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Author: Andreas Nierhaus, Curator of Architecture/Wien Museum

Last updated January 2014

Architecture in Vienna

Vienna's 2,000-year history is present in a unique density in the cityscape. The layout of the center dates back to the Roman city and medieval road network. Romanesque and Gothic churches characterize the streets and squares as well as palaces and mansions of the baroque city of residence. The ring road is an expression of the modern city of the 19th century, in the 20th century extensive housing developments set accents in the outer districts. Currently, large-scale urban development measures are implemented; distinctive buildings of international star architects complement the silhouette of the city.

Due to its function as residence of the emperor and European power center, Vienna for centuries stood in the focus of international attention, but it was well aware of that too. As a result, developed an outstanding building culture, and still today on a worldwide scale only a few cities can come up with a comparable density of high-quality architecture. For several years now, Vienna has increased its efforts to connect with its historical highlights and is drawing attention to itself with some spectacular new buildings. The fastest growing city in the German-speaking world today most of all in residential construction is setting standards. Constants of the Viennese architecture are respect for existing structures, the palpability of historical layers and the dialogue between old and new.

Culmination of medieval architecture: the Stephansdom

The oldest architectural landmark of the city is St. Stephen's Cathedral. Under the rule of the Habsburgs, defining the face of the city from the late 13th century until 1918 in a decisive way, the cathedral was upgraded into the sacral monument of the political ambitions of the ruling house. The 1433 completed, 137 meters high southern tower, by the Viennese people affectionately named "Steffl", is a masterpiece of late Gothic architecture in Europe. For decades he was the tallest stone structure in Europe, until today he is the undisputed center of the city.

The baroque residence

Vienna's ascension into the ranks of the great European capitals began in Baroque. Among the most important architects are Johann Bernhard Fischer von Erlach and Johann Lucas von Hildebrandt. Outside the city walls arose a chain of summer palaces, including the garden Palais Schwarzenberg (1697-1704) as well as the Upper and Lower Belvedere of Prince Eugene of Savoy (1714-22). Among the most important city palaces are the Winter Palace of Prince Eugene (1695-1724, now a branch of the Belvedere) and the Palais Daun-Kinsky (auction house in Kinsky 1713-19). The emperor himself the Hofburg had complemented by buildings such as the Imperial Library (1722-26) and the Winter Riding School (1729-34). More important, however, for the Habsburgs was the foundation of churches and monasteries. Thus arose before the city walls Fischer von Erlach's Karlskirche (1714-39), which with its formal and thematic complex show façade belongs to the major works of European Baroque. In colored interior rooms like that of St. Peter's Church (1701-22), the contemporary efforts for the synthesis of architecture, painting and sculpture becomes visible.

Upgrading into metropolis: the ring road time (Ringstraßenzeit)

Since the Baroque, reflections on extension of the hopelessly overcrowed city were made, but only Emperor Franz Joseph ordered in 1857 the demolition of the fortifications and the connection of the inner city with the suburbs. 1865, the Ring Road was opened. It is as the most important boulevard of Europe an architectural and in terms of urban development achievement of the highest rank. The original building structure is almost completely preserved and thus conveys the authentic image of a metropolis of the 19th century. The public representational buildings speak, reflecting accurately the historicism, by their style: The Greek Antique forms of Theophil Hansen's Parliament (1871-83) stood for democracy, the Renaissance of the by Heinrich Ferstel built University (1873-84) for the flourishing of humanism, the Gothic of the Town Hall (1872-83) by Friedrich Schmidt for the medieval civic pride.

Dominating remained the buildings of the imperial family: Eduard van der Nüll's and August Sicardsburg's Opera House (1863-69), Gottfried Semper's and Carl Hasenauer's Burgtheater (1874-88), their Museum of Art History and Museum of Natural History (1871-91) and the Neue (New) Hofburg (1881-1918 ). At the same time the ring road was the preferred residential area of mostly Jewish haute bourgeoisie. With luxurious palaces the families Ephrussi, Epstein or Todesco made it clear that they had taken over the cultural leadership role in Viennese society. In the framework of the World Exhibition of 1873, the new Vienna presented itself an international audience. At the ring road many hotels were opened, among them the Hotel Imperial and today's Palais Hansen Kempinski.

Laboratory of modernity: Vienna around 1900

Otto Wagner's Postal Savings Bank (1903-06) was one of the last buildings in the Ring road area Otto Wagner's Postal Savings Bank (1903-06), which with it façade, liberated of ornament, and only decorated with "functional" aluminum buttons and the glass banking hall now is one of the icons of modern architecture. Like no other stood Otto Wagner for the dawn into the 20th century: His Metropolitan Railway buildings made ​​the public transport of the city a topic of architecture, the church of the Psychiatric hospital at Steinhofgründe (1904-07) is considered the first modern church.

