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 Mid Pliocene Nannoplankton Assemblages of the North Atlantic: A High Resolution Investigation into Nannoplankton Population Evolution: Gibbs S, Shackleton N & Young J (BG05:WEpo01:PO).
2 The Structural Oxygen of Minerals in Evolutionary Processes: Kotova O (BG05:WEpo02:PO).
3 Impact of Devegetation on Soil Dynamic-Interactions between Organic and Mineral Components: Semhi K, Clauer N & Chaudhuri S (BG05:WEpo03:PO).
4 Dynamics of Health Impacts in Central Russia: Sorokovikova N & Ratanova M (BG05:WEpo04:PO).
5 Sr and Pb Isotopes as a Tool for Tracking Human and Animal Historical and Ancient Migrations: Budd P, Evans J & Montgomery J (BG05:WEpo05:PO).
1 Astronomical Forcing in Late Eocene Sediments: Using XRF Data from ODP Leg 171B Site 1052: Paelike H, Shackleton NJ & Roehl U (CC03:WEpo01:PO).
2 Discovery of the Northernmost Gondwanian Evidence of an Upper Ordovician Glacier: Southern Turkey: Ghienne JF, Kozlu H, Dean WT, Günay Y & Monod O (CC03:WEpo02:PO).
3 The use of Organic Matter and Clay Minerals Study to Define the Selli Event (Konhora Fm., Western Carpathians, Slovakia): Kotulova J, Biron A, Lintnerova O & Michalik J (CC03:WEpo03:PO).
4 Depositional Rate of the Cap Carbonates in Namibia Estimated with Periodicity Analysis of Rhythmites: Tojo B, Kawakami S, Yoshioka H, Okaniwa T, Takano M & Hoffman PF (CC03:WEpo04:PO).
5 Palaeoclimatic Development Recorded in Palaeozoic Sediments of SW Gondwana: Scheffler K, Hoernes S & Schwark L (CC03:WEpo05:PO).
6 Early-Middle Cretaceous Equatorial Ocean Temperature Variability: Price GD (CC03:WEpo06:PO).
7 Getting into Global Glaciation: Clues from Isotope Profiles and Stratigraphy in the Polarisbreen Group, Northeastern Svalbard: Halverson GP & Maloof A (CC03:WEpo07:PO).
8 Sensitivity of Coupled Climate System to Position of Indonesian Throughflow: Rodgers K, Menkes C, Guilyardi E, Ramstein G & Madec G (CC03:WEpo08:PO).
1 Artemisia as a Climatic Proxy? Morphometry of Selected Artemisia Species Pollen Grains (REM- and Spectral Confocal Microscopy Study): Subally D (CC04:WEpo01:PO).
2 First Results on the Miocene Palaeoaltitude of Southern Tibet using the CLAMP Palaeoclimate Proxy: Spicer RA, Herman AB, Guo S, Widdowson M, Harris NB, Argles TW, Wolfe JA & Valdes PJ (CC04:WEpo02:PO).
3 Lake-Level of Closed Basins as a Proxy for Past Atmospheric Changes- Seismic Stratigraphy of Lago Cardiel, (49oS, Argentina): Gilli A, Anselmetti FS, Ariztegui D, McKenzie JA, Kelts KK & Markgraf V (CC04:WEpo03:PO).
4 Stable Isotopic and Geochemical Proxies for the Palaeoenvironment of Organic Rich Eocene Maar Lake Sediments: Sabel M, Bechtel A & Hoernes S (CC04:WEpo04:PO).
5 Use of Isotopic Determinations from Brachiopod Shells as Environmental Indicators: Parkinson D, Cusack M, Curry GB & Fallick AE (CC04:WEpo05:PO).
6 Tree Ring Indicators of Climate in Northern Eurasia: Barker A, Robertson I, Waterhouse J, Loader N, Switsur R & Carter T (CC04:WEpo06:PO).
7 The Study of Trace Metals in Modern Marine Sediments to Refine their use as Proxies in Paleoceanography: Chaillou G, Anschutz P, Léauté F, Desmazes F & Dedieu K (CC04:WEpo07:PO).
8 Time-Lags Inferred by Early Diagenesis: Tests with a Numerical Model of U, Corg and Al Burial to Simulate the Paleoceanographic Time Series: Donnadieu Y, Lecroart P, Anschutz P & Bertrand P (CC04:WEpo08:PO).
9 Temporal Evolution and Origin of Recent Atmospheric Lead Fall-Out over French Alps: Constraints from Lead Concentration and Isotopic Ratio from two Lake Sediment Records: Arnaud F, Revel M, Winiarski T, Pourchet M, Beck C, Desmet M, Lignier V & Tribovillard N (CC04:WEpo09:PO).
10 Temporal Evolution and Origin of Recent Atmospheric Lead Fall-Out over French Alps: Constraints from Lead Concentration and Isotopic Ratio from two Lake Sediment Records: Arnaud F, Revel M, Winiarski T, Pourchet M, Beck C, Desmet M, Lignier V & Tribovillard N (CC04:WEpo10:PO).
1 Tephrochronology and Holocene Climate Changes as Identified in the Klockamyren Mire; Mid-Central Sweden: Bergman J, Wastegård S, Hammarlund D & Wohlfarth B (CC06:WEpo01:PO).
2 Climatic Variations in Holocene Sediments from Skagerrak and their Correlation to Historical Records: Blanz T & Emeis K (CC06:WEpo02:PO).
3 Isotopic Climatic Records of Modern and Subfossil Scots Pine Trees from North-Western Russia: Boettger T, Friedrich M, Hiller A & Kremenetski C (CC06:WEpo03:PO).
4 High Mountain Lakes Sediment Records: Evidence for Multi-Decennal Oscillations of Climate and Anthropic Impact during the Last Millenium: Desmet M, Cyril D, Pourchet M, Blanc-Gonnet F, Lignier V, trentesaux A, Chapron E & Winiarski T (CC06:WEpo04:PO).
5 Human Impact on the Vegetation of the Upper Engadine (Central Swiss Alps): Gobet E, Hochuli PA & Ariztegui D (CC06:WEpo05:PO).
6 Geochemical Changes of the Aral Sea Water during the Regressive Events from the Last 11000 Years: Le Callonnec L, Ben Khelifa L, Létolle R, Combourieu Nebout N, Person A & Renard M (CC06:WEpo06:PO).
7 A Paleoclimatic Reconstruction of the Last Deglaciation in the Central Mediterranean: A Multidisciplinary Approach: Sangiorgi F, Capotondi L, Combourieu Nebout N, Morigi C, Pierre C, Negri A, Giunta S, Vigliotti L & Brinkhuis H (CC06:WEpo07:PO).
8 A Record of High Resolution Ocean Variability from the Skagerrak over the Past 500 Years: Senneset L, Jansen E & Backman J (CC06:WEpo08:PO).
9 Determination of Climatic Changes by Speleothem Analysis: Vokal B, Mihevc A, Dolenec T & Genty D (CC06:WEpo09:PO).
(Symposium CC06 Continued in Session TH am on Page 105)
1 Submarine Slope Failure Offshore Norway Causes Rapid Gas Hydrate Decomposition and Seafloor Collapse: Berndt C, Buenz S & Mienert J (CC09:WEpo01:PO).
2 The Structural Control of the Methane Venting Area in the Southern Basin of Lake Baikal, Siberia: Klerkx J, Hus R, De Batist M, Khlystov O, Van Rensbergen P & Poort J (CC09:WEpo02:PO).
3 Multi-Frequency Acoustic Data (Deeptow, Surface Towed) on Hydrate Ridge: First Results: Guidard S, Klaeschen D, Versteeg W, Vanneste M, Henriet J, Bialas J & SO150-Shipboard Party (CC09:WEpo03:PO).
4 Measured and BSR-Derived Heat Flow in an Area of Gas Venting in Lake Baikal: Poort J, Vanneste M, De Batist M & Klerkx J (CC09:WEpo04:PO).
5 Effect of Mud Volcano Activity and Gas Hydrate Formation on Sub-bottom Temperature Field: Kaulio V & Soloviev V (CC09:WEpo05:PO).
6 Gas Hydrate Accumulation Associated with Fliud Discharge Structure in Lake Baikal: Matveeva T, Mazurenko L, Soloviev V, Klerkx J, Kaulio V & Khlystov O (CC09:WEpo06:PO).
7 Visualization of Fluid Flow at Cold Seep Sites using a Novel 'Schlieren Optic' System: Karpen V, Linke P, Suess E & Thomsen L (CC09:WEpo07:PO).
8 Fluid-Escape Features in Potentially Gas Hydrated Sediments: Bünz S, Berndt C & Mienert J (CC09:WEpo08:PO).
9 Black Sea Methane Hydrates- How Many are They?: Dimitrov L & Vassilev A (CC09:WEpo09:PO).
10 Experimental Modeling of Methane Hydrate Formation and Dissociation in Nature: Afanassyev I, Bezverkhy P, Martynets V, Matizen E & Klerkx J (CC09:WEpo10:PO).
11 Effect of Salinity on Hydrate Phase Equilibria in Porous Media: Ostergaard KK, Llamedo M, Tohidi B & Anderson R (CC09:WEpo11:PO).
3
1 Hydrocarbon Leakage and Gas Hydrate along the California Continental Margin: Lorenson T & Kvenvolden K (CC11:WEpo01:PO).
2 Gas-Hydrate-Prone Areas of the Ocean and Gas Hydrate Accumulations: Soloviev V (CC11:WEpo02:PO).
(Symposium CC11 Continued in Session TH am on Page 105)
1 Evolution of the Lower Crust Throughout Earth History: Sharkov E, Downes H & Markwick A (EVO4:WEpo01:PO).
2 Thermal Structure and Suggested Heightened Heat Flow through Lithosphere of the Paleoproterozoic Supercontinent: Probable Consequences: Mints MV & Konilov AN (EVO4:WEpo02:PO).
3 U-Pb Systematics and the Age of Early Palaeoproterozoic 13C-Rich Carbonate Rocks of Kola Peninsula and Karelia, Northwestern Russia: Ovchinnikova G, Melezhik V, Gorokhov I & Kusnetzov A (EVO4:WEpo03:PO).
