Common Fieldstone Fossils of Saskatchewan
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Bedrock Geology of Altenburg Quadrangle, Jackson County
BEDROCK GEOLOGY OF ALTENBURG QUADRANGLE Institute of Natural Resource Sustainability William W. Shilts, Executive Director JACKSON COUNTY, ILLINOIS AND PERRY COUNTY, MISSOURI STATEMAP Altenburg-BG ILLINOIS STATE GEOLOGICAL SURVEY E. Donald McKay III, Interim Director Mary J. Seid, Joseph A. Devera, Allen L. Weedman, and Dewey H. Amos 2009 360 GEOLOGIC UNITS ) ) ) 14 Qal Alluvial deposits ) 13 18 Quaternary Pleistocene and Holocene 17 360 ) 15 360 16 14 0 36 ) 13 Qf Fan deposits ) Unconformity Qal ) & 350 tl Lower Tradewater Formation Atokan ) ) Pennsylvanian 360 ) &cv Caseyville Formation Morrowan 24 360 ) Unconformity ) 17 Upper Elviran undivided, Meu ) Waltersburg to top of Degonia 19 20 Qal 21 22 23 ) 24 ) Mv Vienna Limestone 360 o ) 3 Mts ) 350 Mts Tar Springs Sandstone ) 20 360 ) Mgd 360 30 ) Mgd Glen Dean Limestone ) 21 350 360 Mts 29 ) Qal Hardinsburg Sandstone and J N Mhg Chesterian ) Golconda Formations h Æ Qal Mav anc 28 27 Br ) N oJ 26 25 JN 85 N ) Cypress Sandstone through J Mcpc Dsl 500 Paint Creek Formation JN N ) J o Mts N 5 J s ) Dgt 600 J N 70 J N Mgd Yankeetown Formation s ) Myr Db 80 28 Æ and Renault Sandstone N J 29 N J N ) Sb J Mgd Mississippian o Dgt Ssc 25 Clines o N 25 Msg 27 ) Qal J 80 s 3 Mav Aux Vases Sandstone N J N Mts o MILL J MISSISSIPPI 34 ) Qal J N ) N J Dsl 35 N 26 J o N 25 J Mgd Mgd ) Msg Ste. Genevieve Limestone 500 o Db DITCH J 20 Mgd N N N ) J J o RIVER o N 600 J 80 N ) 10 o J Mav Æ Msl St. -
Manitoba Tyndall Stone – Geocaching Activity a Cache by Junglehair Hidden : 5/10/2007 Difficulty
Manitoba Tyndall Stone – Geocaching Activity A cache by junglehair Hidden : 5/10/2007 Difficulty: Terrain: N 49° 53.303 W 097° 08.079 UTM: 14U E 633989 N 5527889 In Manitoba, Canada Geocache Description: This is an EarthCache located in Downtown Winnipeg. It is wheelchair accessible. All fossils can be found on the exterior of the buildings no more than 2 meters above ground. NOTE: The accuracy on your GPS will be low in these areas due to the obstruction of the buildings. Be prepared to search a wider area than usual. Tyndall Stone is used as an ornamental building stone in many cities in Canada and the United States. It is a light brown, fossil bearing limestone that has darker coloured branching streaks called trace fossils. While there are many limestones used as building stone in North America, Tyndall Stone is unique. The colour, beauty and strength of Tyndall Stone has allowed for its use in a variety of ways and architectural styles. Impressive buildings containing Tyndall Stone include the Parliament Buildings in Ottawa, the Canadian Museum of Civilization in Gatineau, the Provincial Legislature in Manitoba, the Rimrock Hotel in Banff, and the Empress Hotel in Victoria. Tyndall Stone is quarried at Garson, Manitoba, about 40 km northeast of Winnipeg. It was first discovered in the area around 1894, when a farmer came upon the mottled limestone while digging a well. The first large quarry was opened by William Garson in 1898. Gillis Quarries Limited began quarrying there in 1915, and the fourth generation of this family-owned business is still at it today. -
Paleozoic Rocks Antelope Valley Eureka and Nye Counties Nevada
:It k 'I! ' Paleozoic Rocks Antelope Valley Eureka and Nye Counties Nevada GEOLOGICAL SURVEY PROFESSIONAL PAPER 423 Paleozoic Rocks of Antelope Valley Eureka and Nye Counties Nevada By CHARLES W. MERRIAM GEOLOGICAL SURVEY PROFESSIONAL PAPER 423 P,rinciples of stratigraphy applied in descriptive study of the Central Great Basin Paleozoic column UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON : 1963 UNITED STATES DEPARTMENT OF THE INTERIOR STEWART L. UDALL, Secretary GEOLOGICAL SURVEY Thomas B. Nolan, Director For sale by the Superintendent of Documents, U.S. Government Printing Office Washington 25, D.C. CONTENTS Page Page Silurian system ____________________________________ _ Abstract------------------------------------------- 1 36 Introduction. _____________________________________ _ 2 General features-------------------------------- 36 Geologic setting ______________ ------ ___ --------- 2 Roberts Mountains formation ___________________ _ 37 History of investigation ________________________ _ 5 Lone Mountain dolomite ______ ---_-------------- 39 Purpose and scope _____________ -- ______ ------ --- 6 Devonian system ______________ ---- __ - _- ___ - _------- 41 Acknowledgments ______________________________ _ 6 General features _____________ - ___________ -_----- 41 Geologic structure as related to stratigraphy __________ _ 6 Western Helderberg age limestones of the Monitor Paleontologic studies ______ ..:. _______ ~ ________________ _ 9 · Range ______ - _.- ___ --------------------------- 42 The Paleozoic column at Antelope Valley -
