DOCSLIB.ORG

Section 3.0 Affected Environment and Environmental

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Section 3.0 Affected Environment and Environmental Hawaii-Southern California Training and Testing Final EIS/OEIS October 2018 Final Environmental Impact Statement/Overseas Environmental Impact Statement Hawaii-Southern California Training and Testing TABLE OF CONTENTS 3 AFFECTED ENVIRONMENT AND ENVIRONMENTAL CONSEQUENCES .......................................... 3-1 3.0 Introduction .............................................................................................................. 3-1 3.0.1 Navy Compiled and Generated Data ..................................................................... 3-1 3.0.1.1 Marine Species Monitoring and Research Programs ............................ 3-2 3.0.1.2 Navy’s Quantitative Analysis to Determine Impacts to Sea Turtles and Marine Mammals .................................................................................. 3-2 3.0.1.3 Aquatic Habitats Database .................................................................... 3-7 3.0.2 Ecological Characterization of the Study Area ....................................................... 3-7 3.0.2.1 Biogeographic Classifications................................................................. 3-8 3.0.2.2 Bathymetry .......................................................................................... 3-11 3.0.2.3 Currents, Circulation Patterns, and Water Masses ............................. 3-14 3.0.2.4 Ocean Fronts ........................................................................................ 3-21 3.0.2.5 Water Column Characteristics and Processes ..................................... 3-21 3.0.2.6 Abiotic Substrate ................................................................................. 3-22 3.0.3 Overall Approach to Analysis ............................................................................... 3-24 3.0.3.1 Resources and Issues Evaluated .......................................................... 3-25 3.0.3.2 Resources and Issues Eliminated from Further Consideration ............ 3-25 3.0.3.3 Identifying Stressors for Analysis ......................................................... 3-25 3.0.3.4 Resource-Specific Impacts Analysis for Individual Stressors ............... 3-87 3.0.3.5 Resource-Specific Impacts Analysis for Multiple Stressors ................. 3-88 3.0.3.6 Biological Resource Methods .............................................................. 3-89 List of Figures Figure 3.0-1: Large Marine Ecosystem of the Hawaii Range Complex ...................................................... 3-9 Figure 3.0-2: Large Marine Ecosystem of the Southern California Portion of the HSTT Study Area ....... 3-10 Figure 3.0-3: Three-Dimensional Representation of the Intertidal Zone (Shoreline), Continental Margin, Abyssal Zone, and Water Column Zones ............................................................................ 3-12 Figure 3.0-4: Bathymetry of the Main Hawaiian Islands ......................................................................... 3-13 Figure 3.0-5: Bathymetry of the Eastern Part of the Southern California Portion of the Study Area ..... 3-15 Figure 3.0-6: Surface Circulation in the Hawaiian Islands ........................................................................ 3-17 Figure 3.0-7: Surface Circulation in the Southern California Portion of the HSTT Study Area ................ 3-18 Figure 3.0-8: The North Pacific Transition Zone ...................................................................................... 3-19 Figure 3.0-9: Average Sea Surface Temperature in the Study Area (2011–2015) ................................... 3-23 i Table of Contents Hawaii-Southern California Training and Testing Final EIS/OEIS October 2018 Figure 3.0-10: HSTT Surface Ship Traffic By Percent Ship-Hours 2011-2015 ........................................... 3-41 Figure 3.0-11: Relative Distribution of Commercial Vessel Traffic in the Hawaii Range Complex .......... 3-44 Figure 3.0-12: Relative Distribution of Commercial Vessel Traffic in the Southern California Portion of the Study Area .................................................................................................................... 3-45 Figure 3.0-13: Relative Distribution of U.S. Navy Vessel Traffic in the Hawaii-Range Complex .............. 3-46 Figure 3.0-14: Relative Distribution of U.S. Navy Vessel Traffic in the Southern California Portion of the Study Area ........................................................................................................................... 3-47 Figure 3.0-15: Gun Blast and Projectile from a 5"/54 Navy Gun ............................................................. 3-53 Figure 3.0-16: Sonobuoy Launch Depicting the Relative Size of a Decelerator/Parachute ..................... 