Rovno Amber, Ukryantar factory material (SIZK UA collection) (Eocene of Ukraine)
Where: Ukraine (50.6° N, 26.3° E: paleocoordinates 49.8° N, 21.7° E)
• coordinate estimated from map
• local area-level geographic resolution
When: Priabonian (38.0 - 33.9 Ma)
• Likely roughly contemporaneous with late Eocene Baltic amber
Environment/lithology: terrestrial; amber
Size class: mesofossils
Preservation: amber
Collection methods: surface (float)
• Schmalhausen Institute of Zoology of National Academy of Sciences of Ukraine (Kiev). Material from Klesov (Pugach quarry) and Vol'noe near Dubrovitsa was mixed at the UkrYantar factory, so the provenance cannot be determined (prior to 2003).
Primary reference: S. A. Simutnik. 2002. A new genus of encyrtid wasps (Hymenoptera, Chalcidoidea, Encyrtidae) from Late Eocene Rovno Amber (Ukraine). Vestnik Zoologii 36:99-102 [M. Clapham/M. Clapham]more details
Purpose of describing collection: taxonomic analysis
PaleoDB collection 113621: authorized by Matthew Clapham, entered by Jered Karr on 03.08.2011, edited by Matthew Clapham, Amy Delelli and Arram Noshirvan
Creative Commons license: CC BY (attribution)
Taxonomic list
Show authors, comments, and common names
| Arachnida | |
|
| |
Pyemotes primus n. sp.27
| |
|
| |
Balticonopsis perkovskyi n. sp.68
| |
|
| |
"Succinero rovnoensis n. sp." = Ero rovnoensis68
| |
| Insecta | |
Rovnocapnia ambita n. sp.61
| |
Supella eocenica n. sp.1
Supella eocenica n. sp.1 Anisyutkin and Perkovsky 2023 cockroach SIZK UA-1547; UA-29000 in Anisyutkin et al., 2024
| |
Parastylotermes nathani n. sp.49
| |
|
| |
"Phloeothrips schlechtendali" = Phlaeothrips schlechtendali57
| |
"Loricula perkovskyi n. sp." = Loricula (Myrmericula) perkovskyi53
"Loricula perkovskyi n. sp." = Loricula (Myrmericula) perkovskyi53 Putshkov and Popov 2003 true bug UA-1085
| |
|
| |
|
| |
|
| |
|
| |
|
| |
|
Astigmaton ichneumonoides n. gen. n. sp.24 Kasparyan 2001 ichneumon wasp SIZK UA-662 (erroneously Baltic amber, fide Tolkanitz et al. 2005)
| |
Formicidae indet.9, Dolichoderus sp.9, Dolichoderus robustus n. sp.6, Dolichoderus zherichini n. sp.9, Dolichoderus perkovskyi n. sp.7, Dolichoderus polessus n. sp.6, "Tapinoma aberrans n. sp." = Tapinoma glaesaria9, Tapinoma electrinum n. sp.9, Ctenobethylus goepperti9, "Iridomyrmex geinitzi" = Yantaromyrmex geinitzi9, "Pseudolasius boreus" = Sussudio boreus30, Lasius schiefferdeckeri9, Prenolepis henschei9, Formica gustawi8, Formica gustawi9, Formica flori9, Plagiolepis klinsmanni9, Plagiolepis minutissima n. sp.9, "Camponotus mengei" = Eocamponotus mengei9, Myrmicinae indet.9, Fallomyrma transversa n. gen. n. sp.10, Lelejus venustus n. gen. n. sp.54, "Oligomyrmex ucrainicus n. sp." = Carebara ucrainica9, "Oligomyrmex nitidus n. sp." = Carebara nitida9, Aphaenogaster antiqua n. sp.9, "Tetraponera angustata" = Tetraponera simplex9, Gnamptogenys europaea9
Ctenobethylus goepperti9 Mayr 1868 ant UA-56,58,63,338,364,541,699,700,796,874,910,911,931,949,1001,1058,1250(2),1286,1315,1383,1414
| |
|
| |
|
| |
Ctenoplectrella zherikhini n. sp.12
| |
|
| |
|
| |
Eocencyrtus zerovae n. gen. n. sp.59, Archaeocercoides puchkovi n. gen. n. sp.60, Eocencnemus sugonjaevi n. gen. n. sp.
