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80 Years of Print December 2012 Volume 81 Number 12
December 2012 %#-7)9;4-5;6.<:;1+-+- 767D3>GD73GA8 @H7EF;93F;A@93F;A@ December 2011 Employee Wellness May 2011 September 2001 Addressing School Violence 80 Years of Print December 2012 Volume 81 Number 12 United States Department of Justice Federal Bureau of Investigation Washington, DC 20535-0001 Robert S. Mueller III Director Contributors’ opinions and statements Features should not be considered an endorsement by the FBI for any policy, program, or service. The attorney general has determined Vigilance Fatigue in Policing Personnel tasked with processing large that the publication of this periodical By Meredith Krause amounts of data, identifying risks, and is necessary in the transaction of the 3 responding to perceived threats can lose public business required by law. Use of funds for printing this periodical has focus as a result of information overload been approved by the director of the and performance-related pressure. Office of Management and Budget. The FBI Law Enforcement Bulletin Armored Car Industry Agencies have an important role in (ISSN-0014-5688) is published monthly by the Federal Bureau of Reciprocity Act and Local ensuring that armored car crew members Investigation, 935 Pennsylvania 19 carry weapons legally and as needed. Avenue, N.W., Washington, D.C. Law Enforcement 20535-0001. Periodicals postage paid By Jeffrey T. Wennar at Washington, D.C., and additional mailing offices. Postmaster: Send address changes to Editor, FBI Law Enforcement Bulletin, FBI Academy, Quantico, VA 22135. Departments Editor John E. Ott Associate Editors 1 Bulletin History 18 Leadership Spotlight Eric A. D’Orazio Linda L. Fresh Doing the “Right Thing” David W. -
Instrumentation for Geological Field Work on the Moon
Earth, Moon, and Planets (2005) Ó Springer 2005 DOI 10.1007/s11038-005-9013-2 INSTRUMENTATION FOR GEOLOGICAL FIELD WORK ON THE MOON D. L. TALBOYS, G. W. FRASER, R. M. AMBROSI, N. NELMS N. P. BANNISTER, M. R. SIMS, D. PULLAN and J. HOLT Space Research Centre, University of Leicester, University Road, Leicester, LE2 7RHUK (E-mail: [email protected]) (Accepted 26 May 2005) Abstract. A human return to the Moon will require that astronauts are well equipped with instrumen- tation to aid their investigations during geological field work. Two instruments are described in detail. The first is a portable X-ray Spectrometer, which can provide rapid geochemical analyses of rocks and soils, identify lunar resources and aid selection of samples for return to Earth. The second instrument is the Geological and Radiation environment package (GEORAD). This is an instrument package, mounted on a rover, to perform in-situ measurements on the lunar surface. It can be used for bulk geochemical measurements of rocks and soils (particularly identifying KREEP-enriched rocks), prospect for ice in shadowed areas of craters at the poles and characterise the lunar radiation environment. 1. Introduction Future exploration of the Moon will involve astronauts conducting field work to address the outstanding questions in lunar geology (Crawford, 2004). Spudis and Taylor (1990) identified two types of geological investigations in a plane- tary context: reconnaissance and field work. Reconnaissance provides a ‘‘broad characterisation of the geological features and processes on a planetary body’’. This has been accomplished in the past by robotic missions, such as the un- manned Soviet Luna 21 Lunokhod rover on the floor of Le Monier crater (Florensky et al., 1978). -
Behavioral Science Unit
Behavioral Science Unit Behavioral Science Unit (BSU) was one of the original instructional components of the FBI's Training Division at Quantico, Virginia. Its mission was to develop and provide programs of training, research, and consultation in the behavioral andsocial sciences for the Federal Bureau of Investigation and law enforcement community that would improve or enhance their administration, operational effectiveness, and understanding of violent crime. The BSU was established in 1972 at the FBI Academy, and was disbanded in 2014. Through its legacy of training, research, and consultation activities, the BSU developed techniques, tactics, and