From Rift System to Doubly Vergent Orogen: an Evolutionary Model
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Département De L'ariège Carte Des Communes, EPCI Et Arrondissements
Département de l'ariège E F G H Carte des communes, EPCI et arrondissements 1 1 Réalisation : DDT 09 / SCAT / VD janvier 2014 Lézat-sur-Lèze Saint- D Quirc Lissac Labatut Canté Saint-Ybars Saverdun Mazères Arrondissement de Pamiers Justiniac CCCC dudu CantonCanton dede SaverdunSaverdun Sainte-Suzanne Villeneuve- CCCC dudu CantonCanton dede SaverdunSaverdun 2 du-Latou Brie 2 Sieuras Durfort Thouars- Loubaut Montaut sur-Arize Esplas Le Vernet Méras Le Fossat B C La Bastide- I J de-Besplas Unzent Gaudiès Castex CCCC dede LèzeLèze Saint-Martin- Bonnac Fornex d'Oydes Villeneuve- Saint-Amans du-Paréage Trémoulet Daumazan- Carla-Bayle Lescousse Bézac sur-Arize Artigat Lapenne La Bastide- Fabas Castéras de-Lordat Cérizols Saint-Michel Escosse Pamiers Sainte-Croix- Campagne- Le Carlaret Saint-Félix- Sainte-Foi Volvestre sur-Arize Les Bordes- Lanoux Ludiès de-Tournegat sur-Arize CCCC dudu PaysPays dede PamiersPamiers 3 CCCC dudu VolvestreVolvestre AriégeoisAriégeois Madière Saint-Amadou Mirepoix 3 CCCC dudu VolvestreVolvestre AriégeoisAriégeois Montfa Pailhès La Tour- Malegoude Manses Sabarat Saint-Victor- du-Crieu Vals Betchat Tourtouse Mérigon CCCC dede l'Arizel'Arize Monesple Les Pujols Cazals- Bédeille CCCC dede l'Arizel'Arize Rouzaud Saint-Jean Teilhet -du-Falga des-Baylès Bagert Lasserre Mauvezin-de- Saint- CCCC dudu PaysPays dede MirepoixMirepoix Sainte-Croix Les La Bastide- Montardit Montégut- Bauzeil Verniolle Arrondissement Taurignan- Camarade Le Mas-d'Azil Benagues Issards Rieucros du-Salat Plantaurel Besset Roumengoux Mercenac Castet -
326-97 Lab Final S.D
Geol 326-97 Name: KEY 5/6/97 Class Ave = 101 / 150 Geol 326-97 Lab Final s.d. = 24 This lab final exam is worth 150 points of your total grade. Each lettered question is worth 15 points. Read through it all first to find out what you need to do. List all of your answers on these pages and attach any constructions, tracing paper overlays, etc. Put your name on all pages. 1. One way to analyze brittle faults is to calculate and plot the infinitesimal shortening and extension directions on a lower hemisphere, stereographic projection. These principal axes lie in the “movement plane”, which contains the pole to the fault plane and the slickensides, and are at 45° to the pole. The following questions apply to a single fault described in part (a), below: (a) A fault has a strike and dip of 250, 57 N and the slickensides have a rake of 63°, measured from the given strike azimuth. Plot the orientations of the fault plane and the slickensides on an equal area projection. (b) Bedding in the vicinity of the fault is oriented 37, 42 E. Assuming that the fault formed when the bedding was horizontal, determine and plot the original geometry of the fault and the slickensides. (c) Determine the original (pre-rotation)orientation of the infinitesimal shortening and extension axes for fault. 2. All of the following questions apply to the map shown on the next page. In all of the rocks with cleavage, you may assume that both cleavage and bedding strike 024°. -
Cartographie Des Territoires Couverts Par Le Dispositif MAIA En Ariège