Tyndall Stone®
® Tyndall Stone Thin Veneer Responding to an overwhelming demand from our clientele, Gillis Quarries Ltd. is very proud to announce the first three products of our new Thin Veneer program for both exterior and interior applications. Continue to REDISCOVER the history and beauty of Tyndall Stone in its new thin format. Cut stone made much simpler. • No shop drawings. • No lead times. • Always in stock. Introducing our first three “universal donors”: 190 190 mm high x 500 mm long x 20 mm deep 4.4 sq.ft. per box 90 90 mm high x 500 mm long x 20 mm deep 4.4 sq.ft. per box SILL 50 mm high x 500 mm long x 70 mm deep 6.5 lineal feet per box Available in Grey colour, Sawn finish. For use as a field material or to accent any other adhered masonry veneer. Limited only by your imagination. Easily cut into headers, quoins, keystones... For pricing inquiries please contact: 2895 Wenzel Street | Winnipeg, Manitoba, Canada R2E 1H4 p. 204.222.2242 | f. 204.222.7849 | www.gillisquarries.com NOTES TO INSTALLERS 1 GENERAL 5.2 Exterior Application: 1.1 Thin Tyndall Limestone is an ornamental veneer and trim, .1 Do not install over rigid insulation exceeding 13mm in and is not a loadbearing or waterproofing product. thickness. .2 Terminate stone panel wall base using weep screed, 1.2 Do not use as a fire-resistive wall assembly. drip screed, casing bead, foundation screed or starter 1.3 In the field of the wall, at terminations, and at penetrations strip required. -
The Impact of Deep-Tier Burrow Systems in Sediment Mixing and Ecosystem Engineering in Early Cambrian Carbonate Settings
www.nature.com/scientificreports OPEN The impact of deep-tier burrow systems in sediment mixing and ecosystem engineering in early Received: 17 November 2016 Accepted: 02 March 2017 Cambrian carbonate settings Published: 04 April 2017 Li-Jun Zhang1, Yong-An Qi1, Luis A. Buatois2, M. Gabriela Mángano2, Yao Meng1 & Da Li1 Bioturbation plays a substantial role in sediment oxygen concentration, chemical cycling, regeneration of nutrients, microbial activity, and the rate of organic matter decomposition in modern oceans. In addition, bioturbators are ecosystem engineers which promote the presence of some organisms, while precluding others. However, the impact of bioturbation in deep time remains controversial and limited sediment mixing has been indicated for early Paleozoic seas. Our understanding of the actual impact of bioturbation early in the Phanerozoic has been hampered by the lack of detailed analysis of the functional significance of specific burrow architectures. Integration of ichnologic and sedimentologic evidence from North China shows that deep-tier Thalassinoides mazes occur in lower Cambrian nearshore carbonate sediments, leading to intense disruption of the primary fabric. Comparison with modern studies suggest that some of the effects of this style of Cambrian bioturbation may have included promotion of nitrogen and ammonium fluxes across the sediment-water interface, average deepening of the redox discontinuity surface, expansion of aerobic bacteria, and increase in the rate of organic matter decomposition and the regeneration of nutrients. Our study suggests that early Cambrian sediment mixing in carbonate settings may have been more significant than assumed in previous models. Bioturbation, involving both particle and solute transport within burrows, into the surrounding sediment and across the sediment-water interface, is one of the most important factors in affecting oxygen concentration in the sediment, chemical cycling, regeneration of nutrients, microbial activity and the rate of organic matter decom- position in modern oceans1–3. -
100 FACTS for 100 YEARS: the Manitoba Legislative Building 1
