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- uncommon in the middle Danian of Denmark. Thus for uncommon in the middle Danian of Denmark. possibly extended both taxa the geographic distribution is the second taxon to the Mediterranean area and, as far as could become is concerned, also its stratigraphic range presence in the marginally increased. However this area of taxa until now thought as exclusive for Tethyan regard to With the Boreal NW Europe is not surprising. & Dieni (1988) this respect, in fact, we recall that Surlyk recorded the presence in the lower Maastrichtian of eastern of the micromorphic brachiopod semiglobularis Fig. 1- Topographic sketch map showing the finding localities of sketch map showing the finding Fig. 1- Topographic the decapod crustaceans. For a geological sketch map of the Sóvana area, see Busulini et al. (1984, fig. 2); for the Orosei area, see Dieni et al. (2008, fig. 3).

IENI (Desmarest, 1822) and (Desmarest, (Rahaghi),

faujasi Cibicidoides succedens cf. Iginio D (Segerberg, 1900), rinvenuti in clasti di età rispettivamente maastrichtiana e (Segerberg, 1900), rinvenuti in clasti di età Sirtina ornata (Schlumberger), subellipticus Protocallianassa Protocallianassa cf. (d’Archiac), Glaessner, 1928, in Glaessner, (Segerberg, 1900), not (Segerberg, Titanocarcinus , Orbitoides media INTRODUCTION Nummofallotia cretacea 135 Bollettino della Società Paleontologica Italiana, 49 (2), 2010, 135-144. Modena, 31 luglio 2010 31 luglio Modena, 135-144. (2), 2010, 49 Italiana, Paleontologica Società della Bollettino subellipticus Decapoda, Foraminifera, Maastrichtian, Selandian, Eastern Sardinia, Boreal Sea-Tethys link. Sea-Tethys Boreal Maastrichtian, Selandian, Eastern Sardinia, Decapoda, Foraminifera,

[Crostacei decapodi maastrichtiani e selandiani in Sardegna] [Crostacei decapodi maastrichtiani e selandiani - -

Necronectes schafferi Necronectes . Schlumberger Maastrichtian and Selandian decapod crustaceans from Sardinia from crustaceans Selandian decapod and Maastrichtian etc.]

(Desmarest, 1822), of common occurrence in (Desmarest, 1822) e 10-11-18 Fossil decapod crustaceans from Sardinia are known Fossil decapod crustaceans from Sardinia A documentazione di una facies non più rappresentata in Sardegna da affioramenti radicati, viene inoltre fornita per la prima v fornita inoltre da affioramenti radicati, viene in Sardegna A documentazione di una facies non più rappresentata The most characteristic foraminifers accompanying the Maastrichtian decapod are figured; they supply evidence of a sedimentary figured; the Maastrichtian decapod are The most characteristic foraminifers accompanying KEY WORDS decapod crustaceans, ABSTRACT - Two RIASSUNTO apiculata ricca iconografia delle più caratteristiche specie di foraminiferi presenti nei clasti calcarei con decapodi di età maastrichti con decapodi di età calcarei nei clasti di foraminiferi presenti ricca iconografia delle più caratteristiche specie conglomerato luteziano [ selandiana entro un conglomerato del Luteziano medio della Sardegna orientale (Conglomerato di Cuccuru ’e Flores). La presenza selandiana entro un conglomerato del Luteziano e finora considerate esclusive dell’Europa NW conferma che durante il Cretaceo di taxa assimilabili a specie ampiamente diffuse e la Tetide. degli scambi faunistici tra il Dominio Boreale il Paleocene avvenivano, almeno saltuariamente, 1900), of Maastrichtian and Selandian age respectively, are described from eastern Sardinia. They were found within clasts of a They were eastern Sardinia. described from are and Selandian age respectively, 1900), of Maastrichtian of taxa assimilable to species till now know in Sardinia Conglomerate) of middle Lutetian age. This presence (Cuccuru ’e Flores ocean, Sea and Tethys between the Boreal allows to confirm faunistic exchanges number of individuals, in NW Europe and in large and Early Tertiary. during Late Cretaceous intermittently, ISSN 0375-7633 the Planargia of Tresnuraghes () concerns of Tresnuraghes the Planargia material of Miocene age. Therefore, the finding in the eastern part of the island of some decapod remains within clasts of a ruditic Late Mesozoic and Early Tertiary formation of middle Lutetian age (Cuccuru ’e Flores Conglomerate) is interesting under various points of view. In particular they are represented by a cheliped of Maastrichtian age which is close to faujasi the Maastrichtian type area of Limburg, Belgium and The Netherlands (see Jagt et al., 2000, with references), and by a carapace from deposits currently assigned to the Selandian (Middle Palaeocene) which is attributable to Titanocarcinus since the classic palaeontological monograph of since the classic palaeontological presence in Meneghini (1857), who recorded their San Marco, near Miocene beds cropping out at Capo even if sporadically, this study, Oristano (W Sardinia). To such as Mariani other papers followed by several authors, & Parona (1887), Ristori (1888, 1897), Lovisato (1902) and Comaschi Caria (1949, 1950, 1956), who sometimes were concerned with this systematic group in the frame Until now of researches having a more general character. all the records of carcinologic remains in Sardinia regarded exclusively beds of Miocene age. In fact, also the latest note published on this subject and devoted by De Angeli & Marangon (1992) to the record of the presence of I. Dieni, Dipartimento di Geoscienze dell’Università di Padova, Via Giotto 1, I-35137 Padova, ; [email protected] Giotto 1, I-35137 Geoscienze dell’Università di Padova, Via I. Dieni, Dipartimento di no more cropping out in Sardinia. cropping no more faujasi cf. Lamarck,

