text
stringlengths 1
5.12k
|
---|
"
|
" On 13 September, the Junta dissolved Congress, outlawed the parties that had been part of the Popular Unity coalition, and all political activity was declared ""in recess"". The military government took control of all media, including the radio broadcasting that Allende attempted to use to give his final speech to the nation. It is not known how many Chileans actually heard the last words of Allende as he spoke them, but a transcript and audio of the speech survived the military government. Chilean scholar Lidia M. Baltra details how the military took control of the media platforms and turned them into their own ""propaganda machine."" The only two newspapers that were allowed to continue publishing after the military takeover were ""El Mercurio"" and ""La Tercera de la Hora"", both of which were anti-Allende under his leadership. The dictatorship's silencing of the leftist point of view extended past the media and into ""every discourse that expressed any resistance to the regime."" An example of this is the torturing and death of folk singer Victor Jara. The military government detained Jara in the days following the coup. He, along with many other leftists, was held in Estadio Nacional, or the National Stadium of Chile in the capital of Santiago. Initially, the Junta tried to silence him by crushing his hands, but ultimately he was murdered. Immediately after the coup the military sought television host Don Francisco to have him report on the events. Don Francisco declined the offer, encouraging the captain that had approached him to take the role of reporter himself.
|
"
|
" Initially, there were four leaders of the junta: In addition to General Augusto Pinochet, from the Army, there were General Gustavo Leigh Guzmán, of the Air Force; Admiral José Toribio Merino Castro, of the Navy (who replaced Constitutionalist Admiral Raúl Montero); and General Director César Mendoza Durán, of the National Police (""Carabineros de Chile"") (who replaced Constitutionalist General Director José María Sepúlveda). Coup leaders soon decided against a rotating presidency and named General Pinochet permanent head of the junta.
|
"
|
" In the months that followed the coup, the ""junta"", with authoring work by historian Gonzalo Vial and admiral Patricio Carvajal, published a book titled ""El Libro Blanco del cambio de gobierno en Chile"" (commonly known as ""El Libro Blanco"", ""The White Book of the Change of Government in Chile""), where they attempted to justify the coup by claiming that they were in fact anticipating a self-coup (the alleged ""Plan Zeta"", or Plan Z) that Allende's government or its associates were purportedly preparing. Historian Peter Winn states that the Central Intelligence Agency had an extensive part to play in fabricating the conspiracy and in selling it to the press, both in Chile and internationally. Although later discredited and officially recognized as the product of political propaganda, Gonzalo Vial has pointed to the similarities between the alleged Plan Z and other existing paramilitary plans of the Popular Unity parties in support of its legitimacy.
|
"
|
" One of the first measures of the dictatorship was to set up a Secretaría Nacional de la Juventud (SNJ, National Youth Office). This was done on 28 October 1973, even before the Declaration of Principles of the junta made in March 1974. This was a way of mobilizing sympathetic elements of the civil society in support for the dictatorship.
|
"
|
" The newspaper ""La Tercera"" published on its front page a photograph showing prisoners at the Quiriquina Island Camp who had been captured during the fighting in Concepción. The photograph's caption stated that some of the detained were local leaders of the ""Unidad Popular"" while others were ""extremists who had attacked the armed forces with firearms"". The photo is reproduced in Docuscanner. This is consistent with reports in newspapers and broadcasts in Concepción about the activities of the Armed Forces, which mentioned clashes with ""extremists"" on several occasions from 11 to 14 September. Nocturnal skirmishes took place around the Hotel Alonso de Ercilla in Colo Colo and San Martín Street, one block away from the Army and military police administrative headquarters. A recently published testimony about the clashes in Concepcion offers several plausible explanations for the reticence of witnesses to these actions.
|
"
|
" Besides political leaders and participants, the coup also affected many everyday Chilean citizens. Thousands were killed, went missing, and were injured. Because of the political instability in their country, many relocated elsewhere. Canada, among other countries, became a main point of refuge for many Chilean citizens. Through an operation known as ""Special Movement Chile"", more than 7,000 Chileans were relocated to Canada in the months following 11 September 1973. These refugees are now known as Chilean Canadian people and have a population of over 38,000.