procedures that have become a staple of behavioral-based programs that support the law enforcement, intelligence, and military communities. It is here where the term "serial killer" was coined and where criminal investigative analysis and "profiling" were developed. Many of these programs eventually developed into stand-alone programs, units, and centers such as the National Center for the Analysis of Violent Crime (NCAVC), Behavioral Analysis Unit (BAU), Undercover Safeguard Unit, Crisis Negotiation Unit, Hostage Rescue Team, and Employee Assistance Unit. The mission of the BSU was to be the premier unit for developing and facilitating relevant programs of training, research, and consultation in the behavioral sciences for the FBI workforce, including the law enforcement, intelligence, and military communities that will improve their effectiveness in furtherance of the strategic priorities of the FBI. This is accomplished through the creation of innovative bodies of knowledge in specialty areas and applied research on significant behavioral science issues for use in training and consultation in support of academic, program, and operational matters. -
Lunar Meteorites: Impact Melt and Regolith Breccias and Large-Scale Heterogeneities of the Upper Lunar Crust
Meteoritics & Planetary Science 40, Nr 7, 989–1014 (2005) Abstract available online at http://meteoritics.org “New” lunar meteorites: Impact melt and regolith breccias and large-scale heterogeneities of the upper lunar crust Paul H. WARREN*, Finn ULFF-MØLLER, and Gregory W. KALLEMEYN Institute of Geophysics, University of California—Los Angeles, Los Angeles, California 90095–1567, USA *Corresponding author. E-mail: [email protected] (Received 06 May 2002; revision accepted 24 April 2005) Abstract–We have analyzed nine highland lunar meteorites (lunaites) using mainly INAA. Several of these rocks are difficult to classify. Dhofar 081 is basically a fragmental breccia, but much of its groundmass features a glassy-fluidized texture that is indicative of localized shock melting. Also, much of the matrix glass is swirly-brown, suggesting a possible regolith derivation. We interpret Dar al Gani (DaG) 400 as an extremely immature regolith breccia consisting mainly of impact-melt breccia clasts; we interpret Dhofar 026 as an unusually complex anorthositic impact-melt breccia with scattered ovoid globules that formed as clasts of mafic, subophitic impact melt. The presence of mafic crystalline globules in a lunar material, even one so clearly impact-heated, suggests that it may have originated as a regolith. Our new data and a synthesis of literature data suggest a contrast in Al2O3- incompatible element systematics between impact melts from the central nearside highlands, where Apollo sampling occurred, and those from the general highland surface of the Moon. Impact melts from the general highland surface tend to have systematically lower incompatible element concentration at any given Al2O3 concentration than those from Apollo 16. -
Oxygen Isotope Constraints on the Origin and Differentiation of the Moon ⁎ Michael J
Earth and Planetary Science Letters 253 (2007) 254–265 www.elsevier.com/locate/epsl Oxygen isotope constraints on the origin and differentiation of the Moon ⁎ Michael J. Spicuzza a, , James M.D. Day b, Lawrence A. Taylor b, John W. Valley a a Department of Geology and Geophysics, University of Wisconsin, 1215 W Dayton St. Madison, WI 53706, USA b Planetary Geosciences Institute, Department of Earth and Planetary Sciences, University of Tennessee, Knoxville, TN 37996, USA Received 15 March 2006; received in revised form 10 October 2006; accepted 16 October 2006 Available online 28 November 2006 Editor: R.W. Carlson Abstract We report new high-precision laser fluorination three-isotope oxygen data for lunar materials. Terrestrial silicates with a range of δ18O values (−0.5 to 22.9‰) were analyzed to independently determine the slope of the terrestrial fractionation line (TFL; λ=0.5259±0.0008; 95% confidence level). This new TFL determination allows direct comparison of lunar oxygen isotope systematics with those of Earth. Values of Δ17O for Apollo 12, 15, and 17 basalts and Luna 24 soil samples average 0.01‰ and are indistinguishable from the TFL. The δ18O values of high- and low-Ti lunar basalts are distinct. Average whole-rock δ18O values for low-Ti lunar basalts from the Apollo 12 (5.72±0.06‰) and Apollo 15 landing sites (5.65±0.12‰) are identical within error and are markedly higher than Apollo 17 high-Ti basalts (5.46±0.11‰). Evolved low-Ti LaPaz mare-basalt meteorite δ18O values (5.67±0.05‰) are in close agreement with more primitive low-Ti Apollo 12 and 15 mare basalts. -
