Constructing the Norte Grande: Chilean Infrastructure in the Northern Border Region, 1915-1929
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The Vegetation of Robinson Crusoe Island (Isla Masatierra), Juan
The Vegetation ofRobinson Crusoe Island (Isla Masatierra), Juan Fernandez Archipelago, Chile1 Josef Greimler,2,3 Patricio Lopez 5., 4 Tod F. Stuessy, 2and Thomas Dirnbiick5 Abstract: Robinson Crusoe Island of the Juan Fernandez Archipelago, as is the case with many oceanic islands, has experienced strong human disturbances through exploitation ofresources and introduction of alien biota. To understand these impacts and for purposes of diversity and resource management, an accu rate assessment of the composition and structure of plant communities was made. We analyzed the vegetation with 106 releves (vegetation records) and subsequent Twinspan ordination and produced a detailed colored map at 1: 30,000. The resultant map units are (1) endemic upper montane forest, (2) endemic lower montane forest, (3) Ugni molinae shrubland, (4) Rubus ulmifolius Aristotelia chilensis shrubland, (5) fern assemblages, (6) Libertia chilensis assem blage, (7) Acaena argentea assemblage, (8) native grassland, (9) weed assemblages, (10) tall ruderals, and (11) cultivated Eucalyptus, Cupressus, and Pinus. Mosaic patterns consisting of several communities are recognized as mixed units: (12) combined upper and lower montane endemic forest with aliens, (13) scattered native vegetation among rocks at higher elevations, (14) scattered grassland and weeds among rocks at lower elevations, and (15) grassland with Acaena argentea. Two categories are included that are not vegetation units: (16) rocks and eroded areas, and (17) settlement and airfield. Endemic forests at lower elevations and in drier zones of the island are under strong pressure from three woody species, Aristotelia chilensis, Rubus ulmifolius, and Ugni molinae. The latter invades native forests by ascending dry slopes and ridges. -
Informe Padron Region ANTOFAGASTA
COLEGIO DE PROFESORES DE CHILE A G NasaSoft R.u.t.: 70 373 100-7 PADRON AGOSTO 2019 Página 1 Detallado por Comuna Fecha emisión 10 / Dic / 2019 - 17:00:00 Fecha Límite Inscripciones 31 de Ago de 2019 Region: ANTOFAGASTA Provincia: TOCOPILLA Comuna: TOCOPILLA Nombres Asociados Nombre Empleador ACORI GODOY NATHALIE ANDREA MUNICIPALIDAD DE TOCOPILLA ACORI MUÑOZ ROSA ELENA MUNICIPALIDAD DE TOCOPILLA ALBALLAY SILVA LIDIA ADELAIDA MUNICIPALIDAD DE TOCOPILLA ALBANEZ GARCIA JOHANNA ANDREA MUNICIPALIDAD DE TOCOPILLA ALFARO CASTRO HILDA INSTITUTO DE PREVISION SOCIAL ALFARO VARAS ELIANA ROSA MUNICIPALIDAD DE TOCOPILLA ALVAREZ CHAN CARLOS GUILLERMO MUNICIPALIDAD DE TOCOPILLA ALVAREZ CHAN ELBA ESTER MUNICIPALIDAD DE TOCOPILLA ALVAREZ CHAN IRELBA ZUNILDA COLEGIO DE PROFESORES DE CHILE A.G. AMIGO DELGADO LUXIOLA DEL CARMEN INSTITUTO DE PREVISION SOCIAL ARANDA ROJAS CARMEN VICTORIA MUNICIPALIDAD DE TOCOPILLA ARAYA BACHO NICOLAS ORLANDO MUNICIPALIDAD DE TOCOPILLA ARAYA CARVAJAL MARIA ELIZABETH MUNICIPALIDAD DE TOCOPILLA ARAYA CORTES CECILIA DEL CARMEN MUNICIPALIDAD DE TOCOPILLA ARAYA NEIRA MANUEL ISMAEL MUNICIPALIDAD DE TOCOPILLA ARAYA OLIVARES JOSE ANTONIO COLEGIO SAGRADA FAMILIA FUNDACION PADRE LIGTHART ARDILES VERGARA JORGE EDUARDO MUNICIPALIDAD DE TOCOPILLA ARREDONDO ROJAS HERMOGENES JORGE MUNICIPALIDAD DE TOCOPILLA ASTE DEPINTO LINA LUISA INSTITUTO DE PREVISION SOCIAL ASTUDILLO DOWNING JUANA ANGELA MUNICIPALIDAD DE TOCOPILLA AYALA GALLARDO RAUL EDERSO MUNICIPALIDAD DE TOCOPILLA BEHRENS BALMACEDA NITZEL HILDERGER IDE MUNICIPALIDAD DE TOCOPILLA BORQUEZ -
Earthquake List
1. Valdivia, Chile, May 22, 1960: 9.5 Number killed: 1,655 Number displaced: 2 million Cost of damages: $550 million The world's largest earthquake produced landslides so massive that they changed the courses of rivers and lakes. It begot a tsunami that battered the northern coastline of California, some 9,000 miles away; waves also hit Hawaii, the Philippines, and Japan where hundreds died. 2. Prince William Sound, Alaska. March 28, 1964: 9.2 Number killed: 128 Number displaced: Unknown Cost of damages: $311 million Because it occurred on Good Friday, it earned the somewhat dubious (if logical) title of the "Good Friday Earthquake." 