Wednesday, February 27, 2008

Eastern United States
The Eastern United States, the American East, or simply the East is traditionally defined as the states east of the Mississippi River. The first two tiers of states west of the Mississippi have traditionally been considered part of the West, but can be included in the East today; usually in regional models that exclude a Central region. The estimated population of the eastern United States as of 2006 is about 148,000,000.

Major population centers
The following is a list of the 24 largest cities in the East; it does not reflect any preferencial treatment to any city not listed:
New York City

Chicago

Philadelphia

Miami

Indianapolis

Jacksonville

Columbus

Memphis

Baltimore

Charlotte

Nashville

Boston

Washington, D.C.

Milwaukee

Louisville

Atlanta

New Orleans

Cleveland

Virginia Beach

Minneapolis

Cincinnati

Tampa

Pittsburgh

Toledo

Newark

Buffalo

St. Paul

Detroit


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Tuesday, February 26, 2008

Disease
A disease is an abnormal condition of an organism that impairs bodily functions. In human beings, "disease" is often used more broadly to refer to any condition that causes discomfort, dysfunction, distress, social problems, and/or death to the person afflicted, or similar problems for those in contact with the person. In this broader sense, it sometimes includes injuries, disabilities, disorders, syndromes, infections, isolated symptoms, deviant behaviors, and atypical variations of structure and function, while in other contexts and for other purposes these may be considered distinguishable categories. This article primarily describes human diseases, one of man's greatest enemies.
While many diseases are biological processes with observable alterations of organ function or structure, others primarily involve alterations of behavior.
Classifying a condition as a disease is a social act of valuation, and may change the social status of the person with the condition (the patient). Some conditions (known as culture-bound syndromes) are only recognized as diseases within a particular culture. Sometimes the categorizaton of a condition as a disease is controversial within the culture.

Transmission of disease
The identification of a condition as a disease, rather than as simply a variation of human structure or function, can have significant social or economic implications. The controversial recognitions as diseases of post-traumatic stress disorder, also known as "Soldier's heart," "shell shock," and "combat fatigue;" repetitive motion injury or repetitive stress injury (RSI); and Gulf War syndrome has had a number of positive and negative effects on the financial and other responsibilities of governments, corporations and institutions towards individuals, as well as on the individuals themselves. The social implication of viewing aging as a disease could be profound, though this classification is not yet widespread.
A condition may be considered to be a disease in some cultures or eras but not in others. Oppositional-defiant disorder, attention-deficit hyperactivity disorder, and, increasingly, obesity, are conditions considered to be diseases in the United States and Canada today, but were not so-considered decades ago and are not so-considered in some other countries. Lepers were a group of afflicted individuals who were historically shunned and the term "leper" still evokes social stigma. Fear of disease can still be a widespread social phenomena, though not all diseases evoke extreme social stigma.
Sickness confers the social legitimization of certain benefits, such as illness benefits, work avoidance, and being looked after by others. In return, there is an obligation on the sick person to seek treatment and work to become well once more. As a comparison, consider pregnancy, which is not a state interpreted as disease or sickness by the individual. On the other hand, it is considered by the medical community as a condition requiring medical care and by society at large as a condition requiring one's staying at home from work.

Monday, February 25, 2008


Paleoclimatology is the study of climate change taken on the scale of the entire history of Earth. It uses records from ice sheets, tree rings, sediment, and rocks to determine the past state of the climate system on Earth.

Techniques of paleoclimatology

Main articles: Geologic time scale and History of Earth Planet's timeline

Periodic Ice ages
Snowball Earth/Varangian glaciation (Hadean and Paleoproterozoic)
Permian-Triassic extinction event (Permian-Triassic)
Paleocene-Eocene Thermal Maximum (Paleocene-Eocene)
Younger Dryas/The Big Freeze (~11 000 BCE)
Holocene climatic optimum (~7000 BCE-3000 BCE)
Climate changes of 535-536 (535-536)
Medieval warm period (900-1300)
Little ice age (1300-1800)
Year Without a Summer (1816) Various notable climate-related events

History of the atmosphere
The earliest atmosphere of the Earth was probably stripped away by solar winds early in the history of the planet. These gases were later replaced by an atmosphere derived from outgassing from the Earth. Sometime during the late Archean Era an oxygen atmosphere began to develop from photosynthesizing algae.

Earliest atmosphere
Free oxygen did not exist until about 1,700 Ma and this can be seen with the development of the red beds and the end of the banded iron formations. This signifies a shift from a reducing atmosphere to an oxidising atmosphere. The early atmosphere and hydrosphere (up until about 2,000 Ma) were devoid of free oxygen. After photosynthesis developed, photoautotrophs began releasing O2.
The very early atmosphere of the earth contained mostly carbon dioxide (CO2) : about 80%. This gradually dropped to about 20% by 3,500 Ma. This coincides with the development of the first bacteria about 3,500 Ma. By the time of the development of photosynthesis (2,700 Ma), CO2 levels in the atmosphere were in the range of 15%. During the period from about 2,700 Ma to about 2,000 Ma, photosynthesis dropped the CO2 concentrations from about 15% to about 8%. By about 2,000 Ma free O2 was beginning to accumulate. This gradual reduction in CO2 levels continued to about 600 Ma at which point CO2 levels were below 1% and O2 levels had risen to more than 15%. 600Ma corresponds to the end of the Precambrian and the beginning of the Cambrian, the end of the cryptozoic and the beginning of the Phanerozic, and the beginning of oxygen-breathing life.

