Cambridge Publications |
|
The Conference Company |
April 8th - 12th, 2001 |
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European Union of Geosciences |
Cambridge Publications |
|
The Conference Company |
April 8th - 12th, 2001 |
|
European Union of Geosciences |
1 Geothermal Fluids from the Granitic and Sedimentary Basement of the Rhine Valley: B, Sr, Nd, U, O, H-Isotope Systematics: Kloppmann W, Philippe N, Joël C & Catherine G (AI04:TUpo01:PO).
2 Geochemical Investigation of the Recent Sediments of the Kuzuluk, Armutlu, Karailica and Tuzla Hot and Mineralized Water Springs, Marmara Region, Turkey: Pehlivan R (AI04:TUpo02:PO).
3 Spatial and Temporal Variability of Water Quality in a Mediterranean River Basin: The Llobregat River Basin in Northeastern Spain: Fernandez-Turiel J, Gimeno D, Valero F, Carnicero M & Rodriguez J (AI04:TUpo03:PO).
4 Natural and Anthropogenic Influences in the Water Quality of the Ter River (Northeastern Spain): Fernandez-Turiel J, Gimeno D, Valero F, Carnicero M & Rodriguez J (AI04:TUpo04:PO).
5 Flow-Transport of Pollutions Pesticides in Unsaturated Zone of Pistoia Plain (Italy) using Artificial Neural Networks: Gabbani G, De Vincenzi M & Pregno C (AI04:TUpo05:PO).
6 Isotope Determination on H2O Samples Ranging from 0.5 Microliter-5 Milliliter by Equilibration, Chromium Reduction and Carbon Reduction Techniques: Hilkert A, Douthitt C & Oesselmann JO (AI04:TUpo06:PO).
7 Hurst's Phenomenon in Karstic Springs: Márkus L & Kovács J (AI04:TUpo07:PO).
1 Unexpected Preservation Process of Sedimentary Organic Matter in an Euxinic Upwelling-Influenced Basin: The Cariaco Trough (Venezuela): Aycard-Giorgi M, Derenne S, Largeau C, Mongenot T, Tribovillard N & Baudin F (BG01:TUpo01:PO).
2 The Composition of Organic Matter and Paleoenvironment Conditions of Oil Shales Deposit of Sysola Region (Mezen Basin, Russia): Bouchnev D & Burdelnaya N (BG01:TUpo02:PO).
3 Bulk and Molecular Isotope Organic Geochemical Record of the Permian-Triassic Boundary in the Idrijca Valley (Slovenia): Schwab V, Spangenberg JE & Dolenec T (BG01:TUpo03:PO).
4 Chemical Structure and Morphological Features of the Insoluble Organic Matter from Boom Clay Formation (Belgium): Model Site for Deep Geological Disposal of Nuclear Waste: Deniau I, Derenne S, Beaucaire C, Pitsch H & Largeau C (BG01:TUpo04:PO).
5 Organic Markers as Witness of the Dynamic Features of the Mangrove Coast in French Guyana: Marchand C, Lallier-Verges E & Baltzer F (BG01:TUpo05:PO).
6 Hydrogen Sulfide Occurences in the Surface Water of The Golden Horn, Istanbul, TURKEY: Çelik Balci N (BG01:TUpo06:PO).
7 Characterization of Waters and Soils in Vineyards Combining Geochemical Data and Ultrasounds Measurements: Monney DE, Spangenberg JE, Rajendram VS & Hunziker JC (BG01:TUpo07:PO).
8 Water Adsorption: A Parameter to Evaluate Heavy Metal Adsorption on Sediments and Soils?: Neuhuber S, Metz A & Kralik M (BG01:TUpo08:PO).
9 Utilization of the Stream Sediments and Geology of the Kargi River Drainage Basin, Fethiye, Turkey: Pehlivan R (BG01:TUpo09:PO).
1 Estimating the Microbial Activity in the Deep Layers (Catothelm) of an Ombrotrophic Peat Bog: Steinmann P, Rossi P, Eilrich B, Burns S & Leuenberger M (BG04:TUpo01:PO).
2 Seasonal Variation of Acetate Concentration and Implications for Methanogenesis in a Deep Peat Bog (Jura Mountains, Switzerland): Eilrich B & Steinmann P (BG04:TUpo02:PO).
3 Signatures of Microbial Mats in Modern Sediments Monitored by Element Assemblages: Gerdes G & Klenke T (BG04:TUpo03:PO).
4 Bacterial Mediation of Dolomite Formation in Deep-Sea Hemi-Pelagic Sediments: Meister P, Vasconcelos C, McKenzie J & Pelz O (BG04:TUpo04:PO).
5 A New Bacterial Model for Silicate Weathering and Calcite Precipitation: Benzerara, K, Lemelle L, Lesourd M, Barakat M, Heulin T, Gillet P & Guyot F (BG04:TUpo05:PO).
6 Microbes in Ocean Floor Basalt and their Relation to Alteration Textures and Geochemical Composition of Palagonite: Thorseth I, Pedersen R, Torsvik T, Lysnes K & Steinsbu BO (BG04:TUpo06:PO).
7 Morphological and Spectral Investigation of an Exceptionally Well Preserved Bacterial Biofilm from the Enspel Formation, Germany: Toporski J, Steele A, Westall F, Avci R & McKay DS (BG04:TUpo07:PO).
8 Detection of Life In Extraterrestrial Materials: Steele A, Toporski J, Westall F, Avci R & McKay D (BG04:TUpo08:PO).
9 Quantifying Impact of Ant and Termite Activities on Soil Chemical Compositions: Boeglin JL, Semhi K, Chaudhuri S & Clauer N (BG04:TUpo09:PO).
1 New Insights into the Stretching of Sedimentary Series Collected Through Piston Coring: Evidences, Effects on Flux Estimates and Possible Corrections: Bassinot F, Széréméta N, Kissel C, Balut Y, Labeyrie L, Pagel M & Guibert K (CC08:TUpo01:PO).
2 Palaeo-Ecosystem Study from Eastern Mediterranean Marine Sequences (Late Pleistocene/Holocene) based on Planktonic Foraminifera, Pteropods and Calcareous Nannofossils Integrated Data: Crudeli D, Principato MS, Galbiati M, Mosconi T, Negrini C, Soroldoni E, Corselli C, de Lange GJ, Erba E & Thomson J (CC08:TUpo02:PO).
3 Global Climatic and Environmental Changes in the Pleistocene, Central Asia: Implications from the Study of Sediments in Lake Baikal and Loess-Soil Sequences in West Siberia: Dobretsov N, Zykin V & Zykina V (CC08:TUpo03:PO).
4 Eastern Mediterranean Sapropel S1 Interruption as Indicated by High-Resolution Biomarker Profiles: Ferreira A, Vale C, Cornet E, Baas M, de Lang G, Slomp C & Damste JS (CC08:TUpo04:PO).
5 New Data on the Late Cenomanian Extinction Event: An Examination of a Potential Impact Ejecta Horizon, in West-Central Portugal: Hart MB, Watkinson MP, Price GD & Monteiro JF (CC08:TUpo05:PO).
6 Time-Frequency Analysis using Wavelet Transform of In-Situ Physical Measurements from ODP Holes 1095B and 1096C (West Continental Margin of the Antarctic Peninsula) and of High Resolution Signal from Cores of ODP Leg 160, Site 967 (Mediterranean Sea): Lauer-Leredde C & Briqueu L (CC08:TUpo06:PO).
7 Millenial-Scale Variations in the Alboran Sea Sediment Record: Fluvial vs Eolian Supply: Moreno A, Cacho I, Canals M, Prins M, Sánchez-Go-I MF & Targarona J (CC08:TUpo07:PO).
8 Extensional Distortion in a Calypso Piston Core from the Iberian Margin: Skinner L & McCave IN (CC08:TUpo08:PO).
9 The Holocene of the Andvord Drift as Recorded by Benthic Foraminifers: Sperling M (CC08:TUpo09:PO).
10 Nd-Sr-Pb Isotopes as Tracers of Potential Sources to the Mediterranean Sea: In the Case of S1 Sapropel: Tachikawa K, Michard A, Freydier R, De Lange GJ, Slomp CP, Thomson J & Corselli C (CC08:TUpo10:PO).
11 Late Neogene Response to Orbital Forcing in the Eastern Equatorial Pacific: Indications for the Closure of the Isthmus of Panama and the Initiation of the Northern Hemisphere Glaciation: Weber ME (CC08:TUpo11:PO).
1 The Recent Sediment Geochemical History of the Spoakne River Basin, Washington, USA: Grosbois C, Horowitz A, Smith J & Elrick K (EVO2:TUpo01:PO).
2 Historical and Contemporary Dynamics Near the Head of the Sacramento Delta, California, USA: A Multi-Disciplinary Approach to Restoration: Brown K & Pasternack G (EVO2:TUpo02:PO).
3 Composition of Modern Stream Sands from Sedimentary Source Rocks in a Temperate Climate (Northern Apennines, Italy): Di Giulio A, Ceriani A, Ghia E & Zucca F (EVO2:TUpo03:PO).
4 Catastrophic Flooding of the Namib Desert, Namibia- Implications for Hazard Assessments and Reservoir Characterisation: Svendsen J, Stollhofen H, Hartley N & Krapf C (EVO2:TUpo04:PO).
5 Impact of Climatic Change on Fluvial Incision in North Tian Shan (Northwestern China): Poisson B & Avouac J (EVO2:TUpo05:PO).
6 An Ancient Volcanic Debris Avalanche Initiated the River Loop? The Mystery of the Danube Bend, Hungary: Karátson D, Németh K, J-Zsa S & Borbély E (EVO2:TUpo06:PO).
7 The Effects of Deforestation on Soil Erosion in Tropical Highlands (Sri Lanka) as Quantified by Cosmogenic Nuclides: Hewawasam A, von Blanckenburg F, Schaller M & Kubik PW (EVO2:TUpo07:PO).
8 Neogene-Quaternary Tectonics and Morphological Evolution in the Ortles-Cevedale Massif (Italian Alps): Martin S, Massironi M, Surian N, Fellin MG & Veronese L (EVO2:TUpo08:PO).