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10-11-18 10:56:26 Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0063.pdf Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2-Seg.:4BPag.:VOLUME.p0055.pdf Formato foglio:640x880STAMPA:B+VPiegatura:16moconvertibile 210x290mmStampatore:Moderna 10:56:26 10-11-18 (A. A. Milne- Dana, 1852 Dana, 1852 Latreille, 1831 Beurlen, 1930 (Desmarest, 1822) Pennant, 1777 Latreille, 1803 ) and Fraaye, 1998, pl. 16, fig. faujasi -The limestone in which the (Fig. 2) Protocallianassa archiaci Protocallianassa ALLIANASSOIDEA Callianassa archiaci cf. sp. (cemented to other parts of the ECAPODA HALASSINIDEA RUSTACEA - Sóvana, in the territory of Oliena ALLIANASSIDAE - Protocallianassa 06/09/10, 15.56 - One fragmentary left cheliped weakly [see, f. i., Desmarest, 1822, p. 127, pl. 11, [see, f. i., Desmarest, 1822, p. 127, pl. - As far as preservation allows comparison, Class C SYSTEMATIC DESCRIPTIONS SYSTEMATIC Order D Spirorbis Family C Pagurus Faujasi Genus Infraorder T Superfamily C Type species Type Protocallianassa Material Finding locality Remarks Age and assemblage The higher classification here adopted is that proposed classification here The higher is housed in the Museum of The studied material P. faujasi P.

decapod accompanying the cheliped), bryozoans, fish and irregularly phosphatised in its external part; MGPD and irregularly phosphatised in its external 30808. Edwards, 1860, by original designation of Beurlen, 1930. Edwards, 1860, by original designation (Nuoro) (Fig. 1). large, with those the segment proportions agree, by and of fig. 2 (as disagrees in the presence of 7]. The propodus, however, the upper part of two diverging rows of setae pits along some agreement the inner surface (Fig. 2). There is also with the left chela of Milne-Edwards, 1860) (see Glaessner, 1969, p. 478, fig. Milne-Edwards, 1860) (see Glaessner, of France and The 284, 3), from the Turonian-Senonian Netherlands, etc., except, here, the lower margin of the propodus is rather more rounded. cheliped was found contains gastropod and bivalve fragments, by Glaessner (1969), integrated and adjusted by later and adjusted (1969), integrated by Glaessner and & Schweitzer (2006) f.i., Karasawa authors [see, and references therein]. Schweitzer et al. (2009), of Padova, under University Geology and Palaeontology, MGPD 30808 and MGPD 30809. catalogue numbers

, 10:56:26 Assilina EXPLANATION OF PLATE 1 PLATE OF EXPLANATION , et al., 1966)

YellowMagentaCyan Marie, 1958. Subaxial section. 63 x. (Segerberg, 1900) in (Segerberg, Nummulites (Schlumberger, 1900). Axial, subaxial and oblique sections. 82 x. (Desmarest, 1822) and (Desmarest, 1822) Bollettino della Società Paleontologica Italiana, 49 (2), 2010 Italiana, Società Paleontologica della Bollettino daguini sp. (sp. nov.?). Subaxial sections and transverse section parallel to the axis. 63 x. sp. (sp. nov.?). cf. faujasi 136 subellipticus cf. cf. , etc.) of Cuisian age (Dieni Goupillaudina Goupillaudina Nummofallotia cretacea