Carbon dioxide and free oxygen
The climate of the late Precambrian was typically cold with glaciation spreading over much of the earth. At this time the continents were bunched up in a supercontinent called Rodinia. Massive deposits of tillites are found and anomalous isotopic signatures are found which are consistent with the idea that the earth at this time was a massive snowball. Map of Rodinia at the end of the Precambrian after Australia and Antarctica rotated away from the southern hemisphere.
As the Proterozoic Eon drew to a close, the Earth started to warm up. By the dawn of the Cambrian and the Phanerozoic Eon, Earth was experiencing average global temperatures of about +22 °C. Hundreds of millions of years of ice were replaced with the balmy tropical seas of the Cambrian Period within which life exploded at a rate never seen before or after.

Precambrian climate
Qualitatively, the Earth's climate was varied between conditions that support large-scale continental glaciation and those which are extensively tropical and lack permanent ice caps even at the poles. The time scale for this variation is roughly 140 million years and may be related to Earth's motion into and out of galactic spiral arms (Veizer and Shaviv 2003). The difference in global mean temperatures between a fully glacial earth and ice free Earth is estimated at approximately 10 °C, though far larger changes would be observed at high latitudes and smaller ones at low latitudes. One key requirement for the development of large scale ice sheets is the arrangement of continental land masses at or near the poles. With plate tectonics constantly rearranging the continents, it can also shape long-term climate evolution. However, the presence of land masses at the poles is not sufficient to guarantee glaciations. Evidence exists of past warm periods in Earth's climate when polar land masses similar to Antarctica were home to deciduous forests rather than ice sheets.
Changes in the atmosphere may also exert an important influence over climate change. The establishment of CO2-consuming (and oxygen-producing) photosythesizing organisms in the Precambrian led to the production of an atmosphere much like today's, though for most of this period it was much higher in CO2 than today. Similarly, the Earth's average temperature was also frequently higher than at present, though it has been argued that over very long time scales climate is largely decoupled from carbon dioxide variations (Veizer et al. 2000). Or more specifically that changing continental configurations and mountain building probably have a larger impact on climate than carbon dioxide. Others dispute this, and suggest that the variations of temperature in response to carbon dioxide changes have been underestimated (Royer et al. 2004). However, it is clear that the preindustrial atmosphere with only 280 ppm CO2 is not far from the lowest ever occurring since the rise of macroscopic life.
Superimposed on the long-term evolution between hot and cold climates have been many short-term fluctuations in climate similar to, and sometimes more severe than, the varying glacial and interglacial states of the present ice age. Some of the most severe fluctuations, such as the Paleocene-Eocene Thermal Maximum, may be related to rapid increases in atmospheric carbon dioxide due to the collapse of natural methane reservoirs in the oceans (see methane clathrates). Severe climate changes also seem to have occurred during the course of the Cretaceous-Tertiary, Permian-Triassic, and Ordovician-Silurian extinction events; however, it is unclear to what degree these changes caused the extinctions rather than merely responding to other processes that may have been more directly responsible for the extinctions.

Palaeoclimatology Controlling Factors

Geologic temperature record
Dendroclimatology
Historical climatology, the study of climate over human history (as opposed to earth's)
Cliwoc, Climatological database for the world's oceans (1759-1854)
Shen Kuo, 11th century Chinese scientist who realized the possibilities of paleoclimatology while observing ancient petrified bamboos buried underground in a northern, dry climate

Sunday, February 24, 2008

Irakleio, Attica
Irakleio (Greek, modern: Ηράκλειο, Ancient/Katharevousa: -on), alternative and older forms: Heraklion and Iraklio, is a suburb in the northern part of Athens, Greece. Heraklio is divided into three parts, Palaio Heraklio and Neo Heraklio and Ano Heraklio. The name dates back to ancient times. The name during the Ottoman Empire until the Greek War of Independence was known as Arakli. Heraklio is linked by an ISAP green line of the outdoor subway station. Heraklio is accessed north with two exits with the Attiki Odos (number 6)/E94 which is also accessed with GR-1/E75 (Athens - Lamia - Thessaloniki) and GR-8/E94. It is located about SE of GR-1 and Kifissou Avenue, SW of Marathon, W of Kifissias Avenue, and about 14 km N of Athens via GR-1 and about 3 km S and north of the Attiki Odos (number 6). There are several main roads in town including one linking Pefki and Kifissia. The main street which accesses to the Olympic Stadium is to the east and Veikou Avenue is also to its east. Business include Kafemporiki Catering SA.
Farmlands used to dominate the much of the landscape, including groves. During the early to mid 20th century, urban development and industrial buildings replaced much of the farmland. The industrial area are around the northern and the northeastern part of Metafmorfosi. Today, most of the land is residential. The Parnitha can be seen, as can the Penteli mountains to the northeast. The higher parts of the Aegaleo and Hymettus mountains can be seen.
Iraklio has schools, a few lyceums, gymnasia, banks, a train station, a sports centre, cinemas, post offices and squares (plateies). An old stone quarry mine is situated in the area of Ano Heraklio.

Epikinonia FM, Neo Heraklio's radio station. It is owned by this municipality. - 94.0 FM - http://www.94fm.gr History

Saturday, February 23, 2008

Vicki Baum
Hedwig (Vicki) Baum (January 24, 1888August 29, 1960) was an Austrian writer. She is known for Menschen im Hotel ("People at a Hotel", 1929), one of her first international successes.
Baum was born in Vienna into a Jewish family. She began her artistic career as a musician playing the harp. She studied at the Vienna Conservatory and played in an orchestra in Germany for three years. She later worked as a journalist for the magazine Berliner Illustrirte Zeitung, published by Ullstein-Verlag in Berlin. She was married twice: first, from 1914, to an Austrian journalist who introduced her to the Viennese cultural scene; and, from 1916, to Richard Lert, a conductor and her best friend since their childhood days. During World War I she worked for a short time as a nurse.
Baum began writing in her teens. Her first book, Frühe Schatten, was published when she was 31. She is most famous for her 1929 novel Menschen im Hotel which was made into an Academy Award winning film, Grand Hotel. Her memoir, It Was All Quite Different, was published posthumously in 1964. She wrote more than 50 novels, and at least ten were adapted as motion pictures in Hollywood.
Baum visited Bali in 1935 - and as a conseqeunce she wrote A Tale from Bali which was published in (1937). The book was about a family that was caught in the massacre in Bali in 1906.
Vicki Baum is considered one of the first modern best sellers authors, and her books are reputed to be among the first examples of contemporary mainstream literature. Further biographical details about this author are available at Books and Writers, and also at this German site.

