Indice de contenidos |
 Credits |
Indice |
Introduction
|
| Biostratigraphy – Stratotypes |
| Aceñolaza F.G.; Pliomeridius sulcatus Leanza and Baldis, 1975 (Trilobita–Pliomeridae) and the Sepulturas Formation in the Cordillera Oriental of Jujuy, Argentina |
Aceñolaza G.F., Aráoz L., Verge M., Tortello M.F. and Nieva S.M.; Paleontology and biostratigraphy of the Lower Ordovician strata cropping out at the Abra de Zenta (Cordillera Oriental, Jujuy and Salta provinces), NW Argentina |
| Achab A., Asselin E. and Soufiane A.; The Laurentian Ordovician chitinozoan zonation: some modifications and some remaining problems |
| Albanesi G.L., Carrera M.G., Cañas F.L. and Saltzman M.; The Niquivil Section, Precordillera of San Juan, Argentina, proposed gssp for the Lower/Middle Ordovician boundary |
| Albanesi G.L., Minjin C. and Undarya J.; Stratigraphically significant early Late Ordovivian conodonts from the Tsagaan Del Formation, Bayankhongor area, Central Mongolia |
| Bergström S.M.; The Red River problem revisited: stratigraphic relationships in the Upper Ordovician of central and western United States |
| Brussa E.D., Toro B.A., Mitchell C.E. and Astini R.A.; Biostratigraphic remarks on the Late Ordovician graptolite fauna from the area around Estancia Canota, Precordillera of Mendoza, Argentina |
| Dronov A.V., Koren T.N., Tolmacheva T.J., Holmer L. and Meidla T.; "Volkhovian" as a name for the third global stage of the Ordovician System |
| Goldman D.; The Diplacanthograptus caudatus Zone: a proposal for a new, globally recognizable, Upper Ordovician graptolite zone |
| Gutiérrez–Marco J.C., Bernárdez E., Rábano I., Sarmiento G.N., Sendino M.C., Albani R. and Bagnoli G.; Ordovician on the move: geology and paleontology of the "Túnel Ordovícico del Fabar" (Cantabrian free highway A–8, N Spain) |
| Gutiérrez–Marco J.C., Yanev S.N., Sachanski V.V., Rábano I., Lakova I., San José Lancha M.A.de, Díaz Martínez E., Boncheva I. and Sarmiento G.N.; New biostratigraphical data from the Ordovician of Bulgaria |
Kozlu H., Göncüoglu M.C., Sarmiento G.N. and Göncüoglu Y.; Stratigraphy of the Ordovician rock–units in Turkey: new age data and a paleogeographic review |
| Lee S.B. and Choi D.K.; Trilobite biostratigraphy and correlation of the Cambrian–Ordovician boundary intervals in Korea |
Li J.-, Molyneux S.G., Rubinstein C.V. and Servais T.; Acritarchs from peri–Gondwana at the Lower and Middle Ordovician Stage boundaries |
| Melchin M.J., Holmden C. and Williams S.H.; Correlation of graptolite biozones, chitinozoan biozones, and carbon isotope curves through the Hirnantian |
| Moya M.C., Malanca S. and Monteros J.A.; The Cambrian–Tremadocian units of the Santa Victoria Group (northwestern Argentina): a new correlation scheme |
| Nikitin I.F., Koren’ T.N., Nikitina O.I., Popov L.E. and Zhilkaidarov A.M.; The Lower–Middle Ordovician boundary in Kazakhstan |
| Peralta S.H., Finney S.C. and Basilici G.; Portezuelo del Tontal Formation (Lower Caradoc),Western Precordillera, San Juan Province: its biostratigraphic and paleogeographic significance |
| Rubinstein C.V.; Ordovician acritarchs from northwestern Argentina: new insights into the biostratigraphy and paleonvironmental aspects of the Central Andean Basin and Famatina |
| Sá A.A.; Meireles C., Coke C. and Gutiérrez–Marco J.C.; Reappraisal of the Ordovician stratigraphy and paleontology of Trás-os-Montes (Central–Iberian Zone, NE Portugal) |
| Saltzman M.R., Bergström S.M., Huff W.D. and Kolata D.R.; Conodont and graptolite biostratigraphy and the Ordovician (Early Chatfieldian, Middle Caradocian) d13C excursion in North America and Baltoscandia: implications for the interpretation of the relations between the Millbrig and Kinnekulle K–bentonites |