GEOLOGIC AND STRATIGRAPHIC SETTING GEOLOGIC AND STRATIGRAPHIC 10-11-18

As result we are induced to think that some faunal we are induced to As result The Jurassic to Lower Eocene sedimentary cover of The Jurassic to Lower Eocene sedimentary

Foraminifera from Maastrichtian clasts of the Lutetian Cuccuru ’e Flores Conglomerate at Sóvana, in the territory of Oliena. Foraminifera from Maastrichtian clasts of the Lutetian Cuccuru ’e Flores Conglomerate at Figs. 1-7 - Figs. 8-11 - Fig. 12 - exclusively, and in very large number of individuals, in of individuals, number very large and in exclusively, Maastrichtian localities. many Danish in the were found only which hitherto elements of NW and limestones and Danian chalks Maastrichtian to this area. The finding of Europe were not endemic Protocallianassa Titanocarcinus 136 Sardinia, which in the Late Cretaceous and Palaeogene Sardinia, which in on the northern margin of the times occupied a position faunistic strengthens the belief that at that time Tethys, the NW European and the Tethys exchanges between must have taken place. basin, at least intermittently, which fix a lower age boundary for the clastic formation. However only recently the study of the palynological content of mudstone interbeds of the polymictic rudites allowed the chronostratigraphic assignment of the Cuccuru ’e Flores Conglomerate to the middle Lutetian (Dieni et al., 2008). Discocyclina eastern Sardinia, for the most part consisting of carbonate eastern Sardinia, for the most part consisting by polymictic rocks, is in places unconformably overlain down by sediment conglomerates and breccias mainly laid of laterally gravity flows and forming aprons of active tectonic interfingering debris cones at the toe Cuccuru ’e Flores scarps. The clastic formation, known as literature and Conglomerate in the regional geological and “Oliena cropping out in the Mt. Albo massif, Orosei, as thin wedges Supramonte” areas, is mostly developed faults with great lining some important transpressive overlying vertical offsets and locally unconformably unit folded and eroded substratum. The lithostratigraphic of severe is undoubtedly the sedimentary expression in later tectonic movements and is itself involved Dieni et al., 2008, deformations (Dieni & Massari, 1966; ruditic deposits and references therein). The syntectonic succession, mostly contain clasts of the local stratigraphic to Middle from the Palaeozoic crystalline basement they include Cuisian nummulitic limestones. In addition as Campanian elements of facies unknown in outcrop, such (Busulini et al., and Maastrichtian rudist limestones and Ilerdian 1984), Danian, Selandian, Thanetian limestones (Dieni et al., 1979; Dieni et al., 1985; Dieni et al., 2008). The matrix of conglomerates contains reworked larger foraminifers ( 10:56:26

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cf. 1900 near Orosei (Fig. 1); MGPD 30809. Xanthilites Edwards, 1864, by subsequent designation of Glaessner Edwards, 1864, by subsequent designation (1929, p. 384). listed 19 species (including five tentatively referred) of the latter taxon [his catalogue may be integrated with Titanocarcinus Middle Eocene of the environs of Palermo, Sicily]. To

cf. O. in the Marie, EXPLANATION OF PLATE 2 PLATE OF EXPLANATION Lamarck, Clypeorbis Lafitteina (Lamarck), Cibicidoides daguini (Rahaghi), were recorded, cf. (d’ Archiac), Lamarck, 1801. Transverse sections. In figs. 7 and 10 sections of Clypeorbis mamillata Bollettino della Società Paleontologica Italiana, 49 (2), 2010 Italiana, Società Paleontologica della Bollettino (Desmarest, 1822). Left cheliped; stereoscopic view; natural size. A= internal surface of the outer side; B= (Desmarest, 1822). Left cheliped; stereoscopic (Leymerie), Siderolites calcitrapoides Siderolites sp. (G) respectively are visible. 38 x. (Rahaghi, 1976). Oblique section. 63 x. (Schlumberger), (Schlumberger), (Rahaghi, 1976). Axial and subaxial sections. 63 x. Siderolites calcitrapoides Siderolites faujasi and Goupillaudina Sirtina ornata calcitrapoides ornata 138

cf. Siderolites calcitrapoides Siderolites ornata cf.

