radiolaria - Marum
radiolaria - Marum
radiolaria - Marum
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Radiolaria 14 Symposia<br />
Ormiston, A.: Using Paleozoic <strong>radiolaria</strong>ns to define<br />
paleolatitudes and identify allochthonous terranes<br />
Tochilina, S.V. : Comparative characteristics of a<br />
Middle Miocene hiatus in the Philippine Sea based on r<br />
5 DSDP data Leg 59, Site 126<br />
Urquhart E. and Robertson, A.: Radiolaria and the<br />
structural evolution of Cyprus in the Late Cretaceous<br />
Vishnevskaya, V.S.: Important <strong>radiolaria</strong>n events of<br />
the north-western Pacific region<br />
POSTER SESSION (Thursday 18, November 1993)<br />
Agarkov, Yu.V. : Radiolarian potential of the Pre-<br />
Caucasus<br />
Antadze, M.: Jurassic - Early Cretaceous <strong>radiolaria</strong> in<br />
alkali volcano-sedimentary series of the Lesser Caucasus<br />
and Eastern Pontides<br />
Aparin, V.P. and Zolotova, O.P.: Analysis of<br />
time series data for geodynamic processes<br />
Borisov, B.A. and Lipman, P.Kh.:<br />
Paleogeographical importance of <strong>radiolaria</strong>ns from<br />
pebbles of Cretaceous alluvium from the Zaisan trough,<br />
North Eurasia (East Kazakhstan)<br />
Bragin, N.Yu. and Bragina, L.G.: Radiolarian<br />
biostratigraphy of Upper Cretaceous deposits in<br />
Southwestern Cyprus<br />
Ellis, G.: Early Cretaceous <strong>radiolaria</strong> from the<br />
Carnarvon basin Western Australia<br />
Fedotova, A.A.: Carbonate shelf destruction related to<br />
the closure of marginal basins (southeastem part of<br />
Eastem Sayan)<br />
Glevassky, E.B. and Kalyaev, G.I.: Iron-cherty<br />
formations as indicators of geodynamic situations<br />
I.A. Basov and A. Yu Gladenkov: Cenozoic<br />
biostratigraphy of the Subarctic Pacific (ODP, Leg 145)<br />
Ivanova, E.V. and Ivanova, A.A.: Neogene<br />
paleogeodynamic reconstructions and climatic zonation<br />
of the In Ocean: New results based on ODP data<br />
Kasintsova, L.I.: Radiolaria from Albian<br />
terrigeneous-carbonate rocks of eastern Europe<br />
Krasheninnikov, V.A.; Kazarina, G.Kh.;<br />
Kruglikova, S.B.; Mikhina, V.V. and<br />
Ushakova, M.G.: Use of planktonic mlcrofossils for<br />
the study of stratigraphy of deposits and<br />
paleoenvironment of the East Pacific<br />
Krimsalova, V.T.: Radiolarian assemblages from the<br />
Raritkin Ridge (North Eastern Russia) and their<br />
paleogeographic affinity<br />
Lipman, R.Kh.: The first Russian investigation of<br />
<strong>radiolaria</strong>ns from deepwater sediments of the NW Pacific<br />
and their significance<br />
- 15 -<br />
Mallan-Dalla Piazza, P.: Integrated biochronology:<br />
<strong>radiolaria</strong>n, foraminifera and calcareous nannofossils<br />
from 13 sites from the Indian Ocean<br />
Malkin, B.V. : Geodynamic nature of<br />
geomorphological cycles<br />
Marcucci, M., Chiari, M. and Cortese, G.:<br />
Radiolarian biostratigraphy in the Jurassic cherts of the<br />
Northern Apennines<br />
Oleinik, L.: Some assemblages of Jurassic <strong>radiolaria</strong><br />
from Primorye (far eastem Russia)<br />
Philippova, I.B.; Kulikova, L.I.; Suetenko,<br />
O. and Kalimulin, S.M.: First set of maps for the<br />
Paleogeographic Atlas of Northern Eurasia<br />
Pralnikova, I.G.: Jurassic <strong>radiolaria</strong>ns from the<br />
Kingiveem volcano-sedimentary complex (Kuyul<br />
ophiolites, Talovka-Pekulney zone, NE Russia) as an<br />
indicator of palaeolatitude Rise and the Galapagos<br />
spreading zone in Pliocene-Quaternary time<br />
Scherba, I.G.: Paleogeography and tectonics of the<br />
Paleogene basin of the Caucasus<br />
Schultz, S.S. jr: Remote sensing information for the<br />
study of recent crustal movements<br />
Shikova, T.N. and Vishnevskaya, V.S. :<br />
Campanian to early Maastrichtian <strong>radiolaria</strong> from<br />
carbonaceous lenses of the Olyutor Ridge (Koryak<br />
Upland, Russia)<br />
Smimova, O.L.: Lower and Middle Jurassic <strong>radiolaria</strong><br />
of the South Sikhote-Alin L.B. Tikhomirova: New<br />
siliceous biostratigraphy of the Gorinsky synclinorium<br />
(far eastern Russia) based on <strong>radiolaria</strong>n data<br />
Stupka, O.S.: A model for the Early Mesozoic<br />
evolution of the Carpathian-Black Sea segment of the<br />
continental margin of the Tethys ocean. The<br />
stratigraphy of Cenozoic sediments and the age of<br />
manganese nodules in two areas of the Clarion-<br />
Clipperton province in the Pacific Ocean<br />
Vishnevskaya, V.S.: Late Cretaceous <strong>radiolaria</strong> of the<br />
Russian platform and comparison with the same faunas<br />
from Tethyan and Pacific regions<br />
Vishnevskaya, V.S. and Antadze, M.: Jurassic-<br />
Early Cretaceous <strong>radiolaria</strong> in alkali volcano-sedimentary<br />
series of the lesser Caucasus and eastern Pontides<br />
Vitukhin, D.I.: Radiolarians and their<br />
paleoenvironments in the Cenozoic deposits of far<br />
eastern Russia<br />
Volokitina, L.P. and Sedov, A.P.: Main<br />
morphological features of paleocean relief<br />
S. Gorican and V.S. Vishnevskaya