3-80 Figure 3.0-17: Aerial Target (Drone) with Parachute Deployed .............................................................. 3-81 Figure 3.0-18: Flow Chart of the Evaluation Process of Sound-Producing Activities .............................. 3-91 Figure 3.0-19: Two Hypothetical Threshold Shifts ................................................................................... 3-94 List of Tables Table 3.0-1: Sonar and Transducer Sources Quantitatively Analyzed ..................................................... 3-30 Table 3.0-2: Sonar and Transducers Qualitatively Analyzed.................................................................... 3-37 Table 3.0-3: Training and Testing Air Gun Sources Quantitatively Analyzed in the Study Area .............. 3-38 Table 3.0-4: Elevated Causeway System Pile Driving and Removal Underwater Sound Levels .............. 3-39 Table 3.0-5: Summary of Pile Driving and Removal Activities per 24-Hour Period ................................. 3-39 Table 3.0-6: Interpolated Ship-Hours from 2011 to 2015 Positional Records in the Study Area ............ 3-40 Table 3.0-7: Median Surface Ship Speeds for Hawaii and Southern California 2011–2015 .................... 3-42 Table 3.0-8: Representative Aircraft Sound Characteristics .................................................................... 3-48 Table 3.0-9: Sonic Boom Underwater Sound Levels Modeled for F/A-18 Hornet Supersonic Flight ...... 3-51 Table 3.0-10: Example Weapons Noise ................................................................................................... 3-52 Table 3.0-11: Explosive Sources Quantitatively Analyzed that Could Be Used Underwater or at the Water Surface ..................................................................................................................... 3-56 Table 3.0-12: Typical Air Explosive Munitions During Navy Activities ..................................................... 3-57 Table 3.0-13: Events Including In-Water Electromagnetic Devices ......................................................... 3-58 Table 3.0-14: Events Including High-Energy Lasers ................................................................................. 3-60 Table 3.0-15: Representative Vessel Types, Lengths, and Speeds .......................................................... 3-61 Table 3.0-16: Number and Location of Events Including Vessels ............................................................ 3-62 Table 3.0-17: Representative Types, Sizes, and Speeds of In-Water Devices.......................................... 3-63 Table 3.0-18: Number and Location of Events Including In-Water Devices ............................................ 3-64 Table 3.0-19: Number and Location of Non-Explosive Practice Munitions Expended During Training Activities .............................................................................................................................. 3-64 Table 3.0-20: Number and Location of Non-Explosive Practice Munitions Expended During Testing Activities .............................................................................................................................. 3-65 Table 3.0-21: Number and Location of Explosives that May Result in Fragments Used During Training Activities .............................................................................................................................. 3-67 ii Table of Contents Hawaii-Southern California Training and Testing Final EIS/OEIS October 2018 Table 3.0-22: Number and Location of Explosives that May Result in Fragments Used During Testing Activities .............................................................................................................................. 3-68 Table 3.0-23: Number and Location of Targets Expended During Training Activities ............................. 3-69 Table 3.0-24: Number and Location of Targets Expended During Testing Activities .............................. 3-70 Table 3.0-25: Number and Location of Other Military Materials Expended During Training Activities .. 3-71 Table 3.0-26: Number and Location of Other Military Materials Expended During Testing Activities ... 3-73 Table 3.0-27: Number and Location of Events Including Seafloor Devices ............................................. 3-75 Table 3.0-28: Number and Location of Events Including Aircraft ............................................................ 3-76 Table 3.0-29: Number and Location of Wires and Cables Expended During Training Activities ............. 3-78 Table 3.0-30: Number and Location of Wires and Cables Expended During Testing Activities............... 3-79 Table 3.0-31: Size Categories for Decelerators/Parachutes Expended During Training and Testing Events .................................................................................................................................
