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Lithic Technology, Human Evolution, and the Emergence of Culture
Evolutionary Anthropology 109 ARTICLES On Stony Ground: Lithic Technology, Human Evolution, and the Emergence of Culture ROBERT FOLEY AND MARTA MIRAZO´ N LAHR Culture is the central concept of anthropology. Its centrality comes from the fact human evolution different and what it that all branches of the discipline use it, that it is in a way a shorthand for what is that it is necessary to explain. It is at makes humans unique, and therefore defines anthropology as a separate disci- once part of our biology and the thing pline. In recent years the major contributions to an evolutionary approach to that sets the limits on biological ap- culture have come either from primatologists mapping the range of behaviors, proaches and explanations. Just to among chimpanzees in particular, that can be referred to as cultural or “proto- add further confusion to the subject, it cultural”1,2 or from evolutionary theorists who have developed models to account is also that which is universally shared for the pattern and process of human cultural diversification and its impact on by all humans and, at the same time, human adaptation.3–5 the word used to demarcate differ- ences between human societies and groups. As if this were not enough for Theoretically and empirically, pa- that paleoanthropology can play in any hard-worked concept, it is both a leoanthropology has played a less the development of the science of cul- trait itself and also a process. When prominent role, but remains central to tural evolution. In particular, we want treated as a trait, culture can be con- the problem of the evolution of cul- to consider the way in which informa- sidered to be the trait or the means by ture. -
Inspector Candidate Qualifications
Inspector Candidate Qualifications Before you submit your questionnaire, please review the following information regarding our qualifications. You must first be approved (meet our qualifications) before you are invited to our Certification Training. Inspection Experience: You must have solely conducted the minimum of at least 250 number of commercial and/or residential inspections in which you were required to independently document the finding in a written report and to assess the physical condition of building and building systems including the roof, foundation, exterior walls, interior walls, electrical systems, mechanical systems, and all inspectable items associated with a multifamily commercial building. (This does not include termite inspections, appraisals, and site visits from property owners, managers, or real estate brokers.) * PLEASE NOTE THAT UNIT INSPECTIONS ARE NOT CONSIDERED AS A PROPERTY INSPECTION. Computer Skills: You must be able to perform the following: Emails: Send and receive messages Send an attached document with an e-mail Receive and open an attached document Access e-mails on a computer other than your primary computer Internet: Access a web site Search using a search engine tool Submit information to a web site successfully Download files and save them to a specific location on the computer Using Windows: Navigate in different folders Open and use multiple software applications at a time Create, copy, move, rename, and delete files and folders Install new software Use a computer to conduct inspections Technical Knowledge and/or General Knowledge in Residential and/or Commercial Building Trades The below list of major building trades used in commercial and residential construction, indicates those in which you must have technical knowledge or general knowledge. -
Excavation of a Chimpanzee Stone Tool Site in the African Rainforest Julio Mercader Et Al