Orbitoides media Omphalocyclus macroporus Goupillaudina Lepidorbitoides socialis Sirtina Siderolites and Sirtina and (Astre), (Schlumberger), (Brotzen), Protocallianassa 10-11-18 Among the foraminifers of the Maastrichtian clasts sp. (nov. ?), sp. (nov.

Fig. 6Figs. 7-11 - - Foraminifera from Maastrichtian clasts of the Lutetian Cuccuru ’e Flores Conglomerate at Sóvana, in the territory of Oliena. Foraminifera from Maastrichtian clasts of the Lutetian Cuccuru ’e Flores Conglomerate at Figs. 1-5 - succedens Fig. 2 - coralline teeth and vertebrae, crustose and articulate the presence of algae, etc. Among the foraminifers, Nummofallotia cretacea internal surface of the inner side. Maastrichtian limestone as clast of the middle Lutetian Cuccuru ’e Flores Conglomerate at S internal surface of the inner side. Maastrichtian G. apiculata (Schlumberger), Lepidorbitoides socialis 138 mengaudi the lower etc. (see Fig. 4 and Pls. 1-4) indicates assignment is Maastrichtian. This chronostratigraphic the larger supported also by the absence, among foraminifers, of generally associated to without figures, by Busulini et al. (1984, p. 251) in their synthetic review of the Upper Cretaceous of eastern Sardinia. Therefore, the remaining taxa of the list are recorded here for the first time in Sardinia. of the Cuccuru ’e Flores Conglomerate listed above, Orbitoides apiculata upper Maastrichtian. were already mentioned, but not figured, by Chabrier in a short note devoted to the stratigraphy and structure of the Oliena mountains (1969, p. 219), whereas mamillata

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Pl. 2 10-11-18 139

10:56:25 Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4A - Pag.: VOLUME.p0052.pdf Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0054.pdf 05.p65 10:56:26 rectangular urogastriclobe. mesogastric lobedistinctlyseparatedfromatransversely wider frontalmargin,morenodoseregionsandarounded differs from Haunsberg, nearSalzburg (Austria)(Förster, 1970).It lower MaastrichtianofBavariatotheThanetian Titanocarcinus reisi from Fakse,Denmark(typelocality, middleDanian). three timeslargerthaneveragelyencounteredcarapaces 3, fig.1),differinginlittlemorethanitssize,beingsome 1994, pl.10,fig.15,andJakobsen&Collins,1997, subellipticus specimen fromOroseiisremarkablycloseto the typespecies(seealsoFraaye,1998,fig.16). (1995, p.203)totheirnewgenus (1970, p.248),waslatertransferredbyCollinsetal. formerly includedinthegenus i.3- Fig. 3 is - - Figs. 4-7 - Fig. 2 - Fig. 1 Foraminifera fromMaastrichtianclastsoftheLutetianCuccuru’eFlores ConglomerateatSóvana,intheterritoryofOliena. Maastrichtian species Titanocarcinus purdyi polonicus been erectedbyFraaye(1994: Titanocarcinus faxeensis Panopeus Jakobsen &Collins(1997)assignedrespectively Lutetian species,andCollins&Jakobsen(1994) aculeatus these Busulinietal.(1984)added middle LutetianCuccuru’eFloresConglomerateatBaddeFuntanaMorta,nearOrosei. Fig. 3- 140 The earliestknownmemberofthegenus, As faraspreservationallowscomparison,the 10-11-18 Titanocarcinus Busulini,Tessier &Visentin, 1984,anItalian , ofDanianage)andBlow&Manning(1996:

vonFischer-Benzon,1866,tothegenus subellipticus algae (C).32x. Orbitoides 6 afishremain(F) isrecognizable.Figs.4-6=20 x;fig.7=17x. Orbitoides media and Siderolites calcitrapoides coralline algae(C).38x. Siderolites calcitrapoides T. (Segerberg,1900)(seeCollins&Jakobsen, cf. . Subsequently, twootherspecieshave Goupillaudina subellipticus Böhm,1891,extendsfromtheupper cf. cf. 140 subellipticus Dromiopsis briarti Segerberg,1900,and , ofMiddleEoceneage).The apiculata (d’Archiac,1837).Obliqueandsubaxial sections.Infig.4rotaliidsandcorallinealgaearevisible; infig. sp.(G).24x. inhavingacomparatively Titanocarcinus Bollettino dellaSocietàPaleontologicaItaliana,49(2),2010 Schlumberger,1901,associated with Leptoides Lamarck,1801f. (Segerberg, 1900).Carapace,stereoscopicview;naturalsize.Selandianlimestone asclastofthe Lamarck,1801(S), Titanocarcinus Titanocarcinus Forir, 1887, , ofwhichis byFörster Panopeus EXPLANATION OFPLATE 3 denticulatus Lepidorbitoides socialis T. ?