9 Major Hydrodynamic Events in Ancient Harbour of Alexandria during the Late Antiquity. Tsunami Deposit or Storm Surges?: Goiran J (EVO2:TUpo09:PO).
10 Deca-Meter-Scale Holocene Sedimentation on the Vietnamese Shelf: Schimanski A & Stattegger K (EVO2:TUpo10:PO).
1 Environmental Protection in the Arctic Regions of Russia: Buhgalter E & Baranov A (EVO6:TUpo01:PO).
2 Ecological Expert Appraisal of Gas Complex Facilities in the Arctic Regions of Russia: Buhgalter E, Baranov A & Budnikov B (EVO6:TUpo02:PO).
3 3.5 kHz Echosounding of the Eastern Part of the Kara Sea: First Implications for the Paleoenvironment: Dittmers K, Niessen F & Stein R (EVO6:TUpo03:PO).
4 Pleistocene-Holocene Migration of the Polar Front in the Arctic Region: Gusskov SA (EVO6:TUpo04:PO).
5 Deglacial to Holocene Paleoenvironments of the Barents Sea: Ivanova EV, Duplessy J, Murdmaa I & Paterne M (EVO6:TUpo05:PO).
6 Palynomorphs in the Southeastern Kara Sea (Sibirian Arctic, Russia) and Paleoenvironmental Changes during Holocene Times: Kraus M, Matthiessen J, Fahl K & Stein R (EVO6:TUpo06:PO).
7 The Application of Bivalve Stable Isotope Profiles as Modern and Paleoenvironmetal Indicators in the Laptev Sea/Siberian Arctic: Mueller-Lupp T, Erlenkeuser H, Bauch HA & Taldenkova E (EVO6:TUpo07:PO).
8 Holocene Environmental Change in Northern Yakutia Based on Pollen Evidence from the Laptev Sea Shelf: Naidna OD & Bauch HA (EVO6:TUpo08:PO).
9 Connecting Deep Brines from the Fennoscandian Shield with the Baltic Sea through Strontium Isotopes: Négrel P, Casanova J & Blomqvist R (EVO6:TUpo09:PO).
10 Changes in Hydrography and Sea Ice Conditions on Siberian Arctic Shelves during the Holocene: Polyakova YI & Bauch HA (EVO6:TUpo10:PO).
11 Paleoenvironmental Changes on the Eastern Laptev Sea Shelf during the Holocene: Evidence from Fossil Assemblages: Taldenkova EE, Bauch HA, Stepanova A, Ovsipyan A & Dem'yanenkov S (EVO6:TUpo11:PO).
12 LGM Ice-Marginal Landscapes on Taymyr, Siberia: Alexanderson H, Hjort C & Möller P (EVO6:TUpo12:PO).
13 Vegetation and Climate Changes in the Laptev Sea Region during the Late Quaternary by Pollen Data: Andreev A, Novenko EY, Schirrmeister L, Siegert C & Hubberten H (EVO6:TUpo13:PO).
14 Some Notes to Reconstruction of the Last Maximal Glaciation of the Putorana Plateau: Antonov O, Bolshiyanov D, Fedorov G & Pavlov M (EVO6:TUpo14:PO).
15 Sea Level and Glaciations of Taimyr Peninsula in Late Neopleistocene: Bolshiyanov D & Fedorov G (EVO6:TUpo15:PO).
16 Valdaian (Weichselian) Glaciations in the Arkhangelsk Region, North-Western Russia: Demidov I, Larsen E, Kjær KH, Houmark-Nielsen M, Lyså A, Funder S, Nielsen JK & Grøsfjeld K (EVO6:TUpo16:PO).
17 The Maximum Extent of the Saalian and Weichselian Glaciations in Eurasia: EU Contr. No. ENV4-CT97-0563 EIspm (EVO6:TUpo17:PO).
18 The Evolution of Lakes of Taimyr Peninsula and Global Environmental Changes in Late Neopleistocene and Holocene: Fedorov G & Dmitriy B (EVO6:TUpo18:PO).
19 Eemian Marine Sediments and Faunas in the Arkhangelsk Region, Russia: Funder S, Grøsfjeld K, Nielsen JK & Seidenkrantz MS (EVO6:TUpo19:PO).
20 Records of Weichselian Lake Sediment Sequences in Northern Russia: Henriksen M, Mangerud J, Paus A & Svendsen JI (EVO6:TUpo20:PO).
21 Late Pleistocene Land, Sea, Lake and Ice Distribution in the Arkhangelsk Region, Northwest Russia: Houmark-Nielsen M, Demidov I, Funder S, Grøsfjeld K, Kjær KH, Larsen E, Lavrova N, Lyså A & Nielsen JK (EVO6:TUpo21:PO).
22 Volumes and Areas of Early Weichselian Ice Dammed Lakes in Northern Russia: Jakobsson M, Mangerud J, Astakov V & Svendsen JI (EVO6:TUpo22:PO).
23 Implications of Rock Surface Exposure Ages for the Latest Glacial Advance on Wrangel Island in the Beringian Region, Russia: Karhu JA, Tschudi S, Vartanyan S, Kubik PW & Saarnisto M (EVO6:TUpo23:PO).
24 Plants as Climate Indicators- Results of Plant Macrofossil Studies on Late Quaternary Permafrost Sequences of the Laptev Sea Region, Northern Siberia: Kienast F, Siegert C, Schirrmeister L & Hubberten H (EVO6:TUpo24:PO).
25 The Mezen Bay Triple Junction: Interception of Shelf- and Terrestrial-Based Glaciations during the Weichselian in Northern Russia: Kjær KH, Demidov I, Larsen E & Nielsen JK (EVO6:TUpo25:PO).
26 Centennial-Scale Behaviour of the Svalbard/Barents Sea Ice Sheet during Terminations II and I: Knies J, Mackensen A, Matthiessen J & Vogt C (EVO6:TUpo26:PO).
27 Isolation Basin Stratigraphy and Postglacial Sea-Level Change at Zelenoborsk (Head of Kandalaksha Bay, White Sea), Northwest Russia (Preliminary Results): Kolka V, Yevzerov V, Møller, J & Corner G (EVO6:TUpo27:PO).
28 Fossil Insects as the Indicators of Quaternary Environment of the Laptev Shelf Land: Kuzmina S, Siegert C & Sher AV (EVO6:TUpo30:PO).
29 Late Quaternary Mammals of the Laptev Shelf Land and their Environment: Kuznetsova TV, Sulerzhitsky LD, Schirrmeister L, Siegert C, Hubberten H-W & Sher AV (EVO6:TUpo31:PO).
30 Weichselian Ice-Sheet Interactions in the Arkhangelsk Region; Timing and Extent: Larsen E, Demidov I, Houmark-Nielsen M, Kjær KH & Lyså A (EVO6:TUpo32:PO).
31 Late Quaternary Ice Sheets and Stratigraphy on Yugorsky Peninsula, Arctic Russia: Lokrantz H, Ing-Lfsson Ó & Forman SL (EVO6:TUpo33:PO).
32 ESR/OSL Age of Fauna-Bearing Sub-Till Marine Deposits at 66°24' N and 36°37' E (Varzuga Section, Kola Peninsula): Molodkov A & Yevzerov V (EVO6:TUpo34:PO).
33 Climatic Changes in Northern Eurasia over the Last Interglacial (s.l.): Evidence from different Sedimentary Environments: Molodkov A & Bolikhovskaya N (EVO6:TUpo35:PO).
34 3.6 Mio Years of Continuous Lacustrine Sedimentation? Seismic Investigation of Impact Crater Lake El'Gygytgyn (NE Russia): Niessen F, Kopsch C, Wagner B, Melles M, Nolan M & Brigham-Grette J (EVO6:TUpo36:PO).
35 Weichselian and Holocene Environmental History of Severnaya Zemlya, Northern Central Siberia, as Infered from Changeable Lake Sediments: Raab A, Melles M & Hubberten H (EVO6:TUpo37:PO).
36 Late Quaternary Paleoenvironment of the Siberian Arctic- New Data from Permafrost Deposits Around the Laptev Sea: Schirrmeister L, Siegert C, Kuznetsova T & Andreev A (EVO6:TUpo38:PO).
37 New 26Al Dates for the Younger Dryas Salpausselkä I Formation in Finland: Tschudi S, Ivy-Ochs S, Schlüchter C, Kubik PW & Rainio H (EVO6:TUpo39:PO).
38 The Late-Quaternary Environmental History of the Western Foreland of the Polar Urals Inferred from Lake Sediment Studies: Wischer F, Andreev A, Hermichen W & Hubberten H (EVO6:TUpo40:PO).
39 Last Glaciation Maximum in the NVZ of Iceland, A Limited Extent?: Embry J, Van Vliet-Lano' B & Schneider J (EVO6:TUpo41:PO).
(Symposium EVO6 Continued in Session WE am on Page 80)
1 Characterizing the Boron Isotopic Signatures in Clay-Marl Deposits (Callovo-Oxfordian, Meuse, France) by High Resolution IMS: Casanova J, Négrel P, Cocherie A, Brulhet J & Chaussidon M (FMF2:TUpo01:PO).
2 Characterisation and Sealing Abilities of Non-Reservoir Chalks of the Central North Sea: Mallon A & Swarbrick R (FMF2:TUpo02:PO).
3 Fluid Circulation during the Tectonic Evolution of the Foreland Basin of Khenifra, Massif Central, Morocco: Preliminary Results from Field Observations: Orberger B, Morel JL, Faure Muret A, Raïs F, Meslouh S, Zouine EM, Abdullah B, Tayeb M, Benfrika M & Berkhli M (FMF2:TUpo03:PO).
4 Estimates of Fluid Flow from In Situ Pore Pressure Measurements in the Continental Rise West of the Canary Islands: Urgeles R, Canals M, Roberts J & Schultheiss P (FMF2:TUpo04:PO).
5 Quantifying Carbonate Precipitation in a Carbonate Ramp using Sulfur Isotopes and a Diffusion, Advection, Reaction Model: Wortmann U, Boettcher M, Bernasconi S, Swart P & Hay W (FMF2:TUpo05:PO).
