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1954 Surname
Surname Given Age Date Page Maiden Note Aaby Burt Leonard 55 1-Jun 18 Acevez Maximiliano 54 26-Nov A-4 Adam John 74 21-Sep 4 Adams Agnes 66 22-Oct 40 Adams George 71 7-Sep 8 Adams Maude (Byrd) 69 23-May A-4 Adams Max A. 63 5-May 10 Adams Michael 3 mons 18-Feb 32 Adams Thomas 80 14-Jun 4 Adkins Dr. Thomas D. 64 15-Jan 4 Adley Matthew B. 60 8-Sep 13 Adzima Michael, Sr. 17-Nov A-4 Alexanter Sadie 70 24-Aug 18 Allan Susan Ann 8 mons 28-Nov A-7 Allen Charles M. 75 7-Apr 2 Allen Clara Jane 84 24-May 17 Allen George W. 78 11-Apr 4 Allen Luther S. 59 28-Nov A-7 Altgilbers Pauline M. 43 11-Nov D-4 Ambos Susan 88 3-Jan 4 Amodeo Phillip 65 24-Aug 18 Anderson Andrew 60 5-Mar 31 Anderson Anna Marie 69 7-Jun 17 Anderson Christina 95 16-Nov 4 Anderson Cynthia Rae 1 day 5-Oct 10 Anderson William 58 3-Dec A-11 Anderson William R. (Bob) 58 5-Dec A-4 Andree Ernest W. 80 25-Jan 16 Andrews Josephine 2-Nov 4 Andring Nicholas 66 20-May 28 Antanavic Tekla 68 5-May 10 Arbuckle May 59 22-Jun 4 Arendell Lula 77 4-Jul A-4 Armstrong Margaret 65 14-Jun 4 Arnold Flora L. 8-Oct 4 Arnold Paul Sigwalt 61 18-Jul A-4 Asafaylo Glenn 6 6-Jan 1 Asby Henry 60 24-Oct A-4 Asztalos Moses 58 11-Feb 28 Augustian Weuzel, Sr. -
The Honorable Lamar Smith Chair, House Committee on Science, Space, and Technology United States House of Representatives
The Honorable Lamar Smith Chair, House Committee on Science, Space, and Technology United States House of Representatives 2318 Rayburn House Office Building Washington, D.C. 20515 September 13, 2016 Dear Chairman Smith: As scientists committed to principles of scientific freedom, we write to urge you to cease your investigation of private civil society organizations that are working to hold ExxonMobil accountable for misrepresenting the work of the company's own climate change scientists. Your actions risk disrupting the ability of private citizens and organizations to blow the whistle on the politicization of science. Further, while you claim an interest in guarding against "a chilling effect" on scientists, you are inappropriately interfering in investigations that will determine whether ExxonMobil created such a chilling effect by suppressing its own scientists' findings. ExxonMobil scientists have long been involved in climate research. In fact, evidence recently emerged that ExxonMobil scientists warned the company about climate change risks as early as the 1970s. As a result, a number of state attorneys general are investigating whether ExxonMobil committed fraud by downplaying the work of its on scientists on the risks posed to the company by climate change to their shareholders and the public. Several private civil society organizations have provided information to guide the attorneys general investigations. In response, you have repeatedly demanded access to their correspondence, claiming an interest in "ensuring that all scientists...have the freedom to pursue any and all legitimate avenues of inquiry." Yet by shining a light on ExxonMobil's disregard for the work of its own scientists, this freedom is precisely what these organizations are striving to protect. -
Atmospheric Composition Change: Ecosystems–Atmosphere Interactions