3. The west coast of Northern Sumatra, Indonesia, December 26, 2004: 9.1 Number killed: 157,577 Number displaced: 1,075,350 Cost of damages: Unknown The tsunami that followed caused more casualties than any in recorded history. 4. Kamchatka, Russia, November 5, 1952: 9.0 Number killed: Unknown Number displaced: Unknown Cost of damages: $800,000 to $1 million This earthquake unleashed a tsunami that was "powerful enough to throw a cement barge in the Honolulu Harbor into a freighter," but it wasn't widely reported in the West because it happened during the Cold War. 5. Off the coast of Ecuador, January 31, 1906: 8.8 Number killed: 500 to 1,500 Number displaced: Unknown Cost of damages: Unknown An especially violent year for earthquakes, 1906 also saw massive tremors in San Francisco and in Valparaiso, Chile. 6. Rat Islands, Alaska, February 4, 1965: 8.7 Number killed: Unknown Number displaced: Unknown Cost of damages: $10,000 Positioned on the Aleutian arc on the boundary between the Pacific and North American crustal plates, the Rat Islands occupy one of the world's most active seismic zones; with more than 100 7.0 or larger magnitude earthquakes having occurred there in the past 100 years. -
Global Transmission Weekly Update on the Global Electricity Transmission Industry
September 03, 2012 Global Transmission Weekly Update on the global electricity transmission industry INSIDE THIS ISSUE NORTH AMERICA 2 PJM cancels PATH and MAPP projects 2 Rock Island Clean Line project faces opposition in Illinois 2 Opposition against Champlain-Hudson Power Express transmission line growing 2 Clean Line hosts public meetings for Grain Belt Express line 3 Entergy Arkansas files testimony with state PSC 3 Entergy proposal of shifting ICT services to MISO attracts strong opposition 3 MISO approves scaled down version of Bay Lake Project 3 Enbridge repays USD151 million federal loan 4 I-5 Corridor to cost USD12 million to tax payers 4 NWE and BPA announce transmission upgrades in Montana 4 CWL proposes third route option for Mill Creek substation transmission lines 4 TVA hosts public meeting for 161 kV line in Mississippi 5 MEC selects route for 69 kV transmission line 5 PPM files request with Texas PUC against high congestion cost 5 SDG&E’s ECO project receives approval from DoI 5 PAR Electrical bags high voltage contracts from SCE 5 ABB receives USD60 million HVDC contract from AEP 6 LATIN AMERICA 6 Brazilian bank extends BRL1 billion loan for HPP lines 6 Brazilian power utility to spend BRL700 million to link wind projects 6 Argentinean regulator to hold hearing for 500 kV Santa Fe project 7 Chilean power company submits environmental request for 220 kV project 7 Chilean solar company submits environmental declaration for 110 kV line 7 Mexican energy regulator formulates smart grid plan 7 Venezuelan power utility to auction -
Current Legal Developments International Court of Justice
THE INTERNATIONAL JOURNAL OF MARINE The International Journal of AND COASTAL Marine and Coastal Law 30 (�0�5) 36�–370 LAW brill.com/estu Current Legal Developments International Court of Justice ∵ Ocean Order in South America: The Maritime Dispute between Peru and Chile On 27 January 2014, the International Court of Justice (ICJ) delivered its judg- ment in the Maritime Dispute (Peru v. Chile) case.1 This judgment addresses a number of important issues in relation to the delimitation of maritime bound- aries, including the treatment of existing maritime boundaries, the use of the three-stage methodology and the procedure of the ICJ. This contribution out- lines the background to the dispute and aims to analyse the main issues arising from the judgment. Background to the Dispute The maritime dispute between Peru and Chile can be traced back to the time the countries obtained independence from Spain. However, it was the discov- ery of guano along the coastline of the Atacama Desert and the subsequent inland exploration for nitrate that contributed to the territorial tensions in the region, and which ultimately changed the political map of South America. The War of the Pacific (1879–1883) between Chile and the joint forces of Peru and Bolivia2 resulted in a redrawing of the boundaries, with Peru and Chile emerging as new neighbours.3 The Treaty of Peace and Friendship (‘Treaty of 1 Maritime Dispute (Peru v Chile) Judgment of 27 January 2014, available at: <http://www.icj-cij. org/docket/files/137/17930.pdf > (hereafter Peru/Chile). 2 Bolivia withdrew from the war in November 1879. -