Douvillé,1907;sub-horizontaltangentialsection,associatedwith locality of 1997, p.122,figs.111 and112) -ofsimilarageand Busulini, Tessier &Visentin, 1984(seealsoBeschin, dense surfaceornamentof antero-lateral spines,subpentagonalmesogastriclobeand Arzignano (Vicenza, northernItaly),andtheacicular pl. 3,fig.1)fromtheLutetianofMainQuarrynear Bittner, 1875,asfiguredbyBusulinietal.(1983,p.66, Sardinian specimenfrom globularis Hottinger inPeybernèsetal.,2000”, rich foraminiferalfaunaincluding“ dasycladalean algae(studiedbyDieniatal.,1985)anda in whichthecarapacewasfoundcontainsveryabundant scheme ofSerra-Kieletal.,1998). Palaeocene-Eocene largerforaminiferabiostratigraphic indicate aSelandianage(SBZ2accordingtotheTethyan auctt.], “ Stomatorbina crustaceans Flores ConglomerateofeasternSardinia,thedecapod

A longerintestinalregionreadilydistinguishesthe Age andassemblage Within calcareousclastsoftheLutetianCuccuru’e Nummofallotia cretacea Planorbulina (Rahaghi), T. euglyphos (Leymerie,1851)(L),rotaliids (R) andcoralline Protocallianassa sp.[= 06/09/10, 15.57 CONCLUSIONS Mississippina binkhorsti -servetodistinguishthatspecies. ” Pseudocuvillierina sireli -Theclastofwhitishlimestone cretae (N), Titanocarcinus euglyphos Titanocarcinus aciculatus cf. Lepidorbitoides socialis (Marsson),etc.,which faujasi Plumokathina dienii (Desmarest) and Miscellanites (Reuss) (Inan), (L) 10-11-18 10:56:26 Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0051.pdf Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0059.pdf 10:56:26 10-11-18

4 3 2 1 Device Resolution2400DPI 4x4 3x3 2x2 1x1 50 40/60 30/70 20/80 10/90 5/95 4/96 3/97 2/98 1/99 0/100 10-11-18 10:56:26 Data: 10/08/201008:32:49-Lavoro:MD17220-Bollettino_Paleontologia_Vol_49_N_2Segnatura:4BBlack Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0062.pdf Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0058.pdf 10:56:26 10-11-18

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4 3 2 1 Device Resolution2400DPI 4x4 3x3 2x2 1x1 50 40/60 30/70 20/80 10/90 5/95 4/96 3/97 2/98 1/99 0/100 10-11-18 10:56:26 Data: 10/08/201008:32:49-Lavoro:MD17220-Bollettino_Paleontologia_Vol_49_N_2Segnatura:4BBlack Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0062.pdf Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0058.pdf 10:56:26 10-11-18