Atmospheric Environment 43 (2009) 5193–5267 Contents lists available at ScienceDirect Atmospheric Environment journal homepage: www.elsevier.com/locate/atmosenv Review Atmospheric composition change: Ecosystems–Atmosphere interactions D. Fowler a,*, K. Pilegaard b, M.A. Sutton a, P. Ambus b, M. Raivonen c, J. Duyzer d, D. Simpson e,f, H. Fagerli f, S. Fuzzi g, J.K. Schjoerring h, C. Granier i,j,k, A. Neftel l, I.S.A. Isaksen m,n,P.Lajo,p, M. Maione q, P.S. Monks r, J. Burkhardt s, U. Daemmgen t, J. Neirynck u, E. Personne v, R. Wichink-Kruit w, K. Butterbach-Bahl x, C. Flechard y, J.P. Tuovinen z, M. Coyle a, G. Gerosa aa, B. Loubet v, N. Altimir c, L. Gruenhage ab, C. Ammann l, S. Cieslik ac, E. Paoletti ad, T.N. Mikkelsen b, H. Ro-Poulsen ae, P. Cellier v, J.N. Cape a, L. Horva´th af, F. Loreto ag,U¨ . Niinemets ah, P.I. Palmer ai, J. Rinne aj, P. Misztal a, E. Nemitz a, D. Nilsson ak, S. Pryor al, M.W. Gallagher am, T. Vesala aj, U. Skiba a, N. Bru¨ ggemann x, S. Zechmeister-Boltenstern an, J. Williams ao, C. O’Dowd ap, M.C. Facchini g, G. de Leeuw aq, A. Flossman o, N. Chaumerliac o, J.W. Erisman ar a Centre for Ecology and Hydrology, EH26 0QB Penicuik Midlothian, UK b Risø National Laboratory, Technical University of Denmark, 4000 Roskilde, Denmark c Department of Forest Ecology, University of Helsinki, 00014 Helsinki, Finland d TNO Institute of Environmental Sciences, 3584 CB Utrecht, The Netherlands e Department Radio and Space Science, Chalmers University of Technology, 41296 Gothenburg, Sweden f Norwegian Meteorological Institute, 0313 Oslo, Norway g Istituto di Scienze dell’Atmosfera e del Clima – CNR, 40129 Bologna, Italy h Royal and Veterinary and Agricultural University, 1870 Frederiksberg C, Denmark i UPMC Univ. -
Trash to Treasure: Extracting Cosmological Utility from Sparsely Observed Type Ia Supernovae by Benjamin Ernest Stahl a Disserta
Trash to Treasure: Extracting Cosmological Utility from Sparsely Observed Type Ia Supernovae by Benjamin Ernest Stahl A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Physics in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Alexei V. Filippenko, Co-chair Associate Professor Daniel Kasen, Co-chair Professor Saul Perlmutter Professor UroˇsSeljak Spring 2021 Trash to Treasure: Extracting Cosmological Utility from Sparsely Observed Type Ia Supernovae Copyright 2021 by Benjamin Ernest Stahl 1 Abstract Trash to Treasure: Extracting Cosmological Utility from Sparsely Observed Type Ia Supernovae by Benjamin Ernest Stahl Doctor of Philosophy in Physics University of California, Berkeley Professor Alexei V. Filippenko, Co-chair Associate Professor Daniel Kasen, Co-chair Type Ia supernovae (SNe Ia) are magnificent explosions in the Cosmos that are thought to result from the thermonuclear runaway of white dwarf stars in multistar systems (see, e.g., Jha et al. 2019, for a recent review). Though the exact details of the progenitor system(s) and explosion mechanism(s) remain elusive, SNe Ia have proven themselves to be immensely valuable in shaping our understanding of the physical laws that govern the evolution of the Universe (i.e., physical cosmology). This value is manifested chiefly in two empirical facts: (i) SNe Ia are incredibly luminous (reaching the equivalent of several billion Suns), and (ii) the relatively similar peak luminosities that all \normal" SNe Ia reach can be further homogenized by exploiting a correlation with the rate of photometric evolution (e.g., Phillips 1993). Together, these facts make SNe Ia excellent extragalactic distance indicators, and their use as such led to the discovery of the accelerating expansion of the Universe (Riess et al. -
Arizona State University Commencement and Convocation Program
