Cambridge Publications |
|
The Conference Company |
April 8th - 12th, 2001 |
|
European Union of Geosciences |
Cambridge Publications |
|
The Conference Company |
April 8th - 12th, 2001 |
|
European Union of Geosciences |
1 Systematic Investigation on Thermal Degradation of Marble by Thermal Dilatation Measurements: Zeisig A, Siegesmund S & Tschegg EK (AI01:SUpo01:PO).
2 Degradation of Marble: Diagnosis of Deterioration by Ultrasonic Velocitiy Measurements: Weiss T, Siegesmund S & Rasolofosaon P (AI01:SUpo02:PO).
3 Microstructural Features and the Durability of Building Stones: White Apuan Marbles: Cantisani E, Canova R, Fratini F, Manganelli Del Fà C, Mazzuoli R & Molli G (AI01:SUpo03:PO).
4 Survey on Historic Building Materials: Contributions to a Regional Conservation Concept: Franzen C (AI01:SUpo04:PO).
5 Raw Materials of the Neolithic/Aeneolithic Polished Stone Artefacts: Their Migration Paths in Europe (IGCP/UNESCO Project No. 442): Méres S, Hovorka D & Spisiak J (AI01:SUpo05:PO).
6 High-Pressure Metabasites: Peculiar Raw Materials of Neolithic/Aeneolithic Populations of Central Europe: Hovorka D, Spi_iak J & Méres _ (AI01:SUpo06:PO).
7 Experimental Investigation of Kaolinite and Illite-Bearing Clays: Microtextures and Reaction Progress: Basso E, Bovio P & Riccardi MP (AI01:SUpo07:PO).
8 Utilization of Zircon Sands in Ceramic Industry: Baldi G, Bernardini GP, Danti C, Di Benedetto F & Spinelli M (AI01:SUpo08:PO).
9 Synthesis of Na-A Zeolite from Halloysite 10 Å: Novembre D, Di Sabatino B, Piluso E & Baliva A (AI01:SUpo09:PO).
10 Synthesis of Na-A and Na-X Zeolites from Tripolacoeus Deposits: Novembre D, Di Sabatino B, Piluso E & Baliva A (AI01:SUpo10:PO).
11 Replacement in Concrete of Cement for Slurry from the Processing of Aggregates from Basaltic Rocks: Assessment of Replacement Feasibility through Concrete Rupture Modulus Determination: Silva J, Gomes C, Naudin JN & Bobos I (AI01:SUpo11:PO).
12 Investigations of the Mineralogic/Chemical Reactions in Roadways of Salt Mines Based on Crushed Salt Rock and Water: Engelhardt H & Bäuerle G (AI01:SUpo12:PO).
13 The Interrelationship of the Mining-Induced Earthquake and Rock Burst Energies and the Consequences of these Events in the Mines: Lovchikov A (AI01:SUpo13:PO).
(Symposium AI01 Continued in Session MO am on Page 41)
1 Space-Time Features of Changes in the Condition of the Rock Massif: Tatarinov V (AI02:SUpo01:PO).
2 Geochemical Monitoring of the Unsaturated Zone at the Sur-Frêtes Tunnel: A Tool for the Understanding of the Seismic Cycle and the Hydrogeochemistry of Waste Disposal Sites: Pili E, Martin-Garin A, Aupiais J, Trique M & Perrier F (AI02:SUpo02:PO).
3 Diagenetic and Post-Diagenetic Exchanges between Minerals and Fluids in the Clayey/Silty/Carbonated Callovo-Oxfordian Rock from East of Paris Basin: Lavastre V, Godon A & Javoy M (AI02:SUpo03:PO).
4 Borehole Geophysical Logs in the Characterization of Petrophysical Properties, Fracture Patterns and Stress Indicators of Granites in an Old Mining Area: Jurado Rodriguez MJ (AI02:SUpo04:PO).
5 Characterization of Cs Sorption Mechanisms onto an Organic Soil: Froideval A, Del Nero M, Gauthier-lafaye F, Pourcelot L & Stille P (AI02:SUpo05:PO).
6 Characterization and Migration of Atmospheric REE in Soil Profiles: Aubert D, Stille P, Gauthier Lafaye F, Pourcelot L, Probst A & Del Nero M (AI02:SUpo06:PO).
7 The Orciatico Natural Analogue Site for the Study of the Thermal Response of Clay Barriers: Lombardi S & Voltattorni N (AI02:SUpo07:PO).
1 Low-Rank Coals for Disposal of the Surfactant Waste Waters: Burkut Y, Esenli V & Budakoglu M (AI03:SUpo01:PO).
2 The Effect of Additive on the Long Term Stability of Boiler Ashes and Gas Cleaning Residues of Municipal Solid Waste Incinerator: Heuss-Aßbichler S, Schmidl HW & Spiegel W (AI03:SUpo02:PO).
3 Daily Dissolved Cadmium Fluxes in the Lot-Garonne Fluvial System (France): Audry S, Blanc G, Lapaquellerie Y & Maillet N (AI03:SUpo03:PO).
4 Metal Mobilization in the Fluid Mud of the Gironde Estuary (France) in Low Discharge Regime: Robert S, Blanc G, Abril G & Lavaux G (AI03:SUpo04:PO).
5 Observation of the Fluvial Input of Suspended Solids, Particulate Organic Carbon and Cadmium into the Gironde Estuary (1990-1999): Schäfer J, Blanc G, Lapaquellerie Y, Maillet N, Maneux E & Etcheber H (AI03:SUpo05:PO).
6 Influence of Natural and Anthropogenic Sources on Heavy Metal Distribution in Urban Soils- A Case Study from Palermo (Sicily), Southern Italy: Salvagio Manta D, Angelone M, Bellanca A & Neri R (AI03:SUpo06:PO).
7 Assessment of Stability of Rock Massif for Disposal of Radioactive Waste: Tatarinov V & Tatarinov M (AI03:SUpo07:PO).
(Symposium AI03 Continued in Session MO am on Page 41)
1 Contribution of Carbonate Continental Geochemistry to the Climatic and Palaeoenvironmental Reconstitution of the Namib Desert: Segalen L, Le Callonnec L, Pickford M, Renard M, Rognon P & Senut B (CC01:SUpo01:PO).
2 The Influence of the Degree of the Continentality of the Climate on Climatic Characteristics of most Warm Late Pleistocene 16O/18O Substage 5 Year (Latitude Profile: Carpathians-Caucasus-Altai): Levkovskaya G (CC01:SUpo02:PO).
3 Miocene Lateritization in Western France Rb-Sr Geochronology and 18O-D Paleothermometry: Innocent C, Wyns R & Girard J (CC01:SUpo03:PO).
4 Late Neogene Eolian Deposition in Southern Tarim Basin and its Palaeoenvironmental Significance: Zheng H, Powell C, An Z & Butcher K (CC01:SUpo04:PO).
(Symposium CC01 Continued in Session MO pm on Page 47)
1 Changes in Mineralogy and Geochemistry in the South China Sea (ODP Site 1143) during the Last 150,000 Years: Relations between the East Asian Monsoon, Continental Weathering and Productivity: Tamburini F, Adatte T, Föllmi KB & Steinmann P (CC05:SUpo01:PO).
2 The Sea of Okhotsk-Stratigraphy and General Pattern of Sediment Deposition: Biebow N, Tiedemann R, Nürnberg D, Gorbarenko S, Kaiser A & Ulla P (CC05:SUpo02:PO).
3 Comparative Analysis of the Last Glacial Benthic Foraminiferal Communities in the Southeastern Sea of Okhotsk: Paleoceanographic Inferences: Basov IA & Khusid TA (CC05:SUpo03:PO).
4 Deep Water Mg/Ca Record of the Stadial-Interstadial Variability from Western Mediterranean Sea: Cacho I, Shackleton N, Elderfield H & Grimalt J (CC05:SUpo04:PO).
5 Near Coastal Palaeoceanographic Changes off the Western Iberian Margin during the Last 190 ka. A Comparison with Off Shore High-Resolution Records: de Abreu L, Schönfeld J, Shackleton NJ & Hall MA (CC05:SUpo05:PO).
6 Climatically Controlled Sedimentation on the Iberian Margin over the Past ~32cal ka: Skinner L, McCave IN & Shackleton N (CC05:SUpo06:PO).
7 Rainfall-Recharge Relationships in a Karstic Terrain in the Eastern Mediterranean Semi-Arid and Arid Regions during Glacial and Interglacial Transitions: Vaks A, Ayalon A, Gilmour M, Kaufman A & Bar-Matthews M (CC05:SUpo07:PO).
8 Adsorbed Cation Fluxes from the Rh(tm)ne and Oberaar Glaciers, Switzerland: Hosein R, Arn K, Föllmi KB & Steinmann P (CC05:SUpo08:PO).
9 Subglacial vs Secondary Weathering in two Glaciated Areas in the Swiss Alps: Arn K, Hosein R, Adatte T, Föllmi KB & Steinmann P (CC05:SUpo09:PO).
10 Geochemical Insights into the Last Glacial-Interglacial Transition: New Evidence of Abrupt Change from the Spey Valley, Northeast Scotland: Firth JA, Collins PE & Reasoner MA (CC05:SUpo10:PO).
11 Glacial-Interglacial Cycles in the North-East of Europe Andreicheva L (CC05:SUpo11:PO).
12 Glacial-Interglacial Cycles Record from Clay Minerals in Lake Baïkal (Academician Ridge, Siberia): Fagel N, Thorez J, Oberhaensli H, André L, Boski T & Likhoshway L (CC05:SUpo12:PO).
13 No Linear Addition of Glacial-Interglacial pCO2 Changes from Different Processes Affecting the Ocean Carbon Cycle: Wolf-Gladrow D & Völker C (CC05:SUpo13:PO).
14 The Role of Carbon Dioxide in the Ice Age Cycles: Shackleton N (CC05:SUpo14:PO).
15 Vostok Chronology: How to Concile the Orbital Tuning and the Glaciological Approaches: Parrenin F, Waelbroeck C, Jouzel J & Ritz C (CC05:SUpo15:PO).