With his consistent focus on the function of a building ("Something impractical can not be beautiful"), Wagner marked a whole generation of architects and made Vienna the laboratory of modernity: in addition to Joseph Maria Olbrich, the builder of the Secession (1897-98) and Josef Hoffmann, the architect of the at the western outskirts located Purkersdorf Sanatorium (1904) and founder of the Vienna Workshop (Wiener Werkstätte, 1903) is mainly to mention Adolf Loos, with the Loos House at the square Michaelerplatz (1909-11) making architectural history. The extravagant marble cladding of the business zone stands in maximal contrast, derived from the building function, to the unadorned facade above, whereby its "nudity" became even more obvious - a provocation, as well as his culture-critical texts ("Ornament and Crime"), with which he had greatest impact on the architecture of the 20th century. Public contracts Loos remained denied. His major works therefore include villas, apartment facilities and premises as the still in original state preserved Tailor salon Knize at Graben (1910-13) and the restored Loos Bar (1908-09) near the Kärntner Straße (passageway Kärntner Durchgang).

Between the Wars: International Modern Age and social housing

After the collapse of the monarchy in 1918, Vienna became capital of the newly formed small country of Austria. In the heart of the city, the architects Theiss & Jaksch built 1931-32 the first skyscraper in Vienna as an exclusive residential address (Herrengasse - alley 6-8). To combat the housing shortage for the general population, the social democratic city government in a globally unique building program within a few years 60,000 apartments in hundreds of apartment buildings throughout the city area had built, including the famous Karl Marx-Hof by Karl Ehn (1925-30). An alternative to the multi-storey buildings with the 1932 opened International Werkbundsiedlung was presented, which was attended by 31 architects from Austria, Germany, France, Holland and the USA and showed models for affordable housing in greenfield areas. With buildings of Adolf Loos, André Lurçat, Richard Neutra, Gerrit Rietveld, the Werkbundsiedlung, which currently is being restored at great expense, is one of the most important documents of modern architecture in Austria.

Modernism was also expressed in significant Villa buildings: The House Beer (1929-31) by Josef Frank exemplifies the refined Wiener living culture of the interwar period, while the house Stonborough-Wittgenstein (1926-28, today Bulgarian Cultural Institute), built by the philosopher Ludwig Wittgenstein together with the architect Paul Engelmann for his sister Margarete, by its aesthetic radicalism and mathematical rigor represents a special case within contemporary architecture.

Expulsion, war and reconstruction

After the "Anschluss (Annexation)" to the German Reich in 1938, numerous Jewish builders, architects (female and male ones), who had been largely responsible for the high level of Viennese architecture, have been expelled from Austria. During the Nazi era, Vienna remained largely unaffected by structural transformations, apart from the six flak towers built for air defense of Friedrich Tamms (1942-45), made ​​of solid reinforced concrete which today are present as memorials in the cityscape.

The years after the end of World War II were characterized by the reconstruction of the by bombs heavily damaged city. The architecture of those times was marked by aesthetic pragmatism, but also by the attempt to connect with the period before 1938 and pick up on current international trends. Among the most important buildings of the 1950s are Roland Rainer's City Hall (1952-58), the by Oswald Haerdtl erected Wien Museum at Karlsplatz (1954-59) and the 21er Haus of Karl Schwanzer (1958-62).

The youngsters come

Since the 1960s, a young generation was looking for alternatives to the moderate modernism of the reconstruction years. With visionary designs, conceptual, experimental and above all temporary architectures, interventions and installations, Raimund Abraham, Günther Domenig, Eilfried Huth, Hans Hollein, Walter Pichler and the groups Coop Himmelb(l)au, Haus-Rucker-Co and Missing Link rapidly got international attention. Although for the time being it was more designed than built, was the influence on the postmodern and deconstructivist trends of the 1970s and 1980s also outside Austria great. Hollein's futuristic "Retti" candle shop at Charcoal Market/Kohlmarkt (1964-65) and Domenig's biomorphic building of the Central Savings Bank in Favoriten (10th district of Vienna - 1975-79) are among the earliest examples, later Hollein's Haas-Haus (1985-90), the loft conversion Falkestraße (1987/88) by Coop Himmelb(l)au or Domenig's T Center (2002-04) were added. Especially Domenig, Hollein, Coop Himmelb(l)au and the architects Ortner & Ortner (ancient members of Haus-Rucker-Co) ​​by orders from abroad the new Austrian and Viennese architecture made a fixed international concept.

MuseumQuarter and Gasometer

Since the 1980s, the focus of building in Vienna lies on the compaction of the historic urban fabric that now as urban habitat of high quality no longer is put in question. Among the internationally best known projects is the by Ortner & Ortner planned MuseumsQuartier in the former imperial stables (competition 1987, 1998-2001), which with institutions such as the MUMOK - Museum of Modern Art Foundation Ludwig, the Leopold Museum, the Kunsthalle Wien, the Architecture Center Vienna and the Zoom Children's Museum on a wordwide scale is under the largest cultural complexes. After controversies in the planning phase, here an architectural compromise between old and new has been achieved at the end, whose success as an urban stage with four million visitors (2012) is overwhelming.