Friday, February 22, 2008

The Loyal Edmonton Regiment (4th Battalion, Princess Patricia's Canadian Light Infantry)
The Loyal Edmonton Regiment (4th Battalion, Princess Patricia's Canadian Light Infantry), or LER, is an infantry unit of the Army Reserve Canadian Forces based in Edmonton, Alberta.

Armourial description

1908: 101st Regiment
1909: 101st Regiment "Edmonton Fusiliers"
1914: 101st Regiment (Edmonton Fusiliers)
1920: The Edmonton Regiment
1943: The Loyal Edmonton Regiment
1954: The Loyal Edmonton Regiment (3rd Battalion, Princess Patricia's Canadian Light Infantry)
1970: The Loyal Edmonton Regiment (4th Battalion, Princess Patricia's Canadian Light Infantry) Lineage

9th Battalion, CEF
49th Battalion (Edmonton Regiment), CEF
51st Battalion, CEF
63rd Battalion, CEF Perpetuations
First World War:
Second World War:
* denotes the battle honours are approved to be emblazoned on the Regimental Colour.

Mount Sorrel, 2-13 June 1916*
Somme, 1 July-18 November 1916*
Flers-Courcelette, 15-22 September 1916*
Ancre Heights, 1 October – 11 November 1916
Arras, 9 April – 4 May 1917
Vimy, 9-14 April 1917*
Hill 70, 15-25 August 1917*
Ypres, 31 July – 10 Nov. 1917
Passchendaele, 12 October 1917 and/or 26 October – 10 November 1917*
Amiens, 8-11 August 1918*
Arras, 26 August – 3 September 1918
Scarpe, 26-30 August 1918*
Hindenburg Line, 12 September – 9 October 1918*
Canal du Nord , 27 September – 2 October 1918
Pursuit to Mons, 11 November 1918*
France and Flanders, 1915-18
Landing in Sicily, 9-12 Jul 43*
Piazza Armerina, 16-17 Jul 43
Leonforte, 21-22 Jul 43
Agira, 24-28 Jul 43
Adrano, 29 Jul – 7 Aug 43*
Troina Valley, 2-6 Aug 43
Sicily, 9 Jul 43 – 17 Aug 43
Colle d'Anchise, 22-24 Oct 43
The Gully, 10-19 Dec 43
Ortona, 20-28 Dec 43*
Liri Valley, 18-30 May 44*
Hitler Line, 18-24 May 44
Gothic Line, 25 Aug 22 Sep 44*
Monteciccardo, 27-28 Aug 44
Monte Luro, 1 Sep 44
Rimini Line, 14-21 Sep 44*
San Fortunato, 18-20 Sep 44
Pisciatello, 16-19 Sep 44*
Savio Bridgehead, 20-23 Sep 44*
Naviglio Canal, 12-15 Dec 44*
Fosso Munio, 19-21 Dec 44
ITALY, 1943-45 3 Sep 43 – 22 Apr 45
Apeldoorn, 11-17 Apr 45
Northwest Europe 1945 Battle honours
Private Cecil John Kinross, VC
Private John Chipman Kerr, VC

Victoria Cross

History

History 1904-1913

History 1914-1938

History 1939-1945

Recent activities

Alliances

Thursday, February 21, 2008

Federico García Lorca
Federico García Lorca (June 5, 1898August 19, 1936) was a Spanish poet and dramatist, also remembered as a painter, pianist, and composer. An emblematic member of the Generation of '27, he was killed by Nationalist partisans at the age of 38 at the beginning of the Spanish Civil War.

Biography

Poetry

El maleficio de la mariposa (The Butterfly's Evil Spell: written 1919-20, first production 1920)
Los títeres de Cachiporra (The Billy-Club Puppets: written 1922-5, first production 1937)
Mariana Pineda (written 1923-25, first production 1927)
La zapatera prodigiosa (The Shoemaker's Prodigious Wife: written 1926-30, first production 1930, revised 1933)
Amor de Don Perlimplín con Belisa en su jardín (Love of Don Perlimplín and Belisa in the Garden: written 1928, first production 1933)
El público (The Public: written 1929-30, first production 1972)
Así que pasen cinco años (When Five Years Pass: written 1931, first production 1945)
Retablillo de Don Cristóbal (The Puppet Play of Don Cristóbal: written 1931, first production 1935)
Bodas de sangre (Blood Wedding: written 1932, first production 1933)
Yerma (written 1934, first production 1934)
Doña Rosita la soltera (Doña Rosita the Spinster': written 1935, first production 1935)
Comedia sin título (Play Without a Title: written 1936, first production 1986)
La casa de Bernarda Alba (The House of Bernarda Alba: written 1936, first production 1945) Theatre

El paseo de Buster Keaton ("Buster Keaton goes for a stroll", 1928)
La doncella, el marinero y el estudiante ("The Maiden, the Sailor and the Student", 1928)
Quimera ("Dream", 1928) Short plays

Viaje a la luna ("Trip to the Moon", 1929) Works about Lorca

Wednesday, February 20, 2008

Data access
Data access typically refers to software and activities related to storing, retrieving, or acting on data housed in a database or other repository.
Historically, different methods and languages were required for every repository, including each different database, file system, etc., and many of these repositories stored their content in different and incompatible formats.
In more recent days, standardized languages, methods, and formats, have been created to serve as interfaces between the often proprietary, and always idiosyncratic, specific languages and methods. Such standards include SQL, ODBC, JDBC, ADO.NET, XML, XQuery, XPath, and Web Services.
Some of these standards enable translation of data from unstructured (such as HTML or free-text files) to structured (such as XML or SQL).