4 Some Aspects of Studying Early Palaeoproterozoic Rocks: Rozanov A & Ushatinskaya G (EVO4:WEpo04:PO).
5 Regarding Occasional Sun Fly within Star-Cloud 2600 Million Years Ago and its Feasible Repercussions for the Earth: Barenbaum A (EVO4:WEpo05:PO).
6 Evolution of the Karelian Palaeo-Proterozoic (2.25-1.95 Ga) Volcanic Associations (Eastern Part of the Fennoscandian Shield): Geodynamic Significance: Philippov N & Ivanikov V (EVO4:WEpo06:PO).
7 Stromatolites in the Palaeo-Proterozoic 13C-Enriched Carbonate Successions of the Fennoscandian Shield: Medvedev P & Makarikhin V (EVO4:WEpo07:PO).
1 Simulation of Eustatic-Driven Contrasted Flow Patterns in Great Bahama Bank: Caspard E, Rudkiewicz J, Eberli G & Renard M (FMF3:WEpo01:PO).
2 Intermittent Basin-Wide Fluid Reorganisation Triggered by Pressure Drop of Cap-Rock: North Sea Central Graben: Keller P (FMF3:WEpo02:PO).
3 Ultrasonic Velocity Measurements: A Useful Tool Combined with Petrophysical Investigations to Characterize Porous Solids: Burlot R, Cerepi A & Humbert L (FMF3:WEpo03:PO).
4 Tectonic Burial and Exhumation in the External Areas of Southern Apennines Thrust Belt (Italy): The Alpi Mt. Case History, Implications for Petroleum Exploration: Corrado S, Mazzoli S & Invernizzi C (FMF3:WEpo04:PO).
5 Chlorine Isotopes in Residual Salts from the Elgin and Elgin-West Oil Fields (North Sea): Woule Ebongue V, Walgenwitz F, Jendrzejewski N, Pineau F & Javoy M (FMF3:WEpo05:PO).
6 Petrological and Geochemical Organic Characteristics of Coal Samples from the Asturias Basin, NW Spain: Piedad Sanchez N, Martinez L, Suarez Ruiz I, Amir L, Disnar JR & Faure P (FMF3:WEpo06:PO).
7 Geodynamic Types of Global Belts of Petroleum Occurrence and their Peculiarities: Levin L & Khain V (FMF3:WEpo07:PO).
8 Comparison between Outcrop-Spectral Gamma Ray (SGR) Logging and Whole Rock Geochemistry: Implications for Quantitative Reservoir Characterisation in Continental Red-Bed Sediments: Svendsen J & Hartley N (FMF3:WEpo08:PO).
9 Oil and Gas of the Russian Arctic Shelf: Gramberg IS & Suprunenko OI (FMF3:WEpo09:PO).
10 Geochemical Characteristics of Coals in the Eskihisar (Yatagan) Area, Western Turkey: Engin H (FMF3:WEpo10:PO).
11 Timing of Illite Formation in the Cooper Basin, South Australia: Hamilton PJ, Zwingmann H, Tingate P, Lemon N & Cubitt C (FMF3:WEpo11:PO).
12 The Catagenetic Zones and Modeling of the Sediment Heating in Timan-Pechora Basin: Klimenko S (FMF3:WEpo12:PO).
13 Basin Settings and Depositional Environment of the Napo Group (Subandean Zone and Oriente Basin, Ecuador): Vallejo C, Ruiz G, Hochuli P, Spikings R & Winkler W (FMF3:WEpo13:PO).
1 GIS Andes: Mining Districts: Cassard D, Felenc J, Hocquard C, Joubert M, Monthel J & Prevot J (FMF5:WEpo01:PO).
2 Predictive Mapping with GIS Andes Datasets: Cassard D, Billa M, Bouchot V, Salleb A, Stein G & Tourliere B (FMF5:WEpo02:PO).
3 Crustal-Scale Fracture Zones Controlling Ore-Forming Processes: A Case Study from Central Mexico: Steyrer H & Horner JT (FMF5:WEpo03:PO).
4 The Mississippi Valley-Type Zn-Pb Deposit of San Vicente, Central Peru: A Syntectonic Deposit during the Andean Orogeny: Badoux V, Moritz R & Fontboté L (FMF5:WEpo04:PO).
5 Lead and Sulfur Isotopic Characteristics of the Neoproterozoic Araes Gold Deposits, Mato Grosso State, Brazil: Geraldes MC, Tassinari CCG, Babinski M, Martinelli CD & Iyer SS (FMF5:WEpo05:PO).
6 Structural Control of Ag-Sn Vein-Type Mineralisation at the Pirquitas Mine (Prov. Jujuy, NW-Argentina)- Ore Precipitation during Fold and Thrust Belt Evolution: Amann G & Paar WH (FMF5:WEpo06:PO).
7 Re-Os Dating of Orogenic Gold Deposits, Yilgarn, Western Australia: Stein H & Markey R (FMF5:WEpo07:PO).
8 Age and Structural Control of the Ifri Copper Mineralization (Western High-Atlas, Morocco): Gaouzi A, Chauve t A, Barbanson L, Badra L & Touray J (FMF5:WEpo08:PO).
9 Constraints on Age Variation of Different Ore Forming Processes due to Orogen Development Duration: Pushkarev YD (FMF5:WEpo09:PO).
10 Discrimination Criteria for Affiliation of Ore Deposits Located in the Dinaridic Triassic-Paleozoic Formations to the Variscan or Alpine Metallogeny: Jurkovic I & Palinkas L (FMF5:WEpo10:PO).
11 Timing and Compositional Evolution of Magmatism and Mineralization in a Large (Borovitsa) and a Small (Madjarovo) Paleogene Volcanic Center of the Rhodope Massif, Bulgaria: Marchev P & Singer B (FMF5:WEpo11:PO).
12 Exhumation of the Central Rhodopian Core Complex and Related Magmatism- Isotope and Geochronologic Studies of the Madan Dome (Bulgaria): Ovtcharova M, Von Quadt A, Peycheva I & Neubauer F (FMF5:WEpo12:PO).
13 Elatsite Copper Porphyry- Relative Age Relations between Host Rocks, Structures, Ore Mineralisation, and Alteration: Driesner T, Fanger L & Heinrich CA (FMF5:WEpo13:PO).
14 Geochemistry of Upper Cretaceous High-K Calc-Alkaline Post-Collisional Intrusions from the Banat Province (Western South Carpathians, Romania): Dupont A, Vander Auwera J, Pin C, Marincea S & Berza T (FMF5:WEpo14:PO).
15 Hydrothermal Alteration Associated with Bolcana Porphyry Cu-Au Ore Deposit (Metaliferi Mts., Romania): Milu V, Piantone P, Leroy J, Udubasa G & Constantinescu E (FMF5:WEpo15:PO).
16 A Review of Fluid Inclusion Typology in Barren and Productive Subvolcanic Structures from the Alpine Carpathian Chain (Romania): Pintea I (FMF5:WEpo16:PO).
17 The Volcanic Rocks Petrology and K-Ar Ages for Widen Zone Bor Ore Deposit as the Part of the Timok Magmatic Complex (East Serbia): Banjesevic M (FMF5:WEpo17:PO).
18 Petrology of the Paleozoic Metamorphic Rocks in the Area between Mlava and Pek Rivers (Eastern Serbia): Radovic M, Kalenic M & Milovanovic D (FMF5:WEpo18:PO).
19 Are there Genetic Links between a Granite Dome and Gold Mineralisation in the Variscan Belt? A Case Study of the South Limousin (French Massif Central): Bellot J, Roig J, Truffert C, Bouchot V, Bitri A, Ledru P & Milesi J (FMF5:WEpo19:PO).
(Symposium FMF5 Continued in Session TH am on Page 106)
1 On Magmatic Processes at Fast-Spreading Ridges as Revealed in a Xenolith from the Mush Zone beneath the East Pacific Rise at
9o50'N: Ridley WI, Perfit MR & Smith MC (LS02:WEpo01:PO).
2 Insights into Ridge-Hotspot Interaction on the Juan de Fuca Ridge: Geochemical Investigations of Axial Seamount and Adjacent Rift Zones: Perfit M, Chadwick D, Ridley W, Embley R, Jonasson I & Herzig P (LS02:WEpo02:PO).
3 Volcanic Cyclicity and Crustal Accretion at the Cleft Ridge Segment, Juan de Fuca Ridge: Stakes D, Perfit M & Tivey M (LS02:WEpo03:PO).
4 Recharge, Discharge and Routes of Fluid Flow within a Young Oceanic Crust (Eastern Flank of the Juan de Fuca Ridge, NE Pacific): Monnin C, Buatier M, Wheat G & Fisher A (LS02:WEpo04:PO).
5 Deep-Sea Exploration and Sea-Surface Magnetics on the Central Indian Ridge at 19°S: Initial Results of Cruise Gimnaut: Dyment J, Hémond C & Scientific Party TG (LS02:WEpo05:PO).
6 3D Inversion of Magnetic Data Collected in Five Areas of the Mid-Atlantic Ridge Axis between Azores and Equator: Sichler B, Auffret GA, Bideau D & Hékinian R (LS02:WEpo06:PO).
7 A Thermo-Mechanical Model of Accretion of the Oceanic Crust at Fast-Spreading Mid-Ocean Ridges Considering the Effect of Deep Off-Axis Hydrothermal Circulation and Distributed Melt Injection: Garrido CJ & Machetel P (LS02:WEpo07:PO).
8 Can we Distinguish between Serpentinised Peridotites and Gabbros from their Physical Properties? Insights from the GEOMAN Experiment: Ildefonse B, Pezard P, Mainprice D, Wilcock WS, Toomey DR & Constable S (LS02:WEpo08:PO).
9 Silicic Rocks in Iceland: Composition and Distribution during the Brunhes Epoch: Jonasson K (LS02:WEpo09:PO).
10 Basalts from DSDP Leg 28, Sites 265, 266, 267 and 274: Similarities and Differences between Indian and Pacific Mantle Domains: D'Antonio M, Spadea P & Dini M (LS02:WEpo10:PO).
11 Magmatic History of Plagioclase Phyric Basalt from the Mohns Ridge, Norwegian Greenland Sea: Hellevang B & Pedersen RB (LS02:WEpo11:PO).