1 Thermogenic Hydrocarbons Associated with Active Hydrothermalism in the Bay of Plenty, New Zealand: Botz R, Wehner H, Schmidt M, Worthington T, Schmidt M & Stoffers P (FMF4:TUpo01:PO).
2 Seeping Hydrocarbons and Related Carbonate Mineralization in Sediments South of Lihir Island (New Ireland Fore Arc Basin, Papua New Guinea): Schmidt M, Botz R, Winn K, Stoffers P, Thiessen O & Herzig P (FMF4:TUpo02:PO).
3 Gas Monitoring of an Artesian Water Well in the Arava Rift Valley, Israel: Wiersberg T, Erzinger J, Zimmer M, Woith H & Kafri U (FMF4:TUpo03:PO).
4 Are There Fluid Sinks within the Earth's Crust?: Stober I & Bucher K (FMF4:TUpo04:PO).
5 Field Investigations into the Capability of Gas Bubbles to Transport Particles Upwards Through Saturated Sediments: Beaubien SE, Lombardi S & Maras A (FMF4:TUpo05:PO).
6 Fluid Inclusion Investigations on Fissure Minerals from NEAT Transects (Gotthard and Lötschberg Base Tunnels) Through the Central Alps: Preliminary Results: Mullis J, Overstolz M, Rahn MK, Peretti A & Amacher P (FMF4:TUpo06:PO).
7 The Diagenetic Sulfur System in Late Paleozoic Sediments: Westphal E & Strauss H (FMF4:TUpo07:PO).
8 Using Stable Sulphur Isotopes as a Method for the Delination and Examination of Drill Cuttings Piles: Douglas M, Artz R, Hole M, Marr I & Boyce A (FMF4:TUpo08:PO).
9 Sulphur Redox Reactions during Low Grade Metamorphism: Bottrell S, Alonso-Azcarate J & Jordi T (FMF4:TUpo09:PO).
1 New Geochronological Data from the Eastern Gangdese Batholith with Implications for the Dextral Movement of the Jiali Fault, SE Tibet: Lee H, Chung S, Wen D, Zhang Y, Xie Y, Wang J, Yang TF, Lo C, Lee T & Li H (LS04:TUpo01:PO).
2 40Ar-39Ar Thermochronology of Palaeozoic Intraplate Deformation and Exhumation, Central Australia: Scrimgeour I, Raith JG & Frank W (LS04:TUpo02:PO).
3 The Neotectonic Features of the Southeast Marmara Region, Turkey: Gürer .F & Çakir S (LS04:TUpo03:PO).
4 A New Seismic Data Set for Investigation of the Southern Rhine Graben Fault System: Lopes Cardozo G & Granet M (LS04:TUpo04:PO).
5 Magma Transport in a Transpressive Zone: The Tuolumne Intrusive Suite, Sierra Nevada, California: Habert G, de Saint Blanquat M & Tikoff B (LS04:TUpo05:PO).
6 Neogene Extensional Features and Quaternary Volcanism Associated with the Kunlun Fault: Jolivet M, Brunel M, Seward D, Xu Z, Yang J, Tapponnier P, Malavieille J, Roger F, Leyreloup A & Arnaud N (LS04:TUpo06:PO).
1 How Thick is the Lithosphere?: Artemieva I & Mooney WD (LS07:TUpo01:PO).
2 Does 400 km Thick Continental Lithosphere Exist?: Artemieva I, Mooney WD & Sleep N (LS07:TUpo02:PO).
3 The Lower Crust of the Southern Pilbara Craton, Western Australia, from Deep Seismic Reflection Profiling: Kleffmann S, Hackney R, Hollingsworth D, Goleby B, Powell C, Cawood P & Dentith M (LS07:TUpo03:PO).
4 The Mantle Lithosphere beneath Eastern China: Trace Element and Os Isotopic Results from Spinel Peridotite Xenoliths from Jiangsu Province: Reisberg L, Zhi X, Peng Z, Wagner C & Sun W (LS07:TUpo04:PO).
5 The SVEKALAPKO Seismic Tomography Experiment- Idea, Realisation and First Results: Tomography Working Group SS (LS07:TUpo05:PO).
6 Lithospheric Conductivity Structure in Fennoscandia- Latest Findings from the BEAR Magnetotelluric Array Data: Lahti I, Korja T, Engels M & The BEAR Working Group (LS07:TUpo06:PO).
7 Geophysical Investigation along Profile 4B (Project Svecalapko): Berzin R, Davidova T, Zamojnaya N, Suleimanov A & Morozov A (LS07:TUpo07:PO).
8 Gravity Investigations by Meztimpech Profile: Konanova N (LS07:TUpo08:PO).
9 A Paleogeodynamics in the Upper and Middle Crystalline Crust: Nine Paleotectonic Boundaries in the Section of the Kola Superdeep Borehole: Mitrofanov F, Gorbatsevich D, Guberman F & Smirnov YP (LS07:TUpo09:PO).
10 Crust-Mantle Interaction in the Archean Complex of the Kola Superdeep Borehole: Vetrin V, Turkina O & Ludden J (LS07:TUpo10:PO).
11 On Archean Evolution of the Kolmozero-Voronja Greenstone Belt (Kola Peninsula, Russia): U-Pb and Pb-Pb Dating: Kudryashov N (LS07:TUpo11:PO).
12 Palaeoproterozoic PT Regimes in the Lower Crust of the Belomorian Mobile Belt (BMB), Fennoscandian Shield: Alexejev NL, Balagansky VV, Belyatsky BV, Zinger TF, Kislitsyn RV & Huhma H (LS07:TUpo12:PO).
13 Stuck between a Rock and a Hard Place: Lapland's Situation in the Baltic Shield during the Precambrian: Evins P (LS07:TUpo13:PO).
14 The Boundary between the Karelian Archaean Craton and the Belomorian Mobile Belt (Fennoscandian/Baltic Shield) through Time: Slabunov A (LS07:TUpo14:PO).
15 The Tectonic Pre-History of a 1.9 Ga Collisional Suture in the Lapland-Kola Orogen, Fennoscandian Shield: Balagansky V, Kislitsyn R, Daly JS & Timmerman MJ (LS07:TUpo15:PO).
16 Age of the Collision in the Lapland-Kola Orogen Core, North-Eastern Baltic Shield: Kislitsyn R, Balagansky V, Manttari I, Daly JS & Timmerman MJ (LS07:TUpo16:PO).
17 U-Pb Geochronology of the Yavrozero Area, Tanaelv Belt, Kola Region: Implications for Timing of Metamorphic History: Kaulina T, Kislitsyn R & Apanasevich E (LS07:TUpo17:PO).
18 U-Pb Age Constraints for the Evolution of the Keivy Supracrustal Belt, Central Kola Peninsula, from Single Zircon Dating at NORDSIM: Marker M & Kaulina TV (LS07:TUpo18:PO).
19 Tectono-Metamorphic Evolution and Continental Crust Growth in Svecofennian Accresional and Belomorian Collision Orogens: Glebovitsky V (LS07:TUpo19:PO).
20 The Randamonys TTG-Intrusion in Southern Lithuania: Evidence of an 1.84 Ga Island Arc: Rimsa A, Bogdanova S, Skridlaite G & Bibikova E (LS07:TUpo20:PO).
21 Subductional/Collisional and Post-Collisional Events in the Belarus-Podlasie Granulite Belt (Western Part of the East European Craton): Taran L, Skridlaite G & Bogdanova S (LS07:TUpo21:PO).
22 Sveconorwegian Pressure and Temperature Determinations in the Western and Median Segments, SW Sweden: Austin Hegardt E & Cornell D (LS07:TUpo22:PO).
23 Linking Subduction-Related Growth of the Mid-Proterozoic Supercontinent Midgardia to Migrating, 1.65-1.20 Ga Bimodal Magmatism within Baltica: Åhäll K, Brewer TS & Connelly JN (LS07:TUpo23:PO).
24 First Structural, Petrographical and Geochronological Data of Metamorphic Complexes of the Southern East-Uralian Zone, Russia: Sindern S & Schulte BA (LS07:TUpo24:PO).
25 Petrogenesis of The Mariánské-Lázn Complex, NW Czech Republic: Tectonic Implications for the Development of an Early Palaeozoic Seaway: Crowley QG, Floyd PA, Tdrá V, Winchester JA & Holland JG (LS07:TUpo25:PO).
26 The Trans-European Suture Zone (TESZ) in the Light of Detrital Muscovite Ages- An Ar/Ar-Laser-Study: Handler R, Giese U, Neubauer F & Vecoli M (LS07:TUpo26:PO).
27 Cambrian to Devonian Basin Development and Collision History of Eastern Avalonia: Verniers J, Pharaoh T, André L, Debacker T, De Vos W, Everaerts M, Herbosch A, Samuelsson J, Sintubin M & Vecoli M (LS07:TUpo27:PO).
28 Geodynamic History of the Rudawy Janowickie Metamorphic Complex (Sudetes, SW Poland)- Evidence for Pre-Variscan Palaeoenvironments and Variscan Convergence Mechanism: Kozdroj W (LS07:TUpo28:PO).
29 Geochronological Constraints on the Tectonometamorphic Development of the West Sudetes (Bohemian Massif): Marheine D, Patocka F, Kachlik V, Maluski H & Zelazniewicz A (LS07:TUpo29:PO).
30 The Significance of the Mariánské Lázne Complex during the Paleozoic Amalgamation of Central Europe: A Radiogenic Isotope Study on Eclogites and Related Rocks: Timmermann H, Stedra V, Gerdes A, Noble S, Horstwood M, David K & Kachlik V (LS07:TUpo30:PO).
31 New Data Concerning Detailed Chronology of Variscan Deformation Events in a Key Sector of Ossa Morena Zone (Southern Iberian Variscan Fold Belt): Rosas F, Ornelas Marques F & Ribeiro A (LS07:TUpo31:PO).
32 Multiphase Granitoid Magmatism in Central Madagascar: Evidence for Subduction of the Mozambique Ocean: Brewer T, Collins A, Kröner A, Brian W & Teodore R (LS07:TUpo32:PO).
33 Madagascar Volcanic Provinces: Isotopic Evidence: Bardintzeff J, Bonin B, Liegeois J, Bellon H & Rasamimanana G (LS07:TUpo33:PO).
