Moss Spores in Hungarian Neogene Strata (dedikált példány) [antikvár]

Acta Botanica Academiae Scientiarum Hungaricae Tomus 14 (1—2), pp. 113—132 (1968) MOSS SPORES IN HUNGARIAN NEOGENE STRATA By Eszter Nagy hungarian geological institute, budapest (Received July 31, 1967) Out of the moss spores, detected during the investigations into the Hungarian Neogene strata, 8 new species are described by the author. Six of these, exactly: Phaeo-cerosporites baranyaensis n. g. n. sp., Phaeocerosporites transversus n.g. n. sp., Ricciae-sporites hungaricus n. g., n. sp., Ricciaesporites transdanubicus n. g. n. sp., Encalyptae-sporites pliocenicus n. g. n. sp., and Ephemerisporites borsodensis n. g. n. sp., belong to 4 new genera, while 2 genera already known contain one species each; these are: Saxo-sporites hidasensis n. sp. and Rudolphisporites mecsekensis n. sp. The new species had not occurred isolatedly, but were found together with other moss species. I. From the spores, which came to light in the course of my Neogene palynological investigations, some proved to be moss spores. These stand close to those of recent genera and species, respectively. In the present paper two new genera with six new species as well as two genera already known and containing one species each, altogether eight new species are described. Phylum: BRYOPHYTA Classis: ANTHOCEROPSIDA Familia: Anthocerotaceae From the four form-genera ranged with the family Anthocerotaceae by W. Krutzsch (1963. Atlas II. p. 2), Saxosporites (Saxosporis) is represented by one and Rudolphisporites [Rudolphisporis) by three species in the material of the Hungarian Geological Institute (hereinafter abbreviated: HGI). Genus: Saxosporites W. Kr. 1963 1963. Saxosporis n. fgen. in: Krutzsch Atlas II. p. 4. Saxosporites hidasensis n. sp. Plate I, Pictures 1, 3, 5 Holotype: HGI Pollen Laboratory. Bore-hole no.: H. 53; Sample: 4. Slide: 3. Cross-table no.: 37.5 to 114.3 Locus typicus: Hidas Stratum typicum: Upper Pannonian; silty clay marl; bore-hole no.: H. 53; depth: 132.5 to 134.8 m. 3 Acta Botanica Academiae Scienfiarum Hungaricae 14, 1968