12 REE and Trace Elements in Mineral Phases: Igneous Partitioning and Seafloor Alteration in Gabbroic Rocks from 23°N (Mid-Atlantic Ridge): Cortesogno L, Gaggero L & Zanetti A (LS02:WEpo12:PO).
13 Comparative Laser Ablation ICP-MS Analyses on Amphiboles from two Gabbros from Vema Fracture Zone and Montgenèvre Ophiolite Complex: Some Petrologic Implications: Bolou L, Guenther D & Bertrand J (LS02:WEpo13:PO).
14 The Oceanic Lithosphere of the Jurassic Ligurian Tethys: Inference from Petrology and Geochemistry of the Ligurian Ophiolites: Piccardo GB, Rampone E & Romairone A (LS02:WEpo14:PO).
15 Magmatic and Hydraulic Breccias in Corsican Ophiolitic Plagiogranites (France): Martin L, Bébien J & Braud X (LS02:WEpo15:PO).
16 Evidences for Chemical Segmentation in the Haylayn Massif (Oman Ophiolite) from its Ultra-Depleted Mantle Part: Le Mée L, Monnier C, Girardeau J & Juteau T (LS02:WEpo16:PO).
17 Paleo-Oceanic Islands and Seamounts in Caledonian Folded Areas, Gorny Altai and Salair, Russia: Dobretsov N & Buslov M (LS02:WEpo17:PO).
18 Accretionary Tectonics of the Sea of Okhotsk Region: Bogdanov NA (LS02:WEpo18:PO).
1 A Comparison of Metamorphic Conditions in Magmatic Sequences of Ophiolite Complex from NE Russia (Povorotny Cape, Taigonos Peninsula) and Cyprus (Result of Investigations Supported by INTAS Grant 96-1880): Silantyev S (LS03:WEpo01:PO).
2 Timing of Cenozoic Extension in the Kraishte Region, (SW Bulgaria): Evidence from Fission Track Analysis: Kounov A, Seward D, Bernoulli D, Burg J & Ivanov Z (LS03:WEpo02:PO).
3 Paleomagnetic Results from the Tarim Block. Toward a Comprehension of the Jurassic Configuration of Eurasia: Halim N & Otofuji Y (LS03:WEpo03:PO).
4 The Grigoriou Plutonic Complex (Mt Athos, Greece): A Component of the North Aegean Eocene-Oligocene Calc-Alkaline Magmatism: Bébien J, Michard A, Montigny R, Feinberg H & Voidomatis P (LS03:WEpo04:PO).
5 Mount Athos Paleomagnetism: A Hint for Fault Controlled Deformations in the North Aegean Area: Kondopoulou D, Feinberg H, Montigny R, Michard A, Voidomatis P, Atzemoglou A & Pozzi J (LS03:WEpo05:PO).
6 Palaeozoic as well as Mesozoic Sedimentation and Polymetamorphism in Central Rhodope (N' Greece) as Inferred from U-Pb SHRIMP-Dating of Detrital Zircons: Liati A & Gebauer D (LS03:WEpo06:PO).
7 Geochronological Constraints on Carboniferous and Triassic Magmatism in the Cyclades: SHRIMP U-Pb Ages of Zircons from Syros, Greece: Tomaschek F, Kennedy A, Keay S & Ballhaus C (LS03:WEpo07:PO).
8 The Geology of Western Crete (Greece): Heritage of the Interplay between Arc-Normal Compression and Arc-Parallel Extension Since the Middle Miocene: van Hinsbergen DJ, van Hattum MW & Meulenkamp JE (LS03:WEpo08:PO).
9 Morphotectonic Structures at the Eastern Edge of the Boundary between the Cretan Back-Arc Basin and the Aegean Volcanic Arc, using Swath Bathymetric Data: Nomikou P (LS03:WEpo09:PO).
10 Role of Crustal Extension and Basin Inversion in Late Palaeozoic-Early Tertiary Tectonic Evolution of the South Margin of Eurasia in the Circum-Black Sea Region: Nikishin A, Ustaömer T, Robertson AH, Seghedi A & Ziegler PA (LS03:WEpo10:PO).
11 Pre-Eocene Exhumation of the Nigde Metamorphic Dome, Central Anatolia, Turkey: Gautier P, Bozkurt E, Hallot E & Dirik K (LS03:WEpo11:PO).
12 Tectonomorphologic Evolution of Tuzgolu (Salt Lake)- Central Anatolia, Turkey: Kadir D (LS03:WEpo12:PO).
13 The Arabia/Anatolia Collision as Reflected by Detrital Modes of Miocene Flysch and Modern Sand (North Cyprus, Turkey, Syria): Garzanti E, Vezzoli G, Andò S, Guarnone W & Mastrovito M (LS03:WEpo13:PO).
14 First Results from GPS Measurements on Present day Iranian Kinematics: Massson F, Nilforoushan F, Martinod M, Martinod J, Abbasi M, Bayer R, Tavakoli F, Hatzfeld D, Ashtiani M & Vernant (LS03:WEpo14:PO).
15 A New Approach to 3-D Gravity Modelling and its Tectonic Implications in the Eastern Mediterranean: Makarenko I, Buryanov V, Legostaeva O, Starostenko V & Rusakov O (LS03:WEpo15:PO).
16 Radiolarians from the Umber of the Perapedhi Formation, Late Cretaceous, Cyprus: Urquhart E & Thurow J (LS03:WEpo16:PO).
17 Peri-Tethyan Platforms Palaeogeography: Vrielynck B (LS03:WEpo17:PO).
(Symposium LS03 Continued in Session TH am on Page 106)
1 Diversity of High Grade Metabasic Rocks from South Togo, West Africa: A Clue for a Regional Tectonic Imbrication of Pan-African Age: Agbossoumonde Y, Ménot R & Gulliot S (LS06:WEpo01:PO).
2 Episodic Retrograde-Prograde Metamorphism during Subduction of Oceanic Crust: An Example from High-P Blocks of a Serpentinite Melange, Cuba: Garcia Casco A, Schneider J, Millán Trujillo G, Torres Roldán R & Monié P (LS06:WEpo02:PO).
3 Exhumation of HP Rocks in a Serpentinized Mantle Channel: Evidence from Geochemical Study of Serpentinites (Tso Morari Dome, E Ladakh): de Sigoyer J, Nägler T, Stéphane G & Hattori K (LS06:WEpo03:PO).
4 Eo-Alpine Andalusite in the Schneeberg Complex (Eastern Alps, Italy/Austria): Constraining the P-T-t-D Path during Cretaceous Metamorphism: Habler G, Linner M, Thiede R & Thöni M (LS06:WEpo04:PO).
5 Exhumation of Alpine Eclogites of the Eastern Alps: Constraints from Structural and Metamorphic Geology: Kurz W, Froitzheim N & Neubauer F (LS06:WEpo05:PO).
6 Neoproterozoic Metagranite did not Experience Ultrahigh-Pressure Metamorphism from Bixiling, Dabie Shan, Central China: Liu X & Dong S (LS06:WEpo06:PO).
7 Ultrahigh-Pressure Metamorphism from the Rhodope Metamorphic Province, Northeastern Greece: A Preliminary Report on a New Discovery: Mposkos E, Kostopoulos D & Krohe A (LS06:WEpo07:PO).
8 Exhumation of UHP Rocks in SW Norway- Allochthonous Western Gneiss Region Models: Rice AHN (LS06:WEpo08:PO).
9 Metamorphic Rates Attending Continental Collision, Bergen Arcs, Norwegian Caledonides: Perchuk A & Philippot P (LS06:WEpo09:PO).
10 High-Pressure Conditions in the Quartzo-Feldspathic Gneisses Hosting the Mafic Eclogites of the Lanterman Range (Antarctica): Evidence for a Common P-T Evolution: Palmeri R, Di Vincenzo G, Ghiribelli B, Giorgetti G, Talarico F & Ricci CA (LS06:WEpo10:PO).
11 Alpine Metamorphic Evolution of Corio and Monastero Metagabbros (Sesia-Lanzo Zone): An Example of Prograde Evolution and Development of Chloritoid-Bearing Eclogitic Assemblages in Basic Rocks: Rebay G & Messiga B (LS06:WEpo11:PO).
12 Recognizing and Mapping a UHP Metamorphic Terrain: The Southern Dora-Maira Massif (Western Alps): Rolfo F, Compagnoni R, Hirajima T & Turello R (LS06:WEpo12:PO).
13 Exhumation of High Pressure Rocks in Greece: Preliminary Results: van Koolwijk M, Lips A, White S & Wijbrans J (LS06:WEpo13:PO).
14 Evolution of an Orthogneiss Suite during UHP Metamorphism and Exhumation (Dabie Shan, E-China): Petrological and Geochronological Constraints: Wawrzenitz N, Schmid R, Oberhänsli R, Romer R & Dong S (LS06:WEpo14:PO).
15 Blueschist-Facies Metamorphic Overprint in the Continental Crust Rocks from the Bocca di Tenda Gabbroic Complex (Northern Corsica): Tribuzio R, Giacomini F & Messiga B (LS06:WEpo15:PO).
16 Identification of the Tectono-Metamorphic Units: Deformation Gradients and Rate of Metamorphic Transformation, an Example from the Formazione di Pietra Rossa and Formazione di Cima Rovaia (Austroalpine Units, Central Alps, Italy): Zucali M, Spalla M, Gosso G, Salvi F & Gazzola D (LS06:WEpo16:PO).
(Symposium LS06 Continued in Session TH am on Page 107)
1 Did the Hawaiian Plume Interact with a Mid-Ocean Ridge in the Late Cretaceous?: Kempton PD & Barry TL (MS06:WEpo01:PO).
2 The Diamantina Rift Zone: New Evidence from Geochemistry: Robert U & Montigny R (MS06:WEpo02:PO).
3 Two Distinct Cretaceous Oceanic Plateaus in Ecuador: Implications for the Geodynamic Evolution of the Andean Margin: Mamberti M, Lapierre H, Jaillard E, Bosch D, Hernandez J & Polvé M (MS06:WEpo03:PO).
4 Structure of the Cretaceous Kerguelen and Mod-Astrid Volcanic Provinces from Magnetic Anomaly Data: Golynsky A, Gandyukhin V & Guseva J (MS06:WEpo04:PO).