The Volcanic Ash Soils of Chile
' I EXPANDED PROGRAM OF TECHNICAL ASSISTANCE No. 2017 Report to the Government of CHILE THE VOLCANIC ASH SOILS OF CHILE FOOD AND AGRICULTURE ORGANIZATION OF THE UNITED NATIONS ROMEM965 -"'^ .Y--~ - -V^^-.. -r~ ' y Report No. 2017 Report CHT/TE/LA Scanned from original by ISRIC - World Soil Information, as ICSU World Data Centre for Soils. The purpose is to make a safe depository for endangered documents and to make the accrued information available for consultation, following Fair Use Guidelines. Every effort is taken to respect Copyright of the materials within the archives where the identification of the Copyright holder is clear and, where feasible, to contact the originators. For questions please contact [email protected] indicating the item reference number concerned. REPORT TO THE GOVERNMENT OP CHILE on THE VOLCANIC ASH SOILS OP CHILE Charles A. Wright POOL ANL AGRICULTURE ORGANIZATION OP THE UNITEL NATIONS ROME, 1965 266I7/C 51 iß - iii - TABLE OP CONTENTS Page INTRODUCTION 1 ACKNOWLEDGEMENTS 1 RECOMMENDATIONS 1 BACKGROUND INFORMATION 3 The nature and composition of volcanic landscapes 3 Vbloanio ash as a soil forming parent material 5 The distribution of voloanic ash soils in Chile 7 Nomenclature used in this report 11 A. ANDOSOLS OF CHILE» GENERAL CHARACTERISTICS, FORMATIVE ENVIRONMENT, AND MAIN KINDS OF SOIL 11 1. TRUMAO SOILS 11 General characteristics 11 The formative environment 13 ÈS (i) Climate 13 (ii) Topography 13 (iii) Parent materials 13 (iv) Natural plant cover 14 (o) The main kinds of trumao soils ' 14 2. NADI SOILS 16 General characteristics 16 The formative environment 16 tö (i) Climat* 16 (ii) Topograph? and parent materials 17 (iii) Natural plant cover 18 B. -
Regiones Extremas Chilenas Y Su Invisibilidad Económica*
Volumen XIV / N° 2 / julio-diciembre 2014 / pp. 187-216 Regiones extremas chilenas y su invisibilidad económica* Economic invisibility of Chile’s end regions Sergio Soza-Amigo** Universidad de Magallanes, Punta Arenas, Chile Loreto Correa*** Academia Nacional de Estudios Políticos y Estratégicos, Santiago, Chile Recibido: 23 de diciembre de 2013. Aprobado: 18 de agosto de 2014. Resumen En este artículo se constata que las zonas extremas de Chile no poseen una estructura que viabilice un modelo de desarrollo homogéneo respecto a las demás regiones, y que dichas diferencias se manifiestan en sus composiciones demográficas y económicas. La hipótesis central de este trabajo es que las regiones extremas del norte y sur-austral son prácticamente invisibles en el contexto económico nacional. Además, se advierte a través de un análisis input-output, que en el desarrollo endógeno de ambas regiones extremas, Arica y Parinacota no es capaz de generar recursos para satisfacer sus propias necesida- des de desarrollo, y que Magallanes y Antártica Chilena al menos ha construido su base económica de manera más formal y diversificada. Palabras clave: regiones extremas, Chile, siglo XXI. * Se reconocen y agradecen los financiamientos entregados por Fondecyt, por medio del proyecto N° 1120405: “Entre el conflicto y el aislamiento: desarrollo, gobernabilidad y seguridad en las zonas fronterizas del norte y el sur de Chile a comienzos del siglo XXI”, así como la colaboración de la licenciada Cinthia Avellaneda Vera. Informamos que una versión preliminar y complementaria de esta investigación fue publicada en la Revista ESD (“Políticas públicas y gobernabilidad en las zonas extremas de Chile 2010-2012”, 1, 17-42) y en XIV Reunión de Economía Mundial, Universidad de Jaen, España, 2011. -
Fish Surface Activity and Pursuit-Plunging by Olivaceous Cormorants