|
"
|
" The U.S. view of the coup continues to spark controversy. Beginning in late 2014 in response to a request by then Senate Armed Services Committee Chair Carl Levin, United States Southern Command (USSOUTHCOM) William J. Perry Center for Hemispheric Defense Studies (CHDS), located at the National Defense University in Washington, D.C., has been under investigation by the Department of Defense Office of Inspector General. Insider national security whistleblower complaints included that the Center knowingly protected a CHDS professor from Chile who was a former top advisor to Pinochet after belonging to the Dirección de Inteligencia Nacional / DINA state terrorist organization (whose attack against a former Chilean foreign minister in 1976 in Washington, D.C. resulted in two deaths, including that of an American). ""Reports that NDU hired foreign military officers with histories of involvement in human rights abuses, including torture and extra-judicial killings of civilians, are stunning, and they are repulsive"", said Sen. Patrick Leahy, D-Vermont, the author of the ""Leahy Law"" prohibiting U.S. assistance to military units and members of foreign security forces that violate human rights.
|
"
|
" Roberto Thieme, the military leader of Fatherland and Liberty, who was imprisoned on 11 September was shocked to hear about the degree of violence the coup was carried out with. Despite being an arduous opponent of Unidad Popular he had expected a cleaner coup.
|
"
|
" President of Argentina Juan Domingo Perón condemned the coup calling it a ""fatality for the continent"". Before the coup Perón had warned the more radical of his followers to stay calm and ""not do as Allende"". Argentine students protested the coup at the Chilean embassy in Buenos Aires, where part of them chanted that they were ""available to cross the Andes"" (""dispuestos a cruzar la cordillera"").
|
"
|
" The commemoration of the coup is associated to competing narratives on its cause and effects. The coup has been commemorated by detractors and supporters in various ways.
|
"
|
" On 11 September 1975 Pinochet lit the Llama de la Libertad (lit. Flame of Liberty) to commemorate the coup. This flame was extinguished in 2004. Avenida Nueva Providencia in Providencia, Santiago, was renamed Avenida 11 de Septiembre in 1980. In the 30th anniversary of the coup President Ricardo Lagos inaugurated the Morandé 80 entrance to La Moneda. This entrance to the presidential palace had been erased during the repairs the dictatorship did to the building after the bombing.
|
"
|
" The 40th anniversary of the coup in 2013 was particularly intense. That year the name of Avenida 11 de Septiembre was reversed to the original Avenida Nueva Providencia. The Association of Chilean Magistrates issued a public statement in early September 2013 recognizing the past unwillingness of judges to protect those persecuted by dictatorship. On 11 September 2013 hundreds of Chileans posed as dead in the streets of Santiago in remembrance of the ones ""disappeared"" by the dictatorship.
|
"
|
" The centre-left opposition refused to attend the commemoration event organized by Sebastián Piñera's right-wing government organizing instead a separate event. Osvaldo Andrade of the Socialist Party explained that attendance was not viable as Piñera's government was ""packed with passive accomplices"" of the dictatorship. Some right-wing politicians also declined the invitation. Presidential candidate Michelle Bachelet planned to spend the day visiting Museum of Memory and Human Rights and commented that ""it is not fair to talk about the coup as something unavoidable"". President Piñera held an unusual speech in which he denounced ""passive accomplices"" like news reporters who deliberately changed or omitted the truth and judges who rejected recursos de amparos that could have saved lives. People who knew things or could have known things but decided to stay quiet were also criticized as passive accomplices in Piñera's speech.
|
"
|
" A number of new films, theatre plays, and photography expositions were held to cast light on the abuses and censorship of the dictatorship. The number of new books published on the subject in 2013 was such that it constituted an editorial boom. The Museum of Memory and Human Rights also displayed a collection of declassified CIA, FBI, Defense Department, and White House records illustrating the U.S. role in the dictatorship and the coup. Conferences and seminaries on the subject of coup were also held. Various series and interviews with politicians on the subject of the coup and the dictatorship were aired on Chilean TV in 2013.
|
"
|
"
|
"
|
"= = = Denehole = = =
|
"
|
"
|
"
|
" A denehole (alternatively dene hole or dene-hole) is an underground structure consisting of a number of small chalk caves entered by a vertical shaft. The name is given to certain caves or excavations in England, which have been popularly supposed to be due to the Danes or some other of the early northern invaders of the country. The common spelling Dane hole is adduced as evidence of this, and individual names, such as Vortigern's Caves at Margate, and Canute's Gold Mine near Bexley, naturally follow the same theory. The word, however, is probably derived from the Anglo Saxon ""den"", a hole or valley. The lack of evidence found in them has led to long arguments as to their function.
|
"
|
" The general outline of the formation of these caves is invariably the same. The entrance is a vertical shaft some 3 feet (1 m) in diameter falling, on an average, to a depth of 60 feet (20 m). The depth is regulated by the depth of the chalk layer from the surface, although chalk can be found within a few feet, or even inches, from the surface. A depth of from 45 to 80 feet or more, is a characteristic feature.