Cartographie des territoires couverts par le dispositif MAIA en Ariège PAYS DU COUSERANS Cantons < 2014 Cantons > 2014 Communes Saint-Girons Portes du Couserans Bagert, Barjac, La Bastide-du-Salat, Saint-Lizier Bédeille, Betchat, Caumont, Cazavet, Oust Cérizols, Contrazy, Fabas, Gajan, Massat Lacave, Lasserre, Lorp-Sentaraille, Castillon Mauvezin-de-Prat, Mauvezin-de-Sainte- Sainte-Croix Volvestre Croix, Mercenac, Mérigon, Montardit, Labastide de Sérou Montesquieu-Avantès, Montgauch, Montjoie-en-Couserans, Prat-Bonrepaux, Saint-Lizier, Sainte-Croix-Volvestre, Taurignan-Castet, Taurignan-Vieux, Tourtouse Couserans Ouest Antras, Argein, Arrien-en-Bethmale, Arrout, Aucazein, Audressein, Augirein, Balacet, Balaguères, Bethmale, Bonac- Irazein, Les Bordes-sur-Lez, Buzan, Castillon-en-Couserans, Cescau, Engomer, Eycheil, Galey, Illartein, Montégut-en-Couserans, Moulis, Orgibet, Saint-Girons, Saint-Jean-du- Castillonnais, Saint-Lary, Salsein, Sentein, Sor, Uchentein, Villeneuve. Couserans Est Aigues-Juntes, Aleu, Allières, Alos, Alzen, Aulus-les-Bains, La Bastide-de- Sérou, Biert, Boussenac, Cadarcet, Castelnau-Durban, Clermont, Couflens, Durban-sur-Arize, Encourtiech, Ercé, Erp, Esplas-de-Sérou, Lacourt, Larbont, Lescure, Massat, Montagagne, Montels, Montseron, Nescus, Oust, Le Port, Rimont, Rivèrenert, Seix, Sentenac- d'Oust, Sentenac-de-Sérou, Soueix- Rogalle, Soulan, Suzan, Ustou. PAYS DES PORTES D’ARIEGE Cantons < 2014 Cantons > 2014 Communes Saverdun Arize-Lèze Artigat, La Bastide-de-Besplas, Les Bordes-sur-Arize, Pamiers Ouest Camarade, Campagne-sur-Arize, Carla-Bayle, Pamiers Est Castéras, Castex, Daumazan-sur-Arize, Durfort, Le Fossat Fornex, Le Fossat, Gabre, Lanoux, Lézat-sur-Lèze, Le Mas d’Azil Loubaut, Le Mas-d'Azil, Méras, Monesple, Montfa, Pailhès, Sabarat, Saint-Ybars, Sainte-Suzanne, Sieuras, Thouars-sur-Arize, Villeneuve-du-Latou Portes d’Ariège La Bastide-de-Lordat, Bonnac, Brie, Canté, Esplas, Gaudiès, Justiniac, Labatut, Lissac, Mazères, Montaut, Saint-Quirc, Saverdun, Trémoulet, Le Vernet, Villeneuve-du-Paréage. -
Geologic Map of the Yellow Pine Quadrangle, Valley County, Idaho
IDAHO GEOLOGICAL SURVEY IDAHOGEOLOGY.ORG DIGITAL WEB MAP 190 MOSCOW AND BOISE STEWART AND OTHERS present in exposures in the southern part of the map. Quartzite is feldspar The Johnson Creek shear zone is a major regional structure (Lund, 2004). To PIONEER GROUP (CH0776) poor. Thickness unknown because of complex internal folding and the the south of the quadrangle it can be traced as a series of faults (Fisher and 19DS16 GEOLOGIC MAP OF THE YELLOW PINE QUADRANGLE, VALLEY COUNTY, IDAHO The Pioneer group is a prospected area located northeast of the mouth of presence of a foliation that may or may not be transposed bedding. Likely others, 1992; Stewart and others, 2018), none of which appear to be as equivalent to the quartzite and schist unit in the Stibnite roof pendant silicified as in the Yellow Pine area. One splay likely connects to the Dead- Riordan Creek. One Defense Minerals Administration (DMA) application Cambrian y CORRELATION OF MAP UNITS and one Defense Minerals Exploration Administration (DMEA) loan appli- t i mapped by Stewart and others (2016). wood fault, which is locally mineralized at and southwest of the Deadwood l i lower cation were made in the 1950s for claims in this area, details of which are b Mine (Kiilsgaard and others, 2006). To the north, north of the Red Mountain a b Zmsm Marble of Moores Station Formation (Neoproterozoic)—Discontinuous lenses available in Frank (2016). Prospects at slightly lower elevation were termed o qtzite David E. Stewart, Reed S. Lewis, Eric D. Stewart, and Zachery M. Lifton stockwork, the fault zone is intruded by voluminous Eocene dikes (Lund, r p of buff to light-gray marble and lesser amounts of millimeter- to the Syringa Group (DMA Docket 1036). -
