Revision der Familie HippocardiidaePojeta & Runnegar, 1976 (Mollusca; Rostroconchia)

Following the revision and integration of the family PseudobigaleaidaeHoare, Mapes &; Yancey into the existing systematic concept of the rostroconch order Conocardiida the original family of hood-carrying rostroconchs, the HippocardiidaePojeta &; Runnegar, is revised and subdivided in this contribution. Here, we present the members of the subfamily HippocardiinaePojeta &; Runnegar [n. subfam.]. Its erection appeared necessary first, as the family Hippocardiidae had been used for decades as a conglomeration taxon where most varied morphotypes were assigned to the type genusHippocardia, whose character combinations only just now can be distinguished, and secondly because the number of hood-carrying hippocardiid rostroconch taxa increased markedly during our studies. Ten taxa at the species level are assigned to the generaHippocardia Brown, 1843,Bieberiana n. gen.,Cartericardia n. gen.,Fraipontia n. gen.,Hoareicardia n. gen. andPojetorum n. gen. All the taxa are precisely diagnosed and described at the subfamily, genus and species level by a uniform, revised and completed terminology of morphologic characters. This allows comparability of the taxa and aids in the reconstruction of phylogenetic relationships in the Hippocardiinae [n. subfam.], whose members occur from the Late Silurian until the Mississippian.     

<Emphasis Type="Italic">Rheiacardia lerami</Emphasis> n. gen. n. sp., ein hippocardiider Rostroconch aus dem Devon Laurussias

To the most recent revisions of the family HippocardiidaePojeta &; Runnegar (Rostroconchia, Mollusca) the additional, monotypic genusRheiacardia n. gen. is added. The genus belongs to the recently described subfamily HippocardiinaePojeta &; Runnegar and is unambiguously classified and characterized by differentiation from the previously described genera of the subfamily.Rheiacardia n. gen. has a stratigraphic occurrence from Early to Middle Devonian.     

Flechtensystematische Studien VII.Gyalideopsis,eine neue Flechtengattung

Die beschriebene GattungGyalideopsis gen. nov. umfasst vier bisher festgestellten Arten:G. peruviana Merr. exVězda sp. n.,G. anastomosans P. James etVězda sp. n.,G. athalloides (Nyl.) Vězda comb. n. undG. muscicola P. James etVězda sp. n. Die Einreihung der GattungGyalideopsis in die FamilieAsterothyriaceae (sensuSantesson) sowie die systematische Stellung dieser Familie werden kurz behandelt.     

Bacidina genus novum familiaeLecideaceae s. lat. (Ascomycetes lichenisati)

The following eleven species currently classified in the generaBacidia s. lat. andCatillaria s. lat. are transferred to the new genusBacidina Vězda gen. n. (Lecideaceae s. lat.):Bacidina apiahica (Müll. Arg.) comb. n.,B. chloroticula (Nyl.)Vězda etPoelt comb. n.,B. egenula (Nyl.) comb. n.,B. inundata (Fr.) comb. n.,B. mirabilis (Vězda) comb. n.,B. neglecta (Vězda) comb.n.,B. pallidocarnea (Müll. Arg.) comb. n.,B. phacodes (Koerb.) comb.n.,B. scutellifera (Vězda) comb.n.,B. vasakii (Vězda) comb.n., andB. ziamensis (Vězda) comb.n.     

Foliikole Flechten der Insel Kuba

About 78 foliicolous lichen species were found in a lichen collection from Cuba. Five of these species are established as new taxa:Porina cubana sp. n.,P. pocsii sp. n.,P. subpilosa sp. n.,Tricharia cubana sp. n. andBacidia ekmanii sp. n. Three new combinations are proposed:Phylloporis multipunctata (Merr. exR. Sant.) comb. n. (bas.:Porina multipunctata Merr. exR. Sant.),Phylloporis plytypoda (Müll. Arg.) comb. n. (bas:Porina platypoda Müll. Arg.) andCalenia aspidota (Vain.) comb. n. (bas.:Ectolechia aspidota Vain.). Taxonomic notes are provided for some taxa, and brief phytogeographical comments are supplied for all the treated species.     