34 Granulite Formation during Early Proterozoic Collision in South Harris, Outer Hebrides, Scotland: Timmermann H, Parrish R, Brewer T & Schenk V (LS07:TUpo34:PO).
35 Lower Crust Rocks of a Southwestern Margin of the Siberian Platform: Popov N & Kudryavtseva O (LS07:TUpo35:PO).
36 Isotopic Dating of the Collision on Northern Kamchatka, Russia: Soloviev A, Garver J, Shapiro M & Brandon M (LS07:TUpo36:PO).
37 Geometric Conditions Affecting the Shear-Sense Derivation at Stretched Lithotectonic Boundaries: Schwerdtner WM, Riller U, Crews MJ, Cote M & Borowik A (LS07:TUpo37:PO).
(Symposium LS07 Continued in Session WE am on Page 81)
1 Antarctic Crustal History in Context of Evolution of the Supercontinents: Grikurov G, Mikhalsky E & Leitchenkov G (LS08:TUpo01:PO).
2 Proterozoic Sm-Nd Internal Isochron Ages of the Sapphirine- and Orthopyroxene-Bearing Metamorphic Rocks from Tonagh Island, Napier Complex, East Antarctica, Possible Relation to the Rayner Complex: Owada M, Osanai Y, Toyoshima T, Tsunogae T, Hokada T & Kagami H (LS08:TUpo02:PO).
3 Age and Tectonic Setting of a Neoproterozoic Mafic Intrusion from Sri Lanka and Implications for its Position in Rodinia: Willbold M, Hegner E, Kleinschrodt R, Kröner A & Stosch H (LS08:TUpo03:PO).
4 Preliminary Report on Metamorphic and Geochemical Study of Rocks from the Grove Mountains, East Antarctica: Yu L, Liu X, Liu X & Zhao Y (LS08:TUpo04:PO).
5 Southern Australia 1.6 Ga Felsic Volcanic-Type Recognized in the Moraines of the Terre Adélie Craton (TAC) in Antarctica: Peucat J, Capdevila R, Fanning CM, Pécora L & Ménot R (LS08:TUpo05:PO).
6 U-Pb Zircon Ages of a Synkinematic Intrusion in the Crustal-Scale Moyar Shear Zone of South India: Meißner B, Wendt J & Köhler H (LS08:TUpo06:PO).
7 The 500 Ma Event in East and West Antarctica: Granitoid Intrusions and Plate Tectonic Setting: Roland NW (LS08:TUpo07:PO).
8 The Structure of Central Dronning Maud Land, Antarctica: Damaske D, Roland NW, Reitmayr G & Paech H (LS08:TUpo08:PO).
9 Timing of Pan-African Events in the Eastern Dronning Maud Land, East Antarctica: Shiraishi K & Fanning C (LS08:TUpo09:PO).
10 The Pan-African Granulite Facies Metamorphism and Syn-Tectonic Magmatism in the Grove Mountains, East Antarctica: Liu X, Zhao Y & Liu X (LS08:TUpo10:PO).
11 Early Ordovician Terrane Accretion along the Lanterman Fault Zone (North Victoria Land, Antarctica): New Data on Correlation between Ross and Delamerian Orogens in the Paleo-Pacific Margin of Gondwana: Musumeci G & Pertusati PC (LS08:TUpo11:PO).
12 W- and E-Directed Ross-Orogenetic Thrust Systems in the Wilson Terrane, Northern Victoria Land, Antarctica: Läufer AL, Rossetti F & Kleinschmidt G (LS08:TUpo12:PO).
13 Late Archean to Paleoproterozoic Structural and Metamorphic Evolution in the Terre Adélie Craton- East Antarctica Shield: Pelletier A, Ménot R, Gapais D & Peucat J (LS08:TUpo13:PO).
14 Relationships between Surgeon Island and Robertson Bay Terrane; New U-Pb Zircon and Structural Data: Fioretti AM, Capponi G, Black LP, Varne R & Visona' D (LS08:TUpo14:PO).
15 U-Pb Zircon SHRIMP Dating of the Gallipoli Volcanics, Northern Victoria Land (Antarctica): Fioretti AM, Black LP & Varne R (LS08:TUpo15:PO).
16 Constraining the Timing of the Structural Evolution along Terrane Boundaries: The Case of the Lanterman Fault Zone, Northern Victoria Land, Antarctica: Capponi G, Crispini L & Di VIncenzo G (LS08:TUpo16:PO).
17 Absolute Gravity and GPS Measurements in Antarctica (French Station Dumont d'Urville): Amalvict M & Hinderer J (LS08:TUpo17:PO).
18 Ultrahigh-Temperature (UHT) Metamorphism and Melting in the South-Western Part of the Arequipa Massif (Peru): Implication for the Reconstruction of the Grenvillian Belt: Martelat J & Martignole J (LS08:TUpo18:PO).
1 Modelling Strain Partitioning in Inclined Transpression Zones: Jones R, Clegg P, Holdsworth R, Tavarnelli E, McCaffrey K & Pinheiro R (LS10:TUpo01:PO).
2 Clockwise Crustal Rotation in the Vallenar Region, Northern Chile and their Relations to Major Orogen Parallel Structures: Gipson M, Taylor G, Grocott J & Pringle M (LS10:TUpo02:PO).
3 Paleozoic Structure of the Andean Foothills along the Jachal River Section, Argentine Precordillera: Alvarez-Marron J, Rodriguez R, Heredia N, Busquets P & Colombo F (LS10:TUpo03:PO).
4 Tectonomagmatic History of the Paleozoic Convergent Plate Margin in NW-Argentina: Structural Relationship between the Aguas Rosada Shear Zone and the Cerro Durazno Pluton: Wegmann M, Riller U, Hongn F & Oncken O (LS10:TUpo04:PO).
5 The Accretionary Complex of Southernmost Chile from the Strait of Magellan to the Drake Passage: Polonia A, Loreto MF, Torelli L & Brancolini G (LS10:TUpo05:PO).
6 Structural Modeling and Kinematics of the East Flank of the Eastern Cordillera of Colombia: The Guaduas Syncline Area: Cortés M, Angelier J & Colletta B (LS10:TUpo06:PO).
7 The Deformation and Exhumation of the High Pressure Rocks in the Sambagawa Metamorphic Belt (Central Shikoku, JAPAN): Parra T, Jolivet L & Vidal O (LS10:TUpo07:PO).
8 Strike-Slip Faulting and Block Structure along the Inner Zone of the SW Japan Arc: Geometry of the Regional Fault Network and Detailed Structure of Individual Fault Zones: Iwamura K, Matsunaga S, Fabbri O, Kanaori Y, Gaviglio P & Gamond J (LS10:TUpo08:PO).
9 Strain Transmission in the Northern Philippines: Loevenbruck A, Pubellier M, Le Pichon X & Stephan J (LS10:TUpo09:PO).
10 Accretionary Tectonics of the Late Mesozoic Western Koryak Thrust and Fold Belt of Northeast Russia (Results from the INTAS Project 96-1880): Sokolov S, Robertson A, Bondarenko G, Morozov O, Khudoley , Silantyev S & Palandzhyan S (LS10:TUpo10:PO).
11 Partitioning of Oblique Convergence: The Ketilidian Orogen, S. Greenland: McCaffrey K, Brian C, Garde A, Grocott J & Hamilton M (LS10:TUpo11:PO).
12 The Ultimate Arc: Vertical-Axis Rotation, Differential Transport, and Oroclinal Bending in the Formation of the External Betic-Rif Arc: Platt J (LS10:TUpo12:PO).
13 Biostratigraphical Controls on Timing and Rate of Thrusting of the Eastern External Zones of the Betic Cordillera: Woodward J (LS10:TUpo13:PO).
14 Lower-Miocene Deformation in the Hanging-Wall of the Internal-External Zone Boundary of the Betic Cordillera (An Example of Upper-Crustal Deformation in an Oblique Convergent Margin): Fernandez-Fernandez E, Jabaloy A & Gonzalez-Lodeiro F (LS10:TUpo14:PO).
15 The New Tectonic Map of the Alps of Western Switzerland: Steck A, Bigioggero B, Dal Piaz GV, Epard J, Escher A, Gouffon Y, Marchant R, Martinotti G, Masson H & Sartori M (LS10:TUpo15:PO).
16 Constraints of Pre-Alpine Setting on Mechanical Evolution of Alpine Nappe Stacking in the Penninic Sector of the Ligurian Alps: Dallagiovanna G, Seno S & Vanossi M (LS10:TUpo16:PO).
17 Messinian Extensional Structures Recorded in the Substratum of the Periadriatic Foredeep, Abruzzo (Italy): Bolis G, Carruba S, Casnedi R, Perotti C, Ravaglia A & Tornaghi M (LS10:TUpo17:PO).
18 Paleovalleys and Neotectonics in the French South Alps: Hippolyte J (LS10:TUpo18:PO).
19 Cretaceous S-Vergent Folding in the Austroalpine Basement: An Example from The Otztal Complex (Austria/Italy): Sölva H, Thöni M & Grasemann B (LS10:TUpo19:PO).
20 "Kinematic Partitioning in a Transpressional Shear Zone and Ar/Ar-Data across the Salzachtal Fault Zone (Salzburg, Austria).": Urbanek C & Frank W (LS10:TUpo20:PO).
21 Kinematics of an Active Extruding Tectonic Wedge (Sutlej Valley, NW-Himalayas): Janda C, Hager C, Grasemann B, Draganits E, Vannay J, Bookhagen B & Thiede R (LS10:TUpo21:PO).
22 Bulk Antithetic Shear in Thrust Sheets- A Key to Metamorphic Contrasts within the Seve Nappes, Sarek Caledonides, Northern Sweden: Hermansson T, Ljungberg J & Svenningsen O (LS10:TUpo22:PO).
1 Vertical Motions Related to Oceanic Subduction and Continental Collision: Examples from the Eastern Carpathians: Sperner B & Lillie RJ (MS02:TUpo01:PO).
2 The SW End of the South Shetland Trench (Antarctic Peninsula): An Example of the Lateral Termination of a Subduction Zone: Jabaloy A & Antpac 97/98 Cruise Team (MS02:TUpo02:PO).