Load more

Recommended publications
  • Technology and Oceanography
    Chapter 3 Discussion of Technologies Contents Page Introduction . 41 12. Number of Ships Reaching Age 25 in Oceanographic Ships. ..., . 41 Next 20 years. 51 Manned Submersibles and ROVs , . 42 13. Length and Age Characteristics of Buoy, Moored, and Ocean-Floor Systems . 42 Major World Oceanographic Research Equipment and Instrumentation . 43 Fleets . 52 Satellites . 43 14, Oceanographic Fleet Replacement Aircraft . 44 Cost Estimates in Millions of Dollars in Oceanic Data Systems . 44 the Next 20 Years. 53 15. Oceanographic Fleet Operating Cost Ships . 46 Comparison. 53 Current Uses . 50 16. Academic and NOAA Fleet Age.., . 50 Comparison of Daily Ship Operating Size and Length Comparison With Foreign costs . 53 Oceanographic Fleets. 50 17. Federally Owned and Operated U.S. Costs . , . 52 Submersibles. 64 Present and Future Plans for Ships. 53 18. Costs for Navy Submersibles. 64 Alternative Plans for Future Ship Operations ..,. 59 19. U.S. Private-Sector Submersibles . 69 Submersibles . 64 20. Foreign Government-Supported Manned Submersibles . 64 Submersibles. 70 Comparison of Submersible Capabilities. 70 21. Foreign Private-Sector Submersibles. 71 Remotely Operated Vehicles . 72 22. ROV Applications. 73 23. U.S. Government-Supported ROVs . 73 Buoy, Moored, and Ocean-Floor Systems . 75 24. U.S. Satellites of Utility in Ocean, Buoys . 75 Coastal, and Polar Monitoring. 91 Moored Systems. , . , . ,. 78 25. Measurement Needs for Ocean-Floor ystems . 81 Oceanographic Satellites . 92 Other Vehicles. 82 26. Satellite Sensor Records of Interest in Equipment and Instrumentation . 84 Ocean, Coastal, and Polar Monitoring. 93 Equipment . 84 27, Geophysical Oceanographic Instrumentation . 85 Measurement Design Capabilities for Seasat-A . 99 Satellites ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● . ● ● . 91 28, Aircraft and Sensors.
    [Show full text]
  • The Daily Egyptian, November 10, 1999
    Southern Illinois University Carbondale OpenSIUC November 1999 Daily Egyptian 1999 11-10-1999 The Daily Egyptian, November 10, 1999 Daily Egyptian Staff Follow this and additional works at: https://opensiuc.lib.siu.edu/de_November1999 Volume 85, Issue 55 This Article is brought to you for free and open access by the Daily Egyptian 1999 at OpenSIUC. It has been accepted for inclusion in November 1999 by an authorized administrator of OpenSIUC. For more information, please contact [email protected]. ATTENTION: ... THESE DOCUMENTS~ _FILMt:D EXACTLY · . · · AS THEY WERE RECEIVED. IN SOME CASES,, ·PAGES MAYBEDIFFICULTT0READ. SOME ... PAGES APPEART0 HVEOVERLAPPING DOCtJMENTS.r~BUT THEY WE~. PHOTOCOPIED.IN THIS.MANNER. SANDRA MAS()~' . · DIRECTOR OF RECORDS MANAGEMENT . - . - SOUTHERN ILLINOIS UNIVERSITY .. MICROORA.PfUCS DEPARJMENT CARB"OND~E, ILLINOIS · · . Internet 2: The pros and cons of advancement on the Rats: Internet. page 6 Study shows that soy . proteins prevent Spring cleaning: cardiovascular disorders Asbestos removal-from in rodents. Anthony Hall to begin . page5 in spring semester. page·3 SOlITHERN ILLJNOIS UN!VERSIIT AT CARBONDALE w,.65, i,.'<155, l6rACEl' slfi%Maili•!MP• Evezythine~ I ' r I , , i i I • I . 1 , . , ·on·n·ect- - - - ·~ - ' ..·s· - : Story bv I BRYNN Scarr I : Photos by f IPPEI WATANABE I I IEddie Swimmer, an i East Ban°d Cherokee j Indian, makes hoop ; dance designs !during a · : performance i Saturday, at Carbondale . Community High _____:>_:_ 1 School. Tearing down stere_~types was th~ f OCUS of the_: Recl/Ecigli' :--: . Alliance and: American.Indian Association'~ FaW Fesavali Seth Russell, a 12~year-old· Pima-Papago Native Jcids''parents are proba_bly th!! same kids who teased1me American, comes home day· after day crying when his­ when I was young." .