SHORT COMMUNICATIONS 327 At the Missouri site, eagles had access to large numbers of crippled and dead geese, which presumably were the primary source oflead shot. In South Dakota, Steenhof(1976) reported finding waterfowl remains in 285 of 363 egested pellets including 10 (2.7%) with lead shot. Based upon her observations, she concluded eagles obtained most of the waterfowl in upland fields. Likewise, at our Nebraska site, eagles ate waterfowl that had been feeding in upland fields (obtained by kleptoparasitizing other raptors [Jorde and Lingle, in press]). In March 1980, they also scavenged waterfowl that had died of avian cholera (Lingle and Krapu 1986). Infrequent ingestion of lead shot by Bald Eagles in Nebraska probably stems from a low incidence of lead shot among waterfowl wintering along the Platte and North Platte rivers. The frequency of occurrence of lead shot in wintering waterfowl in Nebraska is not known; however, only about 1% of waterfowl wintering in the Texas High Plains region during the same period had lead shot in their digestive tracts (Wallace et al. 1983). It is probable that field-feeding Mallards obtained in lightly hunted uplands contain fewer lead shot than cripples or segments of the population feeding principally in wetlands where hunting activity and lead shot contamination arc likely to be concentrated. Acknowledgments.-We thank the following field technicians: R. Atkins, J. Cochnar, M. Hay, C. House, D. Janke, D. Jenson, and W. Norling. T. Baskett, D. Johnson, D. Jorde, and P. Pietz critically reviewed the manuscript. LITERATURE CITED GRIFFIN,C. R., T. S. BASKETT,AND R. -
Redalyc.Turbinas Y Electricidad Para La Mina, Lámparas a Parafina Para
Estudios Atacameños ISSN: 0716-0925 [email protected] Universidad Católica del Norte Chile Galaz-Mandakovic, Damir Turbinas y electricidad para la mina, lámparas a parafina para la población. Crónica de una asimetría del capitalismo minero en Tocopilla (1914-1942) Estudios Atacameños, núm. 54, 2017, pp. 179-200 Universidad Católica del Norte San Pedro de Atacama, Chile Disponible en: http://www.redalyc.org/articulo.oa?id=31551168008 Cómo citar el artículo Número completo Sistema de Información Científica Más información del artículo Red de Revistas Científicas de América Latina, el Caribe, España y Portugal Página de la revista en redalyc.org Proyecto académico sin fines de lucro, desarrollado bajo la iniciativa de acceso abierto Turbinas y electricidad para la mina, lámparas a parafina para la población. Crónica de una asimetría del capitalismo minero en Tocopilla (1914-1942) Damir Galaz-Mandakovic1 Resumen D Introducción Este artículo describe y analiza la nueva trama local que se produce con la insta- lación de una poderosa termoeléctrica en Tocopilla en 1914 a través de The Chile Los hermanos Guggenheim de Estados Unidos for- Exploration Company. Describimos y analizamos la industrialización satelital de Tocopilla, su rearticulación y redefinición en la dialéctica con Chuquicamata. jaron un colosal proyecto para desarrollar indus- Proponemos una historización del proceso de termoelectrificación constituyente trialmente la mina de Chuquicamata, para lo cual de una verdadera revolución tecnológica a gran escala. Asimismo, en una segun- conformaron The Chile Exploration Company el 11 de da parte, describimos el camino y la ilusión comunitaria para lograr la electrifi- enero de 1912, en la ciudad de New Jersey, Condado cación del pueblo recién en 1942, proceso dado en un contexto de disociación del capital extranjero con el territorio local que constituyó asimetrías. -
Chile Doing As the “Gateway”? Can It Strengthen This Function? How? 2
11 DISTRIBUTION AND LOGISTICS This chapter will focus on two main subjects: 1. “Gateway”—How is Chile doing as the “gateway”? Can it strengthen this function? How? 2. Logistics for export and import—How are goods transported and distributed in Chile? What are remaining problems? The first subject will place Chile in the international perspectives. The second subject will concentrate on Chile’s domestic systems. 11.1 Chile as the “Gateway”: International Distribution 11.1.1 International Cargo Movements through the “Gateway” Chile’s function as the “gateway” is already a real one though it is still limited in terms of cargo volume. Figure 11.1.1 is reproduced here (originally Figure 10.2.6, Chapter 10) to indicate the extent of that function. As is seen, transit cargos as a whole only account for a fraction of total international movements.1 It is also evident that most of the transit cargos go through the North Zone, to and from Bolivia primarily. The annual total volume of transit cargos (880,000 tons westbound and 510,000 tons eastbound) may be still insignificant compared with Chile’s total handling volumes. Nonetheless, this present picture clearly illustrates a promising possibility that Chile should pursue: its “gateway” function can expand further. To demonstrate this, Chile’s current position in the international distribution and transportation networks particularly with neighboring countries will be reviewed in following sections. 11.1.2 Macro-Region Andina “Macro-region Andina” is a notion proposed and pursued by authorities concerned in Region I. Without any definite boundaries, it roughly covers an area encompassing the southern part of Peru, most of Bolivia, northern part of Argentina, part of Paraguay, and the states of Mato Grosso and Mato Grosso do Sul of Brazil. -