3 Subduction and Exhumation-Related Evidences in the Ophiolite-Bearing Terranes from Gimigliano-Monte Reventino Area, Sila Massif, Calabria, Southern-Italy: Cirrincione R, Morten L & Piluso E (MS02:TUpo03:PO).
4 Paleozoic Ultramafic Relics in the Adria Crust: A Record of Subduction and Exhumation of Continental Lithosphere: Martin S & Ranalli G (MS02:TUpo04:PO).
5 Pressure-Temperature-time Evolution of Granulite Clasts from Lower Carboniferous Conglomerates- Evidence for Rapid Exhumation at the Eastern Margin of the Variscan Bohemian Massif: Kotkova J, Gerdes A, Parrish RR & Novak M (MS02:TUpo05:PO).
6 Data on the Metabasic Dzel'ayu Complex and Geodynamic History of a Polar Urals Island Arc: Remizov D (MS02:TUpo06:PO).
7 The Mobility of Zr-Hf, REE, Th and U in Metavolcanic Rocks Under Eclogite Facies Conditions: Lagos M, Münker C, Tomaschek F & Ballhaus C (MS02:TUpo07:PO).
8 Subduction-Related Volcanics of Northern Kamchatka Terranes (Russian Far East): Implication for Late Cretaceous Evolution of the Northwestern Pacific: Ledneva G & Soloviev A (MS02:TUpo08:PO).
9 Subduction-Related Boron Isotope Signal in Volcanic Rocks from the Central Volcanic Zone of the Andes: Rosner M, Erzinger J & Franz G (MS02:TUpo09:PO).
10 Isotopic Evidence for Deep Fluid Mobilisation Triggering Mud Volcanism in the Caucasus Orogenic Wedge: Deyhle A, Kopf A, Eisenhauer A & Bock B (MS02:TUpo10:PO).
11 Paleozoic Subductions in the Western Part of the Hercynian Belt (Southern Part of the Armorican Massif, France): Cartier C, Faure M & Lardeux H (MS02:TUpo11:PO).
12 Distribution of REE in Basites of the Hadatinsky Massif (Polar Urals): Kulikova K (MS02:TUpo12:PO).
13 Timing of Magmatism on Grenada, Southern Lesser Antilles Arc: Copeland P & Devine J (MS02:TUpo13:PO).
14 The Devonian Magmatic Event in the Southern Urals: Petrogenetic Characterisation of Dykes Intruded in Lherzolitic Ophiolites from the Main Uralian Fault: Spadea P, Savelieva GN, Pertsev AN & D'Antonio M (MS02:TUpo14:PO).
15 Relationships between Metamorphism-Deformation-Plutonism in the Archean/Paleoproterozoic Contact Zone of West Africa. Implications for Understanding the Eburnean Orogenic Processes: Feybesse J, Lerouge C, Guerrot C, Le Goff E, Billa M & Milesi J (MS02:TUpo15:PO).
16 Gabbroic Intrusions as Indicators of the Upper Mantle Composition: Borodina EV (MS02:TUpo16:PO).
17 Relationships between the Segmentation of Urals Paleo-Ocean Structure and the Geological Setting and Productivity of Urals Massive Sulphide Ore Fields: Tessalina S, Zaykov V & Orgeval J (MS02:TUpo17:PO).
18 Large Scale Intracrustal Convection and Melting during Tectonic Shortening: Thermomechanical Numerical Modelling with Application for the Andean High-Plateaux: Babeyko AY, Sobolev SV, Trumbull RB & Oncken O (MS02:TUpo18:PO).
1 Boron Concentration and Isotopic Composition (i.e. B&B Systematics) of Olivine Hosted Primitive Melt Inclusions from Mt. Shasta, California: Rose E, Shimizu N, Layne G & Grove T (MS03:TUpo01:PO).
2 Koolau and Mauna Loa Primitive Melts: Investigation of Melt Inclusions in Olivines: Sobolev VA, Sobolev AV, Hofmann AW & Rocholl A (MS03:TUpo02:PO).
3 Implications of Melt Inclusions Study in Geodynamics: Some Tough Questions about Exotic Inclusions: Sobolev AV (MS03:TUpo03:PO).
4 Exceptionally Carbon Rich Silicate Melts Included in Olivine from Pyroxenite Xenoliths (West Eifel, Germany): Batanova V, Seck HA, Sobolev A, Metrich N, Kronz A & Chaussidon M (MS03:TUpo04:PO).
5 Carbonates in Ultramafic Xenoliths from the Kerguelen Archipelago (Southern Indian Ocean): Evidence for Carbonatite Magmas in the Mantle: Moine BN, Sheppard SMF, O'Reilly SY, Cottin J, Gregoire M, Bowden P & Giret A (MS03:TUpo05:PO).
6 Melt Inclusions and Interstitial Glasses from Anhydrous Spinel Peridotite Xenoliths in Pliocene Basanites of the Vitim Volcanic Field: Litasov K, Simonov V, Kovyazin S, Litasov Y & Taniguchi H (MS03:TUpo06:PO).
7 Melting Processes in the Sub-Continental Antarctic Mantle-Constraints from Melt Pockets in Spinel-Lherzolitic Xenoliths, Seal Nunataks, West-Antarctica: Veit A & Huber M (MS03:TUpo07:PO).
8 Two Rock Series within Single Alkaline-Ultrabasic Complexes- Derivatives from Two Primary Magmas?: Rass IT (MS03:TUpo08:PO).
9 Inclusions in Apatite and Olivine as Indicators of the Evolution of Mineral-Forming Solutions in the Kovdor Massif, Kola Peninsula, Russia: Mikhailova Y, Krasnova N, Kretser Y, Williams CT & Wall F (MS03:TUpo09:PO).
10 Quantification of Major to Trace Element Concentrations of Single Melt Inclusions in Various Host Phases Using LA-ICP-MS: Halter WE, Pettke T & Heinrich CA (MS03:TUpo10:PO).
11 Physicochemical Conditions of Final Stage of Klyuchevskoy Volcano Magma Evolution- Insight from Melt Inclusions in Minerals of High-Alumina Basalts: Mironov NL, Portnyagin MV & Pletchov PY (MS03:TUpo11:PO).
12 Melt Inclusion Study in the Miocene Silicic Pyroclastic Series of the Bükkalja Ignimbrite Volcanic Field, Northern Hungary: Lukács R, Czuppon G, Ntaflos T, Harangi S, Koller F & Szabó C (MS03:TUpo12:PO).
13 Role of Deep Clinopyroxene Fractionation in Producing the Alkaline Magmas, La Palma, Canary Islands: A Magmatic Inclusion Study: Nikogosian I, Elliott T & Touret JL (MS03:TUpo13:PO).
14 Tracking Magma Degassing at Sromboli Volcano (Italy) from Melt Inclusions and Volatile Fluxes: Allard P & Metrich N (MS03:TUpo14:PO).
15 Platinum-Group Elements (PGE) in Podiform and Stratiform Chromitites from the Eastern Alpine Ophiolite, Austria: Mineralogical Constraints: Malitch KN, Thalhammer OA, Knauf VV & Melcher F (MS03:TUpo15:PO).
16 Platinum Group Mineral Inclusions in Podiform Chromitites as Indicators of the Sulfur Fugacity in the Ophiolitic Upper Mantle: Examples from the Mediterranean Area and from the Urals: Zaccarini F & Garuti G (MS03:TUpo16:PO).
17 Na-Fe-Green-Core Pyroxenes and Mantle Metasomatism: New Evidence from LA-ICPMS Data: Pilet S, Hernandez J, Bussy F & Villemant B (MS03:TUpo17:PO).
(Symposium MS03 Continued in Session WE am on Page 82)
1 Effect of Pressure on the Hydrogen Solubility in (Mg,Fe)O up to 25 GPa: Bolfan-Casanova N, Keppler H, Rubie D & Mackwell S (MS05:TUpo01:PO).
2 The Effect of Oxygen Fugacity on the Solubility of Water in Wadsleyite: Frost D & McCammon C (MS05:TUpo02:PO).
3 H2O Activity in H2O-N2 Fluids at 10 Kbar and 15 Kbar Measured by the Brucite-Periclase Equilibrium: Häfner A & Aranonvich LY (MS05:TUpo03:PO).
4 Water Diffusion in Mantle Olivine: Demouchy S & Mackwell S (MS05:TUpo04:PO).
5 Hydrogen Mobility in Pyrope: Preliminary Results: Blanchard M & Ingrin J (MS05:TUpo05:PO).
6 High Pressure Behaviour of Serpentine Minerals: An In Situ Raman Spectroscopic Study of Lizardite, Chrysotile, Antigorite and Polygonal Serpentine: Auzende A, Lemaire C, Daniel I, Reynard B, Guyot F & Devouard B (MS05:TUpo06:PO).
7 Elastic Properties of Lawsonite and its Variation with Temperature: Schilling F, Sinogeikin S & Bass J (MS05:TUpo07:PO).
8 Inclusions of DHMS in Olivines from Mantle Nodules: 10Å-Phase and Hydrous Olivine: Wirth R, Khisina N & Andrut M (MS05:TUpo08:PO).
9 H Isotope Compositions and Oxidation State of Mantle-Derived Hydrous Minerals: Demeny A, Vennemann T & Homonnay Z (MS05:TUpo09:PO).
10 Anomalously High D Values and Micro-Scale Hydrogen Isotope Heterogeneities in the Mantle: Ion Microprobe Analysis of Amphiboles from Peridotite Xenoliths at Nushan, Eastern China: Xia Q, Deloule E & Chen D (MS05:TUpo10:PO).
11 Dynamic Model of Joint Lherzolitic Column and Basaltic Melts Evolution beneath Vitim Plateau: Ashchepkov I, Andre L, Gerasimov P, Travin A, Saprykin A, Khmelnikova O & Malkovets V (MS05:TUpo11:PO).
12 The Study of Lakes of Antarctic Oases for Development of Polluted Hydrological System Strategy: Fedorova I & Verkulich S (MS05:TUpo12:PO).