    [Show full text]
  • Rota, Tinian See Tough ~ by Eileen 0
    ~--------- arianas ~riety;;~ Micronesia's Leading Newspaper Since 1972 b&) V\IS lls~Zp·i~=g~ntl Due to defeat.. of. initiatives H ~ IJmaker to put up fj ij factory in Palau !1 ~ ~ Rota, Tinian see tough ~ By Eileen 0. Tabaranza !' /.1 For the Variety ti [: KOROR(PalauHorizon)- l'i /: A Saipan-based garment /1 prospects for ec9nom.y i manufacturer has been given i; f; the green light by the Foreign l: By Haldee V. Eugenio also feared the island is heading :; Investment Board (FIB) here ::: Variety News Staff for a more difficult economic fu­ ; toputupa$2-milliongarment ;: LOCAL officials of Rota and ture. i: factory that will manufacture :: Tinian yesterday expressed dis­ "We are very disappointed with ; cotton knitted apparel for ex- 0 appointment and grave concern the results . The proposed :, port to the United States. ' " I over the defeat of their local ini­ amendments were the result of a · Pacific Garments would be • tiatives seeking to establish and number of months' hard work not ;; the second garment factory to improve, respectively, casino only by the task force but also by (i be put up in Palau. The first to '.· gaming in their jurisdictions. all the people who want it," Sutton ;; set up shop and take advan- : Rota Mayor Benjamin T. said in a telephone interview. ii tage ofexport quota-free treat- . Manglona said economic oppor­ Sutton also said it will be harder [; ment by the U.S. is Orientex !·: tunities - including more jobs for Tinian to correct loopholes in [j Palau, Inc. [: and more investors - will be­ the current gaming act and im­ t The FIB approved the ap- i'.
    [Show full text]
  • ECOS Green Report Focuses on State Environmental Agency Use of UAS,1 Actual and Potential Benefits, and Current and Planned Uses by the Spotlighted State Agencies
    February 2021 GREEN REPORT State Environmental Agency Modernization — Leveraging Unmanned Aerial Systems to Improve Environmental Results By Paulina Lopez-Santos, Project Associate, under the direction of Beth Graves, Executive Project Manager, Environmental Council of the States (ECOS) Copyright ©2021 by the Environmental Council of the States INTRODUCTION Unmanned aerial systems (UAS) have emerged as an important tool for state environmental agencies to quickly obtain data, more effectively respond to emergencies, and ensure worker safety while improving environmental results. UAS encompasses unmanned aerial vehicles (UAVs) (without a human pilot on board), commonly referred to as drones, as well as the person controlling the flight on the ground and a system of communications between the two. State environmental agencies have long been drivers of innovative approaches and programs to maximize environmental protection. ECOS has highlighted many examples through its annual State Program Innovation Awards, including modernized document management systems, new ways to interface with communities and share data, self-auditing programs, and more effective inspection and permitting programs. Use of UAS contributes to the continued evolution of state environmental agency approaches. This ECOS Green Report focuses on state environmental agency use of UAS,1 actual and potential benefits, and current and planned uses by the spotlighted state agencies. Each identified state environmental agency drone program is highlighted in more detail in the latter part of this report, including a summary of each state program along with benefits, current and planned activities, application highlights, lessons learned, state contacts, and links and resources. 1 In this report, the term “drone,” UAS, and UAV are used interchangeably or depending upon state preference.