16 Driving an Ice Sheet Model with AGCM Snapshots during the the Last Deglaciation: Ritz C, Charbit S & Ramstein G (CC05:SUpo16:PO).
17 Paleoceanography Versus Insolation Changes during Marine Isotopic Stages 7 and 6: Cortijo E, Ternois Y, Sicre M & Labeyrie L (CC05:SUpo17:PO).
18 The Marine Isotopic Stage 11 as Simulated by the LLN 2D NH Climate Model: Loutre M & Raynaud D (CC05:SUpo18:PO).
19 Hemispheric Roles of Climate Forcings during Glacial-Interglacial Transitions: Pépin L, Loutre M, Raynaud D & Barnola J (CC05:SUpo19:PO).
(Symposium CC05 Continued in Session MO am on Page 42)
1 The Climate and Vegetation of Europe at 6000 BP: New Datasets and Quantitative Methods: Cheddadi R, Guiot J, Gachet S & Brewer S (CC12:SUpo01:PO).
2 The Last Glacial Maximum Climate over Europe: A PMIP Comparison between Models and Data: Kageyama M, Peyron O, Pinot S, Tarasov P, Guiot J, Joussaume S, Ramstein G & PMIP Participants (CC12:SUpo02:PO).
3 Impact of Precipitation Seasonality on Isotopic Signals in Ice Cores: An Analysis of Several Atmospheric General Circulation Model Simulations: Krinner G, Genthon C & Werner M (CC12:SUpo03:PO).
4 Bi-Plot Analysis for Compositional Data in Multidisciplinary Research. Case Study for the Late Pleistocene Holocene of Tyrrhenian Sea: Buccianti A (CC12:SUpo04:PO).
5 Paleoceanographic Impact of Heinrich Events Based on Marine Sediments off Portugal: Bard E, Sonzogni C & Rostek F (CC12:SUpo05:PO).
6 The Past Climate Reconstruction from Pollen Data by Inversion of a Coupled Vegetation/Pollen Transport Model: Cassignat C, Guiot C, Jolly d, Elenga h, Peyron o & Torre f (CC12:SUpo06:PO).
7 Environmental Modelling and Quantitative Palaeoenvironmental Reconstructions of Holocene Sea-Level Data: Horton B & Edwards R (CC12:SUpo07:PO).
8 Comparison of the Glacial TEMPUS UK37'-SSTs with PMIP Modelling Results: Rosell-Mele A, Bard E, Emeis KC, Grimalt J, Muller P, Schneider R & Grieger B (CC12:SUpo08:PO).
9 Quantitative Reconstruction of Younger Dryas to Mid-Holocene Paleoclimates at Le Locle, Swiss Jura, using Pollen and Lake-Level Data: Magny M & Guiot J (CC12:SUpo09:PO).
(Symposium CC12 Continued in Session MO pm on Page 48)
1 Recent Anoxic Kyllaren Laminae: A Modern Analogue to Jurassic (Toarcian) Black Shale Formation?: Paetzel M, Moldeklev R, Ravnås HH, Stakland R, Willis AM, Øversveen J, Schrader H & Sinninghe Damste JS (EVO5:SUpo01:PO).
2 Organic Matter Preservation and Palaeoenvironmental Implications for Lower Cretaceous Marine Sapropels from Norway and Barents Sea Shelf: Langrock U & Stein R (EVO5:SUpo02:PO).
3 Rapid Changes in Calpionellid and Calcareous Dinoflagellate Associations Recorded in Upper Jurassic Lower Cretaceous Pelagic Environments (Western Carpathians, Slovakia): Reháková D (EVO5:SUpo03:PO).
4 Drowning of the Lower Cretaceous Carbonate Platform along the Northern Tethyan Margin; Evidence from the Rawil Area (Helvetic Alps, Central Switzerland): Gainon F & Föllmi K (EVO5:SUpo04:PO).
5 Lower Aptian OAE-1 Deposits in the Pieniny Klippen Belt, Western Carpathians, Slovakia: Michalik J, Lintnerova O, Rehakova D, Halasova E, Gregorova D, Bak M & Skupien P (EVO5:SUpo05:PO).
6 C-Isotope Geochemistry and Sedimentary Development of Shallow Water Environments of the Lusitanian and Algarve Basin (Portugal) during Times of Global Oceanic Perturbations: Burla S, Heimhofer U, Weissert H, Hochuli P & Andersen N (EVO5:SUpo06:PO).
7 A Terrestrial Record from the Mid-Cretaceous Algarve Basin: Carbon-Isotope Geochemistry and Palynofacies: Heimhofer U, Burla S, Hochuli PA, Andersen N & Weissert H (EVO5:SUpo07:PO).
8 Changes in the Marine Sulphur Budget during the Deposition of the "Livello Selli" (OASE 1a, Aptian): Evidence from the Sulphur Isotope Record: Brunner B, Bernasconi S, Weissert H & D'Argenio B (EVO5:SUpo08:PO).
9 High-Resolution Biostratigraphy and Isotope Stratigraphy in an Albian Pelagic Succession of Southern Italy: Luciani V, Cobianchi M & Jenkyns HC (EVO5:SUpo09:PO).
10 Cenomanian-Turonian Anoxic Event in South-Western Crimea (Lithological, Palaeontological and Palaeoenvironmental Aspects): Kuzmicheva T (EVO5:SUpo10:PO).
11 Sea-Level and Climate Fluctuations at the Cenomanian-Turonian Boundary of the Anglo-Paris Basin, Comparison with the European Tethyan Margin: Pauline R, Thierry A & Gerta K (EVO5:SUpo11:PO).
12 Contrasting Chemostratigraphic Models for two Latest Cenomanian Bonarelli Levels from Sicily, Italy: Scopelliti G, Bellanca A, Neri R, Sprovieri M, Coccioni R & Baudin F (EVO5:SUpo12:PO).
13 Multidisciplinary Study of the Cenomanian/Turonian Oceanic Anoxic Event 2: Preliminary Results from the Gubbio Core (Central Italy): Erba E, Premoli-Silva I, Sinninghe Damste J, Jenkyns H, Farrimond P, Boettcher M, Brumsack H & Kuhnt W (EVO5:SUpo13:PO).
14 Timing and Pattern of Biotic Changes across the Bonarelli Level of the Southern Alps (Italy): Coccioni R, Luciani V & Cobianchi M (EVO5:SUpo14:PO).
15 Development of Photic Zone Anoxia and Associated Black Shale Formation across the Cenomanian/Turonian Boundary: New Biomarker Evidence from the Tafraya Basin (Southern Morocco): Kolonic S, Wagner T, Sinninghe-Damsté J, Kuhnt W, Wand U & Wehner H (EVO5:SUpo15:PO).
16 Orbital Forcing of Tropical Atlantic Black Shale Formation: High Resolution Records of the Coniacian-Santonian OAE 3 (ODP Site 959, Ivory Coast/Ghana): Wagner T, Hofmann P, Beckmann B, Pletsch T, Wand U & Wehner H (EVO5:SUpo16:PO).
17 Calcareous Nannoflora Bio-Geochemistry as a Potential Tool for Reconstructing the Trophic and Thermic Structure of the Past Ocean: Application to the Maastrichtian/Danian Transition: Minoletti F, Gardin S & Renard M (EVO5:SUpo17:PO).
18 4D History of the Black Sea Methane Hydrates from the Last 18,000 Years: Vassilev A & Dimitrov L (EVO5:SUpo18:PO).
(Symposium EVO5 Continued in Session MO am on Page 43)
1 Hauterivian-Barremian Sea Level Fluctuations in Central Part of Northern Caucasus-Scythian Platform Area: Khryashchevskaya O & Baraboshkin E (EVO7:SUpo01:PO).
2 Lithological Cycles- Sedimentological Proxy for Researching of Late Cretaceous Paleogeography: Gabdullin R (EVO7:SUpo02:PO).
3 Mn/Fe-Concretions Record the Last 4300 Years of Pb-Isotope Variations in Baltic Seawater: Liebetrau V, Frei R, Eisenhauer A & Hansen BT (EVO7:SUpo03:PO).
4 The Effects of Declining Ocean Salinity on Climate during the Phanerozoic: Hay W, Wold C & Floegel S (EVO7:SUpo04:PO).
(Symposium EVO7 Continued in Session MO pm on Page 48)
1 Recognizing Illitization Processes in Very Low-Grade Rocks: Brime C, Valin ML & Castro M (FMF1:SUpo01:PO).
2 Thermal Evolution in the Townsville Hinterland of Northeastern Australia: Brime C, Talent JA & Mawson R (FMF1:SUpo02:PO).
3 Illite as a Maturation Indicator in Irish Upper Palaeozoic Rocks and its Pitfalls: Connolly J & Hetfeld K (FMF1:SUpo03:PO).
4 The Late Orogenic History of the Southeastern Cantabrian Mountains: Illite-Crystallinity and K-Ar Data: Weh A, Krumm S, Clauer N & Keller M (FMF1:SUpo04:PO).
5 Episodic Neocrystallization of Phases in the Smectite-I/S-Illite-Mica Sequence in Hydrothermally Altered Rhyolitic Hyaloclastite (Ponza, Italy): Bauluz B, Peacor D & Ylagan R (FMF1:SUpo05:PO).
6 Low Grade Metamorphism in the Montagne Noire (S-France): Conodont Alteration Index (CAI) in Palaeozoic Carbonates and Tectonic Implications: Wiederer U, Königshof P & Franke W (FMF1:SUpo06:PO).
7 Fabric Rearrangement in Mudstones Assessed using High Resolution X-Ray Texture Goniometry (HRXTG): Towards a Quantification of Non-Mechanical Compaction?: Matenaar IF, Yang Y & Aplin AC (FMF1:SUpo07:PO).
8 Hydrograndites from Low-grade Altered Granitoids: A Mineral Chemistry Study using Electron Microprobe and Raman Spectroscopy: Freiberger R, Pironon J, Hecht L & Cuney M (FMF1:SUpo08:PO).
9 Hydrothermal Pyrophyllite in Diagenetic Grade Mudstones and Shales from the Cinera-Matallana Coal Basin of Northern Spain: Frings K & Warr LN (FMF1:SUpo09:PO).