TE TA UN S E ST TH AT I F E V A O O E L F A DITAT DEUS N A E R R S I O Z T S O A N Z E I A R I T G R Y A 1912 1885 ARIZONA STATE UNIVERSITY COMMENCEMENT AND CONVOCATION PROGRAM Spring 2014 May 12 - 16, 2014 THE NATIONAL ANTHEM THE STAR SPANGLED BANNER O say can you see, by the dawn’s early light, What so proudly we hailed at the twilight’s last gleaming? Whose broad stripes and bright stars through the perilous fight O’er the ramparts we watched, were so gallantly streaming? And the rockets’ red glare, the bombs bursting in air Gave proof through the night that our flag was still there. O say does that Star-Spangled Banner yet wave O’er the land of the free and the home of the brave? ALMA MATER ARIZONA STATE UNIVERSITY Where the bold saguaros Raise their arms on high, Praying strength for brave tomorrows From the western sky; Where eternal mountains Kneel at sunset’s gate, Here we hail thee, Alma Mater, Arizona State. —Hopkins-Dresskell MAROON AND GOLD Fight, Devils down the field Fight with your might and don’t ever yield Long may our colors outshine all others Echo from the buttes, Give em’ hell Devils! Cheer, cheer for A-S-U! Fight for the old Maroon For it’s Hail! Hail! The gang’s all here And it’s onward to victory! Students whose names appear in this program are candidates for the degrees listed, which will be conferred subject to completion of requirements. -
Fina World Masters Top 10 - Long Course Meters 2018
FINA WORLD MASTERS TOP 10 - LONG COURSE METERS 2018 ****************************** 1:07.46 VIVIANA VISCARDI ITA 2:28.34 ROSA BRUZZANO ITA 9:57.15 CLAUDIA STICH GER WOMEN 25-29 1:07.56 LEHESTA KEMP RSA 2:29.15 IVANA BORTONE ITA 9:57.27 F.ANTONINI ITA ****************************** 1:07.62 VALENTINA LUCCONI ITA 2:29.84 INGE ARTS NED 9:57.52 M.HENDRIKSEN NED 50 M. FREE 1:08.84 SHIMAZOE SAKI JPN 2:34.49 CARLEIGH KUTAC USA 1500 M. FREE 26.09 DARYA NADZHAFOVA UKR 1:09.01 D.DE SCISCIOLO ITA 200 M. I.M. 18:38.70 KRISTINA KIRCHNER GER 26.25 JENNIFER THATER GER 1:09.05 A.BARTNIKOWSKA POL 2:24.42 EMI MORONUKI USA 18:42.67 SARA HOLMAN USA 26.50 EMI MORONUKI USA 1:09.53 MABEL SULIC NED 2:25.36 SHEENA CAMERON SUI 18:44.00 MARTINA BENETTON ITA 26.57 ZARA WILLIAMS GBR 1:09.67 KAHO TAURA JPN 2:26.75 HANNAH FREIWALD GER 18:51.00 MAIKE GROSCH GER 27.00 LEHESTA KEMP RSA 1:09.83 LEONIE VAN NOORT NED 2:27.35 I.GRZEGORCZYK POL 19:01.76 VIKTORIA FELFOLDI HUN 27.03 SASKIA DE KLERK SUI 200 M. BACK 2:28.14 INGE ARTS NED 19:08.55 L.HEIDE-ANDEWEG NED 27.08 SHIHO MATSUDA JPN 2:13.19 EMI MORONUKI USA 2:28.57 MAGDALENA DRAB POL 19:28.82 HAYLEY DAVIS GBR 27.09 AYUMI TOCHIHARA JPN 2:23.12 LEONIE VAN NOORT NED 2:29.02 JULIA DAMMANN GER 19:44.43 MARY HOLMAN USA 27.24 BENTE HELLER GER 2:25.69 VALENTINA LUCCONI ITA 2:30.06 VALENTINA PANUNZI ITA 19:44.95 VALERIA MARMO ITA 27.27 LISIANE DESTRO BRA 2:27.92 KAROLIN TAUBE GER 2:31.07 M.LONGOBARDI ITA 19:46.07 IRA UUSOKSA FIN 100 M. -
Downloaded (In Order of Preference) from the Archives of Pan-STARRS (PS1; Chambers and Pan-STARRS Team 2018), the Sloan Digital Sky Survey (SDSS; Alam Et Al
UC Berkeley UC Berkeley Electronic Theses and Dissertations Title Trash to Treasure: Extracting Cosmological Utility from Sparsely Observed Type Ia Supernovae Permalink https://escholarship.org/uc/item/1x43m35p Author Stahl, Benjamin Ernest Publication Date 2021 Peer reviewed|Thesis/dissertation eScholarship.org Powered by the California Digital Library University of California Trash to Treasure: Extracting Cosmological Utility from Sparsely Observed Type Ia Supernovae by Benjamin Ernest Stahl A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Physics in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Alexei V. Filippenko, Co-chair Associate Professor Daniel Kasen, Co-chair Professor Saul Perlmutter Professor UroˇsSeljak Spring 2021 Trash to Treasure: Extracting Cosmological Utility from Sparsely Observed Type Ia Supernovae Copyright 2021 by Benjamin Ernest Stahl 1 Abstract Trash to Treasure: Extracting Cosmological Utility from Sparsely Observed Type Ia Supernovae by Benjamin Ernest Stahl Doctor of Philosophy in Physics University of California, Berkeley Professor Alexei V. Filippenko, Co-chair Associate Professor Daniel Kasen, Co-chair Type Ia supernovae (SNe Ia) are magnificent explosions in the Cosmos that are thought to result from the thermonuclear