Chromosome numbers in selectedHieracium species in the Krkonoše Mts. (the West Sudeten)

Chromosome numbers are given of 15 species of the genusHieracium L. s. str., representing seven species groups (in the sense of Flora Europaea, roughly corresponding to Zahn's “species principales”) from the Krkono?e Mts., N. Bohemia and SW Poland. For the first time chromosome numbers are reported forH. melanocephalum Tausch (2n=27),H. tubulosum Tausch (2n=36),H. schustleri Zlatník (2n=36),H. fritzei F. Schultz (2n=27),H. rohlenae Zlatník (2n=27),H. nigrescens Willd. (2n=36),H. decipiens Tausch (2n=36),H. atrellum Juxip inSchischkin etBobrov (2n=27),H. subnigrescens (Fries exNorrlin)Dahlst. (2n=36),H. sudeticum Sternberg (2n=36),H. pedunculare Tausch (2n=36),H. glandulosodentatum Uechtr. (2n=36),H. wimmeri Uechtr. (2n=27). InHieracium alpinum L. s. str. the number 2n=27 has been confirmed. The results show a high proportion of tetraploid taxa; no diploids have been found.     

Ein Beitrag zur Nomenklatur sphinctozoider Schwämme (Porifera)

The sphinctozoid sponge generaFania Senowbari-Daryan 1990 andSpica Termier &Termier 1977 are preoccupied.Fania is replaced byFanthalamia nom. nov. andSpica by the younger synonymFistulispongia Termier &Termier 1977. The invalid subfamily name FaniinaeSenowbari-Daryan 1990 is replaced by Fanthalamiinae n. subfam. The invalid family and subfamily names SpicidaeTermier &Termier 1977 and SpicinaeSenowbari-Daryan 1990 respectively are replaced by FistulispongiidaeTermier atTermier 1977 and FistulispongiinaeSenowbari-Daryan 1990. The generaWaagenium de Laubenfels 1957 andCatubria Merla 1931 were previously overlooked.Waagenium DeLaubenfels 1957 is a younger synonym ofColospongia Laube 1865. The position ofCatubria Merla 1931 is uncertain. Most probablyCatubria is an alga.     

Lichenes novi quorum isotypi in fasciculo sexagesimo septimo collectionis “Lichenes selecti exsiccati” distribuentur

Diagnoses of the following 6 new lichen species are presented:Bacidia colchica Vězda sp. n.Buellia multispora Kalb etVězda sp.n.,Huilia circumnigrata Vězda sp.n.,Pyrenopsis sojakii Vězda sp.n.,Ramalina euxini Vězda sp.n. andStrangospora senecionis Lambinon etVězda sp.n. The isotypes will be distributed in fasc. 67 of the “Lichenes selecti exsiccati” (issued by the Botanical Institute, Czechoslovak Academy of Sciences, Pr?honice near Praha).     

A revision ofTaraxacum sect.Piesis (Compositae)

On the basis of allozyme and cultivation data, and of additional herbarium material, a taxonomic and nomenclatural revision ofTaraxacum sect.Piesis A.J. Richards exKirschner et?těpánek is provided. The section is made up of halophilous, sexually reproducing taxa. InT. stenocephalum Boiss. etKotschy,T. pindicum Kirschner et?těpánek, sp. nov., andT. perenne Kirschner et?těpánek, sp. nov., a tetraploid chromosome number has been recorded, representing the only known case of sexuality at the tetraploid level in the genus. The complex ofT. stenocephalum, includes some geographically and morphologically extreme populations treated as subspecies: subsp.gumusanicum (Soest)Kirschner et?těpánek, comb. nov., subsp.magnum Kirschner et?těpánek, subsp. nov., and subsp.daralagesicum (Schischk.)Kirschner et?těpánek, comb. nov. In addition toT. bessarabicum (Hornem.)Hand.-Mazz., a widely distributed Eurasian species,T. stenocephalum, a complex centred in Transcaucasia and Anatolia, andT. pachypodum H. Lindb., a North African endemic, four new species are described:T. salsum Kirschner et?těpánek, sp. nov., a diploid endemic confined to E Crimea,T. perenne Kirschner et?těpánek, sp. nov., a tetraploid sexual species known only from SW Crimea,T. pindicum Kirschner et?těpánek, sp. nov., a remarkable tetraploid endemic to the Pindos Mts., Greece, andT. salsitatis Kirschner, ?těpänek etYirdirimli, sp. nov., an Anatolian diploid species. Furthermore, a hybrid betweenT. salsum andT. bessarabicum from Crimea (documented on the basis of allozyme data elsewhere) is given a binomial,T. xmesohalobium Kirschner et?těpánek, nothosp. nov.     