Along Strike Variability of Thrust-Fault Vergence
Brigham Young University BYU ScholarsArchive Theses and Dissertations 2014-06-11 Along Strike Variability of Thrust-Fault Vergence Scott Royal Greenhalgh Brigham Young University - Provo Follow this and additional works at: https://scholarsarchive.byu.edu/etd Part of the Geology Commons BYU ScholarsArchive Citation Greenhalgh, Scott Royal, "Along Strike Variability of Thrust-Fault Vergence" (2014). Theses and Dissertations. 4095. https://scholarsarchive.byu.edu/etd/4095 This Thesis is brought to you for free and open access by BYU ScholarsArchive. It has been accepted for inclusion in Theses and Dissertations by an authorized administrator of BYU ScholarsArchive. For more information, please contact [email protected], [email protected]. Along Strike Variability of Thrust-Fault Vergence Scott R. Greenhalgh A thesis submitted to the faculty of Brigham Young University in partial fulfillment of the requirements for the degree of Master of Science John H. McBride, Chair Brooks B. Britt Bart J. Kowallis John M. Bartley Department of Geological Sciences Brigham Young University April 2014 Copyright © 2014 Scott R. Greenhalgh All Rights Reserved ABSTRACT Along Strike Variability of Thrust-Fault Vergence Scott R. Greenhalgh Department of Geological Sciences, BYU Master of Science The kinematic evolution and along-strike variation in contractional deformation in over- thrust belts are poorly understood, especially in three dimensions. The Sevier-age Cordilleran overthrust belt of southwestern Wyoming, with its abundance of subsurface data, provides an ideal laboratory to study how this deformation varies along the strike of the belt. We have per- formed a detailed structural interpretation of dual vergent thrusts based on a 3D seismic survey along the Wyoming salient of the Cordilleran overthrust belt (Big Piney-LaBarge field). -
Folds & Folding
Folds and Folding Earth Structure (2nd Edition), 2004 W.W. Norton & Co, New York Slide show by Ben van der Pluijm © WW Norton; unless noted otherwise Folds Maryland Appalachians Swiss Alps 9/18/2010 © EarthStructure (2nd ed) 2 Fold Classification fold shape in profile interlimb angle similar/parallel symmetry/vergence fold size amplitude wavelength fold facing upward/downward fold orientation axis/hinge line axial surface fold in 3D cylindrical/non-cylindrical presence of secondary features foliation lineation DePaor, 2002 9/18/2010 © EarthStructure (2nd ed) 3 Fold terminology 9/18/2010 © EarthStructure (2nd ed) 4 Fold facing (a) upward facing antiform or anticline (b) upward facing synform or syncline (c) downward-facing antiform or antiformal syncline (d) downward-facing synform or synformal anticline (e) profile view; (f) map view 9/18/2010 © EarthStructure (2nd ed) 5 Fold Shape parallel fold similar fold ptygmatic folds 9/18/2010 © EarthStructure (2nd ed) 6 Fold shape a. Parallel fold b. Similar fold t is layer-perpendicular thickness; T is axial trace-parallel thickness 9/18/2010 © EarthStructure (2nd ed) 7 Dip isogons In Class 1A (a) the construction of a single dip isogon is shown, which connects the tangents to upper and lower boundary of folded layer with equal angle (α) relative to a reference frame; dip isogons at 10° intervals are shown for each class. Class 1 folds (a– c) have convergent dip isogon patterns; dip isogons in Class 2 folds (d) are parallel; Class 3 folds (e) have divergent dip isogon patterns. In this classification, parallel (b) and similar (d) folds are labeled as Class 1B and Class 2, respectively. -