100 FACTS FOR 100 Years: The Manitoba Legislative Building THE LEGISLATIVE ASSEMBLÉE LÉGISLATIVE ASSEMBLY OF MANITOBA DU MANITOBA 100 FACTS FOR 100 YEARS: The Manitoba Legislative Building 1 BACKGROUND The Manitoba Legislative Building 1 Between 1871 and 1873 the Assembly met in the first Legislative Building, a log structure on McDermot Avenue purchased from A.G.B. Bannatyne and refurbished to house the Assembly. When a fire destroyed the building, the Assembly sat temporarily in the court house and then later the old Law Courts Building. 2 From 1884 until 1919, the second Legislative Building, at the corner of Kennedy and Broadway, housed the Assembly. On July 15, 1920, Manitoba officially opened our current Legislative Building. This is the third legislative building to house the Assembly since Manitoba became a province in 1870. Manitoba’s Legislative Building accommodates the Legislative Assembly as well as offices for the Premier, the Lieutenant Governor, PRE-CONSTRUCTION and the ministers and deputy ministers of Government departments. In honour 3 By 1909, with a booming economy and population that had grown of the 100th anniversary of the opening of seven fold since 1881, many felt that the province needed a larger and more impressive building. The 1911 Department of Public Works this building, this booklet contains 100 facts annual report said “The congested state of all the Departments in about the history, construction, and use of the Legislative Buildings renders necessary the erection of more commodious buildings at the earliest possible date.” FACTS the Manitoba Legislative Building. 4 The provincial architect initially suggested putting two new wings on the second Legislative Building at a cost of $400,000, but those plans were Edited and researched by the staff at the Legislative later abandoned. -
Geology Final.Indb
Paleontology of the Neoproterozoic Uinta Mountain Group Robin M. Nagy* and Susannah M. Porter* ABSTRACT Sedimentary rocks of the Uinta Mountain Group (northeastern Utah) preserve fossils deposited in a marine setting during middle Neoproterozoic time. Although well preserved, species diversity is much lower than many other midddle Neoproterozoic siliciclastic deposits. Microfossil assemblages are mostly limited to Leiosphaeridia sp., Bavlinella faveolata, and fi laments. Diverse ornamented acritarchs, vase- shaped microfossils, and the macroscopic compression fossil Chuaria circularis, also occur, but are much more rare. Although the Uinta Mountain Group does not preserve as wide a range of facies as other middle Neoproterozoic units – the unit is carbonate-free – it is unlikely that preservation alone can account for its relatively limited fossil diversity. Rather, the Uinta Mountain Group likely records deposition in an environment that was inimical to most eukaryotes. INTRODUCTION own (see table 2). We find that although the UMG is fossiliferous throughout its stratigraphic and The Uinta Mountain Group (UMG) is one geographic range, (appendix A) fossil assemblages of several western North American successions are, for the most part, taxonomically depauperate, that provide a glimpse of middle Neoproterozoic limited to just one or a few morphologically simple life (Link and others, 1993). Other successions species. This probably reflects, at least in part, the from this region have yielded important insight limited range of taphonomic windows preserved into this critical interval, including the earliest in the UMG, but also suggests that much of the evidence for eukaryotic biomineralization UMG was deposited in an environment inimical to (Horodyski and Mankiewicz, 1990; Porter and high species diversity. -
A Rock Walk Through Downtown Edmonton
A Rock Walk Through Downtown Edmonton A rock walk is a stroll along the sidewalks of downtown Edmonton and the opportunity to see the amazing suite of minerals and rocks on display in the building stone and rock materials of the city structures. The information for this rock walk was assembled through a comparison with similar rocks in hand, from other geologists and masons, from referenced publications and, in a very few cases, from the analysis of actual pieces of the building stone. The following are some of the buildings and sites that you see as you do a rock walk through downtown Edmonton. The next time you are standing on the corner waiting for the lights to change, have a look at the building near you. Very attractive, polished pink granite, trade name Rosa Sardo, is used for the fountains and benches in Canada Place (building number 1). The granite is composed