| |
Ptinella rovnoensis n. sp.52
| |
Leptusa (Protoleptusa) defuncta n. sp.55, Rovnoscydmus sp.22, Microscydmus "sp. 1"22, Vertheia "sp. 1"22
| |
Bacanius kirejtshuki n. sp.62
| |
|
| |
"Helcophorus (Thibeteros) ekaterinae n. sp." = Hiekeolycus ekaterinae26
"Helcophorus (Thibeteros) ekaterinae n. sp." = Hiekeolycus ekaterinae26 Kazantsev and Perkovsky 2022 net-winged beetle SIZK UA-28623
| |
|
| |
Dermestes (Dermestes) vetustus n. sp.71
| |
Cryptophagus vorontsovi n. sp.36, Atomaria (Atomaria) saxonica32, Atomaria (Anchicera) telnovi n. sp.35
Atomaria (Anchicera) telnovi n. sp.35 Lyubarsky and Perkovsky 2024 silken fungus beetle SIZK UA-28149
| |
Protocephaloncus perkovskyi n. gen. n. sp.65
| |
"Glaesotropis diadiasashai n. sp." = Glaesotropis (Glaesotropis) diadiasashai20
"Glaesotropis diadiasashai n. sp." = Glaesotropis (Glaesotropis) diadiasashai20 Gratshev and Perkovsky 2008 fungus weevil SIZK UA-2223
| |
Caulophilus zherikhini n. sp.41, Taphramites rovnoensis n. sp.51, Xylechinus mozolevskae n. sp.51, Paonaupactus gracilis31
Taphramites rovnoensis n. sp.51 Petrov and Perkovsky 2008 bark beetle SIZK UA-536, 545, 685b, 989, 989a, 521
| |
|
| |
"Latridius usovae n. sp." = Latridius alexeevi56
"Latridius usovae n. sp." = Latridius alexeevi56 Bukejs et al. 2011 minute brown scavenger beetle UA-51
| |
Antephilorhizus zerovae n. sp.28
| |
Electroadicella unipetra n. sp.40
| |
|
Holocentropus flexiflagrum37 Melnitsky and Ivanov 2010 caddisfly SIZK UA-997 (N-997 in Melnitsky & Ivanov, 2010)
| |
|
| |
Archaeotinodes reveraverus n. sp.37
| |
|
| |
Mycetobia perkovskyi n. sp.66
| |
Rovnodidactylomyia zosimovichi n. gen. n. sp.18, Jaapiella acinaciformis n. sp.15, Didymomyia accidentalis n. sp.15, Kovaleviola injusta n. gen. n. sp.45, "Brachineurina pyxidiiformis n. sp." = Brachyneurina pyxidiiformis15, Nascensluna mellea n. gen. n. sp.19, Spungisiola insuperabilis n. gen. n. sp.45, Strobliella appropinquata n. sp.14, Aprionus improvisus n. sp.16, Neurolyga declinata n. sp.14, Bryomyia necessaria n. sp.16, Campylomyza falciformis n. sp.14, Conarete laesus n. sp.44, Heterogenella sparsa n. sp.44, Aprionus admirandus n. sp.44, Peromyia sukachevae n. sp.44, Vicemyia immediata n. gen. n. sp.16, Campylomyza superposita n. sp.14, Peromyia zherikhini n. sp.44, Monardia impellucida n. sp.16, Xylopriona aristata n. sp.16, Peromyia autonoma n. sp.44, Peromyia miranda n. sp.44, Micromyia convoluta n. sp.44, Camptomyia aufuga n. sp.14, Diadocidia bifurcata n. sp.14, "Bryocrypta laqueata n. sp." = Rovnoholoneurus laqueatus15, Bryocrypta catenulata n. sp.15, Adsumyia integra n. gen. n. sp.45, Winnertzia isotoma n. sp.15, Winnertzia bellata n. sp.15, Winnertzia recusata n. sp.45, Leptosyna assa n. sp.17, Leptosyna shcherbakovi n. sp.17, Tutkowskia ukrainica n. gen. n. sp.46, "Strobliella capitata n. sp." = Henria capitata14, Stellasegna vlaskini n. gen. n. sp.17, "? Aprionus vlaskini n. sp." = Miastor vlaskini16, Vincinescia alisae n. gen. n. sp.17, Frirenia melica n. sp.17, Frirenia lukashevichae n. sp.17
