Baltic Amber
Baltic Amber | |
---|---|
Paleogeography of Early-Mid Eocene Europe, showing location of Baltic (labelled Gdansk), Bitterfeld and Ronvo amber deposits. | |
Age (Ma) | |
Start: | 47.8 |
End: | 41.3 |
System/Period: | Paleogene |
Series/Epoch: | Eocene |
Stage/Age: | Bartonian |
Location | |
Location: | Baltic Sea region |
Country: | Europe |
Coordinates: | 54.9°N, 19.9°E |
Diversity | |
Genera: | 57 |
Species: | 146 |
Baltic amber is 34-48 million years old (Seyfullah et al. 2018), having been deposited during the Lutetian stage of the Middle Eocene. The main deposits of Baltic amber are on the southern shores of the Baltic Sea. The Baltic and similar ambers are widespread on the territories of the Central and Eastern Europe and for a long time attracted attention of geologists, entomologists, and other researchers. The age and sources of amber from different regions of Europe have been a subject of discussion for many decades. There is also debate over the plant family which produced the amber, with evidence supporting relatives of either an Agathis or a Pseudolarix (Henderickx et al., 2012). Because amber easily withstands repeated redeposition and because its mineralogical characteristics are variable, an important role in settling these issues is played by organic inclusions, particularly the relatively well-studied inclusions of ants.
Radchenko and Dlussky (2017) - As was already stressed by Wheeler (1915) and supported by modern data (Guénard et al. 2015), the ants from Baltic and other Late Eocene European ambers might be placed into two main zoogeographic complexes: temporary Palaearctic/Holarctic, and tropical, mainly Indomalayan and Australasian.
Genera known from Baltic amber
- Agroecomyrmex
- Aphaenogaster
- Asymphylomyrmex
- Bilobomyrma
- Bradoponera
- Camponotus
- Carebara
- Cataglyphoides
- Ctenobethylus
- Dissimulodorylus
- Dlusskyus
- Dolichoderus
- Drymomyrmex
- Eldermyrmex
- Electromyrmex
- Electroponera
- Enneamerus
- Eocamponotus
- Eocenomyrma
- Formica
- Gesomyrmex
- Glaphyromyrmex
- Gnamptogenys
- Hypoponera
- Lasius
- Liometopum
- Manica
- Metalasius
- Monomorium
- Myrmica
- Nylanderia
- Oecophylla
- Pachycondyla
- Parameranoplus
- Paraneuretus
- Pheidole
- Pityomyrmex
- Plagiolepis
- Platythyrea
- Ponera
- Prenolepis
- Prionomyrmex
- Procerapachys
- Proceratium
- Prodimorphomyrmex
- Protaneuretus
- Protoformica
- Protomyrmica
- Pseudolasius
- Stigmomyrmex
- Stiphromyrmex
- Sussudio
- Tapinoma
- Temnothorax
- Tetraponera
- Thanacomyrmex
- Yantaromyrmex
Species known from Baltic amber
- Agroecomyrmex duisburgi
- Aphaenogaster groehni
- Aphaenogaster mersa
- Aphaenogaster oligocenica
- Aphaenogaster ribbeckei
- Aphaenogaster sommerfeldti
- Asymphylomyrmex balticus
- Bilobomyrma baltica
- Bradoponera electrina
- Bradoponera meieri
- Bradoponera wunderlichi
- Carebara antiqua
- Carebara groehni
- Cataglyphoides constrictus
- Cataglyphoides intermedius
- Ctenobethylus goepperti
- Dissimulodorylus perseus
- Dlusskyus groehni
- Dolichoderus balticus
- Dolichoderus brevicornis
- Dolichoderus brevipalpis
- Dolichoderus cornutus
- Dolichoderus elegans
- Dolichoderus granulinotus
- Dolichoderus jonasi
- Dolichoderus longipennis
- Dolichoderus longipilosus
- Dolichoderus mesosternalis
- Dolichoderus nanus
- Dolichoderus passalomma
- Dolichoderus polessus
- Dolichoderus polonicus
- Dolichoderus punctatus
- Dolichoderus robustus
- Dolichoderus sculpturatus
- Dolichoderus tertiarius
- Dolichoderus vexillarius
- Drymomyrmex claripennis
- Drymomyrmex fuscipennis
- Eldermyrmex oblongiceps
- Electromyrmex klebsi
- Electromyrmex wheeleri
- Electroponera dubia
- Enneamerus costatus
- Enneamerus reticulatus
- Eocamponotus mengei
- Eocenomyrma elegantula
- Eocenomyrma groehni
- Eocenomyrma orthospina
- Eocenomyrma rugosostriata
- Formica flori
- Formica gibbosa
- Formica gustawi
- Formica horrida
- Formica lucida
- Formica luteola
- Formica macrognatha
- Formica nigra
- Formica palaeopolonica
- Formica parvula
- Formica phaethusa
- Formica quadrata
- Formica strangulata
- Formica surinamensis
