Neomegalodon (Gemmelarodus) paronai praenoricus VÉGH-NEUBRANDT, 1974 paratype, 2004.39.1. Carnian, Main Dolomite Formation Kisgellérthegy, Budapest V-N74, p. 24 (12), pl. 3, figs. 3a–d Neomegalodon (Gemmelarodus) paronai praenoricus VÉGH-NEUBRANDT, 1974 paratype, 2004.40.1. Carnian, Main Dolomite Formation Vörös-hegy, Gyermely V-N74, p. 24 (12), pl. 3, figs. 1a–d Neomegalodon (Gemmelarodus) paronai praenoricus VÉGH-NEUBRANDT, 1974 paratypes, 2004.41.1–4., 2004.45.1–22. Carnian, Main Dolomite Formation Aranyos-völgy, Veszprém V-N74, p. 24 (12) Neomegalodon (Gemmelarodus) paronai praenoricus VÉGH-NEUBRANDT, 1974 paratype, 2006.88.1. Carnian, Main Dolomite Formation Gánt V-N74, p. 24 (12), pl. 3, figs. 2a–d Parallelodon baconicum VÉGH, 1964 holotype, 2004.37.1. Norian, Main Dolomite Formation 500 m north of railway station, east side of Hárskúti út, Márkó Vég64, p. 339 (336), pl. 23, fig. 1 Inventory number in original publication: 12.186 BIVALVIA 29 Physocardia julii VÉGH-NEUBRANDT, 1974 holotype, 2004.20.1. Carnian, Veszprém Marl Formation Öregszőlők, Csákberény V-N74, p. 28 (18), pl. 5, figs. 2a–c Pinna transdanubica VÉGH, 1964 holotype, 2004.3.1. Norian, Main Dolomite Formation between Kajmát quarry and road to Balinka, Bodajk Vég64, p. 339 (336), pl. 23, figs. 2a–c Inventory number in original publication: 12.187 Rhaetomegalodon acutareatus VÉGH-NEUBRANDT, 1974 holotype, 2004.2.1. Rhaetian, Dachstein Limestone Formation Hétházpuszta quarry, Bakonycsernye V-N74, p. 26 (16), pl. 7, figs. 1a–c Rhaetomegalodon bajotensis VÉGH-NEUBRANDT, 1969 holotype, M.97.67 Rhaetian, Dachstein Limestone Formation Öreg-kő, Bajót V-N69, p. 123 Inventory number in original publication: 12.212/a. Type figured in VIGH 1914: text-fig. 48, pl. 3, fig. 3 (as Megalodus eupalliatus FRECH). Text-fig. 178 in VÉGH-NEUBRANDT 1982 shows a different specimen Rhaetomegalodon bajotensis VÉGH-NEUBRANDT, 1969 paratype, M.96.435 Rhaetian, Dachstein Limestone Formation Öreg-kő, Bajót V-N69, p. 123 Inventory number in original publication: 12.212/b Rhaetomegalodon incisus gutnici VÉGH- NEUBRANDT, 1976 paratype, 2004.47.1. Rhaetian, Leylek Limestone Formation Sorkun Yayla, Beyşehir, Turkey V-N76, p. 209 (pl. 3, figs. 9–11)
Page 1: CATALOGUE OF INVERTEBRATE AND VERTE
Page 5 and 6: Catalogue of Invertebrate and Verte
Page 7 and 8: Contents Introduction .............
Page 9 and 10: Introduction Type specimens constit
Page 11 and 12: INTRODUCTION 9 the move of our coll
Page 13 and 14: Data category Data fields in printe
Page 15 and 16: INTRODUCTION 13 assignments are rev
Page 17: INTRODUCTION 15 and Katalin BABÁK
Page 20 and 21: 18 PALEOZOIC INVERTEBRATE TYPES Spi
Page 22 and 23: 20 TRIASSIC INVERTEBRATE TYPES 1.6.