Homosexuals (1 of 5) Box: 10
Ronald Reagan Presidential Library Digital Library Collections This is a PDF of a folder from our textual collections. Collection: Blackwell, Morton: Files Folder Title: Homosexuals (1 of 5) Box: 10 To see more digitized collections visit: https://reaganlibrary.gov/archives/digital-library To see all Ronald Reagan Presidential Library inventories visit: https://reaganlibrary.gov/document-collection Contact a reference archivist at: [email protected] Citation Guidelines: https://reaganlibrary.gov/citing National Archives Catalogue: https://catalog.archives.gov/ Co NF\ DENTlAL Gay Coo.li tion meetlo g, 'Thursd~y, A.u.a;u.st 14 8 J1\1 - 11:30 P1t1 lCh1.trch of the Beloved DiGci.ple, 368 W. 14th Jt.) Over 100 persons in attendru1ce froo a v~riety of the groups co~posin5 the coalition. In thi.s tneetin8, convefled to set a ctrn."tccy of how to p-.ish for passa:·e of 554 betTieen now and the ti::1e it co::1es up for vote, · ther'. coali tion reco l \""ed the fo llo,rinG: 1) Ta.reetina tbe Jewish commani ty 1. esp_ec.inlly -.meens - . 2) Fu.oh 554 opposition onto defensive with 0..'"1 aggressive cara.paisn, to characterize them as bieo·ts aud sup.porters a.s enli6htened o~ponen~s of biBotr1 in all forns. 3) ConcentrB,te on "the movable rgiddle" cov.nci.lirttanic 0 votos as opposed to tl:e u..--iattainable- hard core opvon:ents and the safe proponents. {A) · Actions no,·, S!iecifically beir.e v:orked out iI'!c-lude/an as yet un1 o.ted press cor:fere11ce which will conceN.trate on having gro~ps repre~ei:tatives. -
Volume 5: Future Challenges of Cybercrime
Future Challenges of Cybercrime Volume 5: Proceedings of the Futures Working Group Toby Finnie Tom Petee John Jarvis Editors 1 Acknowledgments The Futures Working Group and the authors that contributed to this volume wish to thank both Police Futurists International and the Federal Bureau of Investigation for supporting the efforts reflected herein. Additionally, the following individuals are recognized for their significant contributions to this volume: FBI Behavioral Science Unit Intern Angela Basso, BSU Visiting Scholar Hayley Daglis Cleary, and other staff of the FBI Training Division who provided significant assistance with the production of this volume including, but not limited to, the editing, organization, and formatting of this volume. Without their generous efforts and sincere commitment to assisting with this project, this work would not have been possible. Suggested Citation: The Future Challenges of Cybercrime: Volume 5 Proceedings of the Futures Working Group. Toby Finnie, Tom Petee, and John Jarvis, editors. Federal Bureau of Investigation: Quantico, Virginia 2010. Initial Release Date: September 22, 2010 Revised: November 4, 2010 Author information: Biographical information pertaining to individual contributors and authors can be found at http://futuresworkinggroup.cos.ucf.edu. The opinions and statements expressed throughout this volume are those of the individual authors and contributors and should not be considered an endorsement or a reflection of the official position of the Federal Bureau of Investigation, the Society of Police Futures International, or any other institution or organization for any policy, program, or service. 2 Table of Contents Acknowledgments............................................................................................................................2 Word from the Chairman………………………………………………………………………….5 Defining “Cyber-Crime”: Issues in Determining the Nature and Scope of Computer-Related Offenses……………………………………………………………………….6 Thomas A. -
1988 Annual Meeting Program