10 Composition of Pumpellyite and Chlorite from New Caledonia- How Important is Metamorphic Grade and Whole Rock Composition?: Potel S, Frey M & Schmidt ST (FMF1:SUpo10:PO).
11 Tectonic Structure of the S Flank of the Montagne Noire (S-France): Doublier MP & Franke W (FMF1:SUpo11:PO).
12 Exhumation of LP Gneisses in the Montagne Noire (S-France): Isotopic Constraints: Klama KO, Dörr W & Franke W (FMF1:SUpo12:PO).
13 Exhumation of LP Gneisses in the Montagne Noire (S-France): The Collapse has Collapsed: Franke W (FMF1:SUpo13:PO).
(Symposium FMF1 Continued in Session MO am on Page 43)
1 Mass Balancing in Shear Zones Cutting Granitic Rocks: Quantitative Studies of Accessory Zircon vs Geochemical Calculation Methods: Sturm R & Steyrer HP (FMF6:SUpo01:PO).
2 Stress-Shear Metamorphic Differentiation as the Paradigm for Origin of the Kola Banded Iron Formation: Yegorov D (FMF6:SUpo02:PO).
3 Fluid Flow Pathways along the Glarus Overthrust Deduced from Stable and Sr-Isotope Patterns: Badertscher NP, Burkhard M & Abart R (FMF6:SUpo03:PO).
4 Isotopic Evidence for Large-Scale Fluid Flow during Collision in the External Crystalline Massifs and Penninic Nappes (Swiss Alpes): Marquer D, Challandes N & Villa IM (FMF6:SUpo04:PO).
5 Hydrothermal Alteration, Fluid Flow and Volume Change in Shear Zones: The Layered Mafic-Ultramafic Kettara Intrusion (Jebilet Massif, Variscan Belt, Morocco): Essaifi A, Ballèvre M, Capdevila R, Fourcade S & Lagarde J (FMF6:SUpo05:PO).
6 Age of Hydrothermal Alteration Leading to Garnetite and Kyanite Pseudo-Quartzite Formation in the Khizovaara Segment of the Late Archaean Keret Greenstone Belt, Russian Karelia: Bibikova EV, Ihlen PM & Marker M (FMF6:SUpo06:PO).
7 The Geology & Genesis of the 'Kandemwa' Emerald Deposit in Zimbabwe, Africa: Schmid S (FMF6:SUpo07:PO).
8 Geostatistical and Hydraulic Characterization of a Mineralized Stockwerk: Application to the Rosia Poieni Porphyry Copper (Apuseni Mts, Romania): André A, Sausse J, Lespinasse M, Udubasa S, Milu V, Grancea L & Leroy J (FMF6:SUpo08:PO).
9 Trace Element Mobility in Contact Metamorphic Rocks: Baddeleyite-Zirconolite-(Zircon) Veins in Olivine-Bearing Marbles from the Stubenberg Granite Contact Aureole (Styria, Austria): Tropper P, Bernhard F & Konzett J (FMF6:SUpo09:PO).
10 Occurrence and Origin of Cl-Rich Amphibole and Marialitic Scapolite in the Central High Atlas (Morocco): Zayane R, Honnorez J, Essaifi A & Bouabdelli M (FMF6:SUpo10:PO).
11 Mechanism of the Fluid Flow through the Feldspar- A CL-EMS Study: Zachovalova K, Leichmann J & Broska I (FMF6:SUpo11:PO).
12 High-Temperature Fluid Circulation as a Cause for the North Pyrenean Metamorphism?: Boulvais P & de Parseval P (FMF6:SUpo12:PO).
13 Fluid Regime and Metamorphism during Continental Collision: An Example from the Micaschist-Marble Complex, Eastern Alps, Austria: Bojar A, Fritz H, Sharp ZD, Bojar H & Loizenbauer J (FMF6:SUpo13:PO).
14 Hydration and Fluid-Induced Recrystallization of Alpine Type Peridotites (Almklovdalen, Western Norway): Kostenko O, Jamtveit B & Austrheim H (FMF6:SUpo14:PO).
15 Application of 3D Streamline Methodology to Model Geothermal Circulations in the Soultz Fractured Reservoir: Voillemont J, Audigane P & Royer J (FMF6:SUpo15:PO).
16 Deep Percolating Meteoric Waters in the Central Alps: Mullis J, Vennemann T & O'Neil J (FMF6:SUpo16:PO).
17 Disequilibrium Fluid Migration Pathways in a Contact Aureole: Holness M & Watt G (FMF6:SUpo17:PO).
18 3-D Finite Element Modelling of Free Surface Komatiite Lava Flows: Rice A & van Wyk S (FMF6:SUpo18:PO).
19 Heterogeneous Permeability Deduced from Microseismicity: Application to the Soultz Geothermal Reservoir: Royer J, Voillemont J & Audigane P (FMF6:SUpo19:PO).
20 Partial Melts: Self-Organised Critical Systems?: Bons P, Elburg M, Soesoo A & van Milligen B (FMF6:SUpo20:PO).
(Symposium FMF6 Continued in Session MO pm on Page 49)
1 Fluid-Driven Seismicity in a Stable Tectonic Context: The Remiremont-Epinal Fault Zone, Vosges, France: Audin L & Avouac JP (LS01:SUpo01:PO).
2 Palaeosecular Variation Recorded in a Recent Travertine Fissure Fill from Central Turkey: Implications to Rate of Growth and Earthquake Frequency: Gürsoy H, Tatar O, Piper JD & Alyaroubi M (LS01:SUpo02:PO).
3 Seismic-Induced Conjugated Deformation Bands in the Early Devonian Muth Formation (Spiti, NW Himalayas): Draganits E & Grasemann B (LS01:SUpo03:PO).
4 Drainage Development and Cumulative Offset on the Gowk Strike-Slip Fault, Kerman, Eastern Iran: Walker RT & Jackson JA (LS01:SUpo04:PO).
5 Fast Extrusion of the Tibet Plateau: A 3 cm/yr, 100 Kyr Slip-Rate on the Altyn Tagh Fault: Meriaux AS, Ryerson FJ, Tapponnier P, Vanderwoerd J, Finkel R, Caffee M, Lasserre C, Xiwei X, Haibing L & Zhiqin X (LS01:SUpo05:PO).
6 A 3-D Fault Interaction Model to Investigate the Topographical Process Associated with Active Tectonics: Fitzenz D & Miller SA (LS01:SUpo06:PO).
7 The Thickness of the Elastic-Brittle Layer of the Lithosphere and Experience of the Prediction of the Earthquakes in the Caspian Sea Region: Levin L & Solodilov L (LS01:SUpo07:PO).
8 Geomorphometry and Seismotectonics: Intraplate and Strike-Slip Zone Case Studies: Font M, Amorese D, Lagarde J & Delcaillau B (LS01:SUpo08:PO).
9 Post Messinian Movement along Nimes Fault: Implications for the Sismotectonic of Provence (France): Schlupp A, Clauzon G & Avouac J (LS01:SUpo09:PO).
10 Active Faults at the Boundary between Central and Southern Apennines (Isernia, Italy): Di Bucci D, Naso G & Corrado S (LS01:SUpo10:PO).
11 The Seismogenic Faults in the Umbria Region (Central Italy): An Integrated Geological and Geophysical Approach: Ciaccio MG, Mirabella F, Amato A, Barchi M & Merlini S (LS01:SUpo11:PO).
12 Semi-Permanent GPS Network for Active Faults Survey and for Seismic Hazard Assessment in France. Technical Aspects, Objectives and First Installation in Jura: Baize S, Mathieu F, Calais E, Scotti O, Jouanne F, Cushing EM & Peyridieu G (LS01:SUpo12:PO).
13 Horizontal Surface Displacements Induced by the Chi-Chi Earthquake, 1999 (Central Taiwan) Insight from SPOT Images Analyses: Dominguez S, Michel R & Avouac J (LS01:SUpo13:PO).
14 The Azambuja Fault (Portugal): An Example of Active Tectonics at a Seismic Intrapalte Region: Cabral J, Ribeiro P, Pimentel N & Martins A (LS01:SUpo14:PO).
15 The 1999 Chichi Earthquake, Taiwan: Balanced Cross-Sections Highlight the Role of Structural Inheritance: Mouthereau F, Angelier J & Lee J (LS01:SUpo15:PO).
16 Typology of the Earthquake Related Surface Traces of the 17 and 21 June 2000 Icelandic Earthquakes: Bergerat F & Angelier J (LS01:SUpo16:PO).
17 What is the Source of the 1909 Provence Earthquake? Historical and Morphotectonic Evidences: Lacassin R, Tapponnier P, Meyer B & Armijo R (LS01:SUpo17:PO).
18 The Seismogenic Structure of the 1857 Lucania Earthquake (Southern Apennines, Italy): Tondi E, Cello G, Mattioni L & Micarelli L (LS01:SUpo18:PO).
19 Surface Rupture for the Study of Earthquake Deformation: The October 1, 1995 (MW=6.2) Dinar Earthquake, SW Turkey: Koral H (LS01:SUpo19:PO).
20 The Quaternary Stratigraphy and Tectonic Analyses of the Izmit Bay Basin, the Easternmost Part of the Sea of Marmara Basin System (NW Anatolia, Kocaeli-Turkey): Do_an B (LS01:SUpo20:PO).
21 Active Faults and Earthquakes in the Eastern Marmara Sea: A High-Resolution Marine Geophysical and Geological Survey: Polonia A, Cormier M, Cagatay N, Bonatti E, Seeber L, Emre O, Bortoluzzi G, Gasperini L & Gorur N (LS01:SUpo21:PO).
22 17 August 1999 Kocaeli and 12 November 1999 Düzce Earthquakes in NW Anatolia (Turkey): Ozden S, Kavak K, Tatar O, Mesci B, Koçbulut F, Tutkun S & Dogan B (LS01:SUpo22:PO).
23 Results of Paleoseismic Studies after the 1999 Izmit Earthquake: Implications for Seismic Hazard to Istanbul: Rockwell TK, G. Ucarkus EA, Barka A, D. Dier DR, Ferry M, Klinger Y, Langridge R, Meghaoroui M, Meltzner A & Seitz G (LS01:SUpo23:PO).