Plan Departemental De Distribution Des Masques En Ariege
PLAN DEPARTEMENTAL DE DISTRIBUTION DES MASQUES EN ARIEGE DECOUPAGE TERRITORIAL Lieux de distribution des masques SECTEURS DE Lieu de stockage des PERMANENCE DE SOINS Coordonnées de notre masques pour CCSS Communes (PDS) contact professionnels de santé (numéro : nom) libéraux N° 1 - LE FOSSAT Durfort, Lanoux, Le Fossat, Monespl e, Pailhès, Sieuras, Villeneuxe-du-Latou Mairie de SAVERDUN Camarade, Campagne-sur-Arize, Castex, Daumazan-sur-Arize, Fornex, Gabre, La 31 Grande Rue N° 2 - LE MAS D'AZIL Bastide-de-Besplas, Le Mas d'Azil, Les Bordes-sur-Arize, Loubaut, Méras, Montfa, 09700 SAVERDUN SAVERDUN Sabarat, Thouars-sur-Arize Tél :05.61.60.30.31 de 8 h 30 à 12 h de 14 h à 17 h 30 N° 16 - LEZAT-SUR-LEZE Lézat-sur-Lèze, Sainte-Suzann e, Saint-Ybars samedi de 9 h à 12 h Brie, Canté, Esplas, Gaudiès, Justiniac, La Bastide-de-Lordat, Labatut, Le Vernet, N° 7 - SAVERDUN Lissac, Mazères, Montaut, Saint-Quirc, Saverdun, Trèmoulet Artix, Arvigna, Bénagues, Bézac, Bonnac, Calzan, Cazaux, Coussa, Crampagna, Mairie de Pamiers N° 5 et 6 - Dalou, Escosse, Gudas, La Tour-du-Crieu, Le Carlaret, Les Issards, Les Pujols, 1 Place du Mercadal PAMIERS EST OUEST Lescousse, Loubens, Ludiès, Madière, Malléon, Montégut-Plantaurel, Pamiers, Rieux- PAMIERS 05.61.60.95.65 ET de-Pelleport, Saint-Amadou, Saint-Amans, Saint-Bauzeil, Saint-Félix-de Rieutord, 09100 PAMIERS VARILHES Saint-Jean-du-Falga, Saint-Martin-d'Oydes, Saint-Michel, Saint-Victor-Rouzaud, de 8 h 30 à 12 h Ségura, Unzent, Varilhes, Ventenac, Verniolle, Villeneuve-du-Paréage, Vira de 13 h 30 à 17 h Arabaux, -
MANGER BIO En Ariège
MANGER BIO en Ariège LES PRODUCTEURS LES POINTS DE VENTE LES MARCHÉS L’ACCUEIL À LA FERME Bio et local c’est l’idéal ! édition 2018-2019 Couverture-Guide-MangerBio_CIVAMBIO09.indd 1 24/11/2017 17:45:40 Magasins bio en Ariège BIOS’FAIRE 15 avenue d’Aulot 09200 SAINT-GIRONS Tél. 05 61 04 99 60 BIOCOOP MIRABELLE 20, rue Saint-Vincent 09000 FOIX Tél. 05 61 03 66 57 www.biocoop.fr Editorial oici la toute nouvelle édition du guide « Manger Bio Magasins bio en Ariège » qui recense les producteurs bio en vente directe et les acteurs de la bio de notre département. en Ariège CetV annuaire témoigne de la richesse des productions bio ariégeoises. L’Agriculture Biologique progresse constamment depuis plusieurs années et occupe une place importante en Ariège puisqu’elle représente près de 20 % de la Surface Agricole du département. Ce guide est un outil simple et pratique pour resserrer les liens entre producteurs et consommateurs. Il a pour vocation de favoriser les circuits de proximité. L’accès à des produits bio locaux est ainsi facilité. Aujourd’hui, l’acte d’achat est porteur de sens et grâce à l’annuaire que vous tenez entre vos mains, se procurer des produits de qualité devient une occasion d’agir pour des relations entre producteurs et consommateurs plus justes et plus écologiques. Les femmes et les hommes qui travaillent sur ces fermes vous invitent à découvrir leurs productions, et à travers BIOS’FAIRE elles, les convictions qui les animent et qui les ont poussés à choisir ce mode de production biologique, exigeant 15 avenue d’Aulot et respectueux de son environnement. -
09. BORDES-SUR-ARIZE Monument Aux Morts