ACADEMY OF CRIMINAL JUSTICE SCIENCES 1987-1988 PRESIDENT Thomas Barker, Jacksonville State University 1st VICE PRESIDENT AND PRESIDENT ELECT Larry Gaines, Eastern Kentucky University 2nd VICE PRESIDENT Edward Latessa, University of Cincinnati SECRETARY/TREASURER David Carter, Michigan State University IMMEDIATE PAST PRESIDENT Robert Regoli, University of Colorado TRUSTEES Ben Menke, Washington State University Robert Bohm, Jacksonville State University Gennaro Vito, University of Louisville REGIONAL TRUSTEES REGION I-NORTHEAST Raymond Helgemoe, University of New Hampshire REGION 2-SOUTH Ronald Vogel, University of North Carolina at Charlotte REGION 3-MIDWEST Allen Sapp, Central Missouri State University REGION 4-SOUTHWEST Richard Lawrence, University of Texas at San Antonio REGION 5-WESTERNAND PACIFIC Judith Kaci, California State University, Long Beach PAST PRESIDENTS 1963-1964 Donald F McCall 1975-1976 George T Felkenes 1964-1%5 Felix M Fabian 1976-1977 Gordon E Misner 1965-1966 Arthur F Brandstatter 1977-1978 Richard Ward 1966-1%7 Richard 0 Hankey 1978-1979 Richter M Moore J r 1967-1968 Robert Sheehan 1979-1980 Larry Bassi 1968-1969 Robert F Borkenstein 1980-1981 Harry More J r 1%9-1970 B Earl Lewis 1981-1982 Robert G Culbertson 1970-1971 Donald H Riddle 1982-1983 Larry Hoover 1971-1972 Gordon E Misner 1983-1984 Gilbert Bruns 1972-1973 Richard A Myren 1984-1985 Dorothy Bracey 1973-1974 William J Mathias 1985-1986 R Paul McCauley 1974-1975 Felix M Fabian 1986-1987 Robert Regoli ACADEMY OF CRIMINAL JUSTICE SCIENICES 25TH ANNUAL MEETII�G APRIL 4- 8, 1988 SAN FRANCISCO HILTON & TOW'ERS SAN FRANCISCO, CALIFORNI.A PROGRAM THEME: CRIMINAL JUSTICE: VALUES IN TRA.NSITION ACADEMY OF CRIMINAL JUSTICE SCIENCES Dear Colleagues: Welcome to San Francisco and the 19 88 Annual Meeting of the Academy of Criminal Justice Sciences. -
U.S. Department of Justice Federal Bureau of Investigation Washington, D.C. 20535 August 24, 2020 MR. JOHN GREENEWALD JR. SUITE
U.S. Department of Justice Federal Bureau of Investigation Washington, D.C. 20535 August 24, 2020 MR. JOHN GREENEWALD JR. SUITE 1203 27305 WEST LIVE OAK ROAD CASTAIC, CA 91384-4520 FOIPA Request No.: 1374338-000 Subject: List of FBI Pre-Processed Files/Database Dear Mr. Greenewald: This is in response to your Freedom of Information/Privacy Acts (FOIPA) request. The FBI has completed its search for records responsive to your request. Please see the paragraphs below for relevant information specific to your request as well as the enclosed FBI FOIPA Addendum for standard responses applicable to all requests. Material consisting of 192 pages has been reviewed pursuant to Title 5, U.S. Code § 552/552a, and this material is being released to you in its entirety with no excisions of information. Please refer to the enclosed FBI FOIPA Addendum for additional standard responses applicable to your request. “Part 1” of the Addendum includes standard responses that apply to all requests. “Part 2” includes additional standard responses that apply to all requests for records about yourself or any third party individuals. “Part 3” includes general information about FBI records that you may find useful. Also enclosed is our Explanation of Exemptions. For questions regarding our determinations, visit the www.fbi.gov/foia website under “Contact Us.” The FOIPA Request number listed above has been assigned to your request. Please use this number in all correspondence concerning your request. If you are not satisfied with the Federal Bureau of Investigation’s determination in response to this request, you may administratively appeal by writing to the Director, Office of Information Policy (OIP), United States Department of Justice, 441 G Street, NW, 6th Floor, Washington, D.C. -
2018 Poets House Showcase
Poets House | 10 River Terrace | New York, NY 10282 | poetshouse.org ELCOME to the 2018 Poets House Showcase, our annual, all-inclusive exhibition of the most recent poetry books, chapbooks, broadsides, artist’s books, and multimedia works published in the United States and abroad. W This year marks the 26th anniversary of the Poets House Showcase and features over 3,400 books from more than 750 different presses and publishers. For 26 years, the Showcase has helped to keep our collection current and relevant, building one of the most extensive collections of poetry in our nation—an expansive record of the poetry of our time, freely available and open to all. Every year, Poets House invites poets and publishers