5 The Effect of fO2 on the Differentiation of LIP-basalts from the Kerguelen Archipelago. An Experimental Study: Freise M, Holtz F, Koepke J, Damasceno D & Leyrit H (MS06:WEpo05:PO).
6 The Val Gabbro Revisited, Kerguelen Archipelago: Evolution of a Plutonic Complex in an Oceanic Island and Relations with Volcanic Rocks: Franssens M, Scoates JS, Weis D, Nicolaysen K & Frey FA (MS06:WEpo06:PO).
7 The Significance of Thick, Aphyric Basaltic Lava Flows on the Kerguelen Archipelago: Scoates J, Lo Cascio M, Weis D, Doucet S, Damasceno D & Giret A (MS06:WEpo07:PO).
8 Experimental Constraints on the Evolution of Mildly Alkaline Basalts from the Kerguelen Archipelago: Lo Cascio M, Scoates J, Damasceno D & Weis D (MS06:WEpo08:PO).
9 Hf Isotope Systematics of Kerguelen Archipelago and Plateau Lavas: Kerguelen Plume Source Revisited: Mattielli N, Weis D, Blichert-Toft J, Barling J & Frey FA (MS06:WEpo09:PO).
10 North Atlantic Volcanic Province- Platinum Group Elements during Magmatic Processes: Philipp H & Eckhardt J (MS06:WEpo10:PO).
(Symposium MS06 Continued in Session TH am on Page 107)
1 North Ladoga Early Proterozoic Plume: The Geology and Geochemical Evidences (Russia, Karelia): Vasilyeva T (MS07:WEpo01:PO).
2 Crust and Mantle Contributions to Anorogenic Magmatism: A Case Study of the Cretaceous Erongo Complex, Namibia: Wigand M, Trumbull R & Emmermann R (MS07:WEpo02:PO).
3 Palaeozoic Activation in the Northeastern Fennoscandian Shield: Rb-Sr and Sm-Nd Isotope Evidence for Evolution of Mantle Sources: Arzamastsev A, Belyatsky B & Arzamastseva L (MS07:WEpo03:PO).
4 The Influence of Hawaiian Hot-Sport on Deep Structure and Volcanism of Kamchatka: Sanina I, Gontovaya L, Stepanova M & Avdeiko G (MS07:WEpo04:PO).
5 Wehrlite and Clinopyroxenite Xenoliths from Mt Cameroon: Implications for Lithospheric Processes: Ngounouno I, Déruelle B & Bardintzeff J (MS07:WEpo05:PO).
6 Geochemical Evolution and Ar-Ar Geochronology of the Emeishan Flood Basalt Province, SW China: Guo Z, Hertogen J, Liu J, Pasteels P, Boven A, Punzalan L & Zhang W (MS07:WEpo06:PO).
7 Isotope Systematics of Cenozoic Intraplate Basalts: Evidence for Involvement of Common Mantle Sources beneath Africa, Western-Central Europe and Central Atlantic Islands: Aït-Hamou F & Briqueu L (MS07:WEpo07:PO).
8 Permian Mafic Rocks in the Alps: A Post-Orogenic Mantle Melting Event Illustrated by the Mont Collon-Matterhorn Intrusion (Austroalpine Dent-Blanche Nappe): Monjoie P, Bussy F, Schaltegger U, Lapierre H & Pfeifer H (MS07:WEpo08:PO).
9 An Image of Tectonics into the Continental and Oceanic Mantle Structure: Geyko V, Tsvetkova T, Livanova L, Sannikova N & Geyko K (MS07:WEpo09:PO).
(Symposium MS07 Continued in Session TH pm on Page 113)
1 Dynamics of Crustal Formation in an Oceanic Environment in the Early Earth: van Thienen P, van den Berg AP & Vlaar NJ (MS09:WEpo01:PO).
2 Transition Zone Thickness Inferred from Circulation Models: Thoraval C & Machetel P (MS09:WEpo02:PO).
3 An Experimental and Numerical Study of Microstructural Parameters Contributing to the Seismic Anisotropy of Rocks: Wendt AS, Bayuk I, Covey-Crump SJ, Lloyd G & Wirth R (MS09:WEpo03:PO).
4 The Effect of 'Asthenospherization' on the Seismic Properties of the Mantle Lithosphere: Constraints from Lattice Preferred Orientations in Peridotites from the Ronda Massif: Vauchez A & Garrido C (MS09:WEpo04:PO).
5 Seismic Anisotropy and Upper Mantle Deformation in Continental Plates: Tommasi A, Vauchez A & Tikoff B (MS09:WEpo05:PO).
6 Observations of Subduction Retroarc Dynamic Topography and Implications for Mantle Viscosity Structure: Kusznir N, Booth S & Flint S (MS09:WEpo06:PO).
7 Deep Anisotropy beneath the Western Pacific and Australia Recorded by Source-Side S Wave Splitting: Barruol G, Duclos M, Wookey J & Kendall M (MS09:WEpo07:PO).
8 Anisotropy beneath the Dead Sea Transform from SKS Splitting at Short Periods: Rumpker G, Ryberg T, Bock G & Group D2 (MS09:WEpo08:PO).
9 Seismic Waveform Tomography of the Iranian Region: Maggi A, Raven K, Priestley K & Jackson J (MS09:WEpo09:PO).
10 Body Wave Observations in Fennoscandia Related to Seismic Anisotropy: Kouba D, Plomerova J, Hyvonen T, Vecsey L & Babuska V (MS09:WEpo10:PO).
11 A 3D Shear Velocity Model for the Upper Mantle of South America: Heintz M, Debayle E, Vauchez A & Assumpção M (MS09:WEpo11:PO).
1 Foraminiferal Zonation of the Two Facies Types of Middle Carboniferous in the Western Part of South Tien-Shan (Uzbekistan and Adjacent Countries): Orlov-Labkovsky O & Bensh F (OS01:WEpo01:PO).
2 Planktonic Foraminifera Biostratigraphy of the Middle Eocene-Lower Miocene Epiligurian Succession (Northern Apennines, Italy): Mancin N & Pirini C (OS01:WEpo02:PO).
3 Paleobathymetric Reconstructions Based on Foraminifera: The Example of the Eocene to Miocene Epiligurian Succession (Northern Apennines, Italy): Mancin N & Pirini C (OS01:WEpo03:PO).
4 Radiolarian Biostratigraphy of a Pelagic Succession at Monte Inici (Upper Jurassic, Sicily, Italy): Beccaro P & Pavia G (OS01:WEpo04:PO).
5 The Ternate Formation (Northern Italy): Planktonic Foraminiferal Biostratigraphy, Calcareous Algae Assemblages and Sedimentary Petrography: Mancin N, Ceriani A, Tagni F & Brambilla G (OS01:WEpo05:PO).
6 Early Jurassic Age of Ferrar Group Volcanism in North Victoria Land, Antarctica: Constraints from Interbedded Fossiliferous Black Shales: Pertusati PC, Ribecai C, Meccheri M & Musumeci G (OS01:WEpo06:PO).
7 Stratigraphy of Cretaceous Radiolarian Cherts of Cuba: Preliminary Results: Aiello IW, Chiari M & Garcia Delgado D (OS01:WEpo07:PO).
8 Lake Baikal Plio-Pleistocene Diatom Biostratigraphy from Deep Drilling Cores: Khursevich G, Karabanov E, Prokopenko A, Williams D, Kuzmin M, Fedenia S, Soshina N & Gvozdkov A (OS01:WEpo08:PO).
9 Carbon Isotope Event Markers near the Permian-Triassic Boundary in the Idrijca Valley (W. Slovenia): Dolenec M & Ogorelec B (OS01:WEpo09:PO).
10 Turbidite Deposystems of the Central-Carpathian Paleogene Basin: Submarine Fans, Facies Tracts and Paleogeography: Starek D & Sotak J (OS01:WEpo10:PO).
11 A Zircon SHRIMP+TIMS and Sm-Nd Isotope Study of High-Grade Paragneisses from the Mid-German Crystalline Rise: Evidence for Northern Gondwanan and Grenvillian Provenance and Early Carboniferous High-Grade Metamorphism: Zeh A, Brätz H, Millar IL & Williams IS (OS01:WEpo11:PO).
12 The Relation between Foreland Basin Development and Unroofing History of the Patagonian Andes; Part I: Magnetostatigraphy of the Miocene Santa Cruz Formation: Warkus F, Nowaczyk NR, Blisniuk P & Strecker MR (OS01:WEpo12:PO).
13 About Perspectives of the Triassic Deposits in the Komi Republic: Trukhachev A (OS01:WEpo13:PO).
14 Paleoflow Directions and Emplacement Mechanisms of Miocene Lahar Deposits in the Cantal Stratovolcano (Massif Central, France) as Inferred from a Photo-Statistical Method: Huguet D, David K & Tamás T (OS01:WEpo14:PO).
15 Early Palaeozoic Accretion of Perigondwanan-Derived Terranes to Baltica: Data from Provenance Analysis of Sedimentary Sequences Cored by Deep Drillings in Denmark, N. Germany, and N. Poland: Vecoli M, Giese U, Samuelsson J, Handler R & Gerdes A (OS01:WEpo15:PO).
16 Sedimentological and Paleontological Features of the Holocene Deposits Capping Volcanic Banks of the Gulf of Naples, Eastern Tyrrhenian Sea: Molisso F, Ferraro L & Toscano F (OS01:WEpo16:PO).
17 High-Resolution Log-Sequence Stratigraphy of the Upper Paleocene Deposits in the Eastern North Sea Basin: Jørgensen KW & Michelsen O (OS01:WEpo17:PO).
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1 Geosciences as a Social Focus in the Early 19th Century: And Today?: Horn S, Kreher-Hartmann B & Heide K (OS02:WEpo01:PO).
2 Mining, Environment and the Public Image of Geology: Eerola T (OS02:WEpo02:PO).
3 Flood Hazards in Mainland Greece: Lekkas E (OS02:WEpo03:PO).
4 Landslide Hazards in Greece: Lekkas E (OS02:WEpo04:PO).
5 Geophysical and Geotecnhnical Investigation of an Areal Landslide in the Northern Tuscany (Italy): An Extensive Sloap Consolidation Proposal: Gabbani G, Lavorini G & Pacini L (OS02:WEpo05:PO).