1 Minerals Transformation in an Hydrothermally Altered Basalt from Morocco: Amouric M, Olives J, Dekayir A & El Maataoui M (OS05:TUpo01:PO).
2 A 57Fe Moessbauer and Powder IR Spectroscopic Study of Sapphirine: Geiger CA, Hallmann L & Weber S (OS05:TUpo02:PO).
3 Characterisation of a Ca-Rich Oneillite-Like Member of the Eudialyte Group- Evidence for the Presence of (CO3)2-: Gula A, Ivaldi G, Ferraris G & Khomyakov AP (OS05:TUpo03:PO).
4 Correlation between the Temperature of Homogenization of Liquid Inclusions in Fluorite Crystals and Crystal Shape: Serot V, Mirtiè B, Reènik A & Jersek M (OS05:TUpo04:PO).
5 FeMg-Exchange Experiments on Chlorite in the System MgO-FeO-Al2O3-SiO2-H2O: Hunziker P, de Capitani C & Engi M (OS05:TUpo05:PO).
6 Re-Examination of the Crystal Chemistry of the Kimzeyite from Stromboli, Aeolian Islands, Italy: Scordari F, Schingaro E & Ventruti G (OS05:TUpo06:PO).
1 Comparative Thermobarometry of Drusites and Amphibolites of Ufalei Complex (Ural): Frenkel A (OS07:TUpo01:PO).
2 Structural and Metamorphic Evolution of the Belomorian Mobile Belt (Yona Segment): Belyaev O & Pozhilenko V (OS07:TUpo02:PO).
3 Geochemical and Petrophysical Study of the Crystalline Basement of the North-Eastern Sector of the Peloritan Mountains: Cirrincione R, Kern H, Mazzoleni P, Pezzino A, Punturo R & Trombetta A (OS07:TUpo03:PO).
4 A New Map of the Canavese Zone between Issiglio and Sant'Anna Boschi, Province of Turin, Italy: Ferrando S, Compagnoni R & Forno MG (OS07:TUpo04:PO).
5 Eoalpine Metamorphism in the Sopron Mountains, Eastern Alps (Hungary) and the Veporic Unit, Central Western Carpathians (Slovakia, Hungary): Evidence for Cretaceous Crustal Collision in the Eastern Continuation of the Austroalpine Units: Janák M, Plasienka D, Cosca M, Schmidt ST, Lupták B, Török K, Koroknai B, Horváth P, Balogh K & Dunkl I (OS07:TUpo05:PO).
6 Alpine Metamorphism in a Dismembered, Mesozoic Ophiolite Sequence: The B-dva Valley Ophiolite Complex, NE Hungary: Horváth P & Árkai P (OS07:TUpo06:PO).
7 Pre-Alpine Metamorphic Evolution of Carbonate Sediments in the Austroalpine Basement: Olivine-Spinel Assemblages as Monitors of Fluid Composition: Tropper P, Tessadri R & Konzett J (OS07:TUpo07:PO).
8 The Metamorphic Evolution of Micaschists of the Künische Gebirge (Bohemian Massif): Prograde Metamorphism or Different Tectonic Units?: Kaliwoda M, Kalt A, Hanel M, Baburek J & Rohrmüller J (OS07:TUpo08:PO).
9 Microfabric Evidence of Dehydration Melting of Biotite- An Example from the Central Damara Orogen in Namibia: Masberg P (OS07:TUpo09:PO).
10 Bulk Rock Chemistry: A key to Identifying Invisible Prograde Reactions: Le Bayon R & Hetherington CJ (OS07:TUpo10:PO).
11 Geological Characteristics of Gneisses at the Pedra Branca Granite Complex, Brasiliano/Pan-African Ribeira Belt, Rio De Janeiro, Brazil: Porto Jr R & Esteves A (OS07:TUpo11:PO).
12 Petrology of the Orthogneisses of the Mantiqueira Complex, Western Terrane of the Central Segment of the Brasiliano-Pan-African Ribeira Belt, Brazil: Paschoal Duarte B, Heilbron M & Castro Valente S (OS07:TUpo12:PO).
13 Progressive Textural Changes in High-Temperature Orthogneisses- From Banded Mylonite to Granulitic Gneiss: Konopasek J, Schulmann K, Lexa O & Kralickova S (OS07:TUpo13:PO).
14 Hydration Processes Related to Shear Zone Development in the Kolvitsa-Umba Suture Zone (Kola Peninsula): Characterisation of Petrographic Features and Element Transfer: Ecke N, Raith M, Hoernes S, Krylov D & Glebovitsky V (OS07:TUpo14:PO).
15 Variations of the Thermodynamic Parameters of Metamorphism in the Paleoproterozoic Ductile Shear Zone (Kola Peninsula): Belyaev O & Petrov V (OS07:TUpo15:PO).
16 Petrology and B, Li, Be Contents of Metapelitic Phase Assemblages from Ikaria Island (Greece, Eastern Aegean Sea): Steppan N, Kalt A & Altherr R (OS07:TUpo16:PO).
17 Li, Be and B Variations in Calcic Amphiboles and Plagioclase of Amphibolites from the Variscan Schwarzwald (Germany): Hepp S, Kalt A & Altherr R (OS07:TUpo17:PO).
18 Rodingites in the Zermatt-Saas Ophiolite, Central Alps- A Key to Understanding Metamorphic Processes in Ultramafic Rocks: Li X, Rahn M & Bucher K (OS07:TUpo18:PO).
19 Compositional Heterogeneity of Mantle-Derived SSZ-Type Peridotites: Evidence from the E. Kamchatka Ophiolites: Osipenko A & Krylov K (OS07:TUpo19:PO).
20 Metamorphic Zircon Formation in Eclogitized Dolerite, Trollheimen, Scandinavian Caledonides: Moeller C, Corfu F, Soederlund U, Gee D & Andreasson P (OS07:TUpo20:PO).
21 Bulk Rock Geochemistry and Zircon Analysis: A Combined Tool to Compare Meta-Sedimentary Units: Peruzzo L & Rizzo G (OS07:TUpo21:PO).
22 Metamorphic Conditions of Scapolite-Bearing Marbles: An Example from Cima Lunga Unit, Central Alps (Ticino, Switzerland): Kuhn B & Reusser E (OS07:TUpo22:PO).
23 Na-in-Cordierite Thermometry and Garnet-Cordierite Barometry: Comparison of Experimental Results with Natural Data: Knop E, Mirwald PW & Tropper P (OS07:TUpo23:PO).
24 The Estimation of P-T Parameters and Geothermal Gradients for Granulite Assemblages, the Lapland Granulite Belt: Skublov S (OS07:TUpo24:PO).
25 The New 1:2,500,000 Map of Metamorphic Facies of the Baltic Shield: Belyaev O, Mitrofanov F & Petrov V (OS07:TUpo25:PO).
26 The Archaean Basic and Ultrabasic Rocks of the In Ouzzal Granulitic Unit (Western Hoggar, Algeria): Bendaoud A, Ouzegane K & Kienast J (OS07:TUpo26:PO).
27 Archaean Alkaline Charnockitic Gneisses in the In Ouzzal Granulitic Unit ( West Hoggar, Algeria): Evidence of Pyrochlore and Chevkinite: Acef K, Ouzegane K & Kienast J (OS07:TUpo27:PO).
28 Occurrence of Musgravite, an Unusual Beryllium Oxide, in the Calc-Silicates Granulites from In Ouzzal: Boumaza-Benyahia S, Ouzegane K, Fialin M & Kienast J (OS07:TUpo28:PO).
29 Metamorphic Evolution of Sapphirine-Bearing Orthopyroxene-Sillimanite Gneisses and Associated Felsic Granulites from the Proterozoic Epupa Complex, NW Namibia: Brandt S, Will TM & Klemd R (OS07:TUpo29:PO).
30 Petrography and Mineral-Chemistry of a Prismatine-Bearing Granulite from the Sondalo Gabbroic Complex (Italian Alps): Braga R, Callegari A, Messiga B, Ottolini L, Renna MR & Tribuzio R (OS07:TUpo30:PO).
31 Granitoids of Cerro de Los Angeles (Sierra of Ambato, NW Argentina)- Tracer of a Subduction-Zone Related Setting in the Lower Ordovician?: Cordoba G, Watkins M & Zimmermann U (OS07:TUpo31:PO).
32 Mineral-Scale Investigations of the Petrogenesis of the 7 Ma Old Monte Capanne Pluton (Elba Island, Tuscany, Italy): Gagnevin D, Daly JS & Poli G (OS07:TUpo32:PO).
33 Petrography and Mineral Chemistry of Hybrid Rocks from Triassic Karavanke Granitic Massif (Slovenia): Dobnikar M, Dolenec T, Fioretti AM & Bellieni G (OS07:TUpo33:PO).
34 The Petrological Investigation of Vercenik Granitoid in Kackar Batholit (East Pontides, Rize-Turkey): Gungor Y & Sahin SY (OS07:TUpo34:PO).
35 The Geological, Petrographical and Geochemical Properties of Uckapili Granitoid (NIGDE/Central Turkey): Ozgur FZ & Copuroglu P (OS07:TUpo35:PO).
36 Genesis of Late Cenozoic, Collision-Related Granitoids in NW Anatolia, Turkey: Koprubasi N & Aldanmaz E (OS07:TUpo36:PO).
37 I- and M-types Granitoids of the Eastern-Taigonos and Prybrezhno-Taigonos Belts, Southern Part of the Taigonos Peninsular, Northeast Russia (Results from the INTAS Project 96-1880): Luchitskaya M (OS07:TUpo37:PO).
38 Cathodoluminescence (CL) of Magmatic Quartz: Applications to Topaz Granites from the Hub Stock (Slavkovsky Les Mts., Czech Republic): Mueller A, Rene M & Behr H (OS07:TUpo38:PO).
39 The Canigou Orthogneisses (Eastern Pyrenees, France/Spain): An Early Ordovician Rapakivi Granite Laccolith and its Contact Aureole: Barbey P, Alexandrov P, Cheilletz A, Deloule E & Laumonier B (OS07:TUpo39:PO).
40 Petrogenetic Relationships among Late-Orogenic Variscan Granites from the Northern Vosges (France): Mareels J & Hertogen J (OS07:TUpo40:PO).
