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Biennial Review 1969/70 Bedford Institute Dartmouth, Nova Scotia Ocean Science Reviews 1969/70 A
(This page Blank in the original) ii Bedford Institute. ii Biennial Review 1969/70 Bedford Institute Dartmouth, Nova Scotia Ocean Science Reviews 1969/70 A Atlantic Oceanographic Laboratory Marine Sciences Branch Department of Energy, Mines and Resources’ B Marine Ecology Laboratory Fisheries Research Board of Canada C *As of June 11, 1971, Department of Environment (see forward), iii (This page Blank in the original) iv Foreword This Biennial Review continues our established practice of issuing a single document to report upon the work of the Bedford Institute as a whole. A new feature introduced in this edition is a section containing four essays: The HUDSON 70 Expedition by C.R. Mann Earth Sciences Studies in Arctic Marine Waters, 1970 by B.R. Pelletier Analysis of Marine Ecosystems by K.H. Mann Operation Oil by C.S. Mason and Wm. L. Ford They serve as an overview of the focal interests of the past two years in contrast to the body of the Review, which is basically a series of individual progress reports. The search for petroleum on the continental shelves of Eastern Canada and Arctic intensified considerably with several drilling rigs and many geophysical exploration teams in the field. To provide a regional depository for the mandatory core samples required from all drilling, the first stage of a core storage and archival laboratory was completed in 1970. This new addition to the Institute is operated by the Resource Administration Division of the Department of Energy, Mines & Resources. In a related move the Geological Survey of Canada undertook to establish at the Institute a new team whose primary function will be the stratigraphic mapping of the continental shelf. -
2015-2016 National Scar Committee Standing Scien
MEMBER COUNTRY: USA NATIONAL REPORT TO SCAR FOR YEAR: 2015-2016 Activity Contact Name Address Email Web Site NATIONAL SCAR COMMITTEE Senior Program Officer, Staff to Delegation U.S. Polar Research Board The National National Academy of Academies Polar Laurie Geller [email protected] http://dels.nas.edu/prb/ Sciences Research Board 500 Fifth Street NW (K-649) Washington DC 20001 SCAR DELEGATES School of Earth Sciences Ohio State University 1 Delegate/ President, Terry Wilson 275 Mendenhall Lab [email protected] Executive Committee 125 S Oval Mall Columbus, OH 43210 Departments of Biology and Environmental Science HR 347 2 Alternate Delegate Deneb Karentz University of San Francisco [email protected] 2130 Fulton Street San Francisco, CA 94117- 1080 STANDING SCIENTIFIC GROUPS GEOSCIENCES Director Byrd Polar Research 1 Chief Officer of Laboratory W Berry Lyons [email protected] Geosciences SSG The Ohio State University 1090 Carmack Road Columbus, OH 43210-1002 1 Activity Contact Name Address Email Web Site Associate Professor of Geological Sciences University of Alabama 2 Samantha Hansen [email protected] 2031 Bevill Bldg. Tuscaloosa, AL 35487 Department of Geosciences Earth and Environmental Systems Institute Prof Sridhar 3 Pennsylvania State [email protected] Anandakrishnan University 442 Deike Building University Park, PA 16802 PHYSICAL SCIENCES Cooperative Institute for Research in Environmental Sciences 1 Dr John Cassano University of Colorado at [email protected] Boulder 216 UCB Boulder, CO 80309 The Glaciers Group 4th Floor -
Xviith CENTURY
1596. — Bear Island (Beeren Eylandt — Björnöja) is discovered by Barentz who killed a white bear there. Visited in 1603 by Stephen Bennett who called it Cherk IsL after his employer Sir F. Cherie, of the Russian Company. Scoresby visited it in 1822. It was surveyed in 1898 by A. G. Nathorst’s Swedish Arctic expedition. N 1596. — On June 17, W. Barentz and the Dutch, expedition in search of a N.