of light grey quartz, large pink or flesh-coloured feldspars, white plagioclase feldspar and black mafic minerals. Fired granite is used on the walkways and the floor. The same fired granite is used on the outside sidewalk. Map of downtown Edmonton (not to scale) outlining some of the buildings on the rock walk. 2 • EUB/AGS Rock Walk 2004 The former Imperial Bank of Canada (number 2 on the map) first opened its doors at this site in 1891. In 1950, the building was demolished to build a larger structure. However, due to a shortage of structural steel, construction was delayed until 1952. You may note the relief panels, which show trains and planes, the metal spandrels with the bank’s logo, as well as the quoins and A view of the south pilasters stylized as bands of rectangles. -
Tayside, Central and Fife Tayside, Central and Fife
Detail of the Lower Devonian jawless, armoured fish Cephalaspis from Balruddery Den. © Perth Museum & Art Gallery, Perth & Kinross Council Review of Fossil Collections in Scotland Tayside, Central and Fife Tayside, Central and Fife Stirling Smith Art Gallery and Museum Perth Museum and Art Gallery (Culture Perth and Kinross) The McManus: Dundee’s Art Gallery and Museum (Leisure and Culture Dundee) Broughty Castle (Leisure and Culture Dundee) D’Arcy Thompson Zoology Museum and University Herbarium (University of Dundee Museum Collections) Montrose Museum (Angus Alive) Museums of the University of St Andrews Fife Collections Centre (Fife Cultural Trust) St Andrews Museum (Fife Cultural Trust) Kirkcaldy Galleries (Fife Cultural Trust) Falkirk Collections Centre (Falkirk Community Trust) 1 Stirling Smith Art Gallery and Museum Collection type: Independent Accreditation: 2016 Dumbarton Road, Stirling, FK8 2KR Contact: [email protected] Location of collections The Smith Art Gallery and Museum, formerly known as the Smith Institute, was established at the bequest of artist Thomas Stuart Smith (1815-1869) on land supplied by the Burgh of Stirling. The Institute opened in 1874. Fossils are housed onsite in one of several storerooms. Size of collections 700 fossils. Onsite records The CMS has recently been updated to Adlib (Axiel Collection); all fossils have a basic entry with additional details on MDA cards. Collection highlights 1. Fossils linked to Robert Kidston (1852-1924). 2. Silurian graptolite fossils linked to Professor Henry Alleyne Nicholson (1844-1899). 3. Dura Den fossils linked to Reverend John Anderson (1796-1864). Published information Traquair, R.H. (1900). XXXII.—Report on Fossil Fishes collected by the Geological Survey of Scotland in the Silurian Rocks of the South of Scotland. -
Wissenschaftliche Originale in Den Sammlungen BGR/LBEG, Hannover Und BGR, Berlin
Wissenschaftliche Originale in den Sammlungen BGR/LBEG, Hannover und BGR, Berlin Schriftenverzeichnis V. DANIELS, C.H., HEINKE, A., HEUNISCH, C., LINDERT, W. & WIESE, T. Papierversion: 93 Seiten; Archiv-Nr. BGR/LBEG 0117040 Berichtsdatum: 03. 03. 1998 Diese Version wurde aktualisiert am: 06. 01. 2020 durch T. Wiese Wissenschaftliche Originale in den Sammlungen BGR/LBEG, Hannover und BGR, Berlin Schriftenverzeichnis V. DANIELS, C. H., HEINKE, A., HEUNISCH, C., LINDERT, W. & WIESE, T. „Unter Original wird im folgenden jedes Stück verstanden, das in der Literatur abgebildet ist.“ (P. DIENST 1928) Wissenschaftliche Originale gehören zu den wertvollsten Stücken jeder Sammlung. Ein erheblicher Anteil der Nutzeranfragen gilt ihnen. Die Orginale-Sammlungen der Bundesanstalt für Geowissenschaften und Rohstoffe (BGR) in Hannover und Berlin sowie des Landesamtes für Bergbau, Energie und Geologie (LBEG), Hannover, sind zwar zum heutigen Zeitpunkt weitestgehend erfaßt - davon auch große Teile DV- mäßig - und damit gut recherchierbar, es fehlte jedoch bisher eine aktuelle Literaturübersicht für die interessierte Fachwelt. Mit dem vorliegenden Schriftenverzeichnis wird diese Lücke geschlossen. Die Originale-Sammlungen in Hannover und Berlin sind nicht nur räumlich getrennt, auch ihr historischer Hintergrund, ihre Quellen und die Art der Katalogisierung sind verschieden. Geschichtliches Im Jahr 1873 wurde in Berlin die Königlich-Preußische Geologische Landesanstalt gegründet, die 1939 in der Reichsstelle für Bodenforschung (ab 1941 Reichsamt für Bodenforschung) aufging. Nach Gründung der Bundesrepublik Deutschland wurden die Bundesaufgaben zunächst dem Amt für Bodenforschung in Hannover übertragen. 1958 wurde die Bundesanstalt für Bodenforschung (ab 1975 Bundesanstalt für Geowissenschaften und Rohstoffe, BGR) aus dem Bestand des Amtes für Bodenforschung errichtet. Die BGR arbeitet auf der Grundlage eines Verwaltungsabkommens eng mit dem Landesamtes für Bergbau, Energie und Geologie (LBEG) zusammen. -