|
"
|
" Footholds were cut into the sides of the shaft to allow the miners to climb in and out. The shaft, when the chalk is reached, widens out into a domed chamber with a roof of chalk some 3 feet thick. The walls frequently contract somewhat as they near the floor. As a rule the main chamber is 16 to 18 feet in height, beneath each shaft. From this excessive height it has been inferred that the caves were not primarily intended for habitations or even hiding-places. In most cases, between two and four sub-chambers are present, excavated laterally from the floor level, the roof being supported by pillars of chalk left standing.
|
"
|
" There are many underground excavations in the south of England, also found to some extent in the Midlands and the north, but true deneholes are found chiefly in those parts of Kent and Essex along the lower banks of the Thames. With one exception there are no recorded specimens farther east than those of the Grays Thurrock district, situated in Hangman's Wood, on the north, and one near Challock on the south side of the river south of Faversham. Isolated specimens have been discovered in various parts of Kent and Essex, but the most important groups have been found at Grays Thurrock, in the districts of Woolwich, Abbey Wood and Bexley, and at Gravesend. Those at Bexley and Grays Thurrock are the most valuable still existing. It is generally found that the tool work on the roof or ceiling is rougher than that on the walls, where an upright position could be maintained.
|
"
|
" Pliny the Elder wrote about British chalk extraction in A.D. 70 and archaeological evidence shows that at least some of the deneholes were being exploited during prehistory. Casts taken of some of the pick-holes near the roof show that, in all probability, they were made by bone or horn picks. Numerous bone picks have been discovered in Essex and Kent. These pick-holes are amongst the most valuable data for the study of deneholes, and have assisted in fixing the date of their formation to pre-Roman times. However, very few artifacts which would provide dating evidence or assisted in determining the uses of these prehistoric excavations have been discovered in any of the known deneholes. Chrétien de Troyes has a passage on caves in Britain which may have reference to deneholes, and tradition of the 14th century treated the deneholes of Grays as the fabled gold mines of Cunobeline (or Cymbeline) of the 1st century.
|
"
|
" In 1225 Henry III gave every man the right to sink a marl pit on his own land. Spreading chalk on the fields was a common practice in the Middle Ages. This appears to have continued into the 19th century. The need for chalk in agriculture supports the theory that the origin of deneholes was for chalk extraction.
|
"
|
" Vortigern's Caves at Margate are possibly deneholes which have been adapted later for other purposes; and excellent examples of various pick-holes may be seen on different parts of the walls.
|
"
|
" Local tradition in some cases suggests the use of these caves by smugglers. Illicit traffic was common not only on the coast but in the Thames as far up the river as Barking Creek. The theory is at least plausible that these ready-made hiding-places, which were difficult of approach and dangerous to descend, were used in this way.
|
"
|
" By the end of the nineteenth century, three purposes had been suggested for which deneholes may have been originally excavated:
|
"
|
" For several reasons it is unlikely that they were used as habitations, although they may have been used occasionally as hiding-places. Silos, or underground storehouses, are well known in the south of Europe and Morocco. It has been suggested that the grain was stored unthreshed and carefully protected from damp by straw. A curious smoothness of the roof of one of the chambers of the Gravesend twin-chamber denehole has been put forward as additional evidence in support of this theory.
|
"
|
" Since the 1950s the theory that they were ancient chalk mines has gained acceptance.
|
"
|
" This was formerly thought unlikely as it was reasoned that chalk could have been obtained outcropping close by. J.E.L. Caiger worked in Kent excavating, surveying and researching deneholes and concluded that they were excavated in prehistoric, Roman, medieval and even post-medieval times in order to produce a supply of unpolluted chalk to spread on fields for the purposes of marling. By excavating a narrow shaft, the miners used up as little of the productive agricultural land as possible. He suggested various other practical issues which supported his ideas including that open cast chalk extraction would require moving the material further than necessary and that shallower chalk deposits have much of their minor mineral content leached out by groundwater.
|
"
|
" Another theory that has been advanced is that the excavations were made in order to get flints for implements.
|
"
|
"
|
"
|
"= = = HMS Furious (47) = = =
|
"
|
"
|
"
|
" HMS ""Furious"" was a modified built for the Royal Navy (RN) during the First World War. Designed to support the Baltic Project championed by the First Sea Lord of the Admiralty, Lord Fisher, the ship was very lightly armoured and designed to be armed with only two heavy guns (18-inch), one forward and one aft, plus a number of lesser guns. ""Furious"" was modified and became an aircraft carrier while under construction. Her forward turret was removed and a flight deck was added in its place, such that aircraft had to manoeuvre around the superstructure to land. Later in the war, the ship had her rear turret removed and a second flight deck installed aft of the superstructure, but this was less than satisfactory due to air turbulence. ""Furious"" was briefly laid up after the war before she was reconstructed with a full-length flight deck in the early 1920s.