41 Heterogeneous Geochemical Features of 1.84-1.82 Ga old Structurally Related Microcline Granites in Southern Finland: Nyström AI, Ehlers C & Selonen O (OS07:TUpo41:PO).
42 The Pedra Branca Granitic Complex: Late-Collisional to Post-Tectonic Granitoids within the Brasiliano/Pan-African Ribeira Belt, Rio de Janeiro, Brazil: Porto Jr R (OS07:TUpo42:PO).
43 The Role of Fractionation, Assimilation, and Diffusion in the Evolution of Syenitic Magmas: The Palaeogene Kangerlussuaq Alkaline Complex, East Greenland: Riishuus MS, Peate DW, Brooks CK & Wilson JR (OS07:TUpo43:PO).
44 Mineral Crystallization from two Immiscible Aluminosilicate Melts: Kalugin VM (OS07:TUpo44:PO).
45 Liquid Line of Descent for Natural Magma Crystallization Under Liquid Immiscibility Conditions: Kalugin VM (OS07:TUpo45:PO).
46 New Methodology Principle for Systematics of Igneous Rocks: Silica-Saturation Versus Desilication Concept: Yegorov D (OS07:TUpo46:PO).
47 Orign and Significance of Tourmaline-Rich Pegmatite in the Ravne District, Slovenia: Souvent P, Fioretti AM, Bellieni G & Dolenec T (OS07:TUpo47:PO).
48 Armenite Formation in the Berisal Complex, Simplon, Switzerland: Hetherington CJ, Mullis J, Gieré R & Graeser S (OS07:TUpo48:PO).
49 A Comparison between Tourmalinites from the Crummock Water Aureole (Lake District, England, UK) and the Burnot Fromation (Belgium): Corteel C (OS07:TUpo49:PO).
50 Evidence for a Non-Cogenetic Relationship between Monzogranites and TTG Suite: Sangmelima Region, Cameroon: Shang CK, Taubald H, Satir M, Siebel W, Nsifa EN, Vennemann T, Njilah IK & Ghogomu R (OS07:TUpo50:PO).
51 Link between Slab Melting, Adakite Chemistry and Gold Mineralization in Verkhisetsk Batholith, Middle Urals: Zin'kova E & Fershtater G (OS07:TUpo51:PO).
52 Three Volcanic Centers of Western Anatolia and their Geological Significance and Role for the Neogene Volcanism of the Region: Genc SC, Altunkaynak S & Yilmaz Y (OS07:TUpo52:PO).
53 Volcanic Evolution of the Candarli Structural High, Western Anatolia, Turkey: Karacik Z & Yilmaz Y (OS07:TUpo53:PO).
54 Volcanic Evolution of the Cambrian Rifting of the Ossa-Morena Zone on the Zafra Area, Northern Limb of the Monesterio Antiform: Etxebarria M & Apraiz A (OS07:TUpo54:PO).
55 The Polichnitos Ignimbrite, Lesvos Island, Aegean Sea, Hellas: Lamera S, St. Seymour K, Vamvoukakis C, Kouli M, Paraskevas H, PePiper G & Rokos D (OS07:TUpo55:PO).
56 Textural Distinction of Late Paleozoic SiO2-Rich Lavas and High-Grade Ignimbrites (North Sudetic Basin, Poland): Panczyk M & Breitkreuz C (OS07:TUpo56:PO).
57 Contrasting Volcanic Associations of the Foca Area, Western Turkey: Altunkaynak S & Yilmaz Y (OS07:TUpo57:PO).
58 Volcaniclastic Cretaceous Magmatism in the Southern Pyrenees: Preliminary Age and Source Data: Galé C, Arranz E, Lago M & Gil Imaz A (OS07:TUpo58:PO).
59 Volcanic Rocks of the Ringvassoya Green Stone Belt (North Norway): Implication for the Stratigraphy and Tectonic Setting: Motuza G, Motuza V, Beliatsky B & Savva E (OS07:TUpo59:PO).
60 Petrology of Melilite-Bearing Rocks from the Montefiascone Volcanic Complex (Roman Magmatic Province, Italy): New Insights into the Ultrapotassic Volcanism of Central Italy: Di Battistini G, Montanini A, Vernia L & Venturelli G (OS07:TUpo60:PO).
61 Phase Equilibria in the Silica-Undersaturated Part of the Normative Kalsilite-Forsterite-Larnite-Quarz-H2O Tetrahedron at 0.2 GPa: Krigman LD, Veksler IV, Ishbulatov RA & Nielsen TF (OS07:TUpo61:PO).
62 Heterogeneity of Subcontinental Lithospheric Mantle beneath the Bohemian Massif: Geochemical Fingerprints in Compositions of Variscan Igneous Rocks: Holub FV (OS07:TUpo62:PO).
63 Short-Time Duration for Magmatic Evolution of Ditrãu Alkaline Complex (Eastern Carpathians-Romania): Tatu M, Bindea G, Maruntiu M, Bonin B, Platevoet B & Bébien J (OS07:TUpo63:PO).
64 Phase Relations and Crystal Chemistry of Complex Titanates Under Upper Mantle P-T Conditions: Konzett J & Yang H (OS07:TUpo64:PO).
65 Petrology of the Post Collisional Gabbro-Anorthosite Complex from the Tin Zebane Area (Western Hoggar, Algeria): Ait Djafer S, Ouzegane K & Kienast J (OS07:TUpo65:PO).
66 Anorthositic Magma Chamber Tapped: The 'Big Feldspar Dykes' at Isortoq, Gardar Province of South Greenland: Halama R & Markl G (OS07:TUpo66:PO).
67 Autometasomatism in a Peralkaline Intrusion: The Puklen Complex, South Greenland: Marks M & Markl G (OS07:TUpo67:PO).
68 A New Type of Silicate Liquid Immiscibility in Peralkaline Nepheline Syenites (Lujavrites) of the Ilimaussaq Complex, South Greenland: Markl G (OS07:TUpo68:PO).
69 Palaeozoic Mafic Magmatism in the Sudetes Region: Further Constraints from the Geochemistry of the Niedzwiedz Massif Metabasites (Fore-Sudetic Block, SW Poland): Awdankiewicz H (OS07:TUpo69:PO).
70 The Dyke Mafic Magmatism as Reflection of the Earth Crust Evolution: Fedotov G (OS07:TUpo70:PO).
71 40Ar-39Ar Geochronology of the Cape Verde Islands with Emphasis on Santo Antão: Plesner S & Wilson JR (OS07:TUpo71:PO).
72 Structure of the Early Palaeoproterozoic Monchegorsky Layered Complex (Kola Peninsula, Russia):Evidence from Geology and Cumulate Stratigraphy: Sharkov EV, Smolkin VF, Chistyakov AV & Galkin AS (OS07:TUpo72:PO).
73 Formations of Boninitic and Tholeiitic Basalts in the Early Proterozoic Polmak-Pechenga-Varzuga Belt as Reflection of Accretion Events within the Baltic Shield: Skuf'in P (OS07:TUpo73:PO).
74 Clinopyroxenes Composition from the Picrites from the Kola Superdeep Borehole KSDB-3 (Proterozoic Group, Pechenga Complex): Spisiak J, Dostal J, Hovorka D, Meres S & Smirnov YP (OS07:TUpo74:PO).
75 Experiments on Sulfur Solubility in Basanite Melts: Klemensø T & Zimmermann HD (OS07:TUpo75:PO).
76 Olivine-Plagioclase and Oxides-Plagioclase Coronas in Olivine-Bearing Metagabbros, South-Yenisey Range, Eastern Siberia: Kudryavtseva O & Popov N (OS07:TUpo76:PO).
77 Phosphoran Olivine in Partially Molten Gneisses from a Prehistoric Sacrificial Place, Tyrol, Austria: Recheis A, Tropper P & Konzett J (OS07:TUpo77:PO).
78 The Mineralogy of Amphibole as Petrogenetic Marker for the A-Type Granitoids from North Dobrogea, Romania: Teleman C & Bilal E (OS07:TUpo78:PO).
79 Constraints on Archean Intracrustal Recycling from Hf, Nd and Pb Isotopes, Kaapvaal Craton, South Africa: Kleinhanns IC, Naegler TF & Kramers JD (OS07:TUpo79:PO).
80 Geochronology in Syn-Tectonic S-Type Granites- New Perspectives: Jung S (OS07:TUpo80:PO).
(Symposium OS07 Continued in Session WE am on Page 83)
1 Streaming Potential Collection & Data Processing Techniques: Reppert P & Morgan FD (PCM2:TUpo01:PO).
2 Interpretation of Anomalous Piezoelectric Effects, Obtained in the Experiments on Rock Samples: Teisseyre K (PCM2:TUpo02:PO).
3 The Role of Seismotectonic Setting in the Study of Anomalous Patterns in Electrical Earthquake Precursors Measured in Seismic Active Areas: Observational Evidences in Southern Italy and Crete Island (Greece): Colangelo G (PCM2:TUpo03:PO).
4 A Physical Model of ULF Electromagnetic Earthquake Precursors due to a SOC System: Vallianatos F & Tzanis A (PCM2:TUpo04:PO).
5 Identification of Sources of Self-Potential with the Continuous Wavelet Transform: Gibert D & Pessel M (PCM2:TUpo05:PO).
6 Streaming Potential of a Sand in Partial Saturation: Guichet X, Jouniaux L & Pozzi J (PCM2:TUpo06:PO).
7 Self-Potential (SP) Method Applied to Hydrogeological Prospecting in the Context of a Young Volcanic Area (Chaine des Puys, France): Labazuy P & Aubert M (PCM2:TUpo07:PO).
8 Relationships between Self-Potential Anomalies and CO2 Degassing on an Active Volcano: Example of Stromboli (Aeolian Islands, Italy): Finizola A, Sortino F, Lénat J & Valenza M (PCM2:TUpo08:PO).
9 First Results of Self-Potential Method Application at Archaeological Sites in Israel: Eppelbaum L, Ben-Avraham Z, Itkis S & Kouznetsov S (PCM2:TUpo09:PO).