- Formica trigona
- Formica zherikhini
- Gesomyrmex hoernesi
- Glaphyromyrmex oligocenicus
- Gnamptogenys europaea
- Gnamptogenys rohdendorfi
- Hypoponera atavia
- Lasius nemorivagus
- Lasius punctulatus
- Lasius schiefferdeckeri
- Liometopum oligocenicum
- Manica andrannae
- Metalasius pumilus
- Monomorium mayrianum
- Monomorium pilipes
- Myrmica damzeni
- Myrmica dictyosa
- Myrmica electrina
- Myrmica eocenica
- Myrmica intermedia
- Myrmica longispinosa
- Myrmica rudis
- Nylanderia pygmaea
- Oecophylla brischkei
- Oecophylla crassinoda
- Pachycondyla baltica
- Pachycondyla gracilicornis
- Pachycondyla succinea
- Parameranoplus primaevus
- Paraneuretus longicornis
- Paraneuretus tornquisti
- Pityomyrmex tornquisti
- Plagiolepis klinsmanni
- Plagiolepis kuenowi
- Plagiolepis singularis
- Plagiolepis solitaria
- Plagiolepis squamifera
- Plagiolepis succini
- Plagiolepis wheeleri
- Platythyrea primaeva
- Ponera lobulifera
- Ponera mayri
- Prenolepis henschei
- Prionomyrmex gusakovi
- Prionomyrmex janzeni
- Prionomyrmex longiceps
- Procerapachys annosus
- Procerapachys favosus
- Procerapachys sulcatus
- Proceratium eocenicum
- Prodimorphomyrmex primigenius
- Protaneuretus succineus
- Protoformica proformicoides
- Protomyrmica atavia
- Stenamma berendti
- Stigmatomma electrinum
- Stigmatomma groehni
- Stigmomyrmex rugulosus
- Stigmomyrmex venustus
- Stiphromyrmex robustus
- Sussudio boreus
- Tapinoma electrinum
- Temnothorax glaesarius
- Temnothorax gracilis
- Temnothorax hystriculus
- Temnothorax longaevus
- Temnothorax petiolatus
- Temnothorax placivus
- Tetramorium kulickae
- Tetramorium paraarmatum
- Tetraponera groehni
- Tetraponera klebsi
- Tetraponera lacrimarum
- Tetraponera ocellata
- Tetraponera simplex
- Thanacomyrmex hoffeinsorum
- Vollenhovia beyrichi
- Vollenhovia prisca
- Yantaromyrmex constrictus
- Yantaromyrmex geinitzi
- Yantaromyrmex mayrianum
- Yantaromyrmex samlandicus
Location of Formation
REFEREENCES
- Dlussky, G.M. & Rasnitsyn, A.P. 2009. Ants in the Upper Eocene amber of central and eastern Europe. Paleontological Journal 43: 1024-1042.
- Dlussky, G.M. 2008a. Murav’i triby Formicini pozdneyeotsenovykh yantarei Evropy. Paleontologicheskii Zhurnal 2008 (No. 5): 45-59. [English translation: 2008. Paleontological Journal 42 (5): 500-513.]
- Radchenko, A.G., Dlussky, G. & Elmes, G.W. 2007. The ants of the genus Myrmica from Baltic and Saxonian amber. Journal of Paleontology 81: 1494-1501.
- Dlussky, G.M. & Radchenko, A.G. 2009. Two new primitive ant genera from the late Eocene European ambers. Acta Palaeontologica Polonica 54: 435-441.
- Dlussky, G. M. 1967b. Ants of the genus Formica from the Baltic amber. Paleontol. Zh. 1967(2 2: 80-89.
- Dlussky, G.M., Wappler, T., Wedmann, S. 2009. Fossil ants of the genus Gesomyrmex Mayr (Hymenoptera, Formicidae) from the Eocene of Europe and remarks on the evolution of arboreal ant communities. Zootaxa 2031: 1-20 (doi:10.11646/zootaxa.2031.1.1).
- Henderickx, H.; Tafforeau, P.; Soriano, C (2012). "Phase-contrast synchrotron microtomography reveals the morphology of a partially visible new Pseudogarypus in Baltic amber (Pseudoscorpiones: Pseudogarypidae)". Palaeontologia Electronica. 15 (2;17A,11p): 1–11.
- Perkovsky, E.E. 2018. Only half of Rovno amber hymenopteran fauna is common with Baltic amber. Vestnik Zoologii 52:353-360 (DOI 10.2478/vzoo-2018-0037).
- Radchenko, A. G. & Dlussky, G. M. 2015. First record of fossil species of the genus Tetramorium (Hymenoptera, Formicidae). Vestnik Zoologii 49(4):311-316.
- Radchenko, A., Dlussky, G.M. 2017. New species of the extinct ant genus Enneamerus Mayr (Hymenoptera, Formicidae) and designation of the neotype of E. reticulatus. Asian Myrmecology 9, e009012 (doi:10.20362/am.009012).
- Seyfullah, L.J., Beimforde, C., Dal Corso, J., Perrichot, V., Rikkinen, J., Schmidt, A.R. 2018. Production and preservation of resins – past and present. Biological Reviews 93: 1684–1714 (DOI 10.1111/brv.12414).
- Wheeler, W. M. 1915i [1914]. The ants of the Baltic Amber. Schr. Phys.-Ökon. Ges. Königsb. 55: 1-142.