24 Geomorphology, Paleoseismology and Effects of the M=7.4 August 17, 1999 Izmit Earthquake on Auxiliary Strands of the Yalova Fault: Walls C, Sieh K, Klinger Y, Barka A, Akyuz S & Altunel E (LS01:SUpo24:PO).
25 The Lower Tagus Fault, Portugal: Investigating Active Transpressional Deformation in a Major River Valley: Bosi V, Vilanova S, Meghraoui M & Fonseca JFBD (LS01:SUpo25:PO).
26 Ground-Penetrating Radar (GPR) in Paleoseismological Investigations- Examples from Active Fault Zones of the Betic Cordilleras: Reicherter K, Reiss S & Reuther C (LS01:SUpo26:PO).
27 Slump Deposits as a Paleoseismological Tool: Reconstructing Holocene Earthquake History of Central Switzerland: Schnellmann M, Monecke K, Anselmetti F, Becker A & Giardini D (LS01:SUpo27:PO).
28 Sedimentary Patterns in Lake Lungern, Central Switzerland: A Potential Archive of the Regional Holocene Earthquake History: Monecke K, Schnellmann M, Anselmetti F, Becker A & Giardini D (LS01:SUpo28:PO).
29 Updating of Neotectonic and Paleoseismological Catalogue in France and Adjacent Area. Application to Seismic Hazard Assessment: Baize S, Cushing EM, Lemeille F, Hibsch C & Grellet B (LS01:SUpo29:PO).
30 Petrology and Kinetics of a Pseudotachylyte from the High Tatras (Western Carpathians, Slovakia): Petrik I (LS01:SUpo30:PO).
(Symposium LS01 Continued in Session MO am on Page 43)
1 The Inverted Donbas Basin (Ukraine)- First Results from DOBREflection in 2000: DOBREflection Working Group (LS05:SUpo01:PO).
2 Dynamic Modelling of Faults in Geological Environments: Hansen DL & Nielsen SB (LS05:SUpo02:PO).
3 The Folded Antiatlas of Morocco- An Inverted Paleozoic Basin rather than a Foreland Fold-Thrust Belt?: Helg U, Burkhard M & Caritg S (LS05:SUpo03:PO).
4 Heterogeneous Tectonic Inversion of the Mid-Polish Basin Related to Crustal Architecture, Sedimentary Patterns and Structural Inheritance: Lamarche J, Scheck M, Lewerenz B & Bayer U (LS05:SUpo04:PO).
5 Structural Development of the Inverted Northeast German Basin: Kossow D, Krawczyk C, McCann T, Negendank J & Strecker M (LS05:SUpo05:PO).
6 Bangasil Anticlinorium and NW-SE Trends within the Hinge Zone Near Ogcheon-Up, South Korea: Lee B & Lee H (LS05:SUpo06:PO).
7 Models of Intra-Plate Compressional Structures of the Pechora Basin: Malyshev N (LS05:SUpo07:PO).
1 No Significant Element Transfer from the Oceanic Plate to the Mantle Wedge during the Subduction Process, Even at Great Depth: Evidence from the Tethysian Oceanic Lithosphere Involved in the Alpine Orogeny: Chalot-prat F & Ganne J (LS09:SUpo01:PO).
2 Cretaceous Eclogite-Facies Metamorphism in the Eastern Alps: New Insights, Data and Correlations from an Interdisciplinary Study: Exner U, Fusseis F, Grasemann B, Habler G, Linner M, Sölva H, Thiede R & Thöni M (LS09:SUpo02:PO).
3 A Preliminary Study of Nitrogen in Phengites from HP-UHP Metapelites: Petrological Controls and IR-Calibration: Busigny V, Cartigny P, Philippot P & Javoy M (LS09:SUpo03:PO).
4 Subduction-Accretion History of the Central Asian Orogenic Belt; Constraints from Mongolia: Badarch G, Kröner A, Windley B, Cunningham W, Buchan A, Tomurtogoo O & Salnikova E (LS09:SUpo04:PO).
5 Precise U-Pb Ages from the Kohistan Complex (Northern Pakistan) Illustrate Rapid Formation of Arc-Type Crust: Zeilinger G, Schaltegger U, Burg J, Chaudhry N, Dawood H & Hussain S (LS09:SUpo05:PO).
6 The Tastil Batholith (NW Argentina): A Case of Polyorogenic, Suduction-Related Magmatism in the Andean Basement: Hongn F, Tub'a JM, Aranguren A, Mon R & Dunning G (LS09:SUpo06:PO).
7 Mud Volcanism as a Powerful Tool in Dewatering Accretionary Prisms: Kopf A, Klaeschen D & Mascle J (LS09:SUpo07:PO).
8 Physical Properties of Dehydrating Serpentinite: Bruhn D, Schilling F, Spangenberg E, Seipold U, Raab S & Wunder B (LS09:SUpo08:PO).
9 S, Cl and F in Olivine Melt Inclusions from Mafic Arc Rocks in Kamchtka: Churikova T, Wörner G, Kronz A & Pletchov P (LS09:SUpo09:PO).
10 Trace Element and Isotopic Trends as Indicators for Fluid-Versus Melt-Dominated Sediment-Wedge Transport in the East Sunda Arc (Indonesia): Elburg M, van Bergen M, Hoogewerff J, Foden J & Zulkarnain I (LS09:SUpo10:PO).
11 The Origin of Rhyolite in Oceanic Island Arc Crust: Evidence from the Izu-Bonin Volcanic Arc: Tamura Y & Tatsumi Y (LS09:SUpo11:PO).
12 Thrust Sheet and Decollement Zone in the Ancient Accretionary Complex; An Example from the Miocene Hota Group in the Boso Peninsula, Central Japan: Chiba J & Ogawa Y (LS09:SUpo12:PO).
13 Petrogenesis of East Scotia Ridge Lavas- South Sandwich Back-Arc, Southern Ocean: Fretzdorff S, Livermore RA, Devey CW, Leat PT & Stoffers P (LS09:SUpo13:PO).
14 Petrogenetic Evolution of Cayambe Volcanic Complex: Evidences for Slab Melts-Mantle Wedge Interaction: Samaniego P, Martin H, Robin C & Monzier M (LS09:SUpo14:PO).
15 The Role of Fluid Release in Subduction Dynamics: A Chemo-Thermo-Mechanical Model: Ruepke L & Morgan JP (LS09:SUpo15:PO).
16 Chlorine Isotopic Constraints on Expelled Fluids in Subduction Zones: Implications to Recycling?: Godon A, Jendrzejewski N, Castrec-rouelle M, Dia A, Pineau F, Boulègue J & Javoy M (LS09:SUpo16:PO).
(Symposium LS09 Continued in Session MO am on Page 44)
1 Constraints on the Evolution of the Hawaiian Plume from Trace Elements in Core Samples from the Hawaii Scientific Drilling Project: Jochum KP, Hofmann AW & Stoll B (MS01:SUpo01:PO).
2 Noble Gas Studies of Mauna Kea Olivine Phenocrysts from the HSDP Core: Implications for the Long-Term Behaviour of a Mantle Plume: Althaus T, Niedermann S & Erzinger J (MS01:SUpo02:PO).
3 Mantle Source Heterogeneity and Magma Mixing beneath the Society Islands (French Polynesia): The Case of Moorea Island: Hemond C, Cardon L & Maury R (MS01:SUpo03:PO).
4 Seamount Provinces and Oceanic Islands along the Passive Margin off West Africa- Are they Genetically Linked?: Abratis M, Hansteen TH, Sachs PM & Schmincke H (MS01:SUpo04:PO).
5 Tracing the Mantle Boundary at the Australian-Antarctic Discordance Off-Axis into 30 Ma Oceanic Crust: Results from ODP Leg 187: Pedersen R, Christie D, Pyle D, Hanan B & Shipboard Scientific Party (MS01:SUpo05:PO).
6 Geochemical and Mineralogical Significances of Ultrapotassic Rocks from Northern Vietnam: Tran TA, Richter W & Koller F (MS01:SUpo06:PO).
7 Eglazines Revisited: Mantle Chemistry and Conduit-Propagation Deformation: Ross JV & Mercier JC (MS01:SUpo07:PO).
8 Sulfide Minerals from the Upper-Mantle Section of Troodos Massif, Cyprus: Batanova VG & Sobolev AV (MS01:SUpo08:PO).
9 Mantle Source Heterogeneity of the Bayankhongor Ophiolite, Central Mongolia: Buchan C, Brewer T & Pfänder J (MS01:SUpo09:PO).
10 The Mantle Column beneath Assab (Afar, Ethiopia): A LAM-ICP-MS Study of Peridotite and Pyroxenite Xenoliths: Zanetti A, Raffone N, Piccardo GB & Vannucci R (MS01:SUpo10:PO).
11 Textural and Geochemical Discrimination between Magmatic and Metamorphic Mantle Components in Puy Beaunit Ultramafic Xenoliths (French Massif Central): Demaiffe D, Femenias O & Mercier J (MS01:SUpo11:PO).
12 Evidence for a Single Metasomatic Event in the Lithosphere beneath the French Massif Central: Mineralogical, Geochemical and Isotopic Constraints from Mantle Hydrous Xenoliths from the Deves Province: Bouhedja M, Wagner C, Reisberg L & Deloule E (MS01:SUpo12:PO).
13 The Back-Arc Mantle Lithosphere of the Andean Volcanic Front: A New Xenolith Occurrence from Cerro Cuadrado (Southern Patagonia, Argentina): Laurora A, Rivalenti G, Mazzucchelli M, Vannucci R & Cingolani CA (MS01:SUpo13:PO).
14 The Back-Arc Mantle Litosphere of the Andean Volcanic Front: Xenoliths from Tres Lagos and Cerro Desconecido (Patagonia, Argentina): Ciuffi SIA, Zanetti A, Mazzucchelli M, Rivalenti G & Cingolani C (MS01:SUpo14:PO).