| Sarmiento G.N., Göncüoglu M.C. and Göncüoglu Y.; Early Darriwilian conodonts from the Sobova Formation in the Eastern and western Taurides, Southern Turkey |
| Stouge S., Boyce W.D., Christiansen J., Harper D.A.T. and Knight I.; The Ordovician succession of North–East Greenland: stratigraphy and significance |
| Vandenbroucke T., Fortey R.A., Siveter D.J. and Rickards R.B.; Chitinozoans from key sections in the Upper Ordovician Series: new GSSP’s and classical British sections |
| Wang X., Chen X., Li Z. and Wang C.; The Huanghuachang Section, potential as Global Stratotype for the base of the Middle Ordovician Series |
| Wang X., Li Z., Chen X. and Wang C.; The conodont succession from the proposed Gssp for the Middle Ordovician base at Huanghuachang Section, Yichang, China |
| Zeballo F.J., Albanesi G.L., Ortega G. and Tortello F.; Biostratigraphy of Ordovician sequences from Alfarcito area, Tilcara, Eastern Cordillera of Jujuy, Argentina |
| Zhang Y. and Chen X.; The Early–Middle Ordovician graptolite sequence of the Upper Yangtze region, South China |
| Abuhmida F. and El Harbi A.; Palynostratigraphy and paleoenvironmental study of Middle and Upper Ordovician sequences in NW Sirt Basin, Libya |
| Geochronology – K–bentonites |
| Baldo E.G., Fanning C.M., Rapela C.W., Pankhurst R.J., Casquet C. and Galindo C.; U–Pb shrimp dating of rhyolite volcanism in the Famatinian belt and K–bentonites in the Precordillera |
| Finney S.C., Gleason J., Gehrels G.E., Peralta S.H. and Vervoort J.D.; U/Pb geochronology of detrital zircons from Upper Ordovician Las Vacas, La Cantera, and Empozada formations, NW Argentina |
| Huff W.D., Bergström S.M., Kolata D.R., Cingolani C.S., Krekeler M.P. and Prokopenko M.; Ordovician K–bentonites in the Argentine Precordillera and their relation to Laurentian volcanism |
| Ramos E., Navidad M., Marzo M. and Bolatti N.; Middle Ordovician K–bentonite beds in the Murzuq Basin (Central Libya) 203 |
| Su W., He L., Li Q., Wang Y., Gong S., Zhou H., Liu X., Li Z. and Huang S.; K–bentonite beds near the Ordovician–Silurian boundary on the Yangtze Platform, South China: preliminary study of the stratigraphic and tectonomagmatic significance |
| Geochemistry – Magmatism |
| Abre P., Zimmermann U. and Cingolani C.A.; Pavón Formation zircons under scanning electronic microscope: preliminary results on the Ordovician siliciclastics from the San Rafael Block, Mendoza |
| Grosse P., Bellos L., Baez M., Rossi de Toselli J. and Toselli A.; Ordovician magmatism of the Sierra de Velasco, La Rioja, Argentina |
| Sardi F.G. and Toselli A.J.; Ordovician mineralizations in the Sistema de Famatina and Sierra de Velasco, northwestern Argentina |
| Trotter J.A., Eggins S.M., Barnes C.R. and McCulloch M.T.; Conodont geochemistry – proxies for evaluating events and palaeoenvironments of the Ordovician and Early Silurian |
| Paleontology – Biodiversification |
| Aceñolaza G.F., Emig C.C. and Gutiérrez–Marco J.C.; Lingulid shell beds from the Ordovician of Argentina, with notes on other peri–Gondwanan occurrences |
| Benedetto J.L. and Sánchez T.M.; The Ordovician radiation from a Gondwanan perspective: the early diversification of brachiopods and bivalves on mid– to high–latitude siliciclastic platforms |
| Beresi M.S.; Ordovician calcareous algae, cyanobacteria, and microproblematica from the Precordillera Argentina |
Beresi M.S. and Heredia S.; First occurrence of Epiphyton, cyanobacteria from the Middle Ordovician of the Ponón Trehue, Mendoza Province, Argentina |
| Brabcova Z. and Kraft P.; Study of conulariid and related phosphatic conical exoskeletons from the Prague Basin (Czech Republic) 263 |
| Bruthansova J.; Trilobites of the Klabava Formation (Arenig), Prague Basin, Czech Republic: preliminary report |