Nomina dubia der Hippocardioidea (Mollusca; Rostroconchia)

During the course of our revision of rostroconch molluscs quite some more taxa were studied with respect to nomenclatural validity and systematic position than those we redefined, reassigned and introduced. Nomenclatural difficulties as well as untraced, destroyed or simply inadequate type material led to a comprehensive list of invalid taxa or useless species concepts. To enable systematic stability and equal taxonomic concepts we here present 53 species which are very likely members of the superfamily HippocardioideaPojeta & Runnegar, 1976, but judged as nomina dubia for various reasons explained in the text. We strongly recommend no further use of these taxa at least until better preserved material makes redefinition of these species possible.     

New internally structured decapod microcoprolites from Germany (Late Triassic/Early Miocene), Southern Spain (Early/Middle Jurassic) and Portugal (Late Jurassic): Taxonomy, palaeoecology and evolutionary implications

Fossil faecal pellets with internal structures are described from non-marine environments for the first time. In the Late Triassic Lehrberg Beds (Middle Keuper, Carnian) of Germany, the oldest stratigraphic record of the form genusHelicerina Brönnimann &Masse,Helicerina keuperina Seegis n. sp., occurs.Favreina kalankyra Ebli from the Norian Hauptdolomit Formation is also attributed to this genus. Another new speciesof Helicerina, H. ruttei Schweigert n. sp., is described from the Early Miocene calcareous freshwater tufas of Southern Germany. It is attributed to the brachyuran freshwater crabProballaya quenstedti (Zittel) which occurs abundantly at the same locality. Hence, the coprolite genusHelicerina is the product of brachyuran decapods or their Triassic ancestors, and not of anomuran decapods as thought before. From younger Early to Middle Jurassic pelagic ferrugineous limestones of the Subbetic area (Southern Spain), the new speciesFavreina belandoi Fels n. sp. is described besidesHelicerina siciliana Senowbari-Daryan, Schäfer &Catalano, and the better known speciesPalaxius salataensis Brönnimann, Cros &Zaninetti. The number of canals withinFavreina belandoi varies but is clearly correlated with different ontogenetic stages of the same producer. From the Late Jurassic of Portugal, the new speciesPetalina hexalunulata Leinfelder n. gen. n. sp. is reported. It co-occurs withFavreina prusensis (Paréjas). The new genusPetalina is distinct fromFavreina by its hemispherical cross sections of the canals. In Portugal, both species are restricted to intrajurassic marine karstic fissures of the reefal Ota Limestone.     

Selected chromosome counts of the Czechoslovak flora III

Chromosome numbers compared with as yet published data are given for the following 12 Phanerogams (both native species and aliens) from Czechoslovakia:Ambrosia trifida L.,Cardamine chelidonia L.,Dephne cneorum L.,Epipactis albensis Nováková etRydlo,Linum flavum L.subsp flavum, Lunaria rediviva L.,Nepeta grandiflora M.BIEB.,Reseda luteola L.,Thlaspi montanum L.,Tithymalus salicifolius (Host)Klotzsch etGarcke,Tithymalus virgultosus (Klokov) Holub andVerbascum speciosum Schrad. subsp.speciosum. The chromosome number 2n=40 is presented for the first time in autogamousEpipactis albensis Nováková etRydlo. New chromosome numbers were found inCardamine chelidonia L. (2n=32) and inTithymalus salicifolius (Host) Klotzch etGarcke (2n=40). Known but less frequent cytotypes are reported inLinum flavum L. subsp.flavum (2n=28) and inVerbascum speciosum Schrad. subsp.speciosum (2n=30).     

Lichenes novi quorum isotypi in fasciculo quinquagesimo tertio collectionis “Lichenes selecti exsiccati” distribuentur

Diagnoses of the following 5 new lichen species are presented:Lecanora casimceana Vězda sp. n.,Lecanora prominens Asta, Clauzade etRoux sp. n.,Ramalina pontica Vězda sp. n.,Usnea pseudoceratina Motyka sp. n. andUsnea tanzanica Motyka sp. n. The isotypes will be distributed in fasc. No. 53 of the “Lichenes selecti exsiccati” (issued by the Botanical Institute, Czechoslovak Academy of Sciences, Průhonice near Praha).     