R EPORTS References and Notes (VR) to M.J.W. The Greenland Home Rule Govern- support, and comments. ment generously provided permission to conduct 1. S. J. Mojzsis et al., Nature 384, 55 (1996). Supporting Online Material studies and collect samples from protected out- 2. A. P. Nutman, S. J. Mojzsis, C. R. L. Friend, Geochim. www.sciencemag.org/cgi/content/full/296/ crops on Akilia. We also thank S. Moorbath, V. L. Cosmochim. Acta. 61, 2475 (1997). 5572/1448/DC1 Pease, L. L. S¿rensen, G. M. Young, B. S. Kamber, M. 3. S. J. Mojzsis, T. M. Harrison, Geol. Soc. Am. Today 10, table S1 1 (2000). Rosing, J. M. Hanchar, J. M. Bailey, R. Tracy, J. F. 4. C. F. Chyba, Geochim. Cosmochim. Acta. 57, 3351 Lewis, and G. Goodfriend for helpful discussions, 29 January 2002; accepted 8 April 2002 (1993). 5. K. A. Maher, D. J. Stevenson, Nature 331, 612 (1988). 6. A. P. Nutman et al., Precambrian Res. 78, 1 (1996). 7. M. J. Whitehouse, B. S. Kamber, S. Moorbath, Chem. Excavation of a Chimpanzee Geol. 160, 201 (1999). 8. B. S. Kamber, S. Moorbath, Chem. Geol. 150,19 (1998). Stone Tool Site in the African 9. M. J. Whitehouse, B. S. Kamber, S. Moorbath, Chem. Geol. 175, 201 (2001). 10. V. R. McGregor, B. Mason, Am. Mineral. 62, 887 Rainforest (1977). 1 1 2 11. W. L. Griffin, V. R. McGregor, A. Nutman, P. N. Taylor, Julio Mercader, * Melissa Panger, Christophe Boesch D. Bridgwater, Earth Planet. Sci. Lett. 50,59 (1980). 12. J. S. -
Prehistoric Lithic Technology} Workshops} and Chipping Stations in the Philippines
Prehistoric Lithic Technology} Workshops} and Chipping Stations in the Philippines D. KYLE LATINIS THE PHILIPPINE ISLANDS represent an important area for research of problems concerning prehistoric archaeology in Southeast Asia. These insular areas, located east of the biogeographic boundary known as Huxley's line, include a variety of tropical environments. These islands remained detached from the continental portion of Southeast Asia throughout the Pleistocene and Holocene. Archaeolog ical research has documented human occupation and adaptation from at least the Late Pleistocene and Early Holocene within these islands. Unfortunately, relatively little intensive prehistoric archaeological research has been undertaken in the Philippines compared to some areas in mainland South east Asia, Oceania, and Australia. Warren Peterson's dissertation (1974) focused on a series of sites in northern Luzon and represents one of the foundation stud ies in the Philippines for modern archaeology. Peterson's work has often been cited and his conclusions used for the development of models concerning prehis tory in the Philippines and Southeast Asia. Peterson's research was conducted during a period when behavioral reconstruc tions from site assemblage analyses were prominent in archaeological research. Specifically, Peterson attempted behavioral reconstruction from the analysis of stone tools from the Busibus/Pintu site in northern Luzon, Philippines. A reanal ysis of the entire Busibus/Pintu lithic assemblage has revealed problems with Peterson's initial analysis and interpretation of this site-problems that will be addressed in this paper. Lithic technology, stone tool manufacture, and selection and reduction strategies will also be explored. Finally, new interpretations of the nature of the lithic assemblage and site activities at Busibus/Pintu rock shelter will be provided. -
Winter 216-17
the Revealer QUARTERLY JOURNAL OF THE ÉIRE PHILATELIC ASSOCIATION VOL. 66 NO. 4 GEIMHREADH WHOLE NUMBER 285 WINTER 2016-17 ISSN 0484-6125 IN THIS ISSUE 2 President’s Message 4 Northern Ireland Through Stamps 13 Se Watermark Postage Due Varieties 16 Library Donation 16 An Post 2017 Stamp Programme 19 An Post’s 9th Definitive Series 20 More on the 1981 James Hoban Stamp Happy New Year! Affiliate No. 21—The American Philatelic Society • Affiliate—Federations of Philatelic Societies of Ireland Page 2 THE REVEALER Winter 2016-17 THE REVEALER www.eirephilatelicassoc.org ISSN 0484-6125 PRESIDENT’S MESSAGE By Richard Kelly I hope everyone had an enjoyable holiday season and blessed Christmas. Best Wishes for a Healthy and Pros- Address and e-mail changes to: perous New Year. The philatelic season has restarted and Barney Clancy, P.O. Box 3036, Seminole FL activity will start. A good place to look is our quarterly 33775-3036, [email protected]. auctions. STAFF Editor: LIAM MALONE In our last issue we introduced our new packaging format PO Box 73037 Washington, DC 20056 and asked for feedback. Based on that feedback we have [email protected] made some minor changes to this issue. Again, we appre- ciate any feedback you have. Advertising Manager: RICHARD KELLY P.O. Box 627, Naperville, IL, USA 60566-0627 Ireland is in the news with the introduction of Dog license [email protected] stamps noted in the October 24, 2016 issue of Linn's. In OFFICERS addition our secretary, John Sharkey reports that Decem- President: RICHARD KELLY address above ber 23, 2016 issue of Coin World has an article on a 1866 Vice President, North America: William A. -