|
"
|
" After her conversion, ""Furious"" was used extensively for trials of naval aircraft and later as a training carrier once the new armoured carriers like entered service in the late 1930s. During the early months of the Second World War, the carrier spent her time hunting for German raiders in the North Atlantic and escorting convoys. This changed dramatically during the Norwegian Campaign in early 1940 when her aircraft provided air support to British troops ashore in addition to attacking German shipping. The first of what would be a large number of aircraft ferry missions was made by the carrier during the campaign. After the withdrawal of British troops in May, ""Furious"" made several anti-shipping strikes in Norway with little result before beginning a steady routine of ferrying aircraft for the Royal Air Force.
|
"
|
" At first, ""Furious"" made several trips to West Africa, but she began to ferry aircraft to Gibraltar in 1941. An unsuccessful attack on German-occupied ports on the Arctic Ocean interrupted the ferry missions in mid-1941. ""Furious"" was given a lengthy refit in the United States and spent a few months training after her return in April 1942. She made several more ferry trips in mid-1942 before her aircraft attacked airfields in Vichy French Algeria as part of the opening stages of Operation Torch in November 1942. The ship remained in the Mediterranean until February 1943 when she was transferred to the Home Fleet.
|
"
|
" ""Furious"" spent most of 1943 training, but made a number of attacks on the and other targets in Norway during the first half of 1944. By September 1944, the ship was showing her age and she was placed in reserve. ""Furious"" was decommissioned in April 1945, but was not sold for scrap until 1948.
|
"
|
" During the First World War, Admiral Fisher was prevented from ordering an improved version of the preceding s by a wartime restriction that banned construction of ships larger than light cruisers. To obtain ships suitable for traditional battlecruiser roles, such as scouting for fleets and hunting enemy raiders, he settled on ships with the minimal armour of a light cruiser and the armament of a battlecruiser. He justified their existence by claiming he needed fast, shallow-draught ships for his Baltic Project, a plan to invade Germany via its Baltic coast.
|
"
|
" ""Furious"" had an overall length of , a beam of , and a draught of at deep load. She displaced normally and at deep load. She had a metacentric height of at deep load. ""Furious"" and her half-sisters were the first large warships in the Royal Navy to have geared steam turbines. To save design time, the installation used in the light cruiser , the first cruiser in the RN with geared turbines, was copied and simply duplicated to provide two sets of turbines. The four Brown-Curtis turbines were powered by eighteen Yarrow small-tube boilers that were designed to produce a total of . The ship's speed was an estimated , but she never ran her sea trials.
|
"
|
" ""Furious"" was designed to normally carry of fuel oil, but could carry a maximum of . At full capacity, she could steam for an estimated at a speed of . The ship was designed to carry two BL 18-inch Mark I guns in two single turrets, one each fore ('A') and aft ('Y'). Her secondary armament consisted of 11 BL 5.5-inch Mk I guns. A pair of QF 3-inch (76 mm) 20 cwt anti-aircraft guns were mounted before the funnel. ""Furious"" also mounted two submerged tubes for 21-inch torpedoes and 10 torpedoes were carried.
|
"
|
" Even as she was being built, ""Furious"" was modified with a large hangar capable of housing ten aircraft on her forecastle that replaced the forward turret. A 160-foot (49 m) flight deck was built along its roof. Aircraft were flown off and, rather less successfully, landed on this deck. Floatplanes like the Short Type 184 used a four-wheel trolley that ran down a track along the centre of the flight deck for take-off. Aircraft were lifted by crane from the hangar to the flight deck. Although the aft turret was fitted and the gun tested, it was not long before ""Furious"" returned to her builders for further modifications. In November 1917, the rear turret was replaced by a 300-foot (91 m) deck for landing aircraft over another hangar. Her funnel and superstructure remained intact, with a narrow strip of decking around them to connect the fore and aft flight decks. Turbulence from the funnel and superstructure was severe enough that only three landing attempts were successful before further attempts were forbidden. Her 18-inch guns were reused on s and during the war.
|
"
|
" ""Furious"" was laid down on 8 June 1915 at Armstrong Whitworth's Low Walker shipyard in Newcastle upon Tyne. The ship was launched on 18 August 1916 and commissioned on 26 June 1917. As completed, her complement numbered 737 officers and enlisted men.