runaway of white dwarf stars in multistar systems (see, e.g., Jha et al. 2019, for a recent review). Though the exact details of the progenitor system(s) and explosion mechanism(s) remain elusive, SNe Ia have proven themselves to be immensely valuable in shaping our understanding of the physical laws that govern the evolution of the Universe (i.e., physical cosmology). This value is manifested chiefly in two empirical facts: (i) SNe Ia are incredibly luminous (reaching the equivalent of several billion Suns), and (ii) the relatively similar peak luminosities that all \normal" SNe Ia reach can be further homogenized by exploiting a correlation with the rate of photometric evolution (e.g., Phillips 1993). -
Scientists' Statement on the Clean Air
February 2011 Scientists’ Statement on the Clean Air Act Dear Congress, We, the undersigned, urge you to support the Environmental Protection Agency’s (EPA’s) authority under the Clean Air Act to take action that will protect public health and address global warming. On April 2, 2007, the Supreme Court ruled that global warming emissions are air pollutants covered by the Clean Air Act (CAA). 1 Subsequently, the EPA performed an exhaustive review of the relevant scientific research and determined that global warming emissions endanger public health and welfare and therefore must be regulated under the CAA. Because the EPA’s finding is based on solid science, any effort to prevent or delay the agency from taking action to reduce global warming emissions is a rejection of that science. The scientific evidence overwhelmingly suggests that climate change poses a clear threat to public health. Numerous scientific studies, including the U.S. Global Change Research Program’s 2009 report Global Climate Change Impacts in the United States and the National Academy of Sciences’ report America’s Climate Choices , show that if heat-trapping emissions continue unabated, global warming is likely to cause more extreme heat in our cities, severe water shortages, loss of species, hazards to coasts from sea level rise, and extreme weather. 2,3,4 The economic and social costs of such impacts are potentially calamitous. The EPA must be allowed to fulfill its responsibilities and take action to regulate global warming emissions under the Clean Air Act. This science-based law has prevented 400,000 premature deaths and hundreds of millions of cases of respiratory and cardiovascular disease during the 40 years since it was first passed 5—all without diminishing economic growth. -
TÓTH SÁNDOR LÁSZLÓ Gyűjteményi Képi Ábrázolások - Faiparosok, Erdészeti Oktatás
10.23716/TTO.20.2013.27 TÓTH SÁNDOR LÁSZLÓ Gyűjteményi képi ábrázolások - faiparosok, erdészeti oktatás Az ács, a bútor- és épületasztalos különböző nyelvű neve után a Lenti fafaragótól a bibliai József és Millais John Everettől az asztalosműhely , valamint Szász Gyulától a parlamenti asztalos megjelenítését tekinthetjük meg. Az erdészeti oktatás egykori Palotája fellelhető Csontváry Kosztka Tivadar „ Selmecbánya” festményén, majd megjelenik a Soproni Egyetem emlékérmén. Egykori nehéz munkát jelenít meg Gustave Caillebote festménye, a „Padlókaparók”. A magyar kocsi történetét a Magyar Posta által kiadott bélyegsorozat örökíti meg. Láthatunk egy egykori kádárműhelyt, hordógyári plakátot Budapest- Kőbányáról, valamint intarziaportrét és virágokat. BEVEZETÉS Igazodva ankétünk tematikájához, hazai és külföldi ábrázolásokból mutatok be néhányat, termé szetesen szűkebb szakmámból, a fafeldolgozásból. Helyet kap itt a bibliai József, az asztalos és műhelye, láthatjuk a padlókaparókat, a magyar kocsit és hordót, valamint a Selmecbányái Erdészeti Palotát, többféle megjelenítésben. Mutatok még intarziaképeket és szabadtéri vadvirág faragást. De kezdjük a faiparos mesterségekkel! 