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Data: 10/08/2010 08:32:49 - Lavoro: MD17220 Data: 10/08/2010 08:32:49 - Lavoro: MD17220 Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4A - Pag.: VOLUME.p0056.pdf 05.p65 Formato foglio:640x880 STAMPA:B+VPiegatura:16moconvertibile 210x290mmStampatore:Moderna Data: 10/08/2010 08:32:49-Lavoro: MD17220-Bollettino_Paleontologia_Vol_49_N_2 -Segnatura:4A Black Job creato:Data: 10-11-18 10:56:25 Titanocarcinus 142 (Padova) isacknowledged. assistance ofC.Brogiato,S.Castelli,L.FranceschinandN.Michelon H. Collins(London)weregreatlyappreciated.Thetechnical i.2- Fig. 2 - Fig. 1 Foraminifera fromMaastrichtianclastsoftheLutetianCuccuru’eFlores ConglomerateatSóvana,intheterritoryofOliena. sedimentary faciesnomorecroppingoutinSardinia. iconography isfurnished)asitsuppliesevidenceofa microfauna (ofwhichforthefirsttimeanabundant them. ParticularemphasisisgiventotheMaastrichtian of therichforaminiferalassemblagesaccompanying Tertiary. least intermittently, duringLateCretaceousandEarly exchanges betweentheBorealSeaandTethys ocean,at specimens, inNWEuropeallowstoconfirmfaunistic till nowknownexclusively, andinlarge numberof Maastrichtian andSelandianagerespectively, werefound. is -2- Figs. 3-12 Lutetian Cuccuru’eFloresConglomerateatSóvana(Oliena). Fig. 4- Very fruitful, stimulatingandfundamentalsuggestionsofJoeS. The ageofthedecapodswasobtainedthroughstudy This presenceinSardiniaoftaxaassimilabletospecies 10-11-18 Cibicidoides succedens Lepidorbitoides socialis associated withcorallinealgae(C). 20x. Lepidorbitoides socialis (Schlumberger, 1900) sections of Lepidorbitoides socialis cf. ACKNOWLEDGEMENTS subellipticus 142 Siderolites (Brotzen,1948).A-G:variouslyorientedsections;100x.LowerMaastrichtianlimestoneasclastofthemiddle (N), andcorallinealgae(C).20x. Bollettino dellaSocietàPaleontologicaItaliana,49(2),2010 spines (s)respectively arevisible.20x. (Leymerie,1851).Variously orientedsections.Infigs.11 and12sub-longitudinaltransverse (Leymerie,1851)(L)and (Leymerie,1851)(L)and (Segerberg), ofearly EXPLANATION OFPLATE 4 10:56:25

Siderolites calcitrapoides Siderolites calcitrapoides Bittner A.(1875).DieBrachyurendesVicentinischen Tertiärgebirges. Beurlen K.(1930).Vergleichende Stammesgeschichte.Grundlagen, Beschin C.(1997).Artropodifossili.Icrostacei. Busulini A.,DieniI.,MassariF., PejovicD.&Wiedmann J.(1984). Böhm J.(1891).DieKreidebildungendesFürbergsundSulzbergs Blow W.C. &Manning R.B.(1996).Preliminarydescriptionsof25 Busulini A.,Tessier G.&Visentin M.(1984).

kaiserlichen AkademiederWissenschaften Wien, Denkschriften dermathematisch-naturwissenschaftlichen 8: 317-586. höheren Krebse. Methoden, ProblemeunterbesondererBerücksichtigungder Blended ed.,Vicenza: 119-123. I fossili,lepiante,glianimalipresentisolonelterritoriovicentino. Tescari G.(eds.),SoloaVicenza. Gliendemismidellaprovincia. orientale. Nouvelles donnéessurleCrétacésupérieurdelaSardaigne bei SiegsdorfinOberbayern. 29: 1-26. Carolinas, U.S.A. new decapodcrustaceansfromtheMiddleEoceneof 107-117. Decapoda). nuova speciedibrachiuronell’EocenedelVeneto (Crustacea, Cretaceous Research Società venezianadiScienzenaturali,Lavori 06/09/10, 15.58 Lamarck,1801(S),Nummofallotiacretacea Fortschritte derGeologieundPalaeontologie Lamarck,1801(S;s=sections of spines) Tulane StudiesinGeologyandPaleontology REFERENCES Palaeontographica , 5:243-258. Titanocarcinus aculeatus In , 38:1-106. 34: 63-106. PretoD.& 10-11-18 , 9: , , 10:56:25 Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4A - Pag.: VOLUME.p0049.pdf 4 Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4A - Pag.: VOLUME.p0057.pdf 10:56:25 10-11-18