Tuesday, February 19, 2008

Rest (music)Rest (music)
A rest is an interval of silence in a piece of music, marked by a sign indicating the length of the pause. Each rest symbol corresponds with a particular note value:
Image:Music_rests2.GIF
The combination of rests used to mark a pause follows the same rules as for notes. For more details see note value.

longa (or four-measure rest)
double whole rest / breve rest
whole rest / semibreve rest
half rest / minim rest
quarter rest / crotchet rest
eighth rest / quaver rest
sixteenth rest / semiquaver rest
thirty-second rest / demisemiquaver rest
sixty-fourth rest / hemidemisemiquaver rest Multiple measure rests
In instrumental parts, rests of more than one measure in the same meter and key may be indicated with a multiple measure rest, showing the number of measures of rest, as shown. Multiple measure rests of variable duration are usually drawn in one of two ways: either as long, thick horizontal lines placed on the middle line of the staff, with serifs at either end, or as thick diagonal lines placed between the second and fourth lines of the staff. They denote a silence several times the duration of a whole rest.
The number of whole rest lengths for which the multiple measure rest lasts is indicated by a number printed above the musical staff (usually at the same size as the numerals in a time signature). Where the silence is for less than eight whole rest lengths, some publishers use a combination of four measure rests, double whole rests and whole rests to graphically indicate the extent of the rest. This serves as a counting aid and derives from 19th-century notation conventions. If a meter or key change occurs during a multiple-measure rest, the rest must be broken up as required for clarity, with the change of key and/or meter indicated between the rests. This also applies in the case of a double-barline, which demarcates musical phrases or sections (a tacet instrumental part to a song may contain a sequence of multiple eight-measure rests, for instance).
The four-measure rest or longa rest is a symbol found in Western musical notation denoting a silence four times the duration of a whole rest. They are only used in long silent passages which are not divided into bars.
The two-measure rest or breve rest is another symbol found in Western musical notation denoting a silence twice the duration of a whole rest. They are usually found in conjunction with the aforementioned four-measure rest.

Monday, February 18, 2008


Peugeot is a major French car brand, part of PSA Peugeot Citroën. It is the second largest automaker in Europe, behind Volkswagen. Peugeot's roots go back to bicycle manufacturing at the end of the 19th century. Its headquarters are in Paris, Avenue de la Grande Armée, close to Porte Maillot and the Concorde Lafayette Hotel.

Peugeot Company history
Although the Peugeot factory had been in the manufacturing business for some time, their entry into the world of wheeled vehicles was by means of the bicycle. Armand Peugeot introduced the Peugeot "Le Grand Bi" penny-farthing in 1882 and a range of bicycles. Peugeot bicycles have been built until very recently, although the car company and bike company parted ways in 1926.
Armand Peugeot became very interested in the automobile early on, and after meeting with Gottlieb Daimler and others was convinced of its viability. The first Peugeot automobile (a three-wheeled steam-powered car) was produced in 1889, in collaboration with Léon Serpollet. Steam power was heavy and bulky and required lengthy preparation before running, so it was soon abandoned in favour of the petrol-fueled internal combustion engine.
1890 saw the first such vehicle, powered by a Daimler engine and with four wheels.
Further cars followed, twenty-nine being built in 1892. These early models were given Type numbers with the Type 12, for example, dating from 1895. Peugeot became the first manufacturer to fit rubber tires to a petrol-powered car that year (solid tires; pneumatic would follow in 1895). The vehicles were still very much horseless carriages in appearance and were steered by tiller.
1896 saw the first Peugeot engines built and fitted to the Type 15; no longer were they reliant on Daimler. Further improvements followed: the engine moved to the front on the Type 48 and was soon under a hood (bonnet) at the front of the car, instead of hidden underneath; the steering wheel was adopted on the Type 36; and they began to look more like the modern car.
In 1896 Armand Peugeot broke away from the family firm of Les Fils de Peugeot Frères and formed his own company, Société Anonyme des Automobiles Peugeot and built a new factory at Audincourt.
Peugeot added a motorcycle to its range in 1903, and motorcycles have been built under the Peugeot name ever since.
By that year, Peugeot produced half of the cars built in France. 1916 and 1919 saw repeat wins at Indianapolis.
During the first World War Peugeot turned largely to arms production, becoming a major manufacturer of arms and military vehicles, from bicycles to tanks and shells. Postwar, car production resumed in earnest; the car was becoming no longer just a plaything for the rich but accessible to many. 1926, however, saw the cycle (pedal and motor) business separate to form Cycles Peugeot - the consistently profitable cycle division seeking to free itself from the rather more boom-and-bust auto business.

Early history
1929 saw the introduction of the Peugeot 201, the first car to be numbered in what became the Peugeot way - three digits with a central zero, a registered Peugeot trademark. The 201 was also the first mass-produced car with independent front suspension. Soon afterwards the Depression hit: Peugeot sales decreased, but the company survived. In 1933, attempting a revival of fortune, the company unveiled a new, aerodynamically styled range. In the following year, a car with a folding, retractable hardtop was introduced, an idea re-iterated by the Ford Skyliner in the 1950s and, revived by the Mercedes SLK in the mid-1990s. More recently, other manufacturers have taken to the idea of a retractable hard-top including Peugeot itself with the 206 cc.
Three interesting models of the thirties were the 202, 302 and 402. These cars had curvaceous bodies, with headlights behind sloping grille bars. The 402 entered production in 1935 and was produced until the end of 1941, despite France's occupation by the Nazis. The 302 ran from 1936-1938. The 202 was built in series from 1938-1942, and about 20 more examples were built from existing stocks of supplies in February 1945. Regular production began again in mid-1946, and lasted into 1949.
The Second World War saw Peugeot's factories taken over for the German war effort, producing trucks and vans. The factories were heavily bombed.