1.Faiparos kézműves mesterségek, asztalosság A famegmunkálók csoportjából emeljük ki az ács és az asztalos mesterségeket. Ez utóbbinál két területet különböztethetünk meg; az épületasztalost és a bútorasztalost. Ez a megkülönböztetés az európai nyelvekben is utolérhető. A bútorasztalos munkája egyértelmű: bútorokat készít, az épületasztalos pedig ajtót, ablakot. Az ács és az asztalos mesterségekben közös a fűrész használata:, a szekerce (bárd) az ács szerszá ma, de a gyalu használata már asztalossághoz köthető. A famegmunkálás szakmáinak elnevezése különböző nyelveken Magyar Angol Német Orosz Lengyel Acs carpenter Zimmermann plotnyik ciesla Épületasztalos joiner Bautischler (sztroityelnüj) sztoljar stolarz budowlany Bútorasztalos cabinet-maker Tischler sztoljar (mebelscsik) stolarz 201 10.23716/TTO.20.2013.27 2. AZ ASZTALOS ÉS MŰHELYE 1. -
Death Notices and Obituaries in the Buffalo News 4-22-2009 to 12-31
Obituaries as found in the Buffalo News: April 22, 2009 to December 31, 2009 (Missing 4/25/2009) Place of Date, Page of Last Name/Maiden First Name M.I. Age Date of Death Date, Page Death/Birth/Residence detailed obit Abbinati/Arnone Sarah C. 12/5/2009 Buffalo, NY 12-7-2009: B8 Abbott Margaret T. 84 8/24/2009 Town of Boston, NY 8-27-2009: B4 Abbott William "Billy" 60 11/10/2009 Riverside, NY 11-29-2009: B4 Abell/McDavitt Muriel H. 6/21/2009 Buffalo, NY 6-23-2009: B4 Abram John B. 10/26/2009 Blasdell, NY 10-27-2009: B4 Abram/Brown Anna M. 10/22/2009 10-27-2009: B4 Abramo Samuel M. 62 8/31/2009 Buffalo, NY 9-2-2009: B4 Abramos James V. 83 12/27/2009 Kenmore, NY 12-29-2009: B4 Accardi/Kermode June 5/27/2009 WNY 5-28-2009: B4 Accardo Antoinette M. 77 5/14/2009 Niagara Falls, NY 5-16-2009: D4 Achtyl/Mekarski Victoria T. 7/16/2009 Orchard Park, NY 7-18-2009: D4 Ackerman Henry V. 94 5/17/2009 Venice, FL 9-6-2009: B4 Ackerman/Nolan Mary N. 8/20/2009 8-23-2009: C4 Ackley Albert D. 7/8/2009 7-10-2009: B4 Acquard Theodore "Ted" 11/29/2009 Lancaster, NY 11-30-2009: B8 Acquisto Anthony D. 32 12/4/2009 12-6-2009: B6 Adamczak Emily R. 14 6/15/2009 Akron, NY 6-18-2009: B4 Adams Paul D. 58 5/27/2009 Mason, Ohio 6-9-2009: B4 Adams Paul D. -
Spring 2021 Deans List Final
Anderson Halle Acton Clarissa Fendel Steven Kestner Pichayapong Sato Jaeden Ailes Brittney Filler Coltlee Kirkwood Lara Schenker Dina Alsalahy Angela Finney Daniel Kohles Kenzie Schlagel Catherine Armstrong Bryan Flanigan Matthew Kottlowski Brianne Scott Emily Ayers Maryanne Forler Serena Lane Lauren Scott Chad Baker Melissa Fort Casey Laub Alyssa Seanor Chantal Baker Olivia Fortner Aerial Leibacher Alina Shahid Lacrisha Baker Bayla French Jose Librado Flores Olivia Shetterley Justin BargerhuFF David Friend Jakob Lindsey Phillip Shreves Loise Bau Thomas Gallo Myranda Litten Emily Shults Mariela Bautista Katherine Gary Alana Loera Christy Smith Ashley Beeson Deanna Gibson Sabra Logsdon Danequa Smith Adrienne Benn Daniel Gilliam Shelbie Longere Hannah Smith Jason Bennett Krystal Gilman Shayla Love Mark Smith Courtney Bergman Jeremy GniFFke Austin Lowe Michelle Smith Belinda Bermudez Heather Godby Hannah Ludington Chelsea Souder Nathaniel Betteridge Karina Gonzalez Madison Lusby Cheyenne Southmayd Collin Bilyeu Rachael Gordon Rachel Mackesey Shalee Spaeth Natillie Bittinger Whitney Gosnell Savanna Mardis Daniel Sproles Dalton Boles Alexa Gregory Bailey Martin Maria Stacey TiFFany Bova Bart Gundy Jason Martindale Kellen Stambaugh Casey Bowers Cassidy Haas Lujuana May Morgan Stanley Mary Bowling Christina Hahn Sheryl Mcavoy Daniel Stapleton Chris Bradberry Melissa Haley Alexander Mccall Deacon StiFF Kristen Branch Lauren Harris Madelyn Mcdermott Alyssa Stinson Lonzo Brown Christie Hartman Eric Mcintosh Liana Stith Makayla Brown Lacie Hartsch