An Analysis of Fossil Identification Guides to Improve Data Reporting in Citizen Science Programs
Palaeontologia Electronica palaeo-electronica.org An analysis of fossil identification guides to improve data reporting in citizen science programs Dava K. Butler, Donald A. Esker, Kristopher L. Juntunen, and Daniel R. Lawver ABSTRACT An increasing number of organizations use untrained volunteers to gather scien- tific data. This citizen science movement builds enthusiasm for science by engaging the public, as well as providing a way to gather large amounts of data at little or no expense. The challenge of citizen science is obtaining accurate information from par- ticipants. Many citizen science programs encourage participants to use visual identification guides to ensure they provide correct data. Identifying an image style that increases correct identifications helps not only the citizen science movement but also scientific instruction in general. This study tests three image-based identification guides for iden- tifying late Hemphillian (5–4.5 m.y.a.) fossils from Polk County, Florida. Each guide has identical layout and text, differing only in image style: color photos, grayscale photos, or illustrations. Untrained participants each use one guide to identify fossils. Geology and paleontology professionals also identify fossils for comparison. Comparing results reveals that color photographic images produce results most similar to data from pro- fessionals. In addition, participants provide data on their years of education, previous experi- ence finding fossils, and enthusiasm about finding fossils. Analysis of this information reveals that participants with higher education and/or previous experience finding fos- sils produce data most similar to that from professionals. Paradoxically, participants with higher enthusiasm produce data less similar to that from professionals, while mod- erate interest levels correlated with greater similarity. -
Paleozoic Lithostratigraphic Nomenclature for Minnesota
MINNESOTA GEOLOGICAL SURVEY PRISCILLA C. GREW, Director PALEOZOIC LITHOSTRATIGRAPHIC NOMENCLATURE FOR MINNESOTA John H. Mossier Report of Investigations 36 ISSN 0076-9177 UNIVERSITY OF MINNESOTA Saint Paul - 1987 PALEOZOIC LITHOSTRATIGRAPHIC NOMENCLATURE FOR MINNESOTA CONTENTS Abstract. Structural and sedimentological framework • Cambrian System • 2 Mt. Simon Sandstone. 2 Eau Claire Formation • 6 Galesville Sandstone • 8 Ironton Sandstone. 9 Franconia Formation. 9 St. Lawrence Formation. 11 Jordan Standstone. 12 Ordovician System. 13 Prairie du Chien Group. 14 Oneota Dolomite. 14 Shakopee Formation. 15 St. Peter Sandstone. 17 Glenwood Formation. 17 Platteville Formation. 18 Decorah Shale. 19 Galena Group • 22 Cummings ville Formation. 22 Prosser Limestone. 23 Stewartville Formation • 24 Dubuque Formation. 24 Maquoketa Formation. 25 Devonian System • 25 Spillville Formation • 26 Wapsipinicon Formation 26 Cedar Valley Formation • 26 Northwestern Minnesota. 28 Winnipeg Formation • 28 Red River Formation. 29 Acknowledgments • 30 References cited. 30 Appendix--Principal gamma logs used to construct the composite gamma log illustrated on Plate 1. 36 ILLUSTRATIONS Plate 1 • Paleozoic lithostratigraphic nomenclature for Minnesota • .in pocket Figure 1. Paleogeographic maps of southeastern Minnesota • 3 2. Map showing locations of outcrops, type sections, and cores, southeastern t1innesota • 4 3. Upper Cambrian stratigraphic nomenclature 7 iii Figure 4. Lower Ordovician stratigraphic nomenclature • • • • 14 5. Upper Ordovician stratigraphic nomenclature 20 6. Middle Devonian stratigraphic nomenclature. • • . • • 27 7. Map showing locations of cores and cuttings in northwestern Minnesota • • • • • • • • • • • • • • • • • • 29 TABLE Table 1. Representative cores in Upper Cambrian formations •••••• 5 The University of Minnesota is committed to the policy that all persons shall have equal access to its programs, facilities, and employment without regard to race, religion, color, sex, national orgin, handicap, age, veteran status, or sexual orientation.