Inter war years
In 1948 the company restarted in the car business, with the Peugeot 203. More models followed, many elegantly styled by the Italian design firm of Pininfarina. The company began selling cars in the United States in 1958. Like many European manufacturers, collaboration with other firms increased: Peugeot worked with Renault from 1966 and Volvo Cars from 1972.

Post war
In 1974 Peugeot bought a 30% share of Citroën, and took it over completely in 1975 after the French government gave large sums of money to the new company. Citroën was in financial trouble because it developed too many radical new models for its financial resources. Some of them, notably the Citroën SM and the Comotor rotary engine venture proved unprofitable. Others, the Citroën CX and Citroën GS for example, proved very successful in the marketplace.
The joint parent company became the PSA (Peugeot Société Anonyme) group, which aimed to keep separate identities for both Peugeot and Citroën brands, while sharing engineering and technical resources. Peugeot thus briefly controlled the valuable racing brand name Maserati, but disposed of it in May 1975 out of short term financial concerns.
Both Citroën enthusiasts and automotive journalists point out that the company's legendary innovation and flair took a marked downturn with the acquisition. The Citroën brand has continued to be successful in terms of sales, and now achieves over a million units annually.

Take over of Citroën and formation of PSA
The group then took over the European division of Chrysler (which were formerly Rootes and Simca), in 1978 as the American auto manufacturer struggled to survive. Further investment was required because PSA decided to create a new brand for the entity, based of the Talbot sports car last seen in the 1950s. From then on, the whole Chrysler/Simca range was sold under the Talbot badge until production of Talbot branded passenger cars was shelved in 1986.
The flagship of this short-lived brand was the Tagora, a direct competitor for PSA's 604 and CX models. This was a large, angular saloon based on Peugeot 505 mechanicals.
All this investment caused serious financial problems for the entire PSA group: PSA lost money from 1980 to 1985. The Peugeot takeover of Chrysler Europe had seen the aging Chrysler Sunbeam, Horizon, Avenger and Alpine ranges rebadged as Talbots. There were also new Talbots in the early 1980s - the Solara (a saloon version of the Alpine hatchback), the Samba (a small hatchback to replace the Sunbeam).
1983 saw the launch of the popular and successful Peugeot 205, which is largely credited for turning the company's fortunes around.
1984 saw the first PSA contacts with The People's Republic of China, resulting in the successful Dongfeng Peugeot-Citroën Automobile venture in Wuhan.
In 1986, the company dropped the Talbot brand for passenger cars when it ceased production of the Simca-based Horizon/Alpine/Solara models. What was to be called the Talbot Arizona became the 309, with the former Rootes plant in Ryton and Simca plant in Poissy being turned over for Peugeot assembly. The former was significant, as it signalled the very first time Peugeots would be built in Britain. The Talbot name survived for a little longer on commercial vehicles until 1992 before being shelved completely.
As experienced by other European volume car makers, US sales faltered and finally became uneconomic, as the Peugeot 505 design aged. The newly introduced Peugeot 405 proved uncompetitive with models from Japan, and sold less than 1,000 units. Total sales fell to 4,261 units in 1990 and 2,240 through July, 1991. This caused the company to cease US operations after 33 years.
Beginning in the late 1990s, with Jean-Martin Folz as president of PSA, the Peugeot-Citroën combination seems to have found a better balance. Savings in costs are no longer made to the detriment of style.
On April 18, 2006, PSA Peugeot Citroën announced the closure of the Ryton manufacturing facility in Coventry, England. This announcement resulted in the loss of 2,300 jobs as well as about 5,000 jobs in the supply chain. The plant produced its last Peugeot 206 on December 12, 2006 and finally closed down in January 2007.
Peugeot is developing a diesel-electric hybrid version of the Peugeot 307 that can do 80 mpg. It is a 2-door cabriolet and is currently only in the concept stages, but it promises to be one of the most fuel efficient cars in the world if it ever reaches production.

