Page 14 - Coletti_al2016
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deutsche botanischen Gesellschaft, Berlin,                                      Carnets Geol. 16 (3)
    vol. 15, p. 403-420.
HOWE M.A. (1919).- On some fossil and recent         NEILL K.F., NELSON W.A., D'ARCHINO R., LEDUC D.
    Lithothamnieae of the Panama Canal zone.-            & FARR T.J. (2015).- Northern New Zealand
    United States National Museum Bulletin,              rhodoliths: assessing faunal and floral diver-
    Washington, D.C., vol. 103, p. 1-13.                 sity in physically contrasting beds.- Marine
HRABOVSKÝ J., BASSO D. & DOLÁKOVÁ N. (2015).-            Biodiversity, vol. 45, p. 63-75.
    Diagnostic characters in fossil coralline algae
    (Corallinophycidae: Rhodophyta) from the         NELSON W.A., SUTHERLAND J.E., FARR T.J., HART
    Miocene of southern Moravia (Carpathian              D.R., NEILL K.F., KIM H.J. & YOON H.S.
    Foredeep, Czech Republic).- Journal of               (2015).- Multi-gene phylogenetic analyses of
    Systematic Paleontology, London, DOI:                New Zealand coralline algae Corallinapetra
    10.1080/14772019.2015.1071501.                       novaezelandiae gen. et sp. nov. and recogni-
HRABOVSKÝ J. & FORDINÁL K. (2013).- Paleoeco-            tion of the Hapalidiales ord. nov.- Journal of
    logical evaluation of the algal limestones in        Phycology, Moss Landing, vol. 51, p. 454-
    Stupava-Vrchná Hora locality (Vienna Basin,          468.
    Slovakia).- Mineralia Slovaca, Košice, vol.
    45, p. 11-22.                                    NÓBREGA-FARIAS J., RIOSMENA-RODRIGUEZ R.,
IRYU Y., BASSI D. & WOELKERLING W.J. (2009).-            BOUZON Z., OLIVEIRA E.C. & HORTA P.A.
    Re-Assessment of the type collections of             (2010).- Lithothamnion superpositum (Co-
    fourteen corallinalean species (Coralline,           rallinales; Rhodophyta): First description for
    Rhodophyta) described by W. ISHIJIMA (1942-          the Western Atlantic or rediscovery of a
    1960).- Paleontology, London, vol. 52, n° 2,         species?.- Phycological Research, vol. 58, p.
    p. 401-427.                                          210-216.
JOHNSON J.H. (1962).- The algal genus
    Lithothamnion and its fossil represen-           PASCELLI C., RIUL P., RIOSMENA-RODRIGUEZ R.,
    tatives.- Colorado School of Mines Quaterly,         SCHERNER F., NUNES M., HALL-SPENCER J.M.,
    Golden, vol. 57, 111 p.                              OLIVEIRA E.C. & HORTA P. (2013).- Seasonal
JOHNSON J.H. (1964).- Eocene Algae from                  and depth-driven changes in rhodolith bed
    Ishigaki-shima, Ryūkyū-rettō.- Geological            structure and associated macroalgae off
    Survey Professional Paper, Washington,               Arvoredo Island (Southeastern Brazil).-
    D.C., vol. 399-C, p. 1-13.                           Aquatic Botany, vol. 111, p. 62-65.
KEATS D.W., MANEVELT G. & CHAMBERLAIN Y.M.
    (2000).- Lithothamnion superpositum FOSLIE:      QUARANTA F., VANNUCCI G. & BASSO D. (2007).-
    a common crustose red alga (Corallinaceae)           Neogoniolithon contii comb nov based on the
    in South Africa.- Cryptogamie Algologie,             taxonomic re-assessment of MASTRORILLI's
    Paris, vol. 21, n° 4, p. 381-400.                    original material from the Oligocene of NW
KOVÁČ M., FORDINÁL K., GRIGOROVICH A.S.,                 Italy (TPB).- Rivista Italiana di Paleontologia
    HALÁSOVÁ E., HUDÁČKOVÁ N., JONIAK P., PIPÍK          e Stratigrafia, Milano, vol. 113, n° 1, p. 43-
    R., SABOL M., KOVÁČOVÁ M. & SLIVA Ľ.                 55.
    (2005).- Západokarpatské fosílne ekosysté-
    my a ich vzťah k paleoprostrediu v kontexte      RASSER M.W. & PILLER W.E. (1999).- Application
    neogénneho vývoja eurázijského kontinen-             of neontological taxonomic concepts to Late
    tu.- Geologické práce, Správy, Bratislava,           Eocene coralline algae (Rhodophyta) of the
    vol. 111, p. 61-121.                                 Austrian Molasse Zone.- Journal of Micro-
KRUSKAL J.B. (1977).- Multidimensional scaling           paleontology, London, vol. 18, n° 1, p. 67-
    and other methods for discovering structure.         80.
    In: RALSTON A. & WILF H.S. (eds.), Statistical
    methods for digital computers.- Wiley, New       RASSER M.W. & PILLER W.E. (2000).- Designation
    York, p. 296-339.                                    of Phymatolithon (Corallinaceae, Rhodophy-
LE GALL L. & SAUNDERS G.W. (2007).- A nuclear            ta) in fossil material and its paleoclimatolo-
    phylogeny of the Florideophyceae (Rhodo-             gical indications.- Micropaleontology, New
    phyta) inferred from combined EF2, small             York, vol. 46, n° 1, p. 89-95.
    subunit and large subunit ribosomal DNA:
    establishing the new red algal subclass          REYNAUD J.-Y. & JAMES N.P. (2012).- The Miocene
    Corallinophycidae.- Molecular Phylogenetics          Sommières basin, SE France: Bioclastic
    and Evolution, vol. 43, p. 1118-1130.                carbonates in a tide-dominated depositional
MOSBRUGGER M., UTERSCHER T. & DILCHER D.L.               system.- Sedimentary Geology, vol. 282, p.
    (2005).- Cenozoic continental climatic evolu-        360-373.
    tion of Central Europe.- Proceedings of the
    National Academy of Science of the United        SAINT-MARTIN J.P., MERLE D., CORNÉE J.J., FILI-
    States of America, Washington, D.C., vol.            PESCU S., SAINT-MARTIN S. & BUCUR, I.I.
    102, n° 42, p. 14964-14969.                          (2007).- Les constructions coralliennes du
                                                         Badénien (Miocène moyen) de la bordure
                                                         occidentale de la depression Transylvanie
                                                         (Roumanie).- Comptes Rendus Palevol,
                                                         Paris, vol. 6, p. 37-46.

                                                     SILVA P.C., BASSON P.W. & MOE R.L. (1996).-
                                                         Catalogue of the benthic marine algae of the
                                                         Indian Ocean.- University of California Press,
                                                         Berkeley, 1129 p.

                                                     VANNUCCI G., PIAZZA M., FRAVEGA C. & ABATE C.
                                                         (1996).- Litostratigrafia e paleoecologia di

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