The Iran-Iraq War: Implications for U.S
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Rare Birds in Iran in the Late 1960S and 1970S
Podoces, 2008, 3(1/2): 1–30 Rare Birds in Iran in the Late 1960s and 1970s DEREK A. SCOTT Castletownbere Post Office, Castletownbere, Co. Cork, Ireland. Email: [email protected] Received 26 July 2008; accepted 14 September 2008 Abstract: The 12-year period from 1967 to 1978 was a period of intense ornithological activity in Iran. The Ornithology Unit in the Department of the Environment carried out numerous surveys throughout the country; several important international ornithological expeditions visited Iran and subsequently published their findings, and a number of resident and visiting bird-watchers kept detailed records of their observations and submitted these to the Ornithology Unit. These activities added greatly to our knowledge of the status and distribution of birds in Iran, and produced many records of birds which had rarely if ever been recorded in Iran before. This paper gives details of all records known to the author of 92 species that were recorded as rarities in Iran during the 12-year period under review. These include 18 species that had not previously been recorded in Iran, a further 67 species that were recorded on fewer than 13 occasions, and seven slightly commoner species for which there were very few records prior to 1967. All records of four distinctive subspecies are also included. The 29 species that were known from Iran prior to 1967 but not recorded during the period under review are listed in an Appendix. Keywords: Rare birds, rarities, 1970s, status, distribution, Iran. INTRODUCTION Eftekhar, E. Kahrom and J. Mansoori, several of whom quickly became keen ornithologists. -
The Regional Security Environment
1800 K Street, NW Suite 400 Washington, DC 20006 Phone: 1.202.775.3270 Fax: 1.202.775.3199 Web: www.csis.org/burke/reports Energy Risks in North Africa and the Middle East Anthony H. Cordesman Arleigh A. Burke Chair in Strategy Second Edition May 24, 2012 Introduction 2 Introduction Any estimate of energy risk is highly uncertain. The reality can vary sharply according to national and global economic conditions, politics, war, natural disasters, discoveries of new reserves, advances in technology, unanticipated new regulations and environmental issues, and a host of other factors. Moreover, any effort to model all aspects of world energy supply and demand requires a model so complex that many of its interactions have to be nominal efforts to deal with the variables involved. Even if perfect data were available, there could still be no such thing as a perfect model. That said, the US Department of Energy (DOE) and its Energy Information Agency (EIA) do provide estimates based on one of the most sophisticated data collection and energy modeling efforts in the world. Moreover, this modeling effort dates back decades to the founding of the Department of Energy and has been steadily recalibrated and improved over time – comparing its projections against historical outcomes and other modeling efforts, including those of the International energy Agency and OPEC. The DOE modeling effort is also relatively conservative in projecting future demand for petroleum and natural gas. It forecasts relatively high levels of supply from alternative sources of energy, advances in new sources of energy and liquid fuels, and advances in exploration and production. -
IOSEA Site Network Proposal Presentation for Shidvar Island