-E. passage, sights West Spitzbergen. He called Groeten Inwick what is now Ice fjord (Hudson’s Great indraught in 1607) a name which was given to it by Poole in 1610. Barentz thought that Spitzbergen was part of Greenland. Barentz also discovered Prince Charles Foreland which he took to be an island and which was called Black point Isle by Poole in 1610. It was in 1612 that English Whalers named it after Prince Charles, son of James VI of Scotland, who became Charles I later. In 1607-1610, following the reports made by Hudson, of the Muscovy Company, a whaling industry was established in Spitzbergen. The scientific exploration of Spitz bergen has been going on ever since 1773, which was the year of Captain Phipps’s British expedition in which Horatio Nelson, took part. Explored by Sir Martin 丨Cònway.in 1896. By the Prince of Monaco and Doctor W. S. Bruce in 1906. By the Scottish Spitzbergen Syndicate of Edinburgh in 1920 and by the Universities of Oxford and Cambridge. 1598. ~• The Dutch admiral Jacob Cornel is van Necq, commanding the “ Mauritius” takes possession of Mauritius and pursues his voyage of Dutch colonisation to the Moluccas (Amboina) then to Te mate in 1601 with the “ Amsterdam ” and “ Utrecht ”,whilst the Hispano-Portuguese had settled at Tidor. -
Founding Friends 12 from Pacific to George Fox 14 a Time for Growth 20
The magazine of George Fox University | Winter 2016 Founding Friends 12 From Pacific to George Fox 14 A Time for Growth 20 EDITOR Jeremy Lloyd ART DIRECTOR Darryl Brown COPY EDITOR Sean Patterson PHOTOGRAPHER Joel Bock CONTRIBUTORS Ralph Beebe Melissa Binder Kimberly Felton Tashawna Gordon Barry Hubbell Richard McNeal Arthur Roberts Brett Tallman George Fox Journal is published two times a year by George Fox University, 414 N. Meridian St., Newberg, OR, 97132. Postmaster: Send address changes to Journal, George Fox University, 414 N. Meridian St. #6069, Newberg, OR 97132. PRESIDENT Robin Baker EXECUTIVE VICE PRESIDENT, ENROLLMENT AND MARKETING Robert Westervelt DIRECTOR OF MARKETING COMMUNICATIONS Rob Felton This issue of the George Fox Journal is printed on 30 per- cent post-consumer recycled paper that is certified by the Forest Stewardship Council to be from well-managed forests and recycled wood and fiber. Follow us: georgefox.edu/social-media George Fox Journal Winter 2016 Book Review: My Calling to Ministry 17 4 Bruin Notes The Harmony Tree 8 By Tashawna Gordon 28 Annual Report to Donors OUR VISION By Richard McNeal 36 Alumni Connections To be the Christian Minthorn Hall Then and Now 18 university of choice CELEBRATING 125 YEARS 10 A New Era: Record 50 Donor Spotlight known for empowering students to achieve It All Began in 1891 12 Enrollment 20 exceptional life outcomes. By Ralph Beebe By Melissa Binder OUR VALUES From Pacific to George Fox 14 Blueprint for Success: By Arthur Roberts p Students First Music and Engineering 24 p Christ in Everything It’s About the People 15 By Brett Tallman p Innovation to Improve Outcomes By Peggy Fowler Into the Fire: Blazing a Path Before Be Known 16 for Female Firefighters 26 By Kimberly Felton COVER PHOTO By Barry Hubbell From the archives: Wood-Mar Hall under construction in 1911. -
Diffuse Spectral Reflectance-Derived Pliocene and Pleistocene Periodicity from Weddell Sea, Antarctica Sediment Cores
Wesleyan University The Honors College Diffuse Spectral Reflectance-derived Pliocene and Pleistocene Periodicity from Weddell Sea, Antarctica Sediment Cores by Tavo Tomás True-Alcalá Class of 2015 A thesis submitted to the faculty of Wesleyan University in partial fulfillment of the requirements for the Degree of Bachelor of Arts with Departmental Honors in Earth and Environmental Sciences Middletown, Connecticut April, 2015 Table of Contents List of Figures------------------------------------------------------------------------------IV Abstract----------------------------------------------------------------------------------------V Acknowledgements-----------------------------------------------------------------------VI 1. Introduction------------------------------------------------------------------------------1 1.1. Project Context-------------------------------------------------------------------------1 1.2. Antarctic Glacial History-------------------------------------------------------------5 1.3. Pliocene--------------------------------------------------------------------------------11 1.4. Pleistocene-----------------------------------------------------------------------------13 1.5. Weddell Sea---------------------------------------------------------------------------14 1.6. Site & Cores---------------------------------------------------------------------------19 1.7. Project Goals-------------------------------------------------------------------------22 2. Methodology----------------------------------------------------------------------------23 -