15 Erosion of the Lithospheric Mantle beneath Pali Aike (South Patagonia, Argentina): Vannucci R, Zanetti A, Kempton PD, Ciuffi S, Mazzucchelli M & Cingolani CC (MS01:SUpo15:PO).
16 Thermal and Geochemical Evolution of Metasomatized Mantle above a Subduction Zone in the Bismarck Archipelago (Papua New Guinea): Franz L, Kramer W, Becker K & Herzig P (MS01:SUpo16:PO).
17 The Lesotho Peridotites Revisited: Clinopyroxene Geochemistry and P-T Reappraisal: Coussaert N, Mercier J, André L & Demaiffe D (MS01:SUpo17:PO).
18 Ferric-Ferrous Iron in Mantle Minerals from South African and Lesotho Xenoliths: Changing Oxygen Fugacity with Depth: Woodland A (MS01:SUpo18:PO).
19 P-T Conditions of Generation and Eruption of Precambrian Komatiitic and Picritic Magma, Eastern Fennoscandian Shield: Smolkin V & Svetov S (MS01:SUpo19:PO).
20 Chemical Equilibrium between Garnet and Clinopyroxene in Eclogitic Rocks from Kimberlites: Jacob D & Jagoutz E (MS01:SUpo20:PO).
21 The Regularities of the Temperature Conditions in Lithospheric Mantle beneath Continents: The Revision According to the OPX Thermobarometry: Ashchepkov I & Vladykin N (MS01:SUpo21:PO).
22 Two-Layer Convection of the Mantle. How is it Possible? When did it Change? What are its Geochemical and Plate Tectonic Implications?: Osmaston MF (MS01:SUpo22:PO).
23 Did Mantle Dynamics Cause the Drying up of the Mediterranean Sea in the Messinian?: Duggen S, Hoernle K & van den Bogaard P (MS01:SUpo23:PO).
24 Migrating Seismic Images of D": Thomas C & Kendall J (MS01:SUpo24:PO).
25 Elasticity of Minerals at High P and T: Implications for Mineralogy of Earth's Transition Zone: Sinogeikin S & Bass J (MS01:SUpo25:PO).
26 Thermodynamic Database for Mantle Minerals: Jacobs MH, de Jong BH & Oonk HA (MS01:SUpo26:PO).
(Symposium MS01 Continued in Session MO am on Page 44)
1 Characterization of Primary Mantle Melts Preserved as Inclusions in Peridotite and Pyroxenite Minerals, Beni Bousera, Morocco: Chambefort I & Schiano P (MS04:SUpo01:PO).
2 Enriched Tholeiites Formation in the Region of The Bouvet Triple Junction: Migdisova N, Sushevskaya N & Beliatsky B (MS04:SUpo02:PO).
3 Remnants of Gondwana Continental Lithosphere in Oceanic Upper Mantle: Evidence from the South Atlantic Ridge: Kamenetsky V, Maas R, Sushchevskaya N, Norman M, Cartwright I & Peyve A (MS04:SUpo03:PO).
4 Constraints on the Geochemical Identity and Evolution of an Enriched Mantle Signature: Precise Pb Isotope Analyses from the Pitcairn Hotspot: Eisele J, Hofmann AW, Devey CW & Stoffers P (MS04:SUpo04:PO).
5 Geochemical Stratigraphy of Basalts from the Hawaii Scientific Drilling Project: Evidence for Fluctuating Magma Production Rates: Rhodes J (MS04:SUpo05:PO).
6 Geochemical Variations in Hawaiian Magmatism since 85 Ma: Regelous M, Hofmann AW, Abouchami W & Galer SJG (MS04:SUpo06:PO).
7 Comparison of Gaseous Species in Submarine and Subaerial Basalt: Heide K & Burkhard DJ (MS04:SUpo07:PO).
8 Development of a New Melt Extraction Technique to Separate Basalt from Peridotite in Partial Melting Experiments: Laporte D, Toplis M & Seyler M (MS04:SUpo08:PO).
9 Sulfur Anomaly in Mid Ocean Ridge Basalts from the Indian Ocean: Bézos A & Humler E (MS04:SUpo09:PO).
10 Equilibration Conditions of High-Ca Primitive Liquids: An Experimental Approach using Multiple Saturation: Médard E, Schmidt MW & Schiano P (MS04:SUpo10:PO).
1 Some Geochemical Observations from the Carbonatites of the Proterozoic Tiksheozero Massif (North Karelia, Russia): Belyatsky BV, Savva HV, Putintseva HV, Smith M & Wall F (MS10:SUpo01:PO).
2 Evidence for Plume-Lithosphere Interaction from Nd-Sr Systematics of Carbonatites and Kimberlite-Hosted Peridotite Xenoliths, Southwestern Greenland: Bizzarro M, Simonetti A, Stevenson R & Kurszlaukis S (MS10:SUpo02:PO).
3 The Carbon Geochemistry of Terrestrial Impact Craters: Gilmour I (MS10:SUpo03:PO).
4 Phoscorites of the Vuoriyarvi, Turiy Mys and Seblyavr Alkaline Complexes (Kola Peninsula, Russia): A Review: Karchevsky P & Bulakh A (MS10:SUpo04:PO).
5 Experimentally Determined Trace Element Partitioning between Baddeleyite and Carbonatite Melts: Klemme S (MS10:SUpo05:PO).
6 Nomenclature of Phoscorites Exemplified by the Kovdor Massif, Kola Alkaline Province (Russia): Krasnova N & Balaganskaya E (MS10:SUpo06:PO).
7 Hydrocarbons in Nepheline-Syenite Complexes of the Kola Alkaline Province (Russia): Direct Samples or Crustal Derivative of Mantle Carbon?: Nivin V, Ikorsky S & Pripachkin V (MS10:SUpo07:PO).
8 Ultramafic Xenoliths and Xenocrysts at Mt. Vulture (Basilicata, Southern Italy): Petrological Evidence for Mantle Metasomatism and its Significance: Rosatelli G, Stoppa F & Lloyd FE (MS10:SUpo08:PO).
9 Carbonatites in the Ayopaya Alkaline Province, Eastern Cordillera, Bolivia: Schultz F, Lehmann B, Tawackoli S, Rössling R, Lima E, Matos-Salinas R & Belyatsky B (MS10:SUpo09:PO).
10 New Mechanism of Diamond Crystallization: Shumilova T & Kudriavtsev Y (MS10:SUpo10:PO).
11 Ba-Sr-REE Mineralisation in the Sallanlatvi Carbonatites, Kola Peninsula, Russia as a key to Understanding the Evolution of Late Stage Carbonatites: Sitnikova M, Zaitsev A, Chakhmouradian A, Pakhomovsky Y & Wall F (MS10:SUpo11:PO).
12 New Extrusive Carbonatite Occurrence in Central Italy: The Volcanic Field of Oricola- Camerata Nuova, Abruzzo, Central Italy: Stoppa F, Barbieri M, Barbieri M, Castorina F, D'Orefice M, Graciotti R & Rozzi B (MS10:SUpo12:PO).
13 Extrusive Carbonatite-Melilitite and Tuffisite at Ruri Volcano (West Kenya): The High Explosive Counterpart of Carbonatite- Mafic Alkaline Ring Complex: Stoppa F, Rosatelli G & Wall F (MS10:SUpo13:PO).
14 A New Kamafugite Occurrence from Abruzzi, Italy-The Kalsilite Melafoidite from Grotta Del Cervo: Stoppa F, Woolley A & Cundari A (MS10:SUpo14:PO).
15 Economic Deposits Associated with Carbonatites: Their Formation and Use in Understanding Mantle Carbon: Wall F (MS10:SUpo15:PO).
(Symposium MS10 Continued in Session MO pm on Page 50)
1 New Geological Aspects of the Base of the Naukluft-Nappe-Complex, Central Namibia: Meinhardt-Degen J, von der Heyde R, Schmid S, Schwenke J & Borg G (OS04:SUpo01:PO).
2 The Tectonic and Sedimentation in the Eastern External Zone of Betic Cordilleras Influence of the Opening of the North Atlantic Ocean?: Fernandez-Fernandez E, Jabaloy A & Gonzalez-Lodeiro F (OS04:SUpo02:PO).
3 The Evolution of the Oriental Margin of the Moltrasio Limestone Basin from the Late Norian to the Early Lias: Pasquini C & Vercesi P (OS04:SUpo03:PO).
4 Denizli Episodic Graben: Its Evolution, Age, Slip and Seismicity: Kocyigit A (OS04:SUpo04:PO).
5 Dynamic Implications of Minor Cenozoic Faults at the Brage Horst, Northern Norwegian North Sea: Clausen OR, Kristensen L & Korstgård JA (OS04:SUpo05:PO).
6 Basement Structure in the Danish North Sea: Scheck M, Thybo H, Abramovitz T & Lassen A (OS04:SUpo06:PO).
7 Geometry and Development of Cenozoic Small Scale Faults in the Northern Danish Central Graben: Jacobsen TE, Clausen OR, Korstgård JA & Larsen P (OS04:SUpo07:PO).
8 Alluvial-Tectonic Relationships in a Foreland Setting: The Example of the Montagne Sainte Victoire (Provence): Leleu S, Ghienne JF & Manatschal G (OS04:SUpo08:PO).
9 Tectonic-Sedimentation Relationships within a Variscan Wedge-Top Depozone: Example of the Western Meseta (Massif Central, Morocco): Ben Abbou M, Soula J, Brusset S, Martin R, Didier B, Joachim D, Ahmed N & Youssef D (OS04:SUpo09:PO).
10 Origin of the Upper Cretaceous-Tertiary Sedimentary Basins within the Tauride-Anatolide Platform in Turkey: Gürer F & Aldanmaz E (OS04:SUpo10:PO).
11 Variscan Molasse and its Metamorphic Basement: Swiebodzice Basin, Polish Sudetes: Kryza R & Kulczynski M (OS04:SUpo11:PO).
12 The Role of Syntectonic Decollement Level in Front of Thrust System: Nalpas T, Verges J, Le Roux G, Gapais D, Rouby D & Barrier L (OS04:SUpo12:PO).
13 Simulating the Stratigraphic Architecture of the Lower to Middle Miocene Central Vienna Basin (Austria): Schmid HP & Wagreich M (OS04:SUpo13:PO).