Neue oder wenig bekannte Flechten in der Tschechoslowakei. II

Als Vorarbeit zu einer Flechtenflora der Tschechoslowakei wird der zweite Beitrag oorgelegt, in dem 25 Arten und 2 Gattungen taxonomisch, chorologisch und ökologisch behandelt werden; drei Arten (Caloplaca isidiigera, Forssellia umbilicata undLecanora chalcophila) und eine Gattung (Polysporina) werden als neu beschrieben; eine Emendierung der GattungScoliciosporum Massalongo wird durchgeführt und ein Bestimmungsschlüssel der besser bekannten europäischenScoliciosporum-Arten zusammengestellt. Zehn neue Kombinationen werden vorgeschlagen:Huilia musiva (Koerb.) comb. n. var.subsquamescens (vězda) comb. n.,Gyalidea diaphana (Koerb.) comb. n.,Polysporina simplex (Dav.) comb, n.,P. cyclocarpa (Anzi) comb. n.,P. dubia (H. Magn.) comb. n.,Scoliciosporum chlorococcum (Stenh.) comb. n.,Sc. pruinosum (P. James) comb. n.,Sc. sarothamni (Vain.) comb., n. undSc. schadeanum (Erichs). comb. n.     

Indian species of the genusMirufens [Hym.: Trichogrammatidae]

An account is given of 4 new species ofMirufens Girault:M. brevifuniculata Khan & Shafee, M.albiscutellum Khan & Shafee,M. magniclavata Khan & Shafee andM. longiclavata Khan & Shafee. A key to Indian species of the genusMirufens is also provided.     

Verbeitung einiger seltenen und subendemischen Arten der griechischen Flora mit taxonomischen und chorologischen Betrachtungen

The taxa very rare in Greece,Gentianella bulgarica (Velen.)J. Holub andPrimula elatior (L.)Hill subsp.intricata (Gren. etGodron)Lüdi Balkan-South Carpathian and mountain subendemic taxon of South and South-Central Europe also the oreophytesGentiana asclepidaea L. andAndrosace villosa L. rare in Greece at high altitudes endemic species of Central Europe and arcto-alpic element both extending South as far as Central Italy and Central Greece as well as the relatively rare species in Greece,Crocus biflorus Mill. which exists in South Europe from Sicily and eastwards and finally four otherIridaceae, i.e.: the South Balkan Asia-Minor subendemic speciesCrocus olivieri Gay andC. pulchellus Herbert, the South Balkan endemic speciesC. veluchensis Herbert and the Mediterranean and mostly East-para-mediterranean subendemic speciesHermodactylus tuberosus (L.)Miller are reported and investigated. However new habitats and records in the Greek area of the investigated species are given, their distribution is discussed, while the existence of the taxa most rare in GreecePrimula elatior (L.)Hill subsp.intricata (Gren. etGodron)Lüdi inHegi,Gentianella bulgarica (Velen.)J. Holub,Gentiana asclepiadea L.,Androsace villosa L. andCrocus biflorus Mill. are presented in the form of a dot map and thus the southernmost limits of their spreading in the Balkan peninsula or in S.E. Europe are elucidated.     

Chromosome counts of some Cuban Angiosperms

Chromosome numbers are reported for 14 species collected in Cuba. The first chromosome records are reported forAlbizzia cubana Britton etWilson (2n=26),Atkinsia cubensis (Britton etWilson)Howard (2n=26),Caesalpinia violacea (Mill.)Standl. (2n=24),Colubrina ferruginosa Brongn. (2n=24). Chromosome numbers of the following species were confirmed:Albizzia lebbeck (L.)Benth. (2n=26),Canavalia maritima (Aubl.)Thouars (2n=22),Casuarina equisetifolia Forst. (2n=18),Cedrela mexicana M.J. Roem. (2n=56),Delonix regia (Bojer)Raf. (2n=28),Guazuma tomentosa H.B.K. (2n=16),Lysiloma bahamense Benth. (2n=26),L. latisiliqua (L.)Benth. (2n=26),Samanea saman (Jacq.)Merrill (2n=26),Thespesia populnea (L.)Soland (2n=26).