General location & Area • Coordinates : 26.791656°, 53.411513° IOSEA Site Network proposal • Hormozgan Province Date of submission: 28/7/14 • 9 km off mainland coast, 157km Sheedvar island, Islamic Republic of from Bandar-E Lengeh Iran • Total area: 97 ha Name and address of compiler(s): Coastline: 5.5km (relevant to turtles: 2km) • No permanent population Physical characteristics & biological Management authority resources Physical Ecological characteristics resources Lavan Rural District in Kish Wildlife and Aquatic Affairs GEOMORPHOLOGY: Low-lying island. Sand , District, Bandar- Management Bureau shingle or pebble shores, Rocky marine MARINE TURTLES: hawksbill (estimated Authority E Lengeh shores, Fossil corals . total 30/yr), green (occasional). contacts DOE Provincial office in County, details Hormozgan Province Hormozgan Bandar-Abbas HABITATS USED BY TURTLES: B eaches NATIONAL Province (0.1 sq km), F eeding habitats (70 ha). OTHER FAUNA.: 20,000 - National Protected Area waterfowl, shore birds, sea- birds during breeding season - Protected Area and Wildlife Several features shared with Nakhiloo Refuge (1971, 1972) Strict and Ommolkaram, Bushehr province protected INTERNATIONAL status FLORA: limited sand-dune plant community, mostly - Ramsar (1999) Seuda vermiculata and - "Important Bird Area" Atriplex sp. Public Uniqueness : largest known ownership, breeding colony of terns in Iran; no private only known breeding colony of property Socotran Comoran in Iran Socio-eco values, land/ocean uses; Current/proposed research Threats; interventions -
Slavery in the Gulf in the First Half of the 20Th Century
Slavery in the Gulf in the First Half of the 20th Century A Study Based on Records from the British Archives 1 2 JERZY ZDANOWSKI Slavery in the Gulf in the First Half of the 20th Century A Study Based on Records from the British Archives WARSZAWA 2008 3 Grant 1 H016 048 30 of the Polish Ministry of Science and Higher Education The documents reproduced by the permission of the British Library Copyright Jerzy Zdanowski 2008 This edition is prepared, set and published by Wydawnictwo Naukowe ASKON Sp. z o.o. ul. Stawki 3/1, 00193 Warszawa tel./fax: (+48 22) 635 99 37 www.askon.waw.pl [email protected] ISBN 9788374520300 4 Contents List of Photos, Maps and Tables.......................................................................... 7 Glossary ..................................................................................................... 9 Preface and acknowledgments ...................................................................11 Introduction: Slaves, pearls and the British in the Persian Gulf at the turn of the 20th century ................................................................................ 16 Chapter I: Manumission certificates ........................................................... 45 1. The number of statements ................................................................. 45 2. Procedures ...................................................................................... 55 3. Eligibility .......................................................................................... 70 4. Value of the -
Iran Last Updated: July 16, 2021 Overview Iran Holds Some of the World’S Largest Proved Crude Oil Reserves and Natural Gas Reserves
Background Reference: Iran Last Updated: July 16, 2021 Overview Iran holds some of the world’s largest proved crude oil reserves and natural gas reserves. Despite Iran’s abundant reserves, crude oil production stagnated and even declined between 2012 and 2016 as a result of nuclear-related international sanctions that targeted Iran’s oil exports and limited investment in Iran's energy sector. At the end of 2011, in response to Iran’s nuclear activities, the United States and the European Union (EU) imposed sanctions, which took effect in mid-2012. These sanctions targeted Iran’s energy sector and impeded Iran’s ability to sell oil, resulting in a nearly 1.0 million barrel-per-day (b/d) drop in crude oil and condensate exports in 2012 compared with the previous year.1 After the oil sector and banking sanctions eased, as outlined in the Joint Comprehensive Plan of Action (JCPOA) in January 2016, Iran’s crude oil and condensate production and exports rose to pre-2012 levels. However, Iran's crude oil exports and production again declined following the May 2018 announcement that the United States would withdraw from the JCPOA. The United States reinstated sanctions against purchasers of Iran’s oil in November 2018, but eight countries that are large importers of Iran’s oil received six-month exemptions. In May 2019, these waivers expired, and Iran’s crude oil and condensate exports fell below 500,000 b/d for the remainder of 2019 and most of 2020. According to the International Monetary Fund (IMF), Iran’s oil and natural gas export revenue was $26.9 billion in FY 2015–2016, decreasing more than 50% from $55.4 billion in FY 2014–2015. -