    [Show full text]
  • Countdo"Wn to Ex Corde Ecclesiae Enters Final "Week Malloy Addresses University Relationship with Observer
    ------------------------------------------------- 1 -\ • Not busy next year? Treasure Chest The Alliance for Catholic Officials find the flight data recorder from Wednesday Education (ACE) program gives opportunities EgyptAir Flight 990 Tuesday. for post-graduate service. WorldNation + page 5 NOVEMBER 10, Scene+ page 16 1999 THE The Independent Newspaper Serving Notre Dame and Saint Mary's VOL XXXIII NO. 49 HTTP://OBSERVER.ND.EDU Countdo"Wn to Ex Corde Ecclesiae enters final "Week The Papal flag flies from the A decade of debate culminates with Basilica on campus. Pore John vote on Catholic education Pau ll's Ex Corde sity are required to have a manda­ Ecclisiae By TIM LOGAN represents a tum granted by a competent ecele­ challenge to News Editor siastical authority." the functions That authority, for Notre Dame, of Catholic A landmark moment in the future Saint Mary's and the other three Universities. If of Notre Dame, Saint Mary's and Catholic colleges in the Fort adopted, the rest of American Catholic high­ Wayne-South Bend diocese, would Catholic er education is one week away. be Bishop John D'Arcy. Universities Next Wednesday, the National would be It is the juridieial. legalistic tone required to Conference of Catholic Bishops will of this proposal and the implication receive a likely vote on the implementation that academics would br1 subject to mandate for of Ex Corde Ecclesiae, Pope John approval by outside inlluenee of the all Catholic Paul ll's apostolic constitution on bishop that worries educators. theology the role of Catholic universities in "(The mandate! is an instrument, teachers from the Church.
    [Show full text]
  • 120 Introduction Sampling Devices
    San Diego’s Marine Technology Industry By Brock J. Rosenthal Sampling Devices The study of the oceans started as a descriptive science describing and cataloging biological and geological specimens. Many clever mechanical collecting devices were devised to remotely retrieve samples. Initially, by necessity, all were built by the scientists who used them. One of the earliest companies in the U.S. to make sampling equipment for marine scientists was Kahl Scientific Company, sometimes known as Kahlsico. Started in New York City, by Joseph Kahl in 1935, Kahl Scientific began making metrological equipment; they soon catered to requests from customers for field equipment such as water and seafloor samplers. In the aftermath of World War II, Kahl participated Introduction in Operation Paperclip – an Office of Strategic Services n the early days of oceanography scientists largely (OSS) program that recruited scientists from Nazi made their own equipment. While this tradition Germany. Kahl took on several experts in scientific Icontinues today, along the way specialized glassblowing, who knew how to make reversing manufacturing companies sprang up to fill this niche. thermometers that, at the time, no one in the U.S. Many of these companies were started by scientists could make. These instruments locked in a or engineers who had left ocean research labs. Over temperature reading when flipped upside down and time new markets for these products were developed were used by oceanographers to record temperatures for offshore oil and gas, defense, environmental at various depths. monitoring, hydrographic surveying and other The Kahl family moved to El Cajon, in San Diego applications.