________________________________________________________________________________ 09. BORDES-SUR-ARIZE Monument aux morts de la guerre de 1914-191, de la guerre de 1939-1945 et de la guerre d’Indochine Patrick Roques, 2011 ________________________________________________________________________________ Étude Inscriptions Documents Sources Illustrations Étude Un premier monument aux morts est érigé depuis, probablement l’année 1916 dans l’église Saint- Jacques. Composé d’une plaque en marbre et de deux statues, celle de Jeanne d’Arc et Saint-Michel, ce monument est gravé des noms de ceux morts jusqu’en 1916, Paul Charles Vignolles, décédé le 6 septembre 1916 étant le dernier nom gravé. Pourtant, la liste gravée sur le monument aux morts et celle établie par les services de l’État dans le Livre d’Or communal comportent encore de nombreux noms de ceux morts en 1916, 1917 et 1918. L’abbé Guillaume Villeroux est à l’initiative de ce monument. Puis, le 11 juin 1922, le conseil municipal et son maire Auguste Pons désignent trois membres pour constituer le "comité de surveillance des travaux et l’emploi des fonds destinés à ces travaux". En effet, un © Région Midi-Pyrénées. Direction de la Culture et de l’Audiovisuel, service Connaissance du Patrimoine – 2011 1 devis estimatif et un projet ont été auparavant présentés à l’assemblé qui l’a approuvé. Le monument aux morts projeté par l’architecte Galey demeurant à Montesquieu-Volvestre doit être réalisé sur la place publique, face à la mairie. En pierre de Vilhonneur (Charentes), il doit recevoir deux plaques en marbre gravées d’inscriptions peintes en doré. Le projet présente un coût de 4 500 francs couvert par le budget additionnel de 1923 et, après l’avis favorable de la commission d’esthétique réunie à Foix, l’arrêté autorisant ce projet est signé le 18 octobre 1923 par le préfet de l’Ariège. -
Anticline and Adjacent Areas Grand County, Utah
Please do not destroy or throw away this publication. If you have no further use for it write to the Geological Survey at Washington and ask for a frank to return it UNITED STATES DEPARTMENT OF THE INTERIOR Harold L. Ickes, Secretary GEOLOGICAL, SURVEY W. C. Mendenhall, Director Bulletin 863 GEOLOGY OF THE SALT VALLEY ANTICLINE AND ADJACENT AREAS GRAND COUNTY, UTAH BY C. H. DANE UNITED STATES GOVERNMENT PRINTING OFFICE WASHINGTON : 1935 For sale by the Superintendent of Documents, Washington, D. C. - - Price $1.00 (Paper cover) CONTENTS Abstract.____________________________________________________ 1 .Introduction____________________________________________ 2 Purpose and scope of the work_____________________________ 2 Field work.____________________________________________________ 4 Acknowledgments....-___--____-___-_--_-______.__________ 5 Topography, drainage, and water supply. ______ 5 Climate_._.__..-.-_--_-______- _ ____ 11 Vegetation. ____________________________ 14 Fuel.._____________________________________ 15 Population, accessibility, routes of travel___--______..________ 15 Previous publications......--.-.-.---.-...__---_-__-___._______ 17 Stratigraphy __ ____.____-__-_---_--____---______--___________.__ 18 Pre-Cambrian complex___---_-_-_-_-_-_-_--__ __--______ 20 Carboniferous system..______--__--_____-_-_-_-_-___-___.______ 24 Pennsylvanian (?) series.__________________________________ 24 Unnamed conglomerate--_______-._____________________ 24 Pennsylvanian series..--____-_-_-_-_-_-______--___.________ 25 Paradox formation.____-_-___---__-_____-__-__-__..__. -
Evolution of the Guerrero Composite Terrane Along the Mexican Margin, from Extensional Fringing Arc to Contractional Continental Arc