Country Analysis Brief: Iran
Country Analysis Brief: Iran Last Updated: April 9, 2018 Overview Iran holds the world’s fourth-largest proved crude oil reserves and the world’s second- largest natural gas reserves. Despite its abundant reserves, Iran’s crude oil production has undergone years of underinvestment and effects of international sanctions. Natural gas production has expanded, the growth has been lower than expected. Since the lifting of sanctions that targeted Iran’s oil sector, oil production has reached more than 3.8 million barrels per day in 2017 Iran holds some of the world’s largest deposits of proved oil and natural gas reserves, ranking as the world’s fourth-largest and second-largest reserve holder of oil and natural gas, respectively. Iran also ranks among the world’s top 10 oil producers and top 5 natural gas producers. Iran produced almost 4.7 million barrels per day (b/d) of petroleum and other liquids in 2017 and an estimated 7.2 trillion cubic feet (Tcf) of dry natural gas in 2017.1 The Strait of Hormuz, off the southeastern coast of Iran, is an important route for oil exports from Iran and other Persian Gulf countries. At its narrowest point, the Strait of Hormuz is 21 miles wide, yet an estimated 18.5 million b/d of crude oil and refined products flowed through it in 2016 (nearly 30% of all seaborne-traded oil and almost 20% of total oil produced globally). Liquefied natural gas (LNG) volumes also flow through the Strait of Hormuz. Approximately 3.7 Tcf of LNG was transported from Qatar via the Strait of Hormuz in 2016, accounting for more than 30% of global LNG trade. -
Mass Water Transfer and Water-Level Fluctuations in Farur Island, Persian Gulf
Research in Marine Sciences Volume 5, Issue 3, 2020 Pages 764 - 770 Mass water transfer and water-level fluctuations in Farur Island, Persian Gulf Mojtaba Zoljoodi1, Eram Ghazi2, and Reyhane Zoljoodi3, * 1Faculty member and assistant professor, Atmospheric science Meteorological Research Center (ASMERC), Tehran, Iran 2Marine Science and Technology, Science and Research, Islamic Azad University, Tehran, Iran 3Candidate of bachelor of university of Tehran, Faculty engineering of university of Tehran, Tehran, Iran Received: 2020-06-02 Accepted: 2020-09-10 Abstract In this paper, a theoretical model is presented for coastal flows where parameters such as water level fluctuation, current, and mass transfer on the shallow shores of Farur Island are discussed. Parameters used include uniform coastal area (constant depth), interval wave breaks, and the slope of the coast after constant depth and water depth during wave break. There are two very important fractions in this context: constant depth relative to the balance between pressure gradient, and tension induced by the wave associated with the current on the shallow coral reef. The average of water transfer obtained 0.277 Sverdrup which was more in the north and northeast of Farur Island and less in northwest and southwest parts. A mean sea level variation up to 77 cm was calculated. Regarding the different slops over the study area, the vertical shears around the Island have been considered. It is notable that the water level fluctuation and transfer have been calculated after changing the parameters to non-dimensional and in dimensional analysis frame, and also based on the results derived from previous studies. -
The Project on Development and Implementation of a Master Plan for Environmental Conservation and Management of Southern Coastal Areas of the I.R