Page 24 and 25: 22 TRIASSIC INVERTEBRATE TYPES Hugl
Page 26 and 27: 24 TRIASSIC INVERTEBRATE TYPES Podo
Page 28 and 29: 26 TRIASSIC INVERTEBRATE TYPES Spon
Page 32 and 33: 30 TRIASSIC INVERTEBRATE TYPES Tria
Page 34 and 35: 32 JURASSIC INVERTEBRATE TYPES Thec
Page 36 and 37: 34 JURASSIC INVERTEBRATE TYPES Troc
Page 38 and 39: 36 JURASSIC INVERTEBRATE TYPES Lyto
Page 40 and 41: 38 CRETACEOUS INVERTEBRATE TYPES Co
Page 42 and 43: 40 PALEOCENE INVERTEBRATE TYPES Sca
Page 44 and 45: 42 EOCENE INVERTEBRATE TYPES Gaudry
Page 46 and 47: 44 EOCENE INVERTEBRATE TYPES Nummul
Page 48 and 49: 46 EOCENE INVERTEBRATE TYPES Nummul
Page 50 and 51: 48 EOCENE INVERTEBRATE TYPES Vulvul
Page 52 and 53: 50 EOCENE INVERTEBRATE TYPES Arcopa
Page 54 and 55: 52 EOCENE INVERTEBRATE TYPES Bayani
Page 56 and 57: 54 EOCENE INVERTEBRATE TYPES Cylich
Page 58 and 59: 56 EOCENE INVERTEBRATE TYPES Margin
Page 60 and 61: 58 EOCENE INVERTEBRATE TYPES Rissoa
Page 62 and 63: 60 EOCENE INVERTEBRATE TYPES Vexill
Page 64 and 65: 62 EOCENE INVERTEBRATE TYPES Budapa
Page 66 and 67: 64 EOCENE INVERTEBRATE TYPES Harpac
Page 68 and 69: 66 EOCENE INVERTEBRATE TYPES Prochl
Page 70 and 71: 68 OLIGOCENE INVERTEBRATE TYPES Den
Page 72 and 73: 70 OLIGOCENE INVERTEBRATE TYPES Pat
Page 74 and 75: 72 OLIGOCENE INVERTEBRATE TYPES Avi
Page 76 and 77: 74 OLIGOCENE INVERTEBRATE TYPES Fla
Page 78 and 79: 76 OLIGOCENE INVERTEBRATE TYPES Lim
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78 OLIGOCENE INVERTEBRATE TYPES Nea
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80 OLIGOCENE INVERTEBRATE TYPES Sem
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82 OLIGOCENE INVERTEBRATE TYPES Cal
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84 OLIGOCENE INVERTEBRATE TYPES Ech
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86 OLIGOCENE INVERTEBRATE TYPES Har
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88 OLIGOCENE INVERTEBRATE TYPES Oci
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90 OLIGOCENE INVERTEBRATE TYPES Ros
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92 OLIGOCENE INVERTEBRATE TYPES Tur
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94 OLIGOCENE INVERTEBRATE TYPES Vol
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96 MIOCENE INVERTEBRATE TYPES Thaum
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98 MIOCENE INVERTEBRATE TYPES Quinq
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100 MIOCENE INVERTEBRATE TYPES Cham
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102 MIOCENE INVERTEBRATE TYPES Chla
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104 MIOCENE INVERTEBRATE TYPES 8.4.
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106 MIOCENE INVERTEBRATE TYPES Erat
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108 MIOCENE INVERTEBRATE TYPES Nass
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110 MIOCENE INVERTEBRATE TYPES Siga
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112 MIOCENE INVERTEBRATE TYPES Bala
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114 MIOCENE INVERTEBRATE TYPES Cros
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116 MIOCENE INVERTEBRATE TYPES Pagu
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118 MIOCENE INVERTEBRATE TYPES Petr
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120 MIOCENE INVERTEBRATE TYPES Upog
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122
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124 VERTEBRATE TYPES Cybium lóczyi
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126 VERTEBRATE TYPES Lepidopus hung
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128 VERTEBRATE TYPES Hungarosaurus
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130 VERTEBRATE TYPES Hungarosaurus
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132 VERTEBRATE TYPES Iharkutosuchus
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134 VERTEBRATE TYPES Testudo sütt
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136 VERTEBRATE TYPES Allocricetus
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138 VERTEBRATE TYPES Anomalospalax
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140 VERTEBRATE TYPES Cricetinus jan
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142 VERTEBRATE TYPES Dolomys miller
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144 VERTEBRATE TYPES Karstocricetus
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146 VERTEBRATE TYPES Mammonteus hun
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148 VERTEBRATE TYPES Mastodon (Buno
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150 VERTEBRATE TYPES Mustela martel
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152 VERTEBRATE TYPES Pachycrocuta r
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154 VERTEBRATE TYPES Petényia hung
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156 VERTEBRATE TYPES Promimomys mic
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158 VERTEBRATE TYPES Rhinolophus va
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160 VERTEBRATE TYPES Rhinolophus va
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162 VERTEBRATE TYPES Sicista praelo
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164 VERTEBRATE TYPES Talpa vulgaris
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166 VERTEBRATE TYPES Ursus etruscus
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168 VERTEBRATE TYPES Ursus etruscus
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170
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172 PALEONTOLOGICAL TYPE CATALOGUE
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Type specimens are the scientifical
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Paleontological Type Specimens

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