    [Show full text]
  • 1 April 2011
    April 2011 UT3 The ONLINE magazine of the Society for Underwater Technology Offshore Engineering Tidal Energy Underwater Equipment 1 UT2 April 2011 Contents Processing Pilot Ready for Testing 4 April 2011 UT2 The magazine of the Offshore Jubarte, Wellstream 6, Gygrid, Tahiti, Gudrun, West Boreas 8, Society for Underwater Technology News Clov, Liuhua, Abkatun, FMC, Cameron/SLB 9, Deepwater Pipelay System 10, McDermott FEED, Brazil, Goliat, Ekofisk, Mariscal Sucre Dragon/Patao, BP 11, Ultra High Flow Injection, Omni- Choke 12 Underwater Flow Assurance Using Radioisotope Technology 14, Pipelines Deepwater Composite Riser 16, Hyperbaric Test Chamber Offshore Engineering Tidal Energy 17, High Pressure Swagelining, Plough in Baltic for Nord- Underwater Equipment Stream, SCAR 18 1 UT2 April 2011 The stern of Saipem’s new vessel showing the pipelay Underwater Subsea UK, RBG 20, Subspection, flexGuard 21, tower. Equipment Laser Scanning 22, HMS Audacious, TOGS, HULS, PAVS 24, Image: IHC Engineering Mojave in China 25, Tsunami Detection, Motion Sensor 26, Cable Survey 27, Cameras and Underwater Digital Stills 28, University of Plymouth Flora Lighting and Fauna Survey, True Lumens 30, Pan and Tilt Camera, April 2011 Aurora 31 Vol 6 No 1 Underwater Multi-Sensor AUV Pipeline Inspection, Integration 32, New Vehicles Markets for the AC-ROV 33, Cougar, CDS 34 2 Sonar 4000m Imaging, UUV, SALT 36, Sonar 294 37 UT Society for Underwater The Tide is Turning 36, MCT, Beluga 9 40, Bio Power 41, Technology Tidal 80 Coleman St The Bourne Alternative, Nexus Positioning, Hales Turbine 42, London EC2R 5BJ Norwegian Ocean Power 43, ORPC Turbine Generator 44, Oyster 2 45, Wave and Tidal 45 +44 (0) 1480 70007 Exhibitions UDT 46 Editor: John Howes [email protected] SUT Advanced Instrumentation for Research in Diving and Hyperbaric Medicine 47, AGM 48, Aberdeen Sub Editor: Michaelagh Shea [email protected] AGM and Dinner 49, AGM Perth 50 US: Published by UT2 Publishing Ltd for and on behalf of the Society for Underwater Stephen Loughlin Technology.
    [Show full text]
  • 目次pdf from No.23 To
    23 SparViewV18N23_NoDJI.pdf 6/5 SPARView18(23E).docx Kaarta ；Stencil Proを発表 360°カラーとGNSS統合のSLAMモバイル Kaarta Announces Stencil Pro: SLAM Mobile Mapper with Integrated 360° Color and GNSS 3D Covid Space Planner：コロナ後の事務所設計 What Should Your Office Look Like After Lockdown? This 3D Covid Space Planner Can Show You ベントレー：NoteVaultを買収し音声ベースの現場自動化 Bentley Systems Acquires NoteVault for Voice-Based Field Automation Emesent：Hovermapのカラー機能強化 Emesent Adds Colorization Capability to Hovermap SLAMハンディスキャナーによる業務革新 Emesent Adds Colorization Capability to Hovermap COVID-19対応都市の支援技術 The Handheld Scanning Revolution: How SLAM Scanners are Being Leveraged to Enhance Reality Capture トリンブル：協業体制Trimble Connects確立に10億円 Technologies Helping Smart Cities to Fight COVID-19 Battle ライカ：公共安全支援ソフトウェア Trimble Connects 10 Million with Collaboration Platform UPCOMING WEBINARS Leica Geosystems Announces Latest Version of Public Safety Software <Commercial UAV News> 第6回Commercial UAV Expo Americasオンライン ドローン救急隊AIRT-の活動 インタビュー AIRT-DRONERESPONDERS Seeks to Forge a Path Forward with Their 2020 Spring Survey パンデミックでドローン操作者重要な役割 DSPs Become ESP in the Pandemic and Beyond FlirteyのMatthew Sweeny氏：ドローン配送の認可加速主張 Accelerating Regulatory Approval for Delivery Drones マルチスペクトル画像の革新 The Evolution of Multispectral Imagining スタンフォード研究所： ドローン配送にバス活用でエネルギー大幅節減 Stanford lab envisions delivery drones that save energy by taking the bus Let’s Talk Drones: 今月の話題 Let’s Talk Drones ドローン配送のラストマイルの限界テスト Last Mile Drone Delivery <ebrief AUVSI> フォルクスワーゲン：自動運転車スタートアップ Argo AIに$2.6B投資 Self-driving vehicle