Islamic Republic of Iran Department of Environment The Project on Development and Implementation of a Master Plan for Environmental Conservation and Management of Southern Coastal Areas of the I.R. Iran (Case Study Hormozgan) Final Report September 2020 Japan International Cooperation Agency (JICA) Ides Inc. Nippon Koei Co., Ltd. GE IDEA Consultants, Inc. JR 20-069 TABLE OF CONTENTS 1. BACKGROUND ········································································· 1 1.1 Background of the Project ·························································································· 1 1.2 Goals and outputs of the Project ··················································································· 1 1.3 Implementation organizations of the Project ····································································· 2 1.4 Project period ········································································································· 2 2. ACTIVITIES OF OUTPUT 1 ···························································· 3 2.1 Establishment of organizational structure for M/P formulation ················································ 3 2.2 Establishment of organizational structure for M/P implementation ··········································· 4 3. ACTIVITIES OF OUTPUT 2 ···························································· 5 3.1 Objective of the M/P ································································································· 5 3.2 Target area of the M/P ······························································································· -
The Ranking of Southern Ports and Islands of Iran for Seawater Desalination Plants Using ELECTRE III Method
JREE: Vol. 4, No. 2&3, (Spring & Summer 2017) 10-22 Journal of Renewable Research Energy and Environment Article Journal Homepage: www. j r e e . i r The Ranking of Southern Ports and Islands of Iran for Seawater Desalination Plants Using ELECTRE III Method Ali Mostafaeipoura* , Mohammad Saidi-Mehrabadb, Mostafa Rezaeia, Mojtaba Qolipoura a Department of Industrial Engineering, Yazd University, Yazd, Iran. b Department of Industrial Engineering, Iran University of Science and Technology, Tehran, Iran. P A P E R I N F O ABSTRACT Paper history: The energy insecurity, environmental pollution, climate change and a reduction of rainfall in some Received 31 January 2018 countries are the prime examples of consequences of the excessive dependence on the fossil fuels in Accepted in revised form 26 June 2018 the world. This study suggests that in some of southern islands and coastal areas of Iran, two main problems, the growing shortage of potable water and air pollution, can be solved by building a wind- powered seawater desalination plant in the area. To evaluate such project, the sites that may provide Keywords: the highest efficiency should be identified. In this study, 10 ports and 5 islands, which suffer from Ranking Wind Turbine water shortage but have access to seawater, are identified as preliminary candidate sites for such Seawater Desalination project in south of Iran. The criteria influencing the suitability of a location are wind power density, ELECTRE III Method economic feasibility, topographic condition, frequency of natural disasters, population and distance Qeshm Island between the wind farm and the desalination facility. After calculating the value of each criteria, the locations are ranked using the ELECTRE III method and the results are validated using the PROMETHEE method. -
International Airport Codes
Airport Code Airport Name City Code City Name Country Code Country Name AAA Anaa AAA Anaa PF French Polynesia AAB Arrabury QL AAB Arrabury QL AU Australia AAC El Arish AAC El Arish EG Egypt AAE Rabah Bitat AAE Annaba DZ Algeria AAG Arapoti PR AAG Arapoti PR BR Brazil AAH Merzbrueck AAH Aachen DE Germany AAI Arraias TO AAI Arraias TO BR Brazil AAJ Cayana Airstrip AAJ Awaradam SR Suriname AAK Aranuka AAK Aranuka KI Kiribati AAL Aalborg AAL Aalborg DK Denmark AAM Mala Mala AAM Mala Mala ZA South Africa AAN Al Ain AAN Al Ain AE United Arab Emirates AAO Anaco AAO Anaco VE Venezuela AAQ Vityazevo AAQ Anapa RU Russia AAR Aarhus AAR Aarhus DK Denmark AAS Apalapsili AAS Apalapsili ID Indonesia AAT Altay AAT Altay CN China AAU Asau AAU Asau WS Samoa AAV Allah Valley AAV Surallah PH Philippines AAX Araxa MG AAX Araxa MG BR