|
"
|
" On 2 August 1917, while performing trials, Squadron Commander Edwin Dunning landed a Sopwith Pup, believed to have been ""N6453"", successfully on board ""Furious"", becoming the first person to land an aircraft on a moving ship. On 7 August, he made one more successful landing in the same manner, but on his third attempt, in Pup ""N6452"", the engine choked and the aircraft crashed off the starboard bow, killing him. The deck arrangement was unsatisfactory because aircraft had to manoeuvre around the superstructure to land.
|
"
|
" In the meantime, all three ""Courageous""-class ships were assigned to the 1st Cruiser Squadron (CS) in October 1917 when the Admiralty received word of German ship movements on 16 October, possibly indicating a raid. Admiral Beatty, commander of the Grand Fleet, ordered most of his light cruisers and destroyers to sea in an effort to locate the enemy ships. ""Furious"" was detached from the 1st CS and ordered to sweep along the 56th parallel as far as 4° East and to return before dark. Her half-sisters and were not initially ordered to sea, but were sent to reinforce the 2nd Light Cruiser Squadron patrolling the central part of the North Sea later that day. Two German light cruisers managed to slip through the gaps in the British patrols and destroyed the Scandinavia convoy during the morning of 17 October, but no word was received of the engagement until that afternoon. The 1st CS was ordered to attempt to intercept the German ships, but they proved to be faster than expected and the British ships were unsuccessful.
|
"
|
" ""Furious"" returned to the dockyard in November to have the aft turret removed and replaced by another deck for landing, giving her both a launching and a recovery deck. Two lifts (elevators) serving the hangars were also installed. ""Furious"" was recommissioned on 15 March 1918, and her embarked aircraft were used on anti-Zeppelin patrols in the North Sea after May. In July 1918, she flew off seven Sopwith Camels which participated in the Tondern raid, attacking the Zeppelin sheds there with moderate success.
|
"
|
" ""Furious"" was laid up after the war, but was converted to an aircraft carrier with a continuous flight deck between June 1921 and September 1925. Her design was based on experience gained with the first two British carriers, and , although this was very limited as ""Argus"" was less than three years old and ""Eagle"" had carried out only 143 deck landings during her preliminary sea trials in 1920.
|
"
|
" The ship's superstructure, masts, funnel and landing deck were removed and she was given a flight deck that extended over three-quarters of her length. This flight deck was not level; it sloped upwards about three-quarters of the way from the stern to help slow down landing aircraft, which had no brakes at that time. The fore-and-aft arresting gear was not intended to stop landing aircraft—the landing speeds of the time were low enough that this was unnecessary given a good headwind—but rather to prevent aircraft from veering off to one side and potentially falling off the flight deck. Various designs for the flight deck were tested in a wind tunnel by the National Physical Laboratory which showed that the distinctive elliptical shape and rounded edges used minimised turbulence.
|
"
|
" ""Furious"" was not lengthened, but her beam was increased to and her average draught was now at deep load, deeper than before the conversion. She displaced at normal load and at deep load, over 3000 long tons more than her previous displacement. Her metacentric height was at deep load, a reduction of after her conversion. During the ship's post-conversion sea trials she reached . Her fuel capacity was increased by during her reconstruction, which increased her range to at a speed of or at a speed of .
|
"
|
" A two-level hangar was built under the flight deck, in height per level. The lower hangar was long by wide and the upper was . Each hangar could be sectioned off by electrically operated steel shutters on rollers. Her boilers were ducted down the side of the ship to exhaust either out of gratings at the rear of the flight deck or, when landing operations were in progress, out of the side of the lower hangar at the rear of the ship. This solution proved to be very unsatisfactory as it consumed valuable space, made parts of the lower hangar unbearable and interfered with landing operations to a greater or lesser degree. Her original flying-off deck remained in place for use by small aircraft like fighters which improved launch and recovery cycle flexibility allowing the ship to simultaneously land aircraft on the main flight deck while fighters were taking off on the lower deck or to speedily fly off her aircraft from both decks. Doors at the forward end of the upper hangar opened onto the lower flying deck. Like ""Argus"", ""Furious"" was flush-decked and lacked an island superstructure to minimise any turbulence over the flight deck; instead she had a navigating position at the leading edge of the flight deck, starboard, and was provided with a retractable charthouse forward, on the flight deck centreline. The ship could normally carry about 36 aircraft.
|
"
|
" Two lifts (elevators) were installed to transfer aircraft between the flight deck and hangars. No arresting gear was fitted and two ready-use petrol tanks were provided for aircraft and the ship's boats on the upper deck. An additional of petrol were in bulk storage. In 1939, her complement consisted of 41 officers and 754 crewmen.
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.