| Bruthansová J. and Budil P.; Exuviation of the Genus Placoparia Hawle and Corda, 1847 (Trilobita, Ordovician, Prague Basin, Czech Republic) |
| Budil P. and Bruthansova J.; Moulting in the Ordovician dalmanitid and acastid trilobites of the Prague Basin (Czech Republic) |
| Carrera M.G. and Cech N.; Taxonomic turnover and community replacement in the Lower Ordovician limestones of the Argentine Precordillera |
| Di Cunzolo S., Aceñolaza G.F. and Rodríguez Brizuela R.; Cruziana–Skolithos ichnoassociation in the Casa Colorada Formation (Upper Cambrian–Tremadocian), Cordillera Oriental of Jujuy province, NW Argentina |
| Eriksson M.; Late Ordovician polychaetaspid polychaete annelids from the type Cincinnatian region, USA |
| Eriksson M. and Leslie S.A.; Microfossils from the upper Sylvan Shale (Late Ordovician), Oklahoma, USA |
| Finnegan S. and Droser M.L.; Paleoecological significance of the Ibexian–Whiterockian (Lower–Middle Ordovician) boundary in the Great Basin, Western US |
| González–Gómez C.; Tremadocian microbrachiopods from the southern Montagne Noire (France) and their paleobiogeographical significance |
| Gubanov A.P. and Bogolepova O.K.; Tremadocian monoplacophoran molluscs from the Pechora Basin of Russia |
| Kraft P. and Kraft J.; Facies of the Klabava Formation (?Tremadoc – Arenig) and their fossil content (Barrandian area, Czech Republic) |
Mángano M.G. and Droser M.; Ecospace utilization and paleoenvironmental expansion during the Ordovician radiation: the ichnologic evidence |
Marek J., Bartzsch K., Drost K., Fatka O., Kraft P. and Linnemann U.; Revision of trilobites of the Griffelschiefer Formation (Ordovician, Schwarzburg anticline, Germany): preliminary results |
| Sprinkle J. and Guensburg T.E.; Major expansion of echinoderms in the early Late Ordovician (Mohawkian, middle Caradoc) and its possible causes |
Tortello M.F. and Esteban S.B.; Occurrence of the Early Ordovician Trilobite Jujuyaspis keideli Kobayashi in the Despensa Formation, Aguilar Range, Northwestern Argentina |
| Tortello M.F. and Peralta S.H.; Trilobites from the Lower Member of the Gualcamayo Formation (Lower Llanvirn) in Cerro La Chilca, Argentine Precordillera: biostratigraphic and paleoecologic implications |
| Waisfeld B.G. and Astini R.A.; Environmental constraints on faunal patterns: an example in Early Ordovician (Arenig) trilobite assemblages from the Argentine Cordillera Oriental |
Zhan R.B. and Rong J.Y.; Preliminary investigation on Early to Middle Ordovician brachiopod biodiversity of South China |
Zhou Z.; Notes on the Ordovician trilobite radiation in the South China Block |
| Sedimentology – Basin Analisys |
| Aceñolaza G.F., Milana J.P., Heredia S. and Simoes M.; Stratigraphical and biostratigraphical framework of the Angosto de la Quesera conglomerate complex (Cordillera Oriental of Salta): an incised valley system in the Tremadocian of NW Argentina |
| Antoshkina A.I.; Upper Ordovician succession in the Subpolar Urals |
Astini R.A., Dávila F.M., Rapela C.W, Pankhurst R.J. and Fanning C.M.; Ordovician back–arc clastic wedge in the Famatina Ranges: new ages and implications for reconstruction of the proto–Andean Gondwana margin |
| Astini R.A., Marengo L. and Rubinstein C.V.; The Ordovician stratigraphy of the Sierras Subandinas (Subandean Ranges) in Northwest Argentina and its bearing on an integrated foreland basin model for the Ordovician of the Central Andean Region |
Banchig A.L. and Raviolo M.; The Ceratopyge Regressive Event (cre) along the continental edge: description and paleoenvironmental interpretation of the sedimentary sequence in Ojos de Agua locality, Western Precordillera, San Juan, Argentina |