Brazil AAY Al Ghaydah AAY Al Ghaydah YE Yemen AAZ Quetzaltenango AAZ Quetzaltenango GT Guatemala ABA Abakan ABA Abakan RU Russia ABB Asaba ABB Asaba NG Nigeria ABC Albacete ABC Albacete ES Spain ABD Abadan ABD Abadan IR Iran ABF Abaiang ABF Abaiang KI Kiribati ABG Abingdon Downs QL ABG Abingdon Downs QL AU Australia ABH Alpha QL ABH Alpha QL AU Australia ABJ Felix Houphouet-Boigny ABJ Abidjan CI Ivory Coast ABK Kebri Dehar ABK Kebri Dehar ET Ethiopia ABM Northern Peninsula ABM Bamaga QL AU Australia ABN Albina ABN Albina SR Suriname ABO Aboisso ABO Aboisso CI Ivory Coast ABP Atkamba ABP Atkamba PG Papua New Guinea ABS Abu Simbel ABS Abu Simbel EG Egypt ABT Al-Aqiq ABT Al Baha SA Saudi Arabia ABU Haliwen ABU Atambua ID Indonesia ABV Nnamdi Azikiwe Intl ABV Abuja NG Nigeria ABW Abau ABW Abau PG Papua New Guinea ABX Albury NS ABX Albury NS AU Australia ABZ Dyce ABZ Aberdeen GB United Kingdom ACA Juan N. -
The Lessons of Modern
IX. Phase Six: Expansion of the tanker war in the Gulf to include Western navies, while the land and air war of attrition continues: MARCH 1987 to DECEMBER 1987 9.0 The Increasing Importance of the War at Sea Important as the fighting around Basra was in shaping the future of the land war, developments in the Gulf were leading to a new major new phase of the war. January involved more Iraqi and Iranian attacks on Gulf targets than any previous month in the conflict. Iraq struck at Kharg Island, Iran's transloading facilities at Sirri, and Iran's shuttle tankers and oil facilities. These strikes did not make major cuts in Iran's oil exports, but they did force Iran sent another purchasing mission to Greece, London, and Norway to buy 15 more tankers. Iraqi aircraft continued to strike at tankers and the Iranian oil fields. They hit Iran's Cyrus and Norouz fields in late March and April, as well as the Ardeshir oil field, and they continued attacks on Iranian shipping to Sirri. Nevertheless, Iraq still did not score the kind of successes it had scored against Kharg and Iraq's tanker shuttle the previous year. Iran's exports remained relatively high. Figure 9.1 Patterns in Iraqi and Iranian Attacks on Gulf Shipping: 1984 to June 30, 1987 Month Iraqi Attacks Iranian Attacks Total Attacks Deaths Ship Loss 1984 36 18 54 49 32 1985 33 14 47 16 16 1986 October 1 3 4 - - November 9 2 11 - - December 5 0 5 - - Total 1986 66 41 107 88 30 1987 January 7 6 13 - - February 6 3 9 - - March 3 3 6 - - April 2 3 5 - - January-June 29 29 58 10 4 Source: Adapted from the Economist, April 25, 1987, p. -
Robex Handbook
INTERNATIONAL CIVIL AVIATION ORGANIZATION ROBEX HANDBOOK Twelfth Edition ― 2004 (Amended – 7 September 2017) Prepared by the ICAO Asia and Pacific Office and Published under the Authority of the Secretary General ROBEX Handbook i DOCUMENT CHANGE RECORD DATE SECTION/S AFFECTED 2007-04-24 Not specified 2008-11-05 Not specified 2008-12-15 Paragraphs – various; Appendixes B, C and H 2009-06-25 Not specified 2009-09-30 Not specified 2010-06-07 Paragraphs 4.2, 5.2.5, 7.4.1.2, 8.2, 8.6, 9.1, 9.8 and 10.1; Appendixes A, B, C, D, E and I 2010-08-25 Not specified 2011-04-27 Paragraphs 4.1.4.2, 5.4.1, 8.2, 8.4, 8.6 and 9.1; Appendixes A, B, C, D and I 2013-01-24 Pages iii-iv; Paragraphs 2.4.1 and 9, 9.1; Appendixes A, B, C, D [D-1, D-2], E [2.1.3.2] and I 2013-02-07 Appendix I Pages v-vi; Paragraphs 3.3.3, 3.3.3.1, 3.3.3.2, 4.1.6, 5.1, 5.3, 5.3.1, 5.3.2, 5.4.2, 7.1.2, 8.3 and 2013-05-16 8.7; Appendixes A, B, C, D [5.1] and I Paragraphs 2.4.1, 3.1.1, 3.3.2.2, 3.3.4.1, 4.1.2, 4.2, 5.1-5.2.4, 5.4.1, 6.1.7, 7.1.3, 7.2.1, 7.3.4, 2015-10-01 7.4.1.2, 7.5.1, 11.3-11.4, 12.1.3 and 12.3.1.2; Appendixes A, B, C, H [1.1.5, 2.1.1] and I Page i: REPLACE “RECORD OF AMENDMENTS AND CORRIGENDA” tables with “DOCUMENT CHANGE RECORD” table ― to improve the recording of document changes Appendix A: ADD Bulletin Time “HH + 30” for SAIN31, SAIN32 and SAIN33 ― to reflect current requirements as indicated by India [Ref: File: T 4/1.10 (1/12/2015)] 2015-12-03 Appendix B: ADD “VEGY/Gaya” and “VEGT/Guwahati” to FTIN31; and ADD TAF validity “30” to VEGY, VEGT, VOBL, VOCB and