Take over of Chrysler Europe
Peugeot were involved in motorsport from the earliest days and entered five cars for the Paris-Rouen Trials in 1894 with one of them, driven by Lemaitre, finishing second. These trials are usually regarded as the first motor sporting competition. Participation in a variety of events continued until World War I. But it was in 1912 that Peugeot made its most notable contribution to motor sporting history when one of their cars, driven by Georges Boillot, won the French Grand Prix at Dieppe. This revolutionary car was powered by a Straight-4 engine designed by Ernest Henry under the guidance of the technically knowledgeable racing drivers Paul Zuccarelli and Georges Boillot. The design was very influential for racing engines as it featured for the first time DOHC and 4 valves per cylinder providing for high engine speeds, a radical departure from previous racing engines which relied on huge displacement for power. In 1913 Peugeots of similar design to the 1912 Grand Prix car won the French Grand Prix at Amiens and the Indianapolis 500. When one of the Peugeot racers remained in the United States during World War I and parts could not be acquired from France for the 1914 season, owner Bob Burma had it serviced in the shop of Harry Arminius Miller by a young mechanic named Fred Offenhauser. Their familiarity with the Peugeot engine was the basis of the famed Miller racing engine, which later developed into the Offenhauser, or "Offy" racing engine.
The company has had much success in international rallying, notably with the durable Peugeot 504, the highly developed four-wheel-drive turbo-charged versions of the Peugeot 205, and more recently the Peugeot 206. The 206 rally car had a dramatic impact on the world rally championship, beating the Subaru Impreza, Ford Focus and Mitsubishi Lancer, cars which had traditionally dominated the sport. The 206 was retired practically unbeaten after several successful years, and replaced with the comparatively disappointing Peugeot 307 cc.
Throughout the mid-1990s, the Peugeot 406 saloon (called a sedan in some countries) contested touring car championships across the world, enjoying dominant success in France, Germany and Australia, yet failing to win a single race in the highly-regarded British Touring Car Championship despite a number of excellent podium finishes under the command of touring car legend Tim Harvey.
The British cars were prepared by Prodrive in 1996, when they sported a red livery, and by MSD in 1997-1998, when they wore a distinctive green and gold flame design. Initially the 406's lack of success was blamed on suspension problems, but it is now clear that the team was underfunded and the engine lacked power.
In 2001, Peugeot entered three 406 coupes into the British touring car championship to compete with the dominant Vauxhall Astra coupes. Unfortunately the 406 coupe was at the end of its product life-cycle and was not competitive, despite some flashes of form towards the end of the year, notably when Peugeot's Steve Soper led a race only to suffer engine failure in the last few laps. The 406 coupes were retired at the end of the year and replaced with the Peugeot 307 - again, uncompetitively - in 2002.
Until its withdrawal at the end of 2005, Peugeot entered the Peugeot 307 cc in the World Rally Championship. Peugeot won the grueling Paris Dakar Rally each year from 1987 to 1990.
In the 1990s the company competed in the Le Mans 24 Hours race, winning in 1992 and 1993 with the 905. It will be back in 2007, with the 908 powered by a diesel engine. Peugeot are also involved with the Courage C60 Le Mans racing team.
The company has also been involved in providing engines to Formula One teams, notably McLaren in 1994, Jordan for the 1995, 1996 and 1997 seasons, and Prost for the 1998, 1999 and 2000 seasons. Peugeot's F1 interests were sold to Asiatech at the end of the 2000 season.

Motorsports
Peugeot chooses the names used on its models in the form x0y or x00y, where x describes the size of the car (and hence its class) and y describes the model number (the higher the number, the newer the model). Thus a Peugeot 406 is bigger and newer than a Peugeot 305. This rule has its exceptions: for instance the Peugeot 309 was produced before the Peugeot 306 - the out-of-step number signified the 309's Talbot underpinnings rather than it coming from a Peugeot lineage. Variants are also excluded: the 206 SW, for example, is about the same length as a "40y" car.
This tradition began in 1929 with the launch of the 201, which followed the 190. All numbers from 101 to 909 have been deposited as trademarks. Although in 1963 Porsche was forced to change the name of its new 901 coupé to 911, certain Ferraris and Bristols have been allowed to keep their Peugeot-style model numbers. An unsubstantiated explanation for the central '0' is that on early models the number appeared on a plate on the front of the car, with the hole for the starting handle coinciding with the zero. More recently, on the 307 cc and the 607 the button to open the trunk is located in the '0' of the label.
For specific niche models such as minivans or SUVs, Peugeot is now using a four digit system, with a double zero in the middle. It was tested with the 4002 concept car. The 1007 used this system when it was launched in 2005, and the upcoming Peugeot Crossover SUV is named 4007.
Peugeot has also announced that after the 9 series, it would start again with 1, producing new 201, 301 or 401.
Peugeot has produced three winners of the European Car of the Year award.
1969: Peugeot 504
1988: Peugeot 405
2002: Peugeot 307
Other Peugeot models have come either second or third in the contest.
1980: Peugeot 505
1984: Peugeot 205
1996: Peugeot 406
1999: Peugeot 206

Peugeot model numbers
Peugeot also makes power tools, knives, pepper, and salt grinders.
Peugeot also produced bicycles starting in 1882 in Beaulieu, France (with ten Tour de France wins between 1903 and 1983) followed by motorcycles and cars in 1889. In the late 1980s Peugeot sold the North American rights to the Peugeot bicycle name to ProCycle in Canada (also known as CCM and better known for its ice hockey equipment) and the European rights to Cycleurope S.A.
Peugeot remains a major producer of scooters and mopeds in Europe.

Other products
The common French pronunciation of "Peugeot" is pø:'ʒo (using the IPA). In the South of England, it is usually pronounced "PERzho" (IPA 'pɜːʒəʊ), while Americans and other English-speakers pronounce it "pooZHO" (IPA puː'ʒoʊ) or "PYOOzho" ('pjuːʒoʊ). Peugeot and Peugeot cars have also gained the nicknames of 'pug' and 'pugs' in the UK.

Vehicle models

104, 106, 107
201, 202, 203, 204, 205, 206, 207
301, 302, 304, 305, 306, 307, 308, 309
401, 402, 403, 404, 405, 406, 407
504, 505
601, 604, 605, 607, 608
802, 806, 807
905, 907, 908
1007
4007 Numbers

607 Feline
Quark
907 RC
908 RC
307 cc Hybrid HDi.
4002
Peugeot 20Cup
Peugeot 308 RC Z Peugeot Concept cars

Type 15
Peugeot D3A
Peugeot D4A
Peugeot J7
Peugeot J9 minibus
Peugeot J5
Boxer
Expert
Partner
P4
VLV
Peugeot Boxer minibus
Peugeot Pars (also known as Persia) Peugeot on TV/Movies

List of automobile manufacturers
List of French companies
French bicycle industry
Cycles Peugeot

Wednesday, February 13, 2008

Arne Tiselius
Arne Wilhelm Kaurin Tiselius (10 August 190229 October 1971) was a Swedish biochemist who won the Nobel Prize in Chemistry in 1948.