Evolution of the Guerrero composite terrane along the Mexican margin, from extensional fringing arc to contractional continental arc Elena Centeno-García1,†, Cathy Busby2, Michael Busby2, and George Gehrels3 1Instituto de Geología, Universidad Nacional Autónoma de México, Avenida Universidad 3000, Ciudad Universitaria, México D.F. 04510, México 2Department of Geological Sciences, University of California, Santa Barbara, California 93106-9630, USA 3Department of Geosciences, University of Arizona, Tucson, Arizona 85721, USA ABSTRACT semblage shows a Callovian–Tithonian (ca. accreted to the edge of the continent during 163–145 Ma) peak in magmatism; extensional contractional or oblique contractional phases The western margin of Mexico is ideally unroofing began in this time frame and con- of subduction. This process can contribute sub- suited for testing two opposing models for tinued into through the next. (3) The Early stantially to the growth of a continent (Collins, the growth of continents along convergent Cretaceous extensional arc assemblage has 2002; Busby, 2004; Centeno-García et al., 2008; margins: accretion of exotic island arcs by two magmatic peaks: one in the Barremian– Collins, 2009). In some cases, renewed upper- the consumption of entire ocean basins ver- Aptian (ca. 129–123 Ma), and the other in the plate extension or oblique extension rifts or sus accretion of fringing terranes produced Albian (ca. 109 Ma). In some localities, rapid slivers these terranes off the continental margin by protracted extensional processes in the subsidence produced thick, mainly shallow- once more, in a kind of “accordion” tectonics upper plate of a single subduction zone. We marine volcano-sedimentary sections, while along the continental margin, referred to by present geologic and detrital zircon evidence at other localities, extensional unroofing of Collins (2002) as tectonic switching. -
The Pull Apart-Type Tardets-Mauléon Basin, a Key to Understand the Formation of the Pyrenees
Bull. Soc. géol. Fr. BSGF - Earth Sciences Bulletin 2017, 188, 35 © J. Canérot, Published byEDP Sciences 2017 DOI: 10.1051/bsgf/2017198 Available online at: www.bsgf.fr The pull apart-type Tardets-Mauléon Basin, a key to understand the formation of the Pyrenees Joseph Canérot* GET-OMP, Université Paul-Sabatier, 14 rue Ed. Belin, 31400 Toulouse, France Abstract – Contrary to recent conceptual models, we evidence that the Mauléon Basin does not only result from the Pyrenean tectonic inversion of an aborted Albian rift involving a N-S extreme crust thinning, with related detachment and mantle exhumation. It actually corresponds to an element of this rift system where E- W dominant regional sinistral strike slip faulting between its European and Iberian margins generated as early as the Latest Aptian (Clansayesian) an oblique pull apart-type basin: the Tardets-Sorholus Trough. Then, towards the Late to Latest Albian period, the active transverse, SW-NE oriented, Barlanès and Saison listric faults provided the main crustal thinning leading locally (Urdach) to mantle exhumation. Finally, at the beginning of the Late Cretaceous, the trough widened through transtension motion (N-S distension associated with E-W sinistral strike slip) leading to the creation of the Mauléon Basin. This geodynamic evolution gives to the Mauléon Basin its logical place between the western Bilbao Basin where oceanic crust developed through dominant N-S extension process and the central and eastern north Pyrenean basins where dominant E-W left lateral strike slip then transpressive motion preclude mantle denudation. From the Late to Latest Cretaceous, the inverted motion turning to generalized regional transpression led to the closure of the trough, then, by gradual uplift from east to west, to the formation of the Pyrenean range.