Circulation of Surface Waters in Parts of the Canadian Arctic Archipelago Based on Foraminiferal Evidence'
Circulation of Surface Waters in Parts of the Canadian Arctic Archipelago Based on Foraminiferal Evidence' G. VILKS2 ABSTRACT. Planktonic foraminifera are present both in bottom sediments and surface waters on theshelf area averaging 400 metres in depth to the west of a line between Cape MClure and Cape Meecham, but in M'Clure Strait proper to the east of this line in the surface waters only. The evidence is used to suggest a slow net eastward movement of water from the ocean through MClure Strait in the past with increased ratesat the present time. RÉSUMÉ. La circulation des eaux de surface dans certaines parties de l'archipel arctique canadien, d'après l'étude des foraminifères. Dans la zone du plateau, d'une profondeur moyenne de 400 mètres, à l'Ouestd'une ligne tirée entre le cap de MClure et le cap de Meecham, les foraminifères planctoniques sont présents B la fois dans les sédiments du fond et dans les eaux de surface; mais à l'Est de cette ligne, dans le détroit de M'Clure proprement dit, on ne les trouve que dans les eaux de surface. Cet indice suggère, pour lepassé, un mouvement net des eaux de l'océan vers l'Est, B travers le détroit de MClure, avec des taux accrus dans le présent. PE3IOME. HccJzeaoeanue yupxymyuu noeepxmcmnt.blz eo8 e nexomopux paüonax xamacxoeo apxmuuemosoapxuneaaea na ocnoee uayuenu~@opwunu@ep. @OpaMHHHi$epbI IIJI&HKTOHH9eCKOFO ~OHCXOXAeHHR06HapyXeHbI KaK BAOHHbIX OTJIOXeHHSUI, TaK M B IIOBepXHOCTHbIX BOAaX B paftOHe IIIeJIbcba Harny6me B CpeAHeM 400 M K sanagy OT JIHHHEI, IIpOXOAsIQei8 MMAyMbICOM Madhmp E MbICOM MmaM. -
The Canterbury Association
The Canterbury Association (1848-1852): A Study of Its Members’ Connections By the Reverend Michael Blain Note: This is a revised edition prepared during 2019, of material included in the book published in 2000 by the archives committee of the Anglican diocese of Christchurch to mark the 150th anniversary of the Canterbury settlement. In 1850 the first Canterbury Association ships sailed into the new settlement of Lyttelton, New Zealand. From that fulcrum year I have examined the lives of the eighty-four members of the Canterbury Association. Backwards into their origins, and forwards in their subsequent careers. I looked for connections. The story of the Association’s plans and the settlement of colonial Canterbury has been told often enough. (For instance, see A History of Canterbury volume 1, pp135-233, edited James Hight and CR Straubel.) Names and titles of many of these men still feature in the Canterbury landscape as mountains, lakes, and rivers. But who were the people? What brought these eighty-four together between the initial meeting on 27 March 1848 and the close of their operations in September 1852? What were the connections between them? In November 1847 Edward Gibbon Wakefield had convinced an idealistic young Irishman John Robert Godley that in partnership they could put together the best of all emigration plans. Wakefield’s experience, and Godley’s contacts brought together an association to promote a special colony in New Zealand, an English society free of industrial slums and revolutionary spirit, an ideal English society sustained by an ideal church of England. Each member of these eighty-four members has his biographical entry. -
Abbott, Judge , of Salem, N. J., 461 Abeel Family, N. Y., 461