    [Show full text]
  • Safe and Data-Efficient Learning for Robotics: a Control Theoretic Approach
    Safe and Data-Efficient Learning for Robotics: A Control Theoretic Approach Somil Bansal Electrical Engineering and Computer Sciences University of California at Berkeley Technical Report No. UCB/EECS-2020-186 http://www2.eecs.berkeley.edu/Pubs/TechRpts/2020/EECS-2020-186.html November 24, 2020 Copyright © 2020, by the author(s). All rights reserved. Permission to make digital or hard copies of all or part of this work for personal or classroom use is granted without fee provided that copies are not made or distributed for profit or commercial advantage and that copies bear this notice and the full citation on the first page. To copy otherwise, to republish, to post on servers or to redistribute to lists, requires prior specific permission. Safe and Data-Efficient Learning for Robotics: A Control Theoretic Approach by Somil Bansal A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Electrical Engineering and Computer Sciences in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Claire Tomlin, Chair Professor Sanjit Seshia Professor Koushil Sreenath Fall 2020 The dissertation of Somil Bansal, titled Safe and Data-Efficient Learning for Robotics: A Control Theoretic Approach, is approved: Chair Date Date Date University of California, Berkeley Safe and Data-Efficient Learning for Robotics: A Control Theoretic Approach Copyright 2020 by Somil Bansal 1 Abstract Safe and Data-Efficient Learning for Robotics: A Control Theoretic Approach by Somil Bansal Doctor of Philosophy in Electrical Engineering and Computer Sciences University of California, Berkeley Professor Claire Tomlin, Chair For successful integration of autonomous systems such as drones and self-driving cars in our day-to-day life, they must be able to quickly adapt to ever changing environments, and actively reason about their safety and that of other users and autonomous systems around them.
    [Show full text]
  • Inventory of U.S. Ocean and Coastal Facilities
    APPENDIX 5 INVENTORY OF U.S. OCEAN AND COASTAL FACILITIES GOVERNORS’ DRAFT MARCH 2004 YOU MAY ELECTRONICALLY DOWNLOAD THIS DOCUMENT FROM THE U.S. COMMISSION ON OCEAN POLICY WEB SITE: HTTP://WWW.OCEANCOMMISSION.GOV THIS DOCUMENT MAY BE CITED AS FOLLOWS: APPENDIX 5, PRELIMINARY REPORT OF THE U.S. COMMISSION ON OCEAN POLICY GOVERNORS’ DRAFT, WASHINGTON, D.C., MARCH 2004 CHAPTER 1. INTRODUCTION to the INVENTORY 1 1.1 Purpose of the Inventory 2 1.2 Methodology 2 1.3 Using This Appendix 4 CHAPTER 2. MARITIME COMMERCE and TRANSPORTATION 5 2.1 Marine Transportation System 7 2.1.1 Overview of U.S. Waterborne Commerce 7 2.1.2 Shipping Vessels 8 2.1.3 Trends in Shipping and Cargo Movement 10 2.1.4 U.S. Coastal Ports System 11 2.1.4.1 Deep-Draft Ports 12 2.1.4.2 Shallow Ports 14 2.1.5 Marine Terminals and Intermodal Connections 14 2.1.6 U.S. Merchant Marine 16 2.1.6.1 Naval Fleet Auxiliary Force 18 2.1.6.2 Special Missions Program 18 2.1.6.3 Pre-positioning Program 19 2.1.6.4 Sealift Program 19 2.1.6.5 Ship Introduction Program 19 2.1.6.6 Ready Reserve Force 19 2.1.6.7 National Defense Reserve Fleet 20 2.1.7 U.S. Passenger Ferry System 20 2.1.8 U.S. Cruise Industry 22 2.1.9 U.S. Shipbuilding and Repair Industries 25 2.1.9.1 Private Shipyards 25 2.1.9.1.1 Major Shipyards 25 2.1.9.1.2 Small and Mid-sized Shipyards 29 2.1.9.2 Employment and Economic Impacts 30 2.1.9.3 Public Shipyards 32 2.1.9.3.1 U.S.