6 An Example of Pressure Released Jointing, Underground Career of Chalk, Meudon, France: Moiriat D, Potherat P & Bebien J (OS02:WEpo06:PO).
7 Pressure-Release Jointing Related to the Formation of a Valley: Observations in an Abandoned Underground Quarry Near Paris (Meudon, France): Moiriat D, Pothérat P & Bébien J (OS02:WEpo07:PO).
8 Atmospheric Pollution Records in High Mountain Lake Sediments in NW Slovenia: Vreca P, Jeran Z, Dolenec T, Lojen S, Jacimovic R, Brancelj A & Muri G (OS02:WEpo08:PO).
9 Estimating Natural Sources of Heavy Metals in Minerogenic Peat- A Case Study in a Pristine Area in Southernmost Patagonia, Chile: Hertel C & Biester H (OS02:WEpo09:PO).
10 Kovdor Phlogopite as a Raw Material for Potassium Fertiliser: Vasilieva V, Matveev I, Krasnova N, Tereshina A & Turchenko S (OS02:WEpo10:PO).
11 Modeling the Thermodynamical Acquisition of Groundwater Chemistry into Metamorphic Mountainous Slopes: Validation of the Model with Field Values: Bertrand C & Guglielmi Y (OS02:WEpo11:PO).
12 Using GIS for Environmental Geochemical Research in the South of Western Siberia: Balandis V, Boguslavsky E & Zolnikov I (OS02:WEpo12:PO).
(Symposium OS02 Continued in Session TH pm on Page 113)
1 Deformation Processes at the Fast to Ultrafast Oceanic Ridges: Analog Modeling Constrains: Garel E, Dauteuil O & Lagabrielle Y (OS03:WEpo01:PO).
2 The Connection of Zones of Hydrothermal Activity and Petrochemical Zoning within the Scope of the Mid-Oceanic Ridges with Deep-Seated Geophysical Anomalies (An Example of the Mid-Atlantic Ridge): Kolobov Y, Kulakov I, Zhmodik A, Bushenkova N & Glazirin Y (OS03:WEpo02:PO).
3 Conditions of Rift Magmatism within the Central Part of the Knipovich Ridge: Suschevskaya N, Belyatsky B & Kamenetsky V (OS03:WEpo03:PO).
4 The Chemical Consequences of Late-Stage Hydrothermal Circulation in an Uplifted Block of Lower Ocean Crust at the SW Indian Ridge: Results from ODP Hole 735B (Leg 176): Bach W, Alt J, Niu Y, Humphris S, Erzinger J & Dick H (OS03:WEpo04:PO).
5 Evidence for Intraplate Deformation in the Southern Central Indian Basin from a Swath-Bathymetry Survey (MD118-DEFLO Cruise): Royer J, Goslin J, Deplus C, Patriat P, Begot J, Bienassis G, Chang T, Cornen G, Hinschberger F & Widiwijayanti C (OS03:WEpo05:PO).
6 Modeling of Aeromagnetic Anomalies of the Chicxulub Crater and its Implications on the Nature of the Yucatan Basement: Rebolledo-Vieyra M, Vera-Sanchez P, Urrutia-Fucugauchi J & Soler-Arechalde AM (OS03:WEpo06:PO).
7 Sedimentary Processes in the Naples Gulf, Southern Italy: Results from High Resolution Stratigraphy: Iorio M, Budillon F, Angelino A, Ferraro L & Molisso F (OS03:WEpo07:PO).
8 Evidence of the 79 A.D. Pompei Plinian Eruption in the Salerno Bay, Eastern Tyrrhenian Sea: Stratigraphic and Sedimentological Implications: Conforti A, Insinga D, Morra V, Sacchi M, Ferraro L & Ricci G (OS03:WEpo08:PO).
9 The Dohrn Canyon (Gulf of Naples): A Drainage System of an Active Volcanic Area: Aiello G, Budillon F, Iorio M, Sacchi M, Tonielli R & D'Argenio B (OS03:WEpo09:PO).
10 The Nile Deep-Sea Fan: Main Results of the Fanil Cruise (October-November 2000): Bellaiche G, Loncke L, Gaullier V, Mascle J, Courp T, Moreau A, Radan S & Sardou O (OS03:WEpo10:PO).
1 Geochemistry of Minerals from Granitic Rocks and associated Quartz Veins from Segura, Central Portugal: Antunes I, Neiva A & Silva M (OS06:WEpo01:PO).
2 Whole-Rock and Clay Fraction Mineralogy of the Bottom Sediments of Köycegiz Lake, SW Anatolia, Turkey: Temel A & Bayari S (OS06:WEpo02:PO).
3 New Date of the Jadeite Colour of Lion-Kechpelsk Deposit: Gyteleva I (OS06:WEpo03:PO).
4 South-East Asian Marble-Hosted Ruby Deposits: Garnier V, Gaston G, Onhenstetter D, Schwarz D, France-Lanord C, Dubessy J & Maluski H (OS06:WEpo04:PO).
5 Anisotropy of Magnetic Susceptibility (AMS) and Traces Chemistry: A New Approach to Discriminate between Hydrothermal and Supergene Processes in Goethite-Rich Ore Deposits. Application to the Ba-Fe-F Deposit of Chaillac (Indre, France): Sizaret S, Marcoux E, Chen Y & Touray JC (OS06:WEpo05:PO).
6 Computer Modeling of the Equiponderant Crystal Form in the Context of Study of Zircons from Metamorphic Rocks: Potapov I (OS06:WEpo06:PO).
7 Report of Two New Rock Forming Minerals: Tuisku P & Muhongo S (OS06:WEpo07:PO).
8 Dynamics of Silver Ore Formation in the Beregovo Ore Field (Intercarpathian Volcanic Belt, Ukraine): Emetz A (OS06:WEpo08:PO).
9 Gold-Bearing Quartz-Sulfide Aggregates and Quartz Evolution in the Muzievo Gold-Silver-Base Metal Epithermal Deposit (Intercarpathian Volcanic Belt, Ukraine): Gayduchok-Emetz V, Emetz A & Skakun L (OS06:WEpo09:PO).
10 Characteristics of Volcanic- and Sediment-Hosted Base Metal Anomalies in the Vicinity of Rosh Pinah Mine, Namibia: Lüttich C, Kühn T, Hoßfeld S, Borg G & Gauert C (OS06:WEpo10:PO).
11 Preliminary Mineralogical Investigations of the Skorpion Non-Sulphide Zinc Deposit, Southern Namibia: Kärner K, Borg B, Boshoff F & Thatcher T (OS06:WEpo11:PO).
12 Ore-Forming Fluids in Idrija Mercury Mine, Slovenia: Palinkas L, Herlec U & Strmic S (OS06:WEpo12:PO).
13 A Concept for the Investigation of the Economic Potential of Undiscovered Copper Deposits in Mauritania: Eden K, Grassmann J & Meyer FM (OS06:WEpo13:PO).
14 Petrological And Geochemical Evidence of Fluid-Rock-Interaction In The Strike Reef of The Hutti Gold Mine, North Karnataka, India: Rogers A, Kolb J & Meyer M (OS06:WEpo14:PO).
15 The Genesis of Metamorphogenetic Hg-Gold of the SE Block of Kochkar Gold Deposit, Southern Ural: Yudin A (OS06:WEpo15:PO).
16 The Gondwana Metal- Potential GIS: Nicol N, Billa M, Christian B, Moctar D, Jean-Pierre M, Christien T & Maarten DW (OS06:WEpo16:PO).
17 GIS Andes: Mining Districts: Cassard D, Felenc J, Hocquard C, Joubert M, Monthel J & Prevot J (OS06:WEpo17:PO).
18 GIS Central Europe: The Metallogenic GIS of Central and South-Eastern Europe: Cassard D, Stein G, Milesi J & L. W. Lips A (OS06:WEpo18:PO).
19 GIS Africa: A 1:2,000,000-Scale Tool for Sustainable Development: Milesi J, Feybesse J, Pinna P & Deschamps Y (OS06:WEpo19:PO).
20 SignateX: A Deposit-Model Base for Mineral Exploration: Bouchot V, Leduc C, Viallefond L, Vaillant F, Delpont G, Deschamps Y, Milesi J, Recoche G, Joubert M, Billa M, Martel-Jantin B & Salpeteur I (OS06:WEpo20:PO).
21 Mineral Resources in the Central Part of the Serbo-Macedonian Metallogenic Province: Serafimovski T & Jelenkovic R (OS06:WEpo21:PO).
22 Structural Classification of Microscopic Gold in Orogenic Au Deposits from Sudetes- The European Variscan Belt: Mikulski S (OS06:WEpo22:PO).
23 A 3-D Model for a Banded Iron Formation Hosted, Epigenetic Gold Mineralisation at Ajjanahalli, South India: Hellmann A, Kolb J & Meyer F (OS06:WEpo23:PO).
24 Mineralogy, Fluid Inclusion Study, and Re-Os Dating of Mo-Bearing Mineralization from the Vlaikov Vrah Porphyry Copper Deposit, Panagyurishte District, Bulgaria: Preliminary Results: Kouzmanov K, Moritz R, Chiaradia M & Ramboz C (OS06:WEpo24:PO).
25 Efficient Technology of Ore Minerals Investigation of PGE-Bearing Deposits- Case Study: Rudashevsky N, Kretser Y & Rudashevsky V (OS06:WEpo25:PO).
26 Geology, Mineralogy and Au-PGE Geochemistry of Kizildag Listwaenites (Middle Anatolia): Ciftci Y (OS06:WEpo26:PO).
27 Metamorphism of the Pansky Tundra PGE-Bearing Layered Intrusion (Kola Peninsula): Voloshina Z (OS06:WEpo27:PO).
28 Geological Structure and Genesis of the Urals Diamond Deposits: Anfilogov V, Ezersky V, Orgeval J & Korablev A (OS06:WEpo28:PO).
29 Relationships between the Segmentation of Urals Paleoocean Structure and the Geological Setting and Productivity of Urals Massive Sulphide Ore Fields: Tessalina SG, Zaykov V & Orgeval J (OS06:WEpo29:PO).
30 Promising for Pt Mineralization, Precambrian Basic-Ultrabasic Massives of Transbaikal Region, Siberia, Russia: Gongalsky B & Krivolutskaya N (OS06:WEpo30:PO).