14 Exhumation and Sedimentation- The Example of the Central Alps: II. Sandstone Composition: von Eynatten H (OS04:SUpo14:PO).
15 Provenance Analysis of Silurian to Carboniferous Siliciclastic Formations, Pisuerga-Carrion Nappe, Cantabrian Mountains, Spain: Bahlburg H, Bäumer M, Kappel J & Teichert B (OS04:SUpo15:PO).
16 U-Pb Detrital Zircons Ages and Nd-Isotope Systematics as Provenance Indicators in Lower Palaeozoic Sediments from the Avalonia/Baltica Borderland: Gerdes A, Vecoli M, Giese U, Timmermann H, Horstwood M & Parrish RR (OS04:SUpo16:PO).
17 Donbas Siltstone Sandstone as Indicators of Specific Tectonic Regime: Vishnevskaya V, Fokin P, Sedaeva K, Bojko N, Khardikov A, Vertjukh A & McCann T (OS04:SUpo17:PO).
18 Lithological and Mineralogical Aspects of Placer Accumulations Forming on the Northwestern Black Sea Shelf: Fedoronchuk N (OS04:SUpo18:PO).
19 The Deimlinger Mühle Outcrop: A Keylocality for the Oberrotliegend and Buntsandstein in the Trier-Bitburg Basin (Southwest Eifel, Germany): Lichtenscheidt EA (OS04:SUpo19:PO).
20 Chronology and Geodynamic Evolution of the Late Miocene Basins of the Eastern Betics (Spain): Van Assen E, Krijgsman W, Garcés M & Sierro F (OS04:SUpo20:PO).
21 Sequence Stratigraphy and Tectonic Control of the Baltic Silurian Foreland Basin: Lazauskiene J, Sliaupa S, Musteikis P & Brazauskas A (OS04:SUpo21:PO).
22 The Comparative Analysis of Linear and Exponential Change Density with Depth in Sedimentary Basins (An Example of the Black Sea Basin): Legostaeva O, Makarenko I, Starostenko V & Stovba S (OS04:SUpo22:PO).
23 Origin of Rapid Changes of Sea Depth in Sedimentary Basins: Eustasy or Tectonics: Artyushkov EV & Chekhovich PA (OS04:SUpo23:PO).
24 The Gert Ridge: Architecture of an Inversion Zone in the Northern Danish Central Graben, North Sea: Ghysels K, Hansen JPV, Clausen OR, Korstgård JA & Larsen P (OS04:SUpo24:PO).
25 Fold Growth Mechanism and Geometries of Associated Syntectonic Sediments. An Example from Altomira Range (Iberian Chain, Central Spain): Gil-Pe-a I (OS04:SUpo25:PO).
26 Disharmonic Folding of the Stylian Suite Versus its Lithology, the SW Donbas, Ukraine: Kitchka A, Topolyuk V & INTAS Team (OS04:SUpo26:PO).
(Symposium OS04 Continued in Session MO am on Page 45)
1 Atmospheric Lead 210 Flux Variations for North-Eastern China during the Last 200 Years: Schettler G, Mingram J, Negendank JFW & Jiaqi L (OS08:SUpo01:PO).
2 Environmental Conditions Reflected on Shells Mytilus galloprovincialis from Eastern Coastal Area of Adriatic Sea: Kanduc T, Dolenec T, Davorin M & Sonja L (OS08:SUpo02:PO).
3 Isotopic Carbon and Oxygen Composition of Siderites as Indicator of Conditions of their Phosphatization: Vetoshkina O (OS08:SUpo03:PO).
4 Recognising Heterogeneous Distribution of Platinum Group Elements (PGE) in Geological Materials by Means of the Re-Os Isotope System: Meisel T, Moser J & Wegscheider W (OS08:SUpo04:PO).
5 Combined Lu-Hf, Sm-Nd and REE Analytics to Demagnify the Effect of Heterogeneously Distributed Accessories: Kleinhanns IC, Kreissig K, Naegler TF, Kamber BS, Meisel T & Kramers JD (OS08:SUpo05:PO).
6 U-Pb Dating of Detrital Zircons for Sediment Provenance Studies- A Comparison of Laser Ablation ICPMS and SIMS Techniques: Fonneland HC, Kosler J & Pedersen RB (OS08:SUpo06:PO).
7 Dating of Serpentinization: Combined Fluid Inclusion Data and U-Pb Age of Zircon from Rodingite Blackwall (Sudetic Ophiolite, SW Poland): Dubinska E, Doerr W, Kozlowski A, Bylina P, Schastok J, Zelazniewicz A & Kulicki C (OS08:SUpo07:PO).
8 Early Palaeozoic Rifting, Devonian Crustal Thickening and Carboniferous Exhumation of the Variscan Orogenic Root System: Evidence from U-Pb Zircon Dating: Wendt JI, Hegner E & Schulmann K (OS08:SUpo08:PO).
9 Episodes of Palaeozoic Sedimentation Constrained by SHRIMP Dating of Single Zircons from Paragneisses of the Schwarzwald (Germany): Hanel M, Kober B, Kalt A & Pidgeon RT (OS08:SUpo09:PO).
10 Ion Probe Dating of Complex Zircons from the 0.85 Ga Old Allochthonous Vistas Granite, Swedish Caledonides: A Study Aimed at Reconstructing Ancient Continental Margins: Paulsson O & Andreasson P (OS08:SUpo10:PO).
11 U-Pb SHRIMP Geochronology of Eclogites and Orthogneisses from the Furgg Zone (Western Alps): Liati A, Gebauer D & Froitzheim N (OS08:SUpo11:PO).
12 40Ar/39Ar Dating of White Mica from Eclogites of the Tauern Window (Eastern Alps, Austria) and the Problem of Excess Argon in Phengites: Handler R, Kurz W & Bertoldi C (OS08:SUpo12:PO).
13 Rb-Sr and K-Ar Dating of Fault Gouges from the Ulsan Fault Zone, Southeastern Korea: Cheong C, Lee SH, Kim J, Im CB, Chang B, Jeong GY & Chang H (OS08:SUpo13:PO).
14 Post-Hercynian Thermal History of the Easternmost Pyrenees: K-Ar Constraints and Some Methodological Consequences: Solé J, Enrique P, Pi T & Delaloye M (OS08:SUpo14:PO).
15 Petrological Evolution of the Cryptomelane Rich Deposit at Serra do Navio, Brazil: Mouele F, Henocque O, Feraud G, Grandin G & Colin F (OS08:SUpo15:PO).
16 Time Constraints for Cameroon Line Magmatism from Single Crystal Laser 40Ar/39Ar Dating of the Hossere Nigo Anorogenic Plutonic Complex: Kraml M, Kamdem JB, Keller J & Henjes-Kunst F (OS08:SUpo16:PO).
17 Permian Granite Magmatism in the Western Carpathians: New U-Pb Single Zircon Grain Results on S-Type Granites and Orthogneisses from the Velka Fatra Mountains: Poller U, Kohút M, Todt W & Janák M (OS08:SUpo17:PO).
18 Rb-Sr Age of Kimberlites of the Kola Peninsula: Gavrilenko B, Gogol O & Delenitsyn A (OS08:SUpo18:PO).
19 Albian Magmatism in the Karakorum Arc (Hunza Valley, Pakistan): New Bracketing Ages for the Karakorum-Kohistan Accretion: Sergeev S, Burg J & Chaudhry N (OS08:SUpo19:PO).
20 U-Pb Zircon SHRIMP Geochronology of Orogenic Cycles and Supercontinents in the Southern Brazilian Shield: Hartmann LA (OS08:SUpo20:PO).
21 First Isotopic Age Determination of Mid-Proterozoic Granulite Facies Metamorphism in the Epupa Complex, NW Namibia: Seth B, Brandt SS & Kramers JD (OS08:SUpo21:PO).
22 Geochronologiacl Evidence for Late Proterozoic Magmatic and Metamorphic Events in the Eastern Ghats Belt, India: Implications for the India-East Antarctica Correlation: Kovach V, Raith MM, Salnikova EB, Simmat R, Rickers K, Berezhnaya NG, Yakovleva SZ & Kotov AB (OS08:SUpo22:PO).
23 Age of the Marunkeu Metamorphic Complex in the Polar Urals: Neoproterozoic or Palaeozoic?: Andreichev V (OS08:SUpo23:PO).
24 Isotopic and Chemical Indications on the Origin of the Mixtequita and the Chiapas Batholiths in SE Mexico: Evidences for Inherited Grenville and Panafrican Basement?: Weber B, Lopez R & Köhler H (OS08:SUpo24:PO).
25 Crustal Evolution of IndoChinese Region: A Perspective from Northern Vietnam: Lan C, Chung S, Lo C, Lee T, Wang P, Li H & Toan DV (OS08:SUpo25:PO).
26 The Kontum Massif (Central Vietnam): A Composite Indosinian and Older Basement: Maluski H, Lepvrier C, Leyreloup A, Vu Van T & Phan Truong T (OS08:SUpo26:PO).
27 Thermal Evolution of a Late Archean Terrane: Sm/Nd, Rb/Sr, 40Ar/39Ar and U-Th/total Pb Geochronology of the Isorssua Complex (West Greenland): Giorgis D, Cosca M, Mezger K, Masson H & Bussy F (OS08:SUpo27:PO).
(Symposium OS08 Continued in Session MO am on Page 45)
1 Uranium and Strontium Isotopes in Surface and Ground Waters from the Upper Rhine Hydrosystem: Durand S, Schmitt A, Chabaux F & Elsass P (OS09:SUpo01:PO).
2 Quaternary Tholeiitic and Alkaline Volcanism in the Karasu Valley (Hatay, SE Turkey): Sr-Nd-Pb-O Isotopic Compositions and Trace Element Geochemistry: Alici P, Gourgaud A, Temel A, Vidal P & Gundogdu MN (OS09:SUpo02:PO).
3 Investigation of Microwave Acid Digestion Procedures for ICP-MS Silicate Rock Analysis: Mareels J & Hertogen J (OS09:SUpo03:PO).