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4 3 2 1 Device Resolution2400DPI 4x4 3x3 2x2 1x1 50 40/60 30/70 20/80 10/90 5/95 4/96 3/97 2/98 1/99 0/100 10-11-18 10:56:26 Data: 10/08/201008:32:49-Lavoro:MD17220-Bollettino_Paleontologia_Vol_49_N_2Segnatura:4BBlack Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0062.pdf Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0058.pdf 05.p65 10:56:26 Glaessner M.F. (1969).Decapoda. Dieni I.,MassariF. &MontanariL.(1966). IlPaleogenedeidintorni Glaessner M.F. (1929).Crustaceadecapoda. Fraaye R.H.B.(1998).FossielenvandeSt.Pietersberg.Kreeftenen Fraaye R.H.B.(1994).EarlyPaleocenecrabs(Crustacea,Decapoda) Dieni I.,MassariF. &Poignant Dieni I.,MassariF. &MédusJ.(2008).Age,depositional Dieni I.&MassariF. (1966).Precisazionisull’etàdialcuni Desmarest A.G.(1822).HistoirenaturelledesCrustacésfossiles. Förster R.(1970).ZweineuebrachyureKrebseausdemPaläozän Fischer-Benzon R.,von(1866).UeberdasrelativeAlterdes Di SalvoG.(1932).Contributoallaconoscenzadeicrostaceiterziarii Dieni I.,MassariF. &RadoicicR.(1985).Palaeocenedasycladalean Comaschi CariaI.(1949).IfossilidellaSardegna. Collins J.S.H.&JakobsenS.L.(1994).Asynopsisofthebio- Comaschi CariaI.(1950).CrostaceiDecapodidelMiocene De AngeliA.&MarangonS.(1992). Dana J.D.(1852-1855).Crustacea.UnitedStatesexploring Comaschi CariaI.(1956).IcrostaceimiocenicidellaSardegna. Collins J.S.H.,FraayeR.H.B.&JagtJ.W.M. (1995).LateCretaceous Chabrier G.(1969).Surlastratigraphieetstructuredesmonts Busulini A.,Tessier G.,Visentin M.,BeschinC.,DeAngeliA. 144 on invertebratepaleontology.on Part R,Arthropoda4(2):399-651. Animalia naturali eMuseocivicodiStorianaturaleMilano di Orosei(Sardegna). krabben. polonica from theMiddleVistula Valley, CentralPoland. géologique deFrance geodynamic evolutionofSardinia. Conglomerate: insightintothePalaeogenetoEarlyMiocene environment andstratigraphicvalueoftheCuccuru’eFlores 205-211. della ClassediScienzefisiche,matematicheenaturali (Sardegna orientale). conglomerati affiorantipressoSiniscola,OroseieDorgali Les Crustacésproprementdits:88pp. Geologie bayerischen StaatssammlungfürPaläontologieundhistorische des HaunsbergesnördlichvonSalzburg. und Brachyuren.Schwers’sche Buchhandlung,Kiel:30pp. Faxekalkes undüberdieindemselbenvorkommendenAnomuren della Sicilia. geologiche algae fromOrosei(EasternSardinia). Paleocene marinoinSardegna. sardi dell’UniversitàdiCagliari Bulletin oftheMizunamiFossilMuseum, Decapoda) oftheDanian(Palaeocene)DenmarkandSweden. stratigraphic distributionofthecrabgenera(Crustacea, Facoltà diScienzedell’UniversitàCagliari (Elveziano) diBosainSardegna. naturali, Lavori nel MiocenedellaSardegna(Italia). (1855) pp.,C.Sherman,Philadelphia. the commandofCharlesWilkes, U.S.N.,13:1620(1852)+27 expedition duringtheyears1838,1839,1840,1841,1842under Bollettino delServiziogeologicod’Italia e Stratigrafia Acta palaeontologicapolonica anomurans andbrachyuransfromtheMaastrichtiantypearea. Séances delaSocietégéologiqueFrance d’Oliena (Sardaigneorientale). di Scienzenaturali,Lavori orientali (Vicenza) (Crustacea,Decapoda). Brachiuri eocenicidiCavaMain(Arzignano)-Lessini & RossiA.(1983).Nuovocontributoallaconoscenzadei 10-11-18 , 44:261-266. , 10:241-252. Grondboor &Hammer , 41:464pp. , 38:1-77. Il Naturalistasiciliano , 85:481-516. , 17:175-182. Accademia nazionaledeiLincei,Rendiconti 144 Memorie della , 179:51-72. , 8:55-73. Rivista A.F. (1979).Testimonianze di , 40:165-210. Necronectes schafferi In , 52:126. Rendiconti delSeminariodella Bollettino dellaSocietàPaleontologicaItaliana,49(2),2010 Compte Rendusommaire des : XXVII+410pp. MooreR.C.(ed.),Treatise Società venezianadiScienze , n.s.,8:25-30.