31 PGE-Cu-Ni Ore Deposits of Volcano-Intrusive Ore-Bearing Complexes: Dyuzhikov OA & Sharkov EV (OS06:WEpo31:PO).
32 The Bruvann Cu-Ni Ore Deposit, Rana Intrusion, Norway Isotopic Evidences of Crustal Contamination: Lerouge C, Auge T & Pineau F (OS06:WEpo32:PO).
33 Statistical Characteristics of Oscillatory Zoning of Cave Calcite- Popcorn from Hungary: Bryxina N & Dublaynsky Y (OS06:WEpo33:PO).
1 Simultaneous Extensional Tectonics and Calcalkaline Magmatism in the Lora Del Rio Area (Ossa-Morena Zone, Iberian Massif): Apraiz A, Larrea FJ & Etxebarria M (OS10:WEpo01:PO).
2 Fabric of the Rio Ceará-Mirim Mafic Dyke Swarm (Northeastern Brazil), Determined by Anisotropy of Magnetic Susceptibility and Image Analysis: Archanjo CJ (OS10:WEpo02:PO).
3 Isotopic Mapping of the Western Himalayan Syntaxis: Tectonostratigraphic Correlations and Insights: Argles T & Foster G (OS10:WEpo03:PO).
4 The Investigation of Mineralogical-Petrographical and Structural Features of Sandikli Metavolcanites (Porphiroids) (SW Afyon, Turkey): Ay AM, Tolluoglu Ü, Erkan Y & Aytar N (OS10:WEpo04:PO).
5 Textural Evolution of Deformed Carrara Marble over a Large Strain Range: Barnhoorn A, Kunze K, Bystricky M & Burlini L (OS10:WEpo05:PO).
6 Interseismic Loading Behavior of the Himalayan Range in Nepal: Bollinger L & Avouac J (OS10:WEpo06:PO).
7 First Experimental Study of the Seismic Properties of Eastern Alps, Italy. A Case Study from Val Badia-Brunico-Vedrette di Ries-Valle Aurina Transet: Burlini L, Mazzoli C & Sassi R (OS10:WEpo07:PO).
8 Field Constraints to the Mid-Tertiary Kinematics of the Ligurian Alps (Italy): Capponi G, Crispini L, Piazza M & Amandola L (OS10:WEpo08:PO).
9 Optimization of a Control Network for Monitoring Possible Tectonic Displacements Using the GPS Methodology: Caprioli M & Trizzino R (OS10:WEpo09:PO).
10 Polyharmonic Buckle Folding Accomodates all the Shortening in a Thick, Shale Dominated Sedimentary Pile of the Antiatlas of Morocco: Caritg S, Burkhard M & Helg U (OS10:WEpo10:PO).
11 Progressive Duplex Development in the Miocene Foredeep Succession (Northern Apennines, Italy): Cerrina Feroni A, Martelli L, Martinelli P & Ottria G (OS10:WEpo11:PO).
12 East Sea Opening and Tectonic History of the Yangsan Fault, Southeastern Korean Peninsula: Chang C, Chang TW, Lee J & Im C (OS10:WEpo12:PO).
13 Deformation and Fluid Flow in Normal Faults of Geological Formations with Low Permeability: Example of Toarcian Shales of Tournemire (Aveyron, France): Constantin J, Vergély P & Cabrera J (OS10:WEpo13:PO).
14 Late Orogenic Shear Zones in the Ultramafites of the Voltri Group (Western Alps): Relationships between Progressive Deformation and Syntectonic Fluids: Crispini L & Capponi G (OS10:WEpo14:PO).
15 Reaction Induced Weakening in Experimentally Deformed Plagioclase-Olivine Aggregates: de Ronde A, Stunitz H & Tullis J (OS10:WEpo15:PO).
16 Transpressive Strike-Slip System of the Southern Part of the Polar Ural Mountains in Russia Derived from the Deformational Regime of Rigid, Ultamafic Bodies in the Area of the Main-Ural-Fault, MUF: Degen TJ (OS10:WEpo16:PO).
17 Detection of Active Compression Structures on SAR ERS Imagery: Example of the Central Japan Seismic Area: Dhont D, Chorowicz J & Cadet J (OS10:WEpo17:PO).
18 SIMS-Dating of Ductile Shearing in SW Finland: Ehlers C & Skiöld T (OS10:WEpo18:PO).
19 Controversial Geochronological Data for the Tectonic Evolution of the Itremo Region (Central Madagascar): Fernandez A, Schreurs G, Huber S, Villa I & Rakotondrazafy M (OS10:WEpo19:PO).
20 Significance of Late Shear Zones in the Internal Domain of Western Alps: Consequence of a Pure-Shear Deformation Regime?: Ganne J, Bertrand J & Fudral S (OS10:WEpo20:PO).
21 Mesozoic Structural Evolution in the Southwestern Part of the Ogcheon Belt, Korea: Kee W & Hwang JH (OS10:WEpo21:PO).
22 New Kinematic and Ar-Ar Data on Strike-Slip Ductile Shear Zones around Junggar Basin, Xinjiang, NW China: Laurent-Charvet S, Monié P, Charvet J & Shu L (OS10:WEpo22:PO).
23 Development of Composite Quartz C-Axis Texture Patterns during Exhumation of HP-LIT Rocks of MTU (Variscan Belt of Iberia): Llana Fúnez S (OS10:WEpo23:PO).
24 The Role of Strike-Slip Tectonics in the Neogene-Quaternary Evolution of the Plateau Ibleo (Sicilia Sud-Orientale): Mattina D (OS10:WEpo24:PO).
25 Tichka-Granite (High Atlas, Morocco): Regional Tectonics vs Emplacement Related Structures: Milenkovic I, Piguet P, Pronk M, Python J & Burkhard M (OS10:WEpo25:PO).
26 Dynamic Recrystallized Carrara Marble- Field Relationships in Comparison to High Strain Deformation Experiments: Molli G, Oesterling N & Barnhoorn A (OS10:WEpo26:PO).
27 Mafic Dyke Swarms West of the Barberton Greenstone Belt, South Africa: Nilsson P & Watkeys M (OS10:WEpo27:PO).
28 Late Stage Microstructural and Textural Evolution of Naturally Deformed Carrara Marble- A Comparison to Experimental Rock Deformation Data: Oesterling N, Heilbronner R & Molli G (OS10:WEpo28:PO).
29 Basement Deformation by Folding and Fracturing. Example of the Bielsa Thrust Sheet (Pyrenees): Oliva-Urcia B, Casas AM, Román-Berdiel T & Pueyo EL (OS10:WEpo29:PO).
30 The Late Variscan Fracture Network in N Portugal (NW Iberia): A Re-Evaluation: Ornelas Marques F, Mateus A & Tassinari C (OS10:WEpo30:PO).
31 A New Perspective on the Paleoproterozoic Structure of Eastern Bergslagen, Central Sweden: Persson KS, Sjöström H & Högdahl K (OS10:WEpo31:PO).
32 Major and Minor Sheath Folds in HP Granulites of the Bacariza Formation (Cabo Ortegal, NW): Puelles Olarte P, Abalos Villaro B & Gil Ibarguchi JI (OS10:WEpo32:PO).
33 Geological-Geochronological Model of the Lower Precambrian Structural Stage Formation in the Urals: Pystin A & Pystina Y (OS10:WEpo33:PO).
34 Reconstruction of Paleostress Magnitudes by Calcite Twinning Inversion: A Review: Rocher M (OS10:WEpo34:PO).
35 Transpressional Emplacement of the Variscan Bielsa Granite (Pyrenees): Román-Berdiel T, Casas AM, Oliva-Urcia B & Pueyo EL (OS10:WEpo35:PO).
36 Tectono-Metamorphic Evolution of the Simano Nappe at Alpe Sponda, Central Alps, Switzerland: Rütti R, Mancktelow N, Thompson AB & Marquer D (OS10:WEpo36:PO).
37 Rheology and Microstructures of Quartz Aggregates Deformed in Torsion: Schmocker M, Bystricky M, Kunze K, Burlini L & Burg J (OS10:WEpo37:PO).
38 Kinematic Model for the Argentine Precordillera from a Multidisciplinary Approach using Structural and Fault Stri 3/4 Analyses and Cosmic Ray Exposure (CRE) Dating: Siame L, Sébrier M, Bellier O & Bourlès D (OS10:WEpo38:PO).
39 Structural-Metamorphic Evolution of Cordierite-Bearing Gneisses from the Teletsk Region (Altai, Russia): Smirnova L & Korsakov A (OS10:WEpo39:PO).
40 Dauphiné Twins in Quartz Tectonites: A Study from the Norwegian Caledonides: Sørensen BE & Olesen NØ (OS10:WEpo40:PO).
41 Geometry and Kinematics of the Bolta- An Anticline (Southern Pyrenees): Soto R & Casas AM (OS10:WEpo41:PO).
42 Oligo-Miocene WNW-Directed Thrusting in the Western Alps North and South of the Pelvoux Massif: A New Interpretation of the Briançonnais Front: Trullenque G, Ceriani S, Fügenschuh B & Schmid S (OS10:WEpo42:PO).
43 Large-Scale Folding in the Otago Schist Belt, New Zealand: Tünker M & Ring U (OS10:WEpo43:PO).
44 The Frontal Folds of the Jura Mountains Revisited: Subsequent Folding of Oligocene Extensional Structures during a Thick-Skinned Phase of Jura Folding?: Ustaszewski K, Schmid S & Giamboni M (OS10:WEpo44:PO).
45 Contrasting Structural Patterns of Granites Emplaced during Non-Coaxial Deformation, the Example of Mundão and Sátão Granites (Central Northern Portugal): Valle Aguado B, Azevedo MR, Nolan J, Beltrán B, Medina J & Martins ME (OS10:WEpo45:PO).
46 Lithostatic or Hydrostatic Fluid Pressure Conditions? A Fluid Inclusion Study in a Cataclastic Fault-Zone: van der Klauw S & Rauche H (OS10:WEpo46:PO).
(Symposium OS10 Continued in Session TH am on Page 108)
1 Inferring Crustal Structure and Composition from Heat-Flow Pattern: Experience from the Variscan Erzgebirge, Germany: Förster A & Förster H (OS11:WEpo01:PO).