4 High-Precision Trace Element and Isotopic Data for the New USGS Reference Materials BCR-2, BHVO-2, AGV-2, GSP-2, DTS-2: Stoll B, Raczek I, Hofmann AW & Jochum KP (OS09:SUpo04:PO).
5 Mineralogical Alteration Processes Determined by Sr- Pb-Isotopes and U/Th-Radionuclides along a Faulted Rhyolite-Granite Contact, Eastern Rhine Graben Shoulder, SW-Germany: Marbach T, Schleicher A, Kober B, Mangini A & Warr L (OS09:SUpo05:PO).
6 Weathering Processes at the Natural Nuclear Reactor of Bangombé (Gabon): Salah S, Del Nero M & Gauthier-Lafaye F (OS09:SUpo06:PO).
7 Geochemistry of Uranium-Bearing Minerals at Vale da Abrutiga Uranium Mine, Central Portugal: Marques da Silva Cabral-Pinto M (OS09:SUpo07:PO).
8 Sleza Ophiolite: Internal Geochemistry and Relationship to Meta-Basite Sequences in the Bohemian Massif: Floyd P, Crowley Q, Kryza R, Winchester J & Wahed A (OS09:SUpo08:PO).
9 The Lower Cretaceous Porphyritic Ocoite Formation of North Chile- Geotectonic Position, Petrological and Geochemical Characteristics: Nova-Mu-Oz A, Cisternas ME, Hofmann P & Miller H (OS09:SUpo09:PO).
10 Geochemistry of Serpentinites and their Minerals from Bragança, Northeastern Portugal: Teixeira R, Neiva A & Gomes E (OS09:SUpo10:PO).
11 The Quirino Complex: A Transamazonian Magmatic Arc of the Central Segment of the Brasiliano/Pan-African Ribeira Belt, SE Brazil: Valladares C, Ragatky D & Souza S (OS09:SUpo11:PO).
12 New Evidences for Ocean Island Accretion in Western Panamá: Lissinna B, Hoernle K, van den Bogaard P & Werner R (OS09:SUpo12:PO).
13 Ultramafic and Mafic Magmatic Rocks within the South Iberian Shear Zone (SISZ), Southern Spain: Products of Mantle Magmatism and Crustal Contamination: Hoymann K & Kramm U (OS09:SUpo13:PO).
14 Pb Isotopic Composition of Feldspars in Granitoids of the Eastern Variscan Orogenic Belt and its Implication for Terrane Correlation: Kurth M, Reischmann T, Oncken O & Franke W (OS09:SUpo14:PO).
15 Geochemical Signature of Variscan Granitoids from the Western Sector of the Ossa-Morena Zone (Portugal): Santos JF, Azevedo M, Acciaioli MH, Andrade A, Cordani U, Sato K & Serrano Pinto M (OS09:SUpo15:PO).
16 Geochemistry of Tin-Bearing Granites and their Minerals from Ervedosa, Northern Portugal: Gomes E & Neiva A (OS09:SUpo16:PO).
17 Geologic-Geochemical Features of Metamorphic Rocks in the Kola Superdeep Borehole Drill-Site Area in the Context of Searching for Deep Homologues: Nikolai K, Yeugeni M, Natalya K & Andrei I (OS09:SUpo17:PO).
18 Barium Anomalies in the Berisal Complex, Simplon Area, Switzerland: Hetherington CJ, Gieré R & Graeser S (OS09:SUpo18:PO).
19 Distribution of PGE, Au, Ag in Intrusive Complexes of NE Fennoscandia: Gavrilenko B & Skiba V (OS09:SUpo19:PO).
20 Hydrofacies and Metal Contents in Carbonate Groundwater from Southern Apennines, Italy: Pirretti F, Facciolongo M, Dinelli E, Mongelli G & Paternoster M (OS09:SUpo20:PO).
21 Geochemistry of the Early Devonian Rift-Related Dykes in the Izera-Karkonosze Block, West Sudetes: Nowak I (OS09:SUpo21:PO).
22 Geochemistry and Geothermometry of Thermal Waters in Sedimentary Environment: The Bagnères-de-Bigorre Case (Pyrénées, France): Levet S, Toutain J, Munoz M, Berger G, Negrel P, Jendrzjewski N, Agrinier P & Sortino F (OS09:SUpo22:PO).
23 Geochemical and Isotopic (Sm-Nd, U-Pb) Study on the Diagorou-Darbani Birimian Crust (Liptako, Niger, West Africa): Oceanic Plateau Versus Arc Magmatism: Soumaila A, Henry P, Rossy M & Affaton P (OS09:SUpo23:PO).
24 Weathering Durability of Slovenian Limestones Used as a Building Stone: Jarc S & Mirtic B (OS09:SUpo24:PO).
25 Links between Zircon Luminescence, Age and Composition- A Combined CL and Ion Microprobe Study: Poller U, Huth J, Hoppe P & Williams IS (OS09:SUpo25:PO).
26 Phase Analysis of the Silica-Undersaturated Part of Normative Kalsilite-Forsterite-Larnite Quarz-H20 Tetrahedron at a Pressure 2 kb: Krigman LD, Veksler IV, Ishbulatov RA & Nielson TD (OS09:SUpo26:PO).
(Symposium OS09 Continued in Session MO pm on Page 51)
1 Experimental Study and Modelling Approach of Weathering Processes of Basaltic Rocks: Hoareau J & Nicolini E (PCM1:SUpo01:PO).
2 Development of the Application of Magnetic Micro-Sorbents for the Elimination of Hazardous Inorganic Contaminants from Natural Waters: Naguib N, Weidler PG & Nueesch R (PCM1:SUpo02:PO).
3 Production and Characterization of Microporous Aggregates Made from Nano-Particles and the Attachment of Magnetic Minerals: Vogt C, Weidler PG & Nueesch R (PCM1:SUpo03:PO).
4 Characterization of Kaolinite Polymorph Mixtures in Lateritic Weathering Profiles using In Situ Infrared Microspectroscopy on Polished Thin Sections: Beauvais A & Bertaux J (PCM1:SUpo04:PO).
5 Structure and Crystallisation Behaviour of (Sr,Ba)HaSO4·H2O Solid Solutions: Jimenez A, Salvado MA, Prieto M & Garcia-Granda S (PCM1:SUpo05:PO).
(Symposium PCM1 Continued in Session MO am on Page 45)
1 Automated Fabric Analyser System for Quartz and Ice: Wilson CJ & Russell-Head DS (PCM4:SUpo01:PO).
2 Transport Property Predictions of Reservoir Rock by Quantitative Image Analysis: From the Pore-Scale Properties to Plug-Scale Properties: Cerepi A, Burlot R, Fallot L, Humbert L & Loisy C (PCM4:SUpo02:PO).
3 Displacement Textures (Cleavage Domes) and Sector-Zoning as Hydrostatic Stress Indicators in Contact and Regional Metamorphic Terranes: Rice AHN (PCM4:SUpo03:PO).
4 A Front-Tracking Program to Model Fibrous Microstructures in Strain Fringes: Koehn D, Bons P & Passchier C (PCM4:SUpo04:PO).
5 Interaction between Lava Flows: Crystallization Induced by Cooling and Re-Heating of Pahoehoe from Kilauea, Hawaii: Burkhard DJ (PCM4:SUpo05:PO).
6 The Metamorphism in the Eastern Part of Montagne Noire (Massif Central, France): P-T-t Path. Geothermobarometry: Régnier J & Leyreloup AF (PCM4:SUpo06:PO).
(Symposium PCM4 Continued in Session MO pm on Page 52)
1 Hafnium Isotope Analysis on MC-ICP-MS (IsoProbe): Chu N, Nesbitt RW, Boella RM, Taylor RN & German CR (PCM7:SUpo01:PO).
2 Accuracy of Isotope Ratio Measurements using ICP Multi-Collector Mass Spectrometry (ICP-MC-MS), Getting to the Truth!: Palacz Z, Meffan-Main S & Turner P (PCM7:SUpo02:PO).
3 213nm Laser Ablation ICP-MS- Revolution or Gimmick?: Shaw P & Jeffries T (PCM7:SUpo03:PO).
1 Sediment and Rheological Character of Submarine Slides, Bear Island Fan: Bowles FA, Faas RW, Vogt PR, Sawyer WB, Sundvor E & Crane K (RCM4:SUpo01:PO).
2 Seafloor Classification of the Storegga Slide, Norwegian Sea, using Video and Photographs Acquired on US Navy Submarine NR-1: Parsons B, Vogt P, Haflidason H & Jung W (RCM4:SUpo02:PO).
3 US Navy Submarine NR-1 Dives in the Upper Storegga Slide Area, Norwegian Margin: Jung W, Vogt P, Haflidason H & Parsons B (RCM4:SUpo03:PO).
4 3D Seismic Data Indicate Long-Term Instability Offshore Norway: Bünz S, Mienert J, Andreassen K & Kuilman LW (RCM4:SUpo04:PO).
5 Giant Erosional Scours in Deep-Water Channel-Lobe Transition Zones: Wynn R, Masson D, Weaver P, Kenyon N & Stow D (RCM4:SUpo05:PO).
6 Transport Dynamics and Sediment Dispersal in the BIG-95 Debris Flow from Backscatter Imagery, Ebro Continental Margin, NW Mediterranean Sea: Lastras G, Canals M, Vergara JC & Hughes Clarke JE (RCM4:SUpo06:PO).
7 Slope Failures on the Flanks of the Western Canary Islands: Masson D, Watts T, Gee M, Urgeles R, Neil M, Le Bas T & Canals M (RCM4:SUpo07:PO).
8 Slope Failure Caused by Seamount Subduction on the Continental Margin of Costa Rica- Evidence from High-Resolution Sidescan Sonar Data: Hühnerbach V, Masson DG, Bohrmann G & Weinrebe W (RCM4:SUpo08:PO).
9 The COSTA Submarine Landslide Database: Hühnerbach V & Masson DG (RCM4:SUpo09:PO).
10 The Geotechnical Characterisation of Mass Movements as a Component of Submarine Landslides Risk Assessment: An Application to the New Jersey Margin: Locat J, Desgagnés P, Leroueil S, Lee H & Héroux M (RCM4:SUpo10:PO).