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Jagt J.W.M., FraayeR.H.B.&Van BakelB.W.M. (2000).Late Jakobsen S.L.&CollinsJ.S.H.(1997).NewMiddleDanianspecies Segerberg K.O.(1900).Deanomuraochbrachyuradekapoderna Schweitzer C.E.,FeldmannR.M.,CosovicV., RossR.L.M.&Waugh Samouelle G.(1819).Theentomologist’s usefulcompendium,oran Ristori G.(1897).CrostaceineogenicidiSardegnaealcunealtre Ristori G.(1888).AlcunicrostaceidelMiocenemedioitaliano. Peybernès B.,Fondecave-Wallez M.J.,HottingerL.,EichèneP. & Milne-Edwards A.(1864).MonographiedesCrustacésdelafamille Milne-Edwards A.(1860).MonographiedesDécapodesmacroures Meneghini G.(1857).Paléontologiedel’îleSardaigneou Mariani E.&ParonaC.F. (1887).FossilitortonianidiCapoS.Marco MacLeay W.S. (1838).IllustrationsoftheAnnulosaSouthAfrica; Lovisato D.(1902).Lespeciefossilifinoratrovatenelcalcare Karasawa H.&SchweitzerC.E.(2006).Anewclassificationofthe Revised manuscriptaccepted12April 2010 Manuscript received12June2009 Serra-Kiel J.,HottingerL.,CausE.,DrobneK.,FerrándezC.,Jauhri Surlyk F. &DieniI.(1988).TheSardinian connection-brachiopod

the southeastNetherlands. Cretaceous decapodcrustaceanfaunasofnortheastBelgiumand Bulletin oftheGeologicalSocietyDenmark,44:89-110. of anomuranandbrachyurancrabsfromFakse,Denmark. Oct. 2000,AssociazionedelMuseo“G.Zannato”:37-42. Tertiary decapodcrustaceans,MontecchioMaggiore-Vicenza, della SocietàtoscanadiScienzenaturali Stockholm Förhandlingar inom SkandinaviensYngrekrita. of theCarnegieMuseumnaturalHistory Thalassinidea, Brachyura)fromBritishColumbia,Canada. D.A. (2009).NewCretaceousandEoceneDecapoda(Astacidea, London: 486pp. introduction totheknowledgeofBritishinsects.ThomasBoys, 504-513. località italiane. Haute-Soule (PyrénéesAtlantiques). micropaléontologique duDanien-SélandiendansleBéarnetla Segonzac G.(2000).LimiteCrétacé-Tertiaire etbiozonation 273-324. Cancériens. naturelles, Zoologie fossiles delafamilledesThalassiniens. 3. ImprimerieRoyal,Turin:584pp. A. DeLaMarmora. description desfossilesrecueillisdanscettecontréeparlegénéral 101-187. in Sardegna. the SouthAfrica,Invertebrates:53-71. by Dr. Smith. on thebrachyurousdecapodCrustaceabroughtfromCape commerciale, :21pp. compatto diBonariaeSanBartolomeo.Tipo-litografia 75: 23-73. of allfossilXanthoidea on phylogeneticanalysisandtraditionalsystematicevaluation Xanthoidea 27: 57-60. France Paleocene andEocene. E. (1998).Larger foraminiferalbiostratigraphyoftheTethyan H., SirelE.,StrougoA., A.K., LessG.,PavlovecR.,PignattiJ.,SamsoJ.M.,Schaub Maastrichtian. Meonia semiglobularis , 169:281-299. sensu lato Annales desSciencesnaturelles, Zoologie 06/09/10, 15.59 Atti dellaSocietàitalianadiScienzenaturali In Bollettino dellaSocietàPaleontologicaItaliana A.Smith(ed.),IllustrationsoftheZoology Bollettino dellaSocietàgeologicaitaliana In , s.4,14:294-357. LaMarmoraA.,de,Voyage enSardaigne, (Crustacea: Decapoda:Brachyura)based Tambareau Y., Tosquella J.&Zakrevskaia (Posselt)linksTethyan andBoreal sensu lato Bulletin delaSocietégéologique , 22:347-390. In 1 st Workshop onMesozoicand . Geologiska Föreningens i Contributions toZoology Geobios Annales desSciences , 9:212-219. , 77:403-423. , 33:35-48. , s.4,20: Annals , 30: , 15: 10-11-18 Atti , , 10:56:26 Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0063.pdf Info: MD17220_Bollettino_Paleontologia_Vol_49_N_2 - Seg.: 4B - Pag.: VOLUME.p0055.pdf Formato foglio:640x880STAMPA:B+VPiegatura:16moconvertibile210x290mmStampatore:Moderna 10:56:26 10-11-18

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