INDEX Abbott, Judge , of Salem, N. J., 461 Alexandria, Va., 392 Abeel family, N. Y., 461 Alleghany County: and Pennsylvania Abercrombie, Charlotte and Sophia, 368 Canal, 189, 199 (n. 87) ; and Whiskey Abercrombie, James, 368 Rebellion, 330, 344 Abington Meeting, 118 Alleghany River, proposals to connect by Abolition movement, 119, 313, 314, 352, water with Susquehanna River and Lake 359; contemporary attitude toward, Erie, 176-177, 180, 181, 190, 191, 202 145; in Philadelphia, 140, 141; meeting Allen, James, papers, 120 in Boston (1841), 153. See also under Allen, Margaret Hamilton (Mrs. Wil- Slavery liam), portrait attributed to James Clay- Academy of Natural Sciences, library, 126 poole, 441 (n. 12) Accokeek Lands, 209 Allen, William, 441 (n. 12) ; papers, 120, Adams, Henry, History of the United 431; petition to, by William Moore, States . , 138-139 and refusal, 119 Adams, John: feud with Pickering, 503; Allen, William Henry, letters, 271 on conditions in Pennsylvania, 292, 293, Allhouse, Henry, 203 (n. 100) 300, 302; on natural rights, 22 Allinson, Samuel, 156, 157 Adams, John Quincy: position on invasion Allinson, William, 156, 157 of Florida, 397; President of U. S., 382, Almanacs, 465, 477, 480, 481-482 408, 409, 505, 506; presidential candi- Ambrister, Robert, 397-398 date, 407, 502-503, 506 American Baptist Historical Society, 126 Adams, John Stokes, Autobiographical American Catholic Historical Society of Sketch by John Marshall edited by, re- Philadelphia, 126 viewed, 414-415 American Historical Association: Little- Adams and Loring, 210 ton-Griswold committee, publication of Adams County, 226; cemetery inscriptions, Bucks Co. court records, 268; meeting, 273 address by T. -
2020-2021 Science Planning Summaries
Project Indexes Find information about projects approved for the 2020-2021 USAP field season using the available indexes. Project Web Sites Find more information about 2020-2021 USAP projects by viewing project web sites. More Information Additional information pertaining to the 2020-2021 Field Season. Home Page Station Schedules Air Operations Staffed Field Camps Event Numbering System 2020-2021 USAP Field Season Project Indexes Project Indexes Find information about projects approved for the 2020-2021 USAP field season using the USAP Program Indexes available indexes. Astrophysics and Geospace Sciences Dr. Robert Moore, Program Director Project Web Sites Organisms and Ecosystems Dr. Karla Heidelberg, Program Director Find more information about 2020-2021 USAP projects by Earth Sciences viewing project web sites. Dr. Michael Jackson, Program Director Glaciology Dr. Paul Cutler, Program Director More Information Ocean and Atmospheric Sciences Additional information pertaining Dr. Peter Milne, Program Director to the 2020-2021 Field Season. Integrated System Science Home Page TBD Station Schedules Antarctic Instrumentation & Research Facilities Air Operations Dr. Michael Jackson, Program Director Staffed Field Camps Education and Outreach Event Numbering System Ms. Elizabeth Rom; Program Director USAP Station and Vessel Indexes Amundsen-Scott South Pole Station McMurdo Station Palmer Station RVIB Nathaniel B. Palmer ARSV Laurence M. Gould Special Projects Principal Investigator Index Deploying Team Members Index Institution Index Event Number Index Technical Event Index Other Science Events Project Web Sites 2020-2021 USAP Field Season Project Indexes Project Indexes Find information about projects approved for the 2020-2021 USAP field season using the Project Web Sites available indexes. Principal Investigator/Link Event No. -
Temperature, Salinity, Currents and Water Levels NOD 5
ARCTIC DATA COMPILATION AND APPRAISAL VOLUME 6 Queen Elizabeth Islands: Physical Oceanography'" Temperature, Salinity, Currents and Water Levels 1 1 D.B. Fissel , L. Cuypers1, D.O. Lemon1, J.R. Birch , A.B. Cornford2, R.A. Lake2, B~D. Smiley2, R.W. Macdonald2 and R.H. Herlinveaux2 1 Arctic Sciences Ltd. Sidney, B.C., V8L 3S1 and 21 nstitute of Ocean Sciences Department of Fisheries and Oceans Sidney, B.C., V8L 4B2 1983 CANADIAN DATA REPORT OF HYDROGRAPHY AND OCEAN SCIENCES NOD 5 .\. -, .: .,. .. Canadian Data Report Of Hydrography and Ocean Sciences These reports provide a medium for the documentation and dissemination of data in a form directly useable by the scientific and engineering communities. Generally, the reports will contain raw and/or analyzed data but will not con tain interpretations of the data. Such compilations will commonly have been pre pared in support of work related to the programs and interests of the Ocean Science and Surveys (OSS) sector of the Department of Fisheries and Oceans. Data Reports are produced regionally but are numbered and indexed nation ally. Requests for individual reports will be fulfilled by the issuing establishment listed on the front cover and title page. Out of stock reports will be supplied for a fee by commercial agents. Regional and headquarters establishments of Ocean Science and Surveys ceased publication of their various report series as of December 1981. A complete listing of these publications and the last number issued under each title are pub lished in the Canadian Journal of Fisheries and Aquatic Sciences, Volume 38: Index to Publications 1981. -