(Symposium RCM4 Continued in Session MO pm on Page 52)
1 Controls on Depositional Facies and Sequence Architecture of Cretaceous Sediments of Southern Jordan: Baaske U & Krawinkel H (RCM5:SUpo01:PO).
2 Present day Sedimentation Processes in the Nazaré Canyon, Western Iberian Margin: de Stigter H, Weber O, Schmidt S, Jouanneau J & van Weering T (RCM5:SUpo02:PO).
3 Particle Dynamics over the North-Western Iberian Margin on Seasonal Time scale: Schmidt S (RCM5:SUpo03:PO).
4 An Upper Burdigalian (Karpatian) Short Warm Spell in the Paratethys Area, Austria: Hofmann C & Zetter R (RCM5:SUpo04:PO).
5 A High-Resolution Stratigraphical Framework of Neogene Marine Deposits from the Southern North Sea: A Link between Oceanic and Continental Environments: Kuhlmann G, Langereis C, van Leeuwen R, Munstermann D, Verreussel R & Wong T (RCM5:SUpo05:PO).
6 A Continental Margin with a Condensed Succession: The Lower Cretaceous Glaucony-Rich Deposits of the Nice Area: Pasquini C, Lualdi A, PierLuigi V & Federica B (RCM5:SUpo06:PO).
7 Architecture of a Channel-Levee Complex of the Middle Bengal Fan- Results from a Very High Resolution Seismic Survey: Schwenk T, Spiess V, Hübscher C & Breitzke M (RCM5:SUpo07:PO).
8 Changes in the Seine Estuarine Sediments (France): Consequences of Estuary Management: Walter-Simonnet A, Lesourd S, Lesueur P, Poupinet N & Brun-Cottan J (RCM5:SUpo08:PO).
9 Indications for the Development of the Cenozoic Sedimentation Enviroment in the Southern Cape Basin: Weigelt E, Uenzelmann-Neben G & Spiess V (RCM5:SUpo09:PO).
1 Giant Carbonate Mounds and Current Swept Seafloors on the Slopes of the Southern Rockall Trough: Akhmetzhanov AM, Kenyon NH, Ivanov M, Wheeler A, Shashkin PV & van Weering TC (RCM6:SUpo01:PO).
2 Planktonic O Record and Sedimentological Characteristics near the Belgica Carbonate Mounds (Porcupine Seabight, SW off Ireland): Blamart D, Van Rooij D, Labeyrie L, Kozachenko M, Wheeler A & Henriet J (RCM6:SUpo02:PO).
3 Sediment Distribution on a Carbonate Mound in the Porcupine Seabight: Dorschel B, Rueggeberg A, Hebbeln D, Freiwald A & Dullo C (RCM6:SUpo03:PO).
4 Coral Habitat Mapping and Groundtruthing on the Sula Ridge, Norwegian Shelf: Hühnerbach V & Freiwald A (RCM6:SUpo04:PO).
5 3D Spatial and Morphological Analysis of a Buried Mound Province: Huvenne V & Henriet J (RCM6:SUpo05:PO).
6 X-Ray Computer Tomographic Analysis of Sediment Cores from the Propeller Mound (Porcupine Seabight): Rüggeberg A, Dorschel B, Hebbeln D, Dullo C & Freiwald A (RCM6:SUpo06:PO).
7 High Resolution Side-Scan Sonar Mapping of Deep-Water Coral Mounds: Surface Morphology and Processes Affecting Growth: Wheeler AJ, Bett BJ, Billet DS & Masson DG (RCM6:SUpo07:PO).
(Symposium RCM6 Continued in Session MO am on Page 46)
1 The High Resolution Multi-Proxy-Parameter Network and Synthetic Timescale in KIHZ (Natural Climate Variations in the Holocene): Schwab MJ, Negendank JFW & KIHZ consortium (SS01:SUpo01:PO).
2 Rapid Climate Oscillations during the Early Holocene Recorded in the Varved Sediments of Lake Holzmaar (Germany): Brathauer U, Negendank JFW & Zolitschka B (SS01:SUpo02:PO).
3 Late Quaternary Diatom Stratigraphy and Palaeolimnology of Lake Holzmaar, Germany: Baier J, Lücke A, Negendank JFW & Zolitschka B (SS01:SUpo03:PO).
4 200 Years Lake History Recorded in the Laminated Sediments of Lake Woserin, Mecklenburg-Vorpommern, Germany: Brüchmann C, Dreibrodt S & Negendank JF (SS01:SUpo04:PO).
5 Potential for Studies of Laminated Lake Sediments in Russia: Kremenetski K (SS01:SUpo05:PO).
6 Millennial-Scale Events during the Past 130 Ka in Lake Baikal Record Indicate the Long-Range Climatic Teleconnections of Continental Interior Asia: Prokopenko A, Karabanov E, Williams D, Khursevich G & Kuzmin M (SS01:SUpo06:PO).
1 Volcanites of the Ichetju Diamind Area (Middle Timan, Russia): Stephanskaya L (VPP1:SUpo01:PO).
2 Pre-Eruptive Storage Conditions of the Highly Differentiated Phonolitic Laacher See Magma (East Eifel, Germany): Harms E, Gardner JE & Schmincke H (VPP1:SUpo02:PO).
3 Diffusion of Cations in Hydrous Melts of Rhyolitic to Andesitic Compositions: Tegge-Schuering A, Behrens H, Koepke J & Zhang Y (VPP1:SUpo03:PO).
4 Diffusion of CO2 in Silicate Melts: The Influence of Bulk Composition: Sierralta M, Nowak M & Keppler H (VPP1:SUpo04:PO).
5 Raman and Microthermometric Studies of Fluid and Melt Inclusions in Magmatic Xenoliths from the Sabatini Volcanic District (Roman Comagmatic Province, Italy): Evidence for Sulphate-Rich Melts: Frezzotti M, Tecce F & Cavarretta G (VPP1:SUpo05:PO).
6 In-Situ XAS Study of the Effect of Water on Local Structure Around Nickel in Silicate Melts: Munoz M, Farges F & Malavergne V (VPP1:SUpo06:PO).
7 H2O and CO2 Solubilities in Rhyolitic to Basaltic Melts- An IR Spectroscopic Study: Ohlhorst S, Behrens H & Holtz F (VPP1:SUpo07:PO).
8 Partial Melting of Mafics Rocks from Electrical Impedance Spectroscopy Measurements: Maumus J, Bagdassarov N & Schmeling H (VPP1:SUpo08:PO).
(Symposium VPP1 Continued in Session MO am on Page 46)
1 Volcanic CO2 Fluxes from the Lofos Dome Area, Nisyros (Greece): Cardellini C, Chiodini G, Frondini F, Granieri D, Peruzzi L & Ponziani F (VPP6:SUpo01:PO).
2 A New Index for Evaluating the Gas Injection into the Stratosphere Caused by Explosive Volcanic Eruptions: VGIS (Volcanic Gas Input into the Stratosphere): Halmer MM & Schmincke H (VPP6:SUpo02:PO).
3 Geochemical Surveillance of Fluid and Gas Discharges at Yasur Volcanic Complex, Tanna Island, Vanuatu: Gauthier P, Goff F, Love S & Counce D (VPP6:SUpo03:PO).
4 Ground Deformation Monitoring of Volcanic Areas in Sicily (Italy): Amore M, Gambino S, Mattia M, Velardita R & Villari L (VPP6:SUpo04:PO).
5 Numerical Modelling of Ground Deformation Revealed at Mount Etna by ERS: Ranvier F, Cayol V & Froger J (VPP6:SUpo05:PO).
6 Perspectives for the Use of Multi-View, Multi-position Digital Photographic 3-D Morphology Reconstruction in Volcano Monitoring: Cecchi E, Lavest J & van Wyk de Vries B (VPP6:SUpo06:PO).
7 Determination of Volcanic Risk Areas in Mt Etna (Sicily) using a Statistical Method Based on Cellular Automata Simulations: Crisci GM, Rongo R, Di Gregorio S & Spataro W (VPP6:SUpo07:PO).
8 Geochemical Characterisation of the Fluid Phases at Kilauea Volcano, East Rift Zone (Big Island, Hawaii, USA): Garofalo K, Vaselli O, Tassi F, Montegrossi G, Buccianti A & Minissale A (VPP6:SUpo08:PO).
9 Chlorine in Volcanic Systems: Jendrzejewski N, Toutain J, Sortino F, Hammouya G, Godon A, Komorowski J & Javoy M (VPP6:SUpo09:PO).
10 Temporal Variations in Magma Composition at Merapi Volcano, Central Java: Magmatic Cycles during the Last 2,000 Years of Explosive Activity: Gertisser R & Keller J (VPP6:SUpo10:PO).
11 15 Days of Continuous Observation of Stromboli Volcano (Italy) in Late September 2000: Magma Replenishment and Weather Dependence of Eruptive Style: Urbanski N, Vöge M, Seyfried R, Rüpke L, Petersen T, Hanebuth T & Hort M (VPP6:SUpo11:PO).
12 Effects of the 79 AD Vesuvius Plinian Eruption in the Buried Sites of Herculaneum, Oplontis and Stabiae from an Integrated Volcanological, Anthropological and Archaeological Study: Mastrolorenzo G, Petrone PP, Incoronato A, Pagano M & Fergola L (VPP6:SUpo12:PO).
13 A Newly Discovered Debris Avalanche Deposit: Rivière des Pluies Breccia, Northern Reunion Island: Fèvre Y, Bret L, Robineau B & Join J (VPP6:SUpo13:PO).
14 Formation of Levées in Pyroclastic Flow Deposits: Felix G & Thomas N (VPP6:SUpo14:PO).
15 The Possible Method of Migitation of Plinian Volcanic Eruption Hazards: Kutolin VA & Shirokikh VA (VPP6:SUpo15:PO).
16 The Evaluation of Volcanic Risk of Campi Flegrei (Italy): Alberico I, Petrosino P, Scandone R & Lirer L (VPP6:SUpo16:PO).
(Symposium VPP6 Continued in Session MO pm on Page 53)