2 Paleomagnetic Signatures of the Late Cretaceous Igneous Massifs of Sines and Monchique (Portugal): Gomes CS (OS11:WEpo02:PO).
3 Structure of the Lithosphere from Integrated Analysis of Geophysical and Geochemical Data. Examples from Siberia and Fennoscandia: Poudjom Djomani Y, O'Reilly S, Griffin W & Natapov L (OS11:WEpo03:PO).
4 On the Evolution of the Martian Mantle: Results from Numerical Models of Mantle Convection Including Differentiation and Variable Thermal Conductivity: Schott B, van den Berg AP & Yuen DA (OS11:WEpo04:PO).
5 Sensitivity of Mantle Convection Models for Thermodynamic Parameterization: van den Berg AP & Jacobs MHG (OS11:WEpo05:PO).
6 Delayed Cooling of the Earth-Consequence of Temperature-Dependent Thermal Conductivity: Yuen DA, van den Berg AP & Allwardt J (OS11:WEpo06:PO).
7 Results of the Seismic Tomographic Simulation on a Profile Cape "Tolstik- Khibiny": Zhirova A (OS11:WEpo07:PO).
1 Perlite Occurrence from a Columnary Jointed Rhyodacitic Lava, Ankara, Turkey: Preliminary Results: Ulusoy I & Aydar E (PCM3:WEpo01:PO).
2 Study of Altered Volcanic Glasses from Iceland: The Protective Role of Zeolites and Gel Layer during Glass Corrosion: Le Gal X & Crovisier JL (PCM3:WEpo02:PO).
3 Correlation between REE and Si Contents of Smectites, Formed by Alteration of Basaltic Glasses: Bernotat W, Le Gal X & Crovisier JL (PCM3:WEpo03:PO).
4 The Eutectic System Anorthite-Diopside: Thermal Expansivities of Supercooled Liquids Derived by Container-Based Dilatometry: Gottsmann J & Dingwell DB (PCM3:WEpo04:PO).
5 Volumetric Properties of Halogens-Bearing Silicate Glasses: Courtial P & Dingwell DB (PCM3:WEpo05:PO).
6 Configurational Entropies of Silicate Liquids and Phase Diagrams: Jarry P & Richet P (PCM3:WEpo06:PO).
7 The Structure and Characteristics of Fulgurite Glasses: Lysiuk A (PCM3:WEpo07:PO).
8 Properties and Structure of Calcium Aluminosilicate Glasses and Melts: Neuville DR, Cormier L & Flank A (PCM3:WEpo08:PO).
9 Internal Friction Spectroscopy in Li2O-2SiO2 Partially Crystallised Glasses: Müller K, Nikolai B & Harro S (PCM3:WEpo09:PO).
10 Environment of Nickel, Cobalt, Zinc in Alkali Borate Glasses: Information from EXAFS and XANES Spectra: Galoisy L, Cormier L & Calas G (PCM3:WEpo10:PO).
(Symposium PCM3 Continued in Session TH pm on Page 114)
1 Replacement of Monazite by Florencite during Hydrothermal Alteration: Bernhard F (PCM6:WEpo01:PO).
2 Formation of Zircon and Srilankite during High-Grade Metamorphism of Mafic Rocks. Example from the Caledonides of W Norway and Implications for Zircon Geochronology: Bingen B, Austrheim H, Whitehouse M & Mansfeld J (PCM6:WEpo02:PO).
3 Relationship between the Microstructure and the Retention Properties of Apatite: Boujrhal F, Menguy N, Morin G, Calas G & Cherkaoui El Moursli R (PCM6:WEpo03:PO).
4 Nuclear Wastes Conditionning: How to Increase the Stability of Apatites?: Carpéna J & Lacout JL (PCM6:WEpo04:PO).
5 Zircon and Zircons: Unveiled by the Stepwise Leach Experiment: Chen F, Siebel W & Satir M (PCM6:WEpo05:PO).
6 Combining Microscopic (SEM-BSE), Microanalytical (EMP+SIMS) and X-Ray Diffraction Techniques in the Study of Igneous Rock Samples for Geochemical Modelling: Della Ventura G, Oberti R, Ottolini L & Williams CT (PCM6:WEpo06:PO).
7 Hydrothermal Alteration of Accessories in Carbonatites from the Kola Carbonatite Province, NE Russia: Liferovich R, Balaganskaya E, Laajoki K & Gehor S (PCM6:WEpo07:PO).
8 Crystal Chemistry of Brabantites-Monazite Solid-Solutions: Montel J & Devidal J (PCM6:WEpo08:PO).
9 Zircon Trace Element Chemistry by LA-ICP-MS: A Monitor for the Magmatic-to-Hydrothermal Evolution of a Crystallizing Pluton?: Pettke T, Audetat A, Schaltegger U & Heinrich CA (PCM6:WEpo09:PO).
10 On the Mechanisms of Allanite Alteration and their Geochemical Implications: Poitrasson F (PCM6:WEpo10:PO).
11 Geochemical Heterogeneity of Zircons as a Criterion of Conditions of Metamorphic Rock Formation (An Example of the Urals): Pystina Y (PCM6:WEpo11:PO).
12 REE-Y-U-Th Rich Accessory Minerals in Topaz-Albite Granites of the Karlovy Vary Pluton (Czech Republic): René M (PCM6:WEpo12:PO).
13 Dating of Magmatic and Hydrothermal Stages in a Mineralized Sn-W-Granite: Schaltegger U, Audetat A, Pettke T & Heinrich CA (PCM6:WEpo13:PO).
14 An XRD and TEM Study of Experimentally Annealed Natural Monazite: Seydoux-Guillaume A, Wirth R, Montel J & Heinrich W (PCM6:WEpo14:PO).
15 Arsenic: Distribution in Brown Coal Rich in Iron Disulfides: Weiss Z, Rieder M, Crelling J, Sustai O & Drabek M (PCM6:WEpo15:PO).
16 Behavior of Zircons from Granodiorites and Gabbro-Anorthosites in the Shear-Zones and their U-Pb Ages (Belomorian Belt, Baltic Shield, Russia).: Zinger TF, Belyatsky BV & Alexejev NL (PCM6:WEpo16:PO).
(Symposium PCM6 Continued in Session TH am on Page 108)
1 Uplift and 'Extension' (that isn't) at Young Continental Margins: A Result of Mantle Phase-Changes and Deep-Crust Metamorphism: Osmaston MF (RCM1:WEpo01:PO).
2 Thermo-Mechanical Modelling of Subsidence Effects Induced by Changing In-Plane Stresses at Passive Continental Margins and in Intra Cratonic Basins: Paulsen GE, Hansen DL & Nielsen SB (RCM1:WEpo02:PO).
3 Investigating the Causes of Uplift and Denudation by Seismic Imaging Technique: A Case History from the Irish Sea: Al-Kindi S, England R, Sinha M & Whilte N (RCM1:WEpo03:PO).
4 Late Neogene Uplift of Britain- A Continental Margin Effect?: Blundell D (RCM1:WEpo04:PO).
5 Late Neogene Climatically-Forced Changes in River Activity: A Controlling Mechanism for Uplift and Subsidence in Southern and Midland Britain: Rose J (RCM1:WEpo05:PO).
6 Neogene and Quaternary Flexural Activity, NW Paris Basin: van Vliet-Lano' B, Bergerat F, Csontos L, Everearts M, Laurent M, Manby G, Magyari A, Mansy J & Meilliez F (RCM1:WEpo06:PO).
7 New Insights on the Tectonic Reactivation of the North Ligurian Margin (SE France) Since 5 Ma: Bigot-Cormier F, Sosson M, Sage-Khadir F, Déverchère J, Thierer P & van der Beek P (RCM1:WEpo07:PO).
8 Denudationally-Driven Seismicity at the Western Indian Margin? Stratigraphical, Structural, and Geomorphological Constraints for Earthquakes in the Deccan Traps Region: Widdowson M (RCM1:WEpo08:PO).
9 Cenozoic Uplift, Denudation and Drainage of India: Halkett A, White N, Chandra K & Lal NK (RCM1:WEpo09:PO).
10 Neogene Morphotectonical Evolution in the Forearc of Chilean Central Andes, Copiap- Region (261/4-271/4 South Latitude): Riquelme R, Martinod J, Charrier R, Herail G & Darrozes J (RCM1:WEpo10:PO).
11 Apatite and Zircon Fission Track Analysis of the Ecuadorian Sub-Andean Zone: A Record of the Cretaceous and Tertiary Andean Geodynamics: Ruiz g, Seward D, Winkler W, Spikings R & Poda O (RCM1:WEpo11:PO).
12 Variations in the Cooling and Denudation History of the Continental Ecuadorian Andes to Collision with Oceanic Crust: Evidence from 40Ar/39Ar and Fission-Track Thermochronology: Spikings R, Winkler W, Seward D, Handler R & Ruiz G (RCM1:WEpo12:PO).
(Symposium RCM1 Continued in Session TH pm on Page 109)
1 Three-Dimensional Structure of the S Reflector, West of Galicia: Leythaeuser T, Reston T, Ranero C, Long C, Klaeschen D & Perez-Gussinye M (RCM2:WEpo01:PO).
2 Ocean-Continent Transition off SW Iberia, Images from a Deep Multichannel Seismic Profile: Rovere M, Ranero C, Sartori R, Torelli L & Zitellini N (RCM2:WEpo02:PO).
3 Crustal Structure across the Continent-Ocean Transition on the Newfoundland Nonvolcanic Rifted Margin at SCREECH Transect 2: Holbrook WS, van Avendonk H, Shillington D, Nunes G, Tucholke BE, Louden K, Hopper J & Larsen HC (RCM2:WEpo03:PO).
4 Detailed Structure of the Complex Continent-Ocean Transition Northeast of Newfoundland: Reid I (RCM2:WEpo04:PO).
5 A Comparison of Seismic Reflection Profiles across the Newfoundland Basin and Southern Iberia Abyssal Plain Conjugate Margins: Lau K, Louden K, Hall J, Deemer S, Tucholke B, Holbrook W & Hopper J (RCM2:WEpo05:PO).