Barry Lawrence Ruderman Antique Maps Inc
Barry Lawrence Ruderman Antique Maps Inc. 7407 La Jolla Boulevard www.raremaps.com (858) 551-8500 La Jolla, CA 92037 [email protected] Nova Totius Terrarum Orbis Geographica Ac Hydrographica Tabula Stock#: 62423 Map Maker: Tavernier Date: 1643 Place: Paris Color: Hand Colored Condition: VG Size: 20.5 x 15 inches Price: SOLD Description: Rare Early Seventeenth-Century French World Map with California as an island Fine example of Melchior Tavernier's second map of the world, published in Paris in 1643. The double hemisphere map is split into eastern and western halves, with the Americas to the left and Africa, Asia, and Europe to the right. The title runs along the top, while several cartouches (including a blank one near Antarctica) adorn the map. Between each of the two larger hemispheres are smaller circles containing the starscape of the northern and southern hemispheres. Large banners unfurl from the celestial hemispheres; these display coordinate tables in French and German miles. In the four corners are animal representation of the four elements. Air is shown with large birds flying in the clouds. Fire is a flaming salamander, which calls on an association of the lizards with fire resistance that stretches back to Aristotle and Pliny. Water is a voracious sperm whale surrounded by its prey of fish (and, possibly, ships). Earth shows a landscape filled with animals, including an elephant, lion, horse, and deer. The geography of the hemispheres is no less interesting than these animal allegories. Japan appears slightly squat, yet is a more precise depiction than many other contemporary maps. -
Shipping in the Canadian Arctic Other Possible Climate Change Scenarios
Shipping in the Canadian Arctic Other Possible Climate Change Scenarios K.J. Wilson1, J. Falkingham1, H. Melling2 and R. De Abreu1 1. Canadian Ice Service 2. Fisheries and Oceans, Meteorological Service of Canada Institute of Ocean Sciences Ottawa, Canada Victoria, Canada [email protected] Abstract— In this paper, we will review the results of projected results for the adjusted minimum ice extent in several studies of significance to the question of future September shows five quite different scenarios with the shipping conditions the Canada’s Northwest Passage. As will Canadian model showing the disappearance of summer ice by be shown, these studies raise significant questions around the 2070 and the National Center for Atmospheric Research estimation of the impacts of predicted lighter ice seasons from (NCAR) model ice extent remaining constant [1]. Global Climate Models and introduce further plausible scenarios that should be considered as well when planning The projected decline of sea ice extent and concentrations adaptation strategies for marine transportation in the Canadian by GCM’s has raised many questions about the potential of the Arctic. Northwest Passage (NWP) becoming a viable shipping route. An increase of shipping traffic through the NWP combined Keywords-Sea-ice; Shipping; Northwest Passage; Climate with the ability to finally access and exploit large natural-gas Change reserves within the Canadian Arctic [2] has the potential to cause significant impacts on the Arctic environment and its people. I. INTRODUCTION The five Global Climate Models (GCM’s) adjusted to The NWP is a potential shipping route between Europe and current ice conditions compared in the Arctic Climate Impact Asia that is 9000 km shorter than the Panama Canal route and Assessment (ACIA) project a slight decline in the winter 17,000 km shorter than the Cape Horn route [3].