1 Active Acid Sites in Natural Zeolites: Afanassyev I & Moroz N (PCM8:TUpo01:PO).
2 The Al-Si Configuration in Strontium Feldspar Quenched from 1640°C: Benna P & Bruno E (PCM8:TUpo02:PO).
3 A TEM Study of Annealed Synthetic Mg-Cordierite: Capitani GC, Doukhan JC, Carpenter M & Malcherek T (PCM8:TUpo03:PO).
4 X-Ray Single-Crystal Study of Spinels: In Situ Heating: Carbonin S, Martignago F, Menegazzo G & Dal Negro A (PCM8:TUpo04:PO).
5 Experimental Deformation of Omphacite outside its Stability Field: Foucard F, Jaoul O & Ingrin J (PCM8:TUpo05:PO).
6 Study of the Possible Pentacoordination of Si in the High-Pressure Phase CaAl4Si2O11: Gautron L & Angel R (PCM8:TUpo06:PO).
7 Supergene Alteration of Primary Ore Assemblages from Low Sulfidation Au-Ag Epithermal Deposits (Pongkor, Indonesia; Nazareno, Peru): Greffié C, Bailly L & Milesi J (PCM8:TUpo07:PO).
8 Transformation of Calcium Carbonate Minerals in Model Biofilms: Hacke S & Möbius D (PCM8:TUpo08:PO).
9 Ixiolite Exsolutions in Nb-Rutile from the Deposit Greenbushes (Australia): Klementová M (PCM8:TUpo09:PO).
10 X-Ray Investigation of the Structural Transformation in Viscous and Solid Hydrocarbons: Korolev Y (PCM8:TUpo10:PO).
11 Thermal Stability of NH4-Natrolite: Likhacheva A, Paukshtis E & Tomilenko A (PCM8:TUpo11:PO).
12 Leverage Analysis of XRD Data from Pigeonite and Orthopyroxene: Merli M, Camara F, Domeneghetti MC & Tazzoli V (PCM8:TUpo12:PO).
13 Re-examination of the Thermal Expansion of Natural and Synthetic Cordierite between 25 and 800°C: Schneider J, Tessadri R & Mirwald PW (PCM8:TUpo13:PO).
14 Thermal Strain and Structural Response in Mica: Mookherjee M & Redfern SAT (PCM8:TUpo14:PO).
15 Phase Transition of a Mineral during Acid Dissolution: Possible Application in Battery Research: Neelam SS (PCM8:TUpo15:PO).
16 Crystal Structure Defects of Minerals from Archean Complex Rocks in the Section of Kola Superdeep Borehole as the Reflection of Physical State of Crystal Substance in the Condition of Middle Earth Crust: Nikitina LP, Ovchinnikov NO, Babushkina MS, Yakovleva AK, Yakovlev YN & Chernova OG (PCM8:TUpo16:PO).
17 New Synthetic Mn(3+)-Bearing Hydrous Silicates, Potentially fO2 Sensors: Papin A & Robert J (PCM8:TUpo17:PO).
18 Mixed Layering Stability Studied by Microcalorimetry and Lattice-Energy Calculations: Perbost R, Olives J, Amouric M & Rogez J (PCM8:TUpo18:PO).
19 Phase Transitions and Ionic Mobility in Proustite (Ag3AsS3) at High Temperature: Schönau KA, Redfern SA & Althaus E (PCM8:TUpo19:PO).
20 Formation of Ca-Sr-Ba Complex Carbonates in Carbonatites of the Seblyavr Massif (Kola Peninsula, Russia): Sorokhtina N, Voloshin A & Pakhomovsky Y (PCM8:TUpo20:PO).
21 Mg-Fe Substitution in Silicates: Microscopic vs Macroscopic Behaviour: Tarantino SC, Domeneghetti MC, Carpenter MA & Tazzoli V (PCM8:TUpo21:PO).
22 Metals in Solid Bitumens from the Pechora-Barents Sea Basin, Russia: Tcherevko N (PCM8:TUpo22:PO).
(Symposium PCM8 Continued in Session WE am on Page 84)
1 Modern Sands from Volcanic and Non-Volcanic Rifted Continental Margins: The Yemen Case (Red Sea and Gulf of Aden): Garzanti E, Vezzoli G, Andò S & Castiglioni G (RCM3:TUpo01:PO).
2 Rifting and Crustal Structure across the Western Tyrrhenian Basin: New Seismic Images: Carrara G, Sartori R, Torelli L & Zitellini N (RCM3:TUpo02:PO).
3 A Synthesis of the Quaternary Sedimentary Architecture of the Iberian Spanish Continental Margins (Mediterranean and Gulf of Cadiz): Alonso B, Ercilla G, Baraza J & Farran M (RCM3:TUpo03:PO).
4 Seismic Modelling of Detachment Systems in Magma-Poor Rifted Margins: Hoelker A, Manatschal G, Holliger K, Anselmetti F & Bernoulli D (RCM3:TUpo04:PO).
5 Field Evidences for a Brittle Detachment Fault Controlling the Evolution of the Dissymetric Corinth-Patras Rift (Greece): Flotté N, Sorel D & Benedicto A (RCM3:TUpo05:PO).
6 Post-Collisional Potassic Magmatism on the Tibetan Plateau: Temporal and Spatial Evolution: Chu M, Chung S, Zhang Y, Xie Y, Lo C & Lee T (RCM3:TUpo06:PO).
7 Interdisciplinary Study of the Lithospheric Structure across The Møre Continental Margin (Northern North-Atlantic): Ayala C, Fernàndez M, Torné M & Karpuz R (RCM3:TUpo07:PO).
8 Rifts on Continental Basalt Fields Accord to Taphrogenesis in Geocycles: Makarenko G (RCM3:TUpo08:PO).
9 Gabbroic Rocks from a Fossil Continent-Ocean Transition: The Example of the External Liguride Ophiolites (Northern Apennines, Italy): Montanini A, Tribuzio R & Vernia L (RCM3:TUpo09:PO).
(Symposium RCM3 Continued in Session WE am on Page 84)
1 The Mt. Meru Debris Avalanche, Magmatic Versus Tectonic Controls: Roberts MA & Pyle DM (VPP3:TUpo01:PO).
2 Stratovolcano Sector Collapse as a Function of Magmatic Intrusion: Bradbury TA, Murphy W & Hughes D (VPP3:TUpo02:PO).
3 Factors Governing the Volcano-Tectonic Evolution of La Réunion Island: A Morphological, Structural and Laboratory Modelling Approach: van Wyk de Vries B, Cecchi E, Robineau B, Merle O & Batchelery P (VPP3:TUpo03:PO).
4 Towards a Quantitative Assessment of Volcanic Sediments/Particles in the Atlantic Ocean Basin, I: The Northwest African Passive Margin Volcanic Province: Sumita M, Schmincke H & Devey CW (VPP3:TUpo04:PO).
5 Causes of Lava Dome Explosivity: The 1902 and 1929 Eruptions at Mount Pelée (FWI, Martinique): Nougrigat S, Villemant B, Boudon G, Besson P & Komorowski JC (VPP3:TUpo05:PO).
6 Plutonic Rocks within Society Archipelago, French Polynesia, South Pacific Ocean: Bonin B, Bardintzeff J, Mousseigne A & Pons S (VPP3:TUpo06:PO).
7 Volcanological and Petrological Evolution of Marsili Seamount (Southern Tyrrhenian Sea): Trua T, Serri G, Marani M, Renzulli A & Gamberi F (VPP3:TUpo07:PO).
8 Volcanic Structure of Giant Volcanic Ridges in the Azores Archipelago: Mitchell N, Whitesides G, Oppenheimer C, Ligi M, Marani M & Gamberi F (VPP3:TUpo08:PO).
9 Morphology of Volcanic Islands from Source to Sink: Gee MJR, Hovius N, Dade BWB & Masson DG (VPP3:TUpo09:PO).
10 Chemical and Isotopic Variations in Extrusive Rocks from the Farallon Negro Volcanic Complex, NW Argentina: Bain N, Becker K, Halter W, Heinrich C & Quadt AV (VPP3:TUpo10:PO).
11 Granite-Poor and Granite-Rich Orogens: Towards a Dual-Mode of Response to Plate Tectonics: Vigneresse JL, Collins WJ & Fergusson CL (VPP3:TUpo11:PO).
(Symposium VPP3 Continued in Session WE am on Page 85)
1 The Time Factor of Magmatic Melt Crystallization in Conditions of Intrusion Emplacement: Karzhavin V (VPP5:TUpo01:PO).
2 Melt and Fluid Inclusions Study on Quartz Xenoliths from the Aeolian Islands Arc (Southern Italy): Evidence for Crustal Contamination: Zanon V, Frezzotti ML & Angelo P (VPP5:TUpo02:PO).
3 Possible Constraints on the Rates of Crustal Melting within Thermal Aureoles: McMillan A, Harris N, Holness M, Ashwal L, Uken R & Watkeys M (VPP5:TUpo03:PO).
4 Mantle-Crust Interactions in a Post-Collisional Granitoid of Sierra de San Luis, Argentina: L-Pez de Luchi M (VPP5:TUpo04:PO).
5 Isotope Equilibrium in Felsic Magmas: Evidence Against Rapid Melt Generation and/or Rapid Magma Ascent?: Gerdes A (VPP5:TUpo05:PO).
6 Interaction between Mantle and Continental Crust Liquids in the Bocca di Tenda Gabbroic Complex, Northern Corsica: Tribuzio R, Patti G & Dallai L (VPP5:TUpo06:PO).
7 A Simple Episodic Model of Melt Extraction for Plumes: Schmeling H (VPP5:TUpo07:PO).
8 Melt Generation, Segregation, and Crust Formation in a Plume-MOR Setting: Ruedas T, Schmeling H & Marquart G (VPP5:TUpo08:PO).
9 Inferred Differences in Mantle Upwelling Rate between the Reykjanes Ridge and Iceland from U-Series Disequilibria Data: Peate D, Hawkesworth C, van Calsteren P, Taylor R & Murton B (VPP5:TUpo09:PO).
10 Magma Transfer Time beneath the Southern Volcanic Zone, Chile, as Inferred from U-Series Disequilibria: Sigmarsson O & Chmeleff J (VPP5:TUpo10:PO).