Tuesday, February 12, 2008


The Japan Maritime Self-Defense Force (海上自衛隊 Kaijō Jieitai
The ship prefix for JMSDF ships is JDS (JMSDF Defense Ship).

History
Following the defeat of Japan during World War II, the Imperial Japanese Navy was dissolved. In the 1947 Constitution, Article 9 specified that "The Japanese people forever renounce war as a sovereign right of the nation and the threat or use of force as a means of settling international disputes." Over the years, the Japanese people have debated over whether this article allows for military forces to be kept for the purposes of self-defense, with the vast majority agreeing. Furthermore, due to the Cold War, Japan's greatest ally, the United States, was also agreeable to the Japanese government providing for a part of its own defense instead of fully relying on American forces. The JMSDF was then formed as the naval branch of the Japanese Self-Defense Force (JSDF) following the passage of the 1954 Self-Defense Forces Law.

Formation
The first ships in the JMSDF were former US Navy destroyers, transferred to Japanese control in 1954. In 1956, the JMSDF received its first domestically produced destroyer since World War II, the Harukaze. Throughout the Cold War, due to the size and power of the Soviet Navy's submarine forces, the JMSDF was tasked primarily an anti-submarine role. It mainly used its large force of destroyers, frigates and anti-submarine warfare (ASW) helicopters for this.

Cold War
Following the end of the Cold War, the role of the JMSDF has been vastly changed. Starting with a mission to Cambodia in 1993, it has been active in a number of United Nations-led peace keeping operations throughout Asia. In 1993, it commissioned its first Aegis destroyer, the DD173 Kongō. Following an increase in tensions with North Korea following the 1993 test of the Nodong-1 missile, the JMSDF has also stepped up its role in theater air defense of Japan. It has also been active in many joint naval exercises with the United States. During the US-led Operation Enduring Freedom, the JMSDF dispatched a number of its destroyers on a rotating schedule to the Indian Ocean in an escort role for allied vessels.

Post Cold War
While the JMSDF is known in particular for its mineclearing capability, MSDF training also emphasizes both antisubmarine and antiaircraft warfare. Defense planners believe the most effective approach to combating submarines entails mobilizing all available weapons, including surface combatants, submarines, aircraft, and helicopters, and the numbers and armament of these weapons were increased in the Mid-Term Defense Estimate. A critical weakness remains, however, in the ability to defend such weapons against air attack. Because most of the MSDF's air arm is detailed to antisubmarine warfare, the ASDF has to be relied on to provide air cover, an objective that competes unsuccessfully with the ASDF's primary mission of air defense of the home islands. Extended patrols over sea lanes are also beyond the ASDF's capabilities.
The fleet's capacity to provide ship-based anti-air-attack protection is limited by the absence of aircraft carriers. The fleet is also short of underway replenishment ships and generally deficient in all areas of logistic support. These weaknesses seriously compromise the ability of the MSDF to fulfill its mission and to operate independently of the United States Air Force and the United States Seventh Fleet. In August 2003, a new "helicopter destroyer" class was requested; the size of the class has most MSDF analysts referring to it as a "helicopter carrier" which would place it in the same realm as the British ship HMS Ocean.
Some have argued that a carrier of any sort would be technically prohibited by the Constitution's pacifist elements, as carriers can be considered offensive weapons. In an April 1988 Diet budget session, however, then Defense Agency chief Tsutomu Kawara said that "The Self-Defense Forces are not allowed to possess ICBMs (intercontinental ballistic missile), strategic bombers, or attack aircraft carriers." Until the 1970s in the US Navy, large-scale flattops had been categorized as "attack aircraft carriers" and small flattops as "antisubmarine aircraft carriers." Since helicopter carriers have little attack capability and are generally slotted into permitted roles including antisubmarine warfare and transport, the government continues to argue that the prohibition does not extend to the new ship.

Capabilities and Recent Developments
The MSDF is commanded by the chief of the maritime staff and includes the maritime staff office, the self-defense fleet, five regional district commands, the air-training squadron and various support units, such as hospitals and schools. The maritime staff office, located in Tokyo, serves the chief of staff in command and supervision of the force. The self-defense fleet, headquartered at Yokosuka, is charged with defense of all waters around the Japanese Archipelago. It commands four escort flotillas (two based in Yokosuka and one each in Sasebo and Maizuru), the fleet air force headquartered at Atsugi, two submarine flotillas based at Kure and Yokosuka, two mine-sweeping flotillas based at Kure and Yokosuka and the fleet training command at Yokosuka.

JMSDF Chief of Staff / Maritime Staff Office

  • Self Defense Fleet

    • Fleet Escort Force

      • Escort Flotilla 1

        • Escort Squadron 1
          Escort Squadron 5
          Escort Squadron 61
          Escort Flotilla 2

          • Escort Squadron 2
            Escort Squadron 6
            Escort Squadron 62
            Escort Flotilla 3

            • Escort Squadron 3
              Escort Squadron 7
              Escort Squadron 63
              Escort Flotilla 4

              • Escort Squadron 4
                Escort Squadron 8
                Escort Squadron 64
                Fleet Training Command
                1st Replenishment Squadron
                1st Transportation Squadron
                Fleet Air Force

                • Fleet Air Wing 1 (P-3C UH-60J)
                  Fleet Air Wing 2 (P-3C UH-60J)
                  Fleet Air Wing 4 (P-3C UH-60J)
                  Fleet Air Wing 5 (P-3C UH-60J)
                  Fleet Air Wing 21 (SH-60J/K S-61A)
                  Fleet Air Wing 22 (SH-60J)
                  Fleet Air Wing 31 (US-1A EP-3 OP-3C UP-3D LC-90 U-36A)
                  Fleet Squadron 51 (US-1A-kai P-3C UP-3C/D OP-3 SH-60J/K OH-6DA MCH-101)
                  Fleet Squadron 61 (YS-11M/MA LC-90)
                  Fleet Squadron 111 (MH-53E)
                  Fleet Submarine Force