Micro Flint-Knapping by Craig Libuse
Micro Flint-Knapping by Craig Libuse Scaling traditional techniques to extremely small sizes Dan White (pictured) has been able to create his own form of art, based on what was one of the first forms of art—flint-knapping (shaping stone by breaking off chips). He calls it "micro-knapping". Prehistoric cultures learned early on that flint could be chipped to create sharp edges for knives, arrow and spear tips. The ability to make quality points was critical, as it meant the difference between eating and going hungry. Shape and size varied widely based on use and culture, but the technique has changed very little in thousands of years. Old points are popular among collectors, and some modern craftsmen have taken to duplicating the ancient techniques, but Dan has taken it to the extreme small end of the size scale. Over the last few years Dan has made over 100 miniature stone arrowheads. He uses a stereo microscope to reproduce the stone-age technology of flint-knapping in miniature. After months of experimenting, headaches, and stabbing himself in the fingers, he has been able to develop a technique where he can make miniature stone arrowheads the size of a grain of rice that have all the same proportions and flaking as the full-size originals. Each miniature takes between 1 and 2 hours to complete. Tools of a new micro-trade His tool kit consists of a thick rubber pad, a fine grinding stone, various size small nails/pins for use as pressure flakers and Scotch tape. (He must wrap his finger 4 or 5 times with tape to prevent the smaller nails from stabbing him while flaking). -
Ain Difla Rockshelter (Jordan) and the Evolution of Levantine Mousterian Technology
Eurasian Prehistory, 5 (1): 47- 83. QUANTIFYING DIACHRONIC VARIABILITY: THE 'AIN DIFLA ROCKSHELTER (JORDAN) AND THE EVOLUTION OF LEVANTINE MOUSTERIAN TECHNOLOGY Mentor Mustafa' and Geoffrey A. Clark2 1 Department ofAnthropology, Boston University, 232 Bay State Road, Boston, MA 02215; [email protected] 2 Department ofAnthropology, Arizona State University, Tempe, Arizona; 85287-2402; [email protected] Abstract Typological, technological, and metrical analyses of a lithic assemblage from the 'Ain Difla rockshelter in west central Jordan are consistent with the results of previous studies that align 'Ain Difla with the Tabun D-type Levantine Mousterian. Technological and typological affinities are discernible from a direct comparison of tools from this assem blage with those found in Tabun layer D, as well as metrical and categorical comparisons between 'Ain Ditla and other well-known Tabun D Mousterian sites. The 'Ain Difla sample is dominated by elongated Levallois points. Blanks were obtained from both uni- and bipolar convergent and predominantly Levallois cores that show evidence of bidirectional flaking. The typological and technological comparisons reported here suggest that the evolution of the blade-rich Mouste rian can be viewed as a continuum between the early (Tabun) and late (Boker Tachtit) Mousterian; that (on any index) 'Ain Difla falls somewhere around the middle of this continuum, and that Mousterian laminar technologies develop more or less continually into the early Upper Paleolithic Ahmarian. INTRODUCTION rich technologies -
Irish Landscape Names