to participate in the annual Showcase by donating copies of poetry titles released since January of the previous year. This year’s exhibit highlights poetry titles published in 2017 and the first part of 2018. Books have been contributed by the entire poetry community, from the poets and publishers who send on their newest titles as they’re released, to library visitors donating books when they visit us. Every newly published book is welcomed, appreciated, and featured in the Showcase. Poets House provides a comprehensive, inclusive collection of poetry that is free and open to the public. The Poets House Showcase is the mechanism through which we build our collection, and to make it as comprehensive as possible, the library staff reaches out to as many poetry communities and producers as we can. To meet the different needs of our many library patrons, we aim to bring together poetic voices of all kinds. -
Chapter 5: Lunar Minerals
5 LUNAR MINERALS James Papike, Lawrence Taylor, and Steven Simon The lunar rocks described in the next chapter are resources from lunar materials. For terrestrial unique to the Moon. Their special characteristics— resources, mechanical separation without further especially the complete lack of water, the common processing is rarely adequate to concentrate a presence of metallic iron, and the ratios of certain potential resource to high value (placer gold deposits trace chemical elements—make it easy to distinguish are a well-known exception). However, such them from terrestrial rocks. However, the minerals separation is an essential initial step in concentrating that make up lunar rocks are (with a few notable many economic materials and, as described later exceptions) minerals that are also found on Earth. (Chapter 11), mechanical separation could be Both lunar and terrestrial rocks are made up of important in obtaining lunar resources as well. minerals. A mineral is defined as a solid chemical A mineral may have a specific, virtually unvarying compound that (1) occurs naturally; (2) has a definite composition (e.g., quartz, SiO2), or the composition chemical composition that varies either not at all or may vary in a regular manner between two or more within a specific range; (3) has a definite ordered endmember components. Most lunar and terrestrial arrangement of atoms; and (4) can be mechanically minerals are of the latter type. An example is olivine, a separated from the other minerals in the rock. Glasses mineral whose composition varies between the are solids that may have compositions similar to compounds Mg2SiO4 and Fe2SiO4. -
Page Left Intentionally Blank This Magazine Is Best Viewed with the Pages in Pairs, Side by Side (View Menu, Page Display, Two- Up), Zooming in to See Details
Page left intentionally blank This magazine is best viewed with the pages in pairs, side by side (View menu, page display, two- up), zooming in to see details. Odd numbered pages should be on the right. the MindAlso, Hunter we The interview ForensicTeacher Magazine in Winter 2011 $5.952 US/$6.95 Can www.theforensicteacher.com the MindAlso, Hunter we interview 3 www.theforensicteacher.com The Forensic Teacher • Winter 2011 The Volume 6, Number 18, Winter 2011 The Forensic Teacher Magazine is published quarterly, and is owned by Wide Open Minds Educational Services, LLC. Our mailing address is P.O. Box 5263, Wilmington, DE 19808. Please see inside for more information. ForensicTeacher Magazine Articles 8 Teaching Moments By Ted Yeshion, Ph.D. What happens when good people meet bad science? 10 Interview By Mark Feil, Ed.D. John Douglas was the inspiration for one of the main characters in Silence of the Lambs, he started the FBI’s Behavioral Science Unit, and he’s made a career out of getting inside criminals’ heads. He talked to us about a lot of things, including how forensics teachers can make lessons more real. 44 Trial by Fire By David Grann. 24 Setting the stage Todd Willingham claimed he didn’t set the fire that Do you decorate your classroom to put students in a killed his family. Even before his execution experts forensic frame of mind? We’ll show you how some folks were pointing out the junk science at his trial. do it. 58 The Dark Side of the DA 26 The Work of an Innocence By Maurice Kirkwood.