6 Depth-Dependent Lithosphere Stretching, Mantle Exhumation and the 'Upper Plate' Paradox at Rifted Continental Margins: Kusznir N, Davis M & Roberts A (RCM2:WEpo06:PO).
7 Loss of Lower Crust and the Nature of the Continent-Ocean Transition, the South China Margin: Clift P & Lin J (RCM2:WEpo07:PO).
8 The Structure of Volcanic Passive Margins: Inferences from Analogue Modelling and Magmatic Flow Determination: Callot J, Geoffroy L, Brun J & Aubourg C (RCM2:WEpo08:PO).
9 Continent-Ocean Boundary along the Norwegian Continental Margin: Eldholm O, Faleide JI & Tsikalas F (RCM2:WEpo09:PO).
10 The Role of Dyke Swarms in Forming the East Greenland Continent-Ocean Boundary: Klausen MB & Larsen HC (RCM2:WEpo10:PO).
11 Implications for Source Components in Faroe Islands Basalts and Sediments from Sr, Nd and Pb Isotopes and Zircon Xenocrysts: Amundsen HE, Mearns EW, Tørudbakken BO & Schaltegger U (RCM2:WEpo11:PO).
12 Evolution of the Walvis Basin Offshore NW-Namibia Preliminary Results from FE-Modeling and Mass Balance Calculations: Kukulus M & Henk A (RCM2:WEpo12:PO).
13 K-Ar and TL Volcanism Chronology of the Red Sea Spreading into Afar in the Last 300 kyr: Lahitte P, Gillot P-Y, Mercier N & Coulié E (RCM2:WEpo13:PO).
1 Tectonics of the Arctic Shelf of Russia: Bogdanov NA & Khain VE (RCM7:WEpo01:PO).
2 Structural Evolution of the Mesozoic Accretionary Prism on the NW Pacific-Asia Convergent Margin, Southern Taigonos Peninsular, Okhotsk Sea Coast, NE of Asia (Results from the INTAS Project 96-1880): Bondarenko G, Sokolov S & Khudoley A (RCM7:WEpo02:PO).
3 The Palaeozoic-Mesozoic Evolution of the Hyperborean Craton Southern Margin: Evidence from New Siberian Islands: Kuzmichev A, Bogdanov N, Zamhzitsky O & Gonikberg V (RCM7:WEpo03:PO).
4 The Mamont-Shrenk Neoproterozoic Granitoids (Central Taimyr): Geochemistry, Petrology and Geodynamics: Vernikovskaya A, Pease V, Vernikovsky V, Gee D & Travin A (RCM7:WEpo04:PO).
5 Timanides of Northwest Russia and Part of Northeast Norway: Vendian Orogenic Deformation and Linkages with Peri-Gondwanan, Avalonian-Cadomian Terranes: Roberts D (RCM7:WEpo05:PO).
6 Oblique Rifting and Basin Development: Eocene-Oligocene Svalbard: Kleinspehn KL (RCM7:WEpo06:PO).
7 Detecting Marginal Tectonic Events in a Cratonic Setting (Finland, Baltic Shield) Through Apatite Fission Track Thermochronology: Murrell GR & Andriessen PAM (RCM7:WEpo07:PO).
8 Spitsbergen (Svalbard) as Northwestern Corner of the Eurasian Plate: Two Types of Continental Margin: Tebenkov A & Ivanova N (RCM7:WEpo08:PO).
9 Coast-Parallel Faulting of Tertiary Flood Basalts and Sediments at Kap Brewster, Scoresby Sund, East Greenland: Birkenmajer K (RCM7:WEpo09:PO).
10 The Structure of the Disko-Nuussuaq Basin (W-Greenland): Time and Space Transition between a Sedimentary Basin to a Volcanic Passive Margin: Gelard J, Cattaneo G, Aite M & Geoffroy L (RCM7:WEpo10:PO).
(Symposium RCM7 Continued in Session TH pm on Page 115)
1 Mid-Proterozoic Granitoids from the Mazury Complex (NE Poland): AMCG Affinities?: Baginski B, Duchesne J, Martin H & Wiszniewska J (SS02:WEpo01:PO).
2 The Oldest Known Anorogenic Peralkaline Granite Magmatism in the Keivy Terrane, NE Baltic Shield: Zozulya D & Bayanova T (SS02:WEpo02:PO).
3 Magnetic Fabric and Microstructures in the Holum Granite (Vest-Agder, Norway): New Constraints on the Last Sveconorwegian (Grenvillian) Regional Deformation Phase in Southern Norway: Bolle O, Diot H & Duchesne J (SS02:WEpo03:PO).
4 Dyke Swarms in the Pan-African Basement from the Alpine Danubian Window: New Field and Geochemical Investigations in Southern Carpathians (Romania): Femenias O, Demaiffe D, Liegeois J, Tatu M, Berza T, Duchesne J & Vander Auwera J (SS02:WEpo04:PO).
5 Olivine-Rich Cumulate in the Pan-African Tismana Shoshonitic Granitoid Pluton, South Carpathians, Romania: Berza T, Latouche L, Tatu M & Liégeois J (SS02:WEpo05:PO).
(Symposium SS02 Continued in Session TH am on Page 109)
1 Characterization by Computed X-Ray Tomography of the Water Absorption in a Limestone used as Building Stone in the Oviedo Cathedral (Spain): Ruiz de Argando-A VG, Rodriguez-Rey A, Celorio C, Calleja L, Suarez del Rio LM & Llavona J (SS03:WEpo01:PO).
2 3-D Visualization by Computed X-Ray Tomography of the Internal Damage due to Freeze Thaw Cycling Tests in a Dolomitic Rock used in Historical Buildings in Oviedo (Spain): Rodriguez-Rey A, Ruiz de Argando-A VG, Celorio C, Suarez del Rio LM, Calleja L & Llavona J (SS03:WEpo02:PO).
3 Positron Emission Tomography Studies of Physico-Chemical Processes in Sandstones: Goethals P, Volkaert A & Jacobs P (SS03:WEpo03:PO).
4 Rock Drying Tests Monitored by Computerised X-Ray Tomography: Visualisation of the Water Location- Importance of the Initial Water Saturation Value: Tournier B, Geraud Y & Mazerolle F (SS03:WEpo04:PO).
5 Application of CT Scanning for Three-Dimensional Visualization of Fractures in Rock Test Samples: Sellers E, Vervoort A & Van Cleynenbreugel J (SS03:WEpo05:PO).
6 X-Ray Tomographic Studies of Lake Sediment Drill Cores: Flisch A & Becker A (SS03:WEpo06:PO).
7 Perm Reduction Function Derived from CT-Based Pore Network Modeling: Zhou M, Lu D, Dunsmuir J & Thomann H (SS03:WEpo07:PO).
8 X-Radiographic Computed Axial Tomography: New Tool for Paleo/Astro/Geo-Biology?: Hagadorn JW (SS03:WEpo08:PO).
9 In-Situ Visualization of Advection Fluid Image within Deformed Rock by X-Ray CT during Permeability Testing: Hirono T, Takahashi M & Nakashima S (SS03:WEpo09:PO).
10 Prediction of Solute Transport at the Column Scale by Accounting Explicitly for Soil Structures: Kasteel R, Vogel H & Roth K (SS03:WEpo10:PO).
11 Quantification of 2D and 3D Air Apertures in Undisturbed Soil Samples in Relation to Hydraulic Properties: Timmerman A, Delerue JF, Fuchs T, Vandersteen K, Van Cleynenbreugel J & Feyen J (SS03:WEpo11:PO).
12 Derivation of Soil Hydraulic Properties and Characterisation of the Porous Soil Structure using Microfocus X-Ray Computed Tomography: Herman S, Timmerman A, Vanderborght J & Wevers M (SS03:WEpo12:PO).
13 Porosity and Fluid Flow Characterization of Granitic Material by Capillary Test Under Tomodensitometery RX: Géraud Y, Surma F & Mazerolle F (SS03:WEpo13:PO).
14 3D Characterization of a Variable Aperture Fracture in Crinoidal Limestone using Microfocus CT: Vandersteen K, Claes S, Van Geet M & Carmeliet J (SS03:WEpo14:PO).
15 Construction of a Microfocus Computer Tomography (µCT) Simulator for a Quantitative Exploitation of µCT in Material Research: Busselen B, Bastiaens W, De Man B, Van Geet M, Nuyts J, Swennen R, Wevers M & Carmeliet J (SS03:WEpo15:PO).
16 Computerised X-Ray Tomography as a Powerful Tool in Single Grain Zircon Study: Plotkina Y, Sasov A, Salnikova E, Sergeev S, Tolkachev M, Kotov A & Pavlov M (SS03:WEpo16:PO).
17 A Method for Numerical Solution of the Integral Equation of the Computerized Tomography and its Application in Geophysics: Kostyanev S (SS03:WEpo17:PO).
18 Assessment of Landslide Hazards using Geophysical Tomographies: Kostyanev S, Bruchev I, Stoeva P, Stefanov P & Stianov V (SS03:WEpo18:PO).
(Symposium SS03 Continued in Session TH pm on Page 115)
1 Evolution of Magmatic Melts of the Volcano Elbrus and Problem of the Magma Chamber: Koronovsky N & Demina L (VPP4:WEpo01:PO).
2 Qz-Syenites in Ignimbrites on Gran Canaria (Canary Islands, Spain): Long-Living Felsic Magma Chambers on Ocean Islands: Freundt-Malecha B (VPP4:WEpo02:PO).
3 Constraints from U-series Nuclides on the Magma Plumbing System beneath Galunggung Volcano (Sunda Arc, Indonesia): Debeuf D & Sigmarsson O (VPP4:WEpo03:PO).
4 Layering in the Fongen-Hyllingen Intrusion, Norway: Holm D, Josephsen K & Wilson J (VPP4:WEpo04:PO).
5 Evolution of Vesuvius Magma Chamber-Wall Rock Interface as Constrained by Fluid Inclusion Study: Fulignati P, Marianelli P, Santacroce R & Sbrana A (VPP4:WEpo05:PO).
6 Study of a Triassic Shallow Magma Chamber: The Subvolcanic Bodies of Montecampione (Southern Alps, Northern Italy): Corazzato C, Groppelli G, Natoli E & Pasquaré G (VPP4:WEpo06:PO).
(Symposium VPP4 Continued in Session TH am on Page 110)