Irish Landscape Names Preface to 2010 edition Stradbally on its own denotes a parish and village); there is usually no equivalent word in the Irish form, such as sliabh or cnoc; and the Ordnance The following document is extracted from the database used to prepare the list Survey forms have not gained currency locally or amongst hill-walkers. The of peaks included on the „Summits‟ section and other sections at second group of exceptions concerns hills for which there was substantial www.mountainviews.ie The document comprises the name data and key evidence from alternative authoritative sources for a name other than the one geographical data for each peak listed on the website as of May 2010, with shown on OS maps, e.g. Croaghonagh / Cruach Eoghanach in Co. Donegal, some minor changes and omissions. The geographical data on the website is marked on the Discovery map as Barnesmore, or Slievetrue in Co. Antrim, more comprehensive. marked on the Discoverer map as Carn Hill. In some of these cases, the evidence for overriding the map forms comes from other Ordnance Survey The data was collated over a number of years by a team of volunteer sources, such as the Ordnance Survey Memoirs. It should be emphasised that contributors to the website. The list in use started with the 2000ft list of Rev. these exceptions represent only a very small percentage of the names listed Vandeleur (1950s), the 600m list based on this by Joss Lynam (1970s) and the and that the forms used by the Placenames Branch and/or OSI/OSNI are 400 and 500m lists of Michael Dewey and Myrddyn Phillips. -
These Large Cores (Termed "Macrocores" by P. Tolstoy, N.D
V. NOTES ON LARGE OBSIDIAN BLADE CORES AND CORE-BLADE TECHNOLOGY IN MESOAMERICA Thomas Roy Hester In this paper four very large obsidian polyhedral blade cores from archaeological sites in Mesoamerica are described. The small depleted (ex- hausted) obsidian blade cores abundant at most Mesoamerican sites have been discussed at length in the regional literature (Kidder, Jennings and Shook 1946; Coe 1959; Epstein 1964; MaqNeish, Nelken-Terner and Johnson 1967; Hester, Jack and Heizer 1971; Hester, Heizer and Jack 1971). These worn-out specimens represent the terminal phase of a blade production process which began with the removal of blades from much larger, roughly-shaped cores. These large cores (termed "macrocores" by P. Tolstoy, n.d.) have received little attention, although they, too, are a potential source of information on core-blade technologies in Mesoamerica. It is these cores which repre- sent the initial activities in blade manufacture, activities about which little of substance has been published. The macrocores are discussed in the following pages; one is from southeastern Mexico, and the others are from sites in Guatemala. The Papalhuapa Specimen This large core (Fig. 1,A) collected from the obsidian workshops near the site of Papalhuapa, Guatemala, has been previously described by Graham and Heizer (1968:104). However, a more detailed account of the core attributes seems warranted. Dimensions of this specimen are given in Table 2. The Papalhuapa core is pyramidal in shape. The striking platform is a broad flat surface, created by the splitting of a larger obsidian nodule (concentric force rings are evident on the platform surface). -
Deciphering the Behavioural Heritage of Knapped Flakes Robert Patten
Deciphering the behavioural heritage of knapped flakes Robert Patten Stone Dagger Publications. 10803 W. Connecticut Ave., Lakewood, CO, USA. Email: [email protected] Abstract: The major dimensions of a flake are shown to accurately capture how a knapper's actions manage the impact dynamics responsible for flake formation. When weight and density are also known, those same dimensions convey essential information about the volumetric geometry of a flake, including basic flake shapes typically valued for tools or to control core morphology. Combining the complementary modes of information allows the culturally imbedded heritage of a removed flake to be sufficiently represented that lithic analysts can reliably evaluate the mechanisms of flake formation without needing to be skilled flintknappers themselves. Presuming that habits of making flakes are culturally determined, it should be feasible to distinguish signature traits between lithic traditions. Keywords: flake morphology; knapping behaviour; impact dynamics; fracture mechanics 1. Introduction Flakes are the residue from one of humanities earliest technological advances and certainly its most persistent; in fact, the vast majority of archaeological evidence consists of flakes. Archaeologists