"Brachineurina pyxidiiformis n. sp." = Brachyneurina pyxidiiformis15 Fedotova 2005 gall midge UA-347
| |
Chironominae indet.70, Cladopelma sp.70, Macropelopia sp.70, Ablabesmyia sp.70, Orthocladiinae indet.70, Brillia sp.70, Cricotopus sp.70, Metriocnemus sp.70, Limnophyes sp.70, Orthocladius sp.70, Smittia sp.70, Heterotrissocladius cf. paleolacustris70, Hydrosmittia sp.70
| |
Culicoides sp.63, Culicoides speciosus63, Bezzia eocenica63, Palpomyia sp.63, Meunierohelea sp.63, Stilobezzia sp.63, "Stilobezzia falcata" = Stilobezzia (Acanthohelea) falcata63, "Monohelea clunipes" = Monogedania clunipes63, Eohelea grogani63, Eohelea sinuosa63, Eohelea gedanica63, Ceratopogon sp.63, Ceratopogon eminens63, Ceratopogon forcipiformis63, Brachypogon sp.63, "Brachypogon prominulus" = Brachypogon (Isohelea) prominulus63, Brachypogon balticus63, Forcipomyia sp.63
Eohelea gedanica63 Szadziewski 1988 biting midge UA-693 (1 male/2 females, not 1m/1f; also UA-2215 according to Perkovsky, 2013)
"Brachypogon prominulus" = Brachypogon (Isohelea) prominulus63 Meunier 1904 biting midge UA-734, 1284, 1883b
| |
Hellichiella polessica n. sp.48
| |
Lepismachilis (Berlesilis) eocaenica n. sp.23
| |
1Anisyutkin and Perkovsky 2023; 2Bellés and Perkovsky 2016; 3Chemyreva et al. 2024; 4Colombo et al. 2020; 5Colombo et al. 2021; 6Dlussky 2002; 7Dlussky 2008; 8Dlussky 2008; 9Dlussky and Perkovsky 2002; 10Dlussky and Radchenko 2006; 11Engel and Perkovsky 2006; 12Engel and Perkovsky 2006; 13Engel and Perkovsky 2006; 14Fedotova and Perkovsky 2004; 15Fedotova and Perkovsky 2005; 16Fedotova and Perkovsky 2007; 17Fedotova and Perkovsky 2009; 18Fedotova and Perkovsky 2011; 19Fedotova and Perkovsky 2014; 20Gratshev and Perkovsky 2008; 21Grichanov 2000; 22Jałoszyński and Perkovsky 2016; 23Kaplin and Perkovsky 2018; 24Kasparyan 2001; 25Kazantsev and Perkovsky 2014; 26Kazantsev and Perkovsky 2022; 27Khaustov and Perkovsky 2010; 28Kirichenko-Babko et al. 2022; 29Kononova 2003; 30LaPolla and Dlussky 2010; 31Legalov et al. 2019; 32Lyubarsky et al. 2024; 33Lyubarsky and Perkovsky 2012; 34Lyubarsky et al. 2023; 35Lyubarsky et al. 2024; 36Lyubarsky et al. 2024; 37Melnitsky and Ivanov 2010; 38Melnitsky and Ivanov 2013; 39Melnitsky et al. 2024; 40Melnitsky et al. 2024; 41Nazarenko et al. 2011; 42Perkovsky 2006; 43Perkovsky 2017; 44Perkovsky and Fedotova 2004; 45Perkovsky and Fedotova 2008; 46Perkovsky and Fedotova 2008; 47Perkovsky and Rasnitsyn 2013; 48Perkovsky and Sukhomlin 2016; 49Perkovsky and Vasilenko 2020; 50Perrichot 2009; 51Petrov and Perkovsky 2008; 52Polilov and Perkovsky 2004; 53Putshkov and Popov 2003; 54Radchenko and Proshchalykin 2021; 55Semenov et al. 2001; 56Sergi and Perkovsky 2014; 57Shmakov and Perkovsky 2009; 58Sidorchuk and Norton 2011; 59Simutnik 2001; 60Simutnik et al. 2022; 61Sinitshenkova 2009; 62Sokolov and Perkovsky 2020; 63Sontag and Szadziewski 2011; 64Tolkanitz and Perkovsky 2015; 65Tshernyshev 2016; 66Wojtoń et al. 2019; 67Wunderlich 2004; 68Wunderlich 2004; 69Wunderlich 2008; 70Zelentsov et al. 2012; 71Zhantiev 2006