    [Show full text]
  • The Great GE Mirage
    February 5, 2018 The Great GE Mirage What happened to America’s most iconic company? p42 February 5, 2018 3 56 Trinidadian Ryan Roberts, kidnapped by Venezuelan pirates in 2015, still has flashbacks: “I remember PHOTOGRAPH BY ALEJANDRO CEGARRA FOR BLOOMBERG BUSINESSWEEK BLOOMBERG FOR CEGARRA ALEJANDRO BY PHOTOGRAPH when they stick a gun in my ribs and they cock the gun.” CONTENTS Bloomberg Businessweek February 5, 2018 IN BRIEF 8 ○ Another snub for Huawei ○ Canadian cannabis consolidates ○ Don’t forget to turn out the lights, GOP reps REMARKS VIEW 10 Save the kumbayas: Korea’s 12 On immigration reform, the president takes a step Olympic unity will be short-lived in the right direction 1 BUSINESS2 TECHNOLOGY3 FINANCE 14 Conglomerates 21 Mr. Jetson, your 26 Does Steve Cohen just can’t catch ride is here still have the old a break magic? 22 Uber wants Travis Kalanick 17 Ticket scalpers, look back—in the witness box 27 Loose lips at the what you made Taylor Department of Education Swift do 24 Careem, a lifesaver for 4 Saudi women not allowed 29 JAB integrates its 18 Betting that Asian to drive, might be able to java empire gamblers will flock hire them soon to the Catskills 30 India’s developers 25 Climate: Cooler streets don’t deliver for a hotter world 31 Europe’s banks are ripe for a bit of matchmaking 4 ECONOMICS5 POLITICS 10 “Yesterday we criticized 32 The Fed’s getting a 37 Devin Nunes leads North Korea’s new chair—is it time a GOP attack on provocations, for a new target? the Trump-Russia and today we’re investigation inviting it
    [Show full text]
  • Oral History Project
    ORAL HISTORY PROJECT MADE POSSIBLE BY SUPPORT FROM PROJECT PARTNERS: The Andy Warhol Foundation for the Visual Arts INTERVIEW SUBJECT: David Lebrun Biography: Filmmaker David Lebrun was born in Los Angeles in 1944. He attended Reed College in Portland, Oregon and the UCLA Film School. He came to film from a background in philosophy and anthropology, and many of his films have been attempts to get inside the way of seeing and thinking of specific cultures. He has served as producer, director, writer, cinematographer, animator and / or editor of more than sixty films, among them films on the Mazatec Indians of Oaxaca, Mexican folk artists, a 1960s traveling commune, Tibetan mythology and a year in the life of a Maya village in Yucatan. He edited the Academy award winning feature documentary BROKEN RAINBOW, on the Hopi and Navajo of the American Southwest. Lebrun combines the structures and techniques of the documentary, experimental and animated genres to create a style appropriate to the culture and era of each film. Lebrun’s experimental and animated works include the radical editing styles of SANCTUS (1966) and THE HOG FARM MOVIE (1970), his late 1960s work with the multimedia group Single Wing Turquoise Bird, the animated film TANKA (1966), works for multiple and variable-speed projectors such as SIDEREAL TIME (1981) and WIND OVER WATER (1983), and a 2007 multi- screen performance piece, MAYA VARIATIONS. David Lebrun Oral History Transcript/Los Angeles Filmforum Page 1 of 145 Lebrun’s animated feature documentary PROTEUS premiered in January 2004 at the Sundance Film Festival and has won numerous international awards.
    [Show full text]