PPRC/5 — IP/02 Rev. 10/07/19 Fifth Meeting of the Programmes and Projects Review Committee (PPRC/5) Mexico City, Mexico, 16 to 18 July 2019
PPRC/5 — IP/02 Rev. 10/07/19 Fifth Meeting of the Programmes and Projects Review Committee (PPRC/5) Mexico City, Mexico, 16 to 18 July 2019 Agenda Item 3: Global, Intra- and Inter-Regional Air Navigation Activities 3.3 Follow-up to the implementation of inter- and intra-regional activities ROUTES OPTIMIZATION PLAN IN CHILE (Presented by Chile) EXECUTIVE SUMMARY This Note informs that Chile concludes the implementation of RNAV 5 in continental airspace and RNAV 10 (RNP 10) in oceanic airspace, within the plan for optimizing ATS routes in the SAM Region. Strategic • Air Navigation Capacity and Efficiency Objectives: • Economic Development of Air Transport • Environmental Protection References: • Meeting reports ATS / RO 5, ATS / RO 6 • Meeting report SAM / IG 23 • GREPECAS/18 report 1. Introduction 1.1 In November 2011, Chile implemented the RNAV 5 navigation specification in the continental RNAV airways in the Flight Information Regions of Antofagasta, Santiago, Puerto Montt and Punta Arenas. 1.2 Until then, Chile had a structure of routes based on ground radioaids and area navigation routes, both established in the same points and trajectories that commercial aviation used for flights planning and flight plans presentation. 1.3 At the ATS / RO 5 meeting held on July 2013, Chile informed about the plan for optimizing the ATS route structure being at that time developed and the implementation of the RNAV 5 navigation specification, in accordance with the trajectories and needs of the route network at the SAM Region. 1.4 The use of area navigation systems (RNAV), air traffic management (ATM) and the use of ATS surveillance systems as a whole, had allowed aircraft to fly more efficient and direct routes compared to that offered by ground radioaids airways network, resulting in a considerable increase in efficiency and PPRC/5 — IP/02 Rev. -
Guia De Aprendizaje Norte Grande
GUIA DE APRENDIZAJE NORTE GRANDE 1).-LOCALIZACIÓN: La zona del Norte Grande se extiende desde el límite con el Perú hasta el río Copiapó. Considera las regiones de Arica y Parinacota, Tarapacá y Antofagasta. Esta área se caracteriza, entre otros aspectos, por su árido desierto, por sus reducidas y escasas planicies costeras y por sus suelos ricos en minerales. 2.- AGUAS SUPERFICIALES Los ríos tienen régimen pluvial, es decir, alimentados por lluvias, y son de escaso caudal (cantidad o volumen de agua que transporta un río). Algunos ríos son Loa el más largo de Chile, Lauca y Lluta. 3.-CLIMA: El Norte Grande tiene un clima desértico. Aquí se encuentra el desierto de Atacama, donde prácticamente no llueve y hace mucho calor durante el día y mucho frío durante la noche. Por las mañanas, en la costa, se forma una neblina espesa llamada camanchaca. En el altiplano, durante el verano, se producen lluvias que se conocen en la zona con el nombre de invierno altiplánico. 4).- RELIEVE • Cordillera de los Andes: alta, maciza y con numerosos volcanes. Su activo volcanismo produjo rellenos que generaron una planicie en altura denominada altiplano. • Depresión intermedia: presenta profundas quebradas o hendiduras del terreno, por donde puede escurrir agua esporádicamente y, entre ellas, extensiones de terreno árido llamadas pampas. • Cordillera de la Costa: elevada y cae abruptamente al mar, como un acantilado, formando el denominado farellón costero. • Planicies litorales: existen solo en algunos lugares, en donde se ubican las ciudades. 5).- ECONOMÍA Se desempeña fundamentalmente en actividades mineras, especialmente del cobre, que son de gran importancia para el país.