routinely associate flakes and their scars with knapped tools presumed to be responsible for their creation but, unfortunately, there is no universal guide for interpreting the information available from flakes. Identifying for certain how a stone tool was made is complicated by the equifinality problem, referring to the difficulty in discerning the distinction between separate means of achieving the same result. There are three basic modes of archaeological flake manufacture: direct percussion, indirect percussion, and pressure. Each mode can be accomplished by myriad knapping tools and their capabilities are known to overlap considerably. -
When Metal Met Stone Searching for Traces of Metal Tool Utilization During the Production of Late Neolithic Nordic Flint Daggers
When Metal met Stone Searching for traces of metal tool utilization during the production of Late Neolithic Nordic Flint Daggers Gregory H. Strand Tanner Master’s Thesis in Archaeological Science Archaeological Research Laboratory Department of Archaeology and Classical Studies Stockholm University 2015 Supervisors: Kerstin Lidén Lena Holmquist 1 Abstract: This paper deals with the Late Neolithic Nordic Flint Daggers excavated from the gallery grave at Utbogården, Västergötland County, Sweden. Studies were undertaken in order to gain more understanding regarding the production processes and types of tools utilized during production/reduction, which can be assigned to certain specific, well preserved examples of these daggers. The results of these studies, in turn, will be able to shed light on the processes involved in producing Late Neolithic daggers in general, regardless of their individual states of preservation. This will be attempted by means of experimental flint knapping, comparative microscopic analysis, and chemical analysis. Acknowledgements: A special thanks is due to four individuals, for their aid in making this paper possible. In particular: Jackie Taffinder of the Swedish History Museum, for friendly advice, and making the Utbogården daggers freely available for non-destructive analysis, Kerstin Lidén and Lena Holmquist of Stockholm University for their supervision and support, and Sven Isaksson, also of Stockholm University for aid in the chemical analysis. Cover Image: SHM 5386: the daggers from Utbogården. (Photo by -
Stones and Bones
STONES AND BONES Prehistoric Tools from Montana’s Past Contents seCtion i Introduction to the Footlocker 4 The Anzick Site 7 Prehistoric Tools from Montana’s Past: Inventory 9 Footlocker Use: Some Advice for Instructors 11 Footlocker Evaluation Form 12 seCtion ii Ancient Tool Making in Montana: Historical Overview for Teachers 14 and Discussion of Footlocker Artifacts Amazing Montanans Dr. Thomas Foor 20 Karma Cochran 23 Ann M. Johnson 26 Troy Helmick 29 seCtion iii Teachers’ Tips for Lesson Plans 32 Lesson 1 Narrative: What Is Archaeology? 33 Vocabulary 35 Arch Activity: The Mystery of the Missing Pages 37 Lesson 2 Narrative: What Is Ancient Stone Technology? 39 Narrative: What Non-stone Materials Were Used for Ancient Technology? 42 Vocabulary 44 Arch Activity: Tool Time 47 Lesson 3 Narrative: What Technology Did Ancient People Use to Harvest 57 and Process Plants? Vocabulary 59 Arch Activity: Making Pemmican 60 Lesson 4 Narrative: What Animals Did Ancient People Eat, and 61 How Did They Hunt Their Prey? Vocabulary 64 Arch Activity: Stone Tool Measuring 65 Montana Historical Society: Stones and Bones User Guide / 2 / Lesson 5 Narrative: What Plants Did Ancient People Use? 70 Vocabulary 74 Arch Activity: Surviving the Wilds 75 Lesson 6 Narrative: Why Do We Preserve and Protect Archaeological Sites? 76 Vocabulary 78 Arch Activity: The Importance of the Past 79 PowerPoint and Script What They Left Behind: Types of Archaeological Sites in Montana 80 PowerPoint Script 82 Vocabulary 85 seCtion iV Glossary 86 Bibliography 87 seCtion V Primary Sources and How to Use Them 88 Montana Historical Society Educational Footlockers 95 Cover image: Petroglyph from Ellison Rock, MHS Mus 1988.14.10 Montana Historical Society: Stones and Bones User Guide / 3 / introduCtion to the FootloCker he Stones and Bones footlocker hunt.