| Berry W.B.N.; Ashgill crinozoan–bryozoan carbonates in the Carnic Alps: comparison with modern New Zealand shelf carbonates |
| Buatois L.A., Moya M.C., Mángano M.G. and Malanca S. With contributions from Albanesi G.L. and Ortega G.; Paleoenvironmental and sequence stratigraphic framework of the Cambrian–Ordovician transition in the Angosto del Moreno Area, Northwest Argentina |
| Chacrone C. and Hamoumi N.; Sedimentary evolution during Ordovician in the western Paleozoic High Atlas (Variscan Morocco) |
| Egenhoff S.; Review of Ordovician basin evolution in southern Bolivia |
| Egenhoff S. and Nielsen A.T.; Comparing Early Ordovician sea–level changes in southern Bolivia and Baltica: a siliciclastic shelf versus a carbonate ramp |
Herranz Araújo P., Gutiérrez–Marco J.C., Pieren Pidal A.P., Robardet M., San José Lancha M.A., Rábano I. and Sarmiento G.N.; The Ordovician succession from the western Iberian Ranges (NE Spain): a review with new data |
| Hildebrandt C. and Egenhoff S.O.; Middle to Upper Ordovician evolution of central Bolivia: a facies reevaluation |
| Lehnert O. and Cooper J.D.; Dynamic evolution of the Late Cambrian – Middle Ordovician rimmed shelf margin of eastern California |
| Moya M.C., Malanca S., Monteros J.A., Albanesi G.L., Ortega G. and Buatois L.A.; Late Cambrian – Tremadocian faunas and events from Angosto del Moreno Section, Eastern Cordillera, Argentina 439 |
| Nielsen A.T.; Ordovician sea–level changes: potential for global event stratigraphy |
| Nielsen A.T. and Harper D.A.T.; A Late Ordovician sea–level curve for the Central Oslo Region: implications for Ashgill correlations |
Sennikov N.V.; Ordovician events in Altai–Salair–Kuznetsky and Tuva basins and their influence on the sedimentary facies and marine biota (Siberia, Russia) |
| Trela W.; Sedimentological record of Oxygen–depleted conditions in Upper Ordovician of central Poland (Holy Cross Mts.) |
| Trela W.; Sedimentary environment of the Ordovician phosphate–bearing sequence in central Poland (Holy Cross Mts.) |
| Zimmermann U. and Bahlburg H.; The Ordovician Puna Basin (NW Argentina): proposal of a new stratigraphy |
| Zimmermann U., Bahlburg H. and Esteban S.B.; Depositional history of the Ordovician Famatina Basin (western Gondwana; NW Argentina) |
| Paleogeography – Provincialism |
| Barnes C.R., Zhang S. and Pyle L.J.; Interpreting conodont communities, tectonics and eustasy of the Ordovician – Early Silurian Laurentian margins |
| Bogolepova O.K.; The post–Timanian evolution of the northeastern and eastern margin of Baltica: facies and biogeography –a review |
| Chacrone C. and Hamoumi N.; The Lower Ordovician in the High Atlas (Morocco): stratonomic analysis and paleogeography |
| Cocks L.R.M. and Fortey R.A.; Central Asian terranes and biogeography in the Ordovician |
| Herrmann A.D. and Patzkowsky M.E.; Ocean and climate model results and the Late Ordovician mass extinction |
| Lee S.M. and Choi D.K.; Early Ordovician paleogeography of the Korean Peninsula |
| Mitchell C.E., Melchin M.J., Sheets H.D., Chen X. and Fan J.X.; Was the Yangtze Platform a refugium for graptolites during the Hirnantian (Late Ordovician) mass extinction? |
| Percival I.G. and Glen R.A.; Early Ordovician geography of East Gondwana |
| Percival I.G., Zhen Y.Y. and Webby B.D.; Early Ordovician conodont distribution from craton to basin and island terranes in East Gondwana |
| Rapalini A.E. and Cingolani C.A.; Paleomagnetism of the Pavón Formation, San Rafael Block (Argentina): paleolatitude of the Cuyania Terrane in the Late Ordovician |
| Sansom I.J., Smith M.P. and Donoghue P.J.C.; The distribution of Ostracoderms in the Mid-Ordovician of Laurentia and Gondwana |
| Reviewers |
Instrucciones a los Autores |