                  • Submarine Flotilla 1

                    • Submarine Squadron 1
                      Submarine Squadron 3
                      Submarine Squadron 5
                      Submarine Flotilla 2

                      • Submarine Squadron 2
                        Submarine Squadron 4
                        Submarine Training Command
                        Mine Warfare Force
                        Fleet Research & Development Command
                        Fleet Intelligence Command
                        Oceanographic Command
                        Air Training Command

                        • Simousa Air Training Group (P-3C YS-11TA UH-60J)
                          Tokusima Air Training Group (TC-90 UC-90 UH-60J)
                          Ozuki Air Training Group (T-5 UH-60J)
                          Maritime Materiel Command

                          • Ship Supply Depot
                            Air Supply Depot
                            Training Squadron
                            Communication Command
                            Criminal Investigation Command
                            JMSDF Staff College
                            Maritime Officer Candidate School
                            1st Service School
                            2nd Service School
                            3rd Service School
                            4th Service School


                            • Yokosuka District
                              Kure District
                              Sasebo District
                              Maizuru District
                              Ominato District Organization
                              Each Escort force is formed as an 8-8 fleet of 8 destroyers and 8 on-board helicopters, a modification of the old Japanese Navy fleet layouts of 8 battleships and 8 cruisers. Each force is composed of one helicopter destroyer (DDH) acting as a command ship, two guided-missile destroyers (DDG) and 5 standard or ASW destroyers (DD).

                              First Escort Force - Yokosuka
                              Second Escort Force - Sasebo
                              Third Escort Force - Maizuru
                              Fourth Escort Force - Kure Escort Forces
                              Five district units act in concert with the fleet to guard the waters of their jurisdictions and provide shore-based support. Each district is home to a major JMSDF base and its supporting troops and staff. Furthermore, each district is home to one to two regional escort squadrons, composed of two to three destroyers or destroyer escorts (DE). The destroyers tend to be of older classes, mainly former escort force ships. The destroyer escorts, on the other hand, tend to be purpose built vessels. Each district also has a number of minesweeping ships.

                              District Forces
                              The Fleet Air Force is tasked with patrol, ASW and rescue tasks. It is composed primarily of 7 aviation groups. Prominent bases are maintained at Kanoya, Hachinohe, Atsugi, Naha, Tateyama, Oomura and Iwakuni. The Fleet Air Force is built up mainly with patrol aircraft such as the Lockheed P-3 Orion, rescue aircraft such as the US-1A and helicopters such as the SH-60J. In the JMSDF, helicopters deployed to each escort force are actually members of Fleet Air Force squadrons based on land.

                              Special Forces
                              MSDF recruits receive three months of basic training followed by courses in patrol, gunnery, mine sweeping, convoy operations and maritime transportation. Flight students, all upper-secondary school graduates, enter a two-year course. Officer candidate schools offer six-month courses to qualified enlisted personnel and those who have completed flight school. Graduates of four-year universities, the four-year National Defense Academy, and particularly outstanding enlisted personnel undergo a one-year officer course at the Officer Candidate School at Etajima (site of the former Imperial Naval Academy). Special advanced courses for officers are also available in such fields as submarine duty and flight training. The MSDF operates its own staff college in Tokyo for senior officers.
                              The large volume of coastal commercial fishing and maritime traffic limits in-service sea training, especially in the relatively shallow waters required for mine laying, mine sweeping and submarine rescue practice. Training days are scheduled around slack fishing seasons in winter and summer—providing about ten days during the year. The MSDF maintains two oceangoing training ships and conducted annual long-distance on-the-job training for graduates of the one-year officer candidate school.

                              Recruitment and Training

                              JMSDF Fleet

                              Atago class destroyers (1 in service; 1 launched)
                              Kongō class destroyers (4 in service)
                              Hatakaze class destroyers (2 in service)
                              Tachikaze class destroyers (2 in service) Guided Missile Destroyers (DDG)

                              Takanami class destroyers (5 in service)
                              Murasame class destroyers (9 in service)
                              Asagiri class destroyers (6 in service)
                              Hatsuyuki class destroyers (11 in service) Destroyers (DD)

                              Shirane class destroyers (2 in service)
                              Haruna class destroyers (2 in service) Helicopter Destroyers (DDH)

                              Abukuma class destroyer escorts (6 in service)
                              Yubari class destroyer escorts (2 in service)
                              Destroyer escort JDS Ishikari Japan Maritime Self-Defense Force Destroyer Escorts (DE)

                              Oyashio class submarines (10 in service)
                              Harushio class submarines (7 in service) Submarines (SS)

                              Osumi class LST (3 in service)
                              Yura class LSU/LCU (2 in service)
                              Yusotei class LCU (2 in service)
                              YF 2150 class LCM (2 in service)
                              Landing craft air cushion (6 in service) Amphibious Forces

                              Yaeyama class ocean minesweepers (3 in service)
                              Uwajima class MSC (coastal) (9 in service)
                              Hatsushima Class MSC (coastal) (4 in service)
                              Sugashima Class (coastal) (12 in service) Minesweepers

                              Hyuga class destroyers (1 under construction; more planned)
                              5000t class destroyers (4 planned)
                              2900t class submarines (2 under construction; 2 more planned) Aircraft

                              Imperial Japanese Navy
                              Japanese ship naming conventions
                              Military ranks and insignia of the Japan Self-Defense Forces
                              GlobalSecurity.org - 16DDH "13,500 ton" ton Class