Cyrillaceae

Citations total:
114
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Author - title
Year
details Early Pliocene Italy Suc,J.-P. Latitudinal and Altitudinal organization of Upper Cainozoic vegetation in Western Mediterranean Region 1989
details Karaganian USSR(Ukrainian SSR) Korallova,V.V. Palynological complex of the Karaganian deposition of the Prichernomorian Depression (Middle Miocene, Ukrainian Ssr) 1985
details Late Eocene USSR(Ukrainian SSR) Pasechnyi,G.V. et al. Stratigraphy and lithology of Neogene ore-bearing and underlying series of the Oligocene Nikopol Manganese Ore Basin. 1992
details Early Miocene Poland Kohlman-Adamska,A. Pollen analysis of the Neogene deposits from the Wyrzysk Region, North-Western Poland 1993
details Aragonian Spain Valle Hernandez,M.F. et al. Preliminary palynological analysis of the Miocene in the northeast of the Duero Basin Barea of Belorado, Burgos, Spain 1995
details Tertiary Hungary Kedves,E. et al. Some questions on the bitumen and humic acid content of Hungarian Tertiary Brown Coals. 1962
details Early Eocene Hungary Kedves,E. et al. Investigation of the Bitumen and Humic Acid content of the vegetation types which form the Coaly Roof-Layers of the Bauxite Fields near Iskaszentgyorgy from the Lower Eocene. 1963
details Early Villafranchian Italy Albianelli,A. et al. Paleomagnetic and palynologic investigations in the Upper Valda Basin, (Central Italy), calibration of an Early Villafranchian fauna. 1997
details Late Miocene Spain BarrŠ³n,E. Palynology study of the Lignite Sanavastre Mine of Sanavastre, Cerdana, Gerona, Spain 1997
details Miocene Europe Grabowska,I. et al. Palynological research throughout the Neogene revealed vegetation changes in Central Europe. (In: Proceedings of the 4th European Palaeobotanical and Palynological Conference. G.W.Herngreen, editor) 1997
details Middle Serravallian Turkey Karayigit,A.I. et al. Quality, palynology and palaeoenvironmental interpretation of the Ilgin Lignite, Turkey. 1999
details Late Eocene China(Guangxi) Li,G. et al. Pollen assemblages of the Late Eocene, Nadu Formation, from the Bose Basin of Guangxi, Southern China. 1999