The dialogue between old and new, which has to stand on the agenda of building culture of a city that is so strongly influenced by history, also features the reconstruction of the Gasometer in Simmering by Coop Himmelb(l)au, Wilhelm Holzbauer, Jean Nouvel and Manfred Wehdorn (1999-2001). Here was not only created new housing, but also a historical industrial monument reinterpreted into a signal in the urban development area.

New Neighborhood

In recent years, the major railway stations and their surroundings moved into the focus of planning. Here not only necessary infrastructural measures were taken, but at the same time opened up spacious inner-city residential areas and business districts. Among the prestigious projects are included the construction of the new Vienna Central Station, started in 2010 with the surrounding office towers of the Quartier Belvedere and the residential and school buildings of the Midsummer quarter (Sonnwendviertel). Europe's largest wooden tower invites here for a spectacular view to the construction site and the entire city. On the site of the former North Station are currently being built 10,000 homes and 20,000 jobs, on that of the Aspangbahn station is being built at Europe's greatest Passive House settlement "Euro Gate", the area of ​​the North Western Railway Station is expected to be developed from 2020 for living and working. The largest currently under construction residential project but can be found in the north-eastern outskirts, where in Seaside Town Aspern till 2028 living and working space for 40,000 people will be created.

In one of the "green lungs" of Vienna, the Prater, 2013, the WU campus was opened for the largest University of Economics of Europe. Around the central square spectacular buildings of an international architect team from Great Britain, Japan, Spain and Austria are gathered that seem to lead a sometimes very loud conversation about the status quo of contemporary architecture (Hitoshi Abe, BUSarchitektur, Peter Cook, Zaha Hadid, NO MAD Arquitectos, Carme Pinós).

Flying high

International is also the number of architects who have inscribed themselves in the last few years with high-rise buildings in the skyline of Vienna and make St. Stephen's a not always unproblematic competition. Visible from afar is Massimiliano Fuksas' 138 and 127 meters high elegant Twin Tower at Wienerberg (1999-2001). The monolithic, 75-meter-high tower of the Hotel Sofitel at the Danube Canal by Jean Nouvel (2007-10), on the other hand, reacts to the particular urban situation and stages in its top floor new perspectives to the historical center on the other side.

Also at the water stands Dominique Perrault's DC Tower (2010-13) in the Danube City - those high-rise city, in which since the start of construction in 1996, the expansion of the city north of the Danube is condensed symbolically. Even in this environment, the slim and at the same time striking vertically folded tower of Perrault is beyond all known dimensions; from its Sky Bar, from spring 2014 on you are able to enjoy the highest view of Vienna. With 250 meters, the tower is the tallest building of Austria and almost twice as high as the St. Stephen's Cathedral. Vienna, thus, has acquired a new architectural landmark which cannot be overlooked - whether it also has the potential to become a landmark of the new Vienna, only time will tell. The architectural history of Vienna, where European history is presence and new buildings enter into an exciting and not always conflict-free dialogue with a great and outstanding architectural heritage, in any case has yet to offer exciting chapters.

Info: The folder "Architecture: From Art Nouveau to the Presence" is available at the Vienna Tourist Board and can be downloaded on www.wien.info/media/files/guide-architecture-in-wien.pdf.

I enjoy every comment, fav, and invite.

Only polite & tasteful comments please!

 

+++ DISCLAIMER +++

Nothing you see here is real, even though the conversion or the presented background story might be based on historical facts. BEWARE!

  

Some background:

The P-51H (NA-126) was the final production Mustang, embodying the experience gained in the development of the lightweight XP-51F and XP-51G aircraft. This aircraft, brought the development of the Mustang to a peak as one of the fastest production piston-engine fighters to see service in WWII.

In July of 1943, U.S. Army approved a contract with North American Aviation to design and build a lightweight P-51. Designated NA-105, 5 aircraft were to be built and tested. Edgar Schmued, chief of design at NAA, began this design early in 1943. He, in February of 1943, left the U.S. on a two-month trip to England. He was to visit the Supermarine factory and the Rolls Royce factory to work on his lightweight project.

 

Rolls Royce had designed a new version of the Merlin, the RM.14.SM, which was proposed to increase the manifold pressure to 120 (from 67 max) and thus improve military emergency horsepower to 2,200. Schmued was very eager to use this powerplant, since the new Merlin was not heavier than the earlier models. In order to exploit the new engine to the maximum, he visited the engineers at Rolls Royce in Great Britain. However, British fighters were by tendency lighter than their U.S. counterparts and Schmued also asked for detailed weight statements from Supermarine concerning the Spitfire. Supermarine did not have such data, so they started weighing all the parts they could get a hold of and made a report. It revealed that the British had design standards that were not as strict in some areas as the U.S, and American landing gear, angle of attack and side engine design loads were by tendency higher. When Schmued returned, he began a new design of the P-51 Mustang that used British design loads, shaving off weight on any part that could yield. The result was an empty weight reduction by 600 pounds, what would directly translate into more performance.

 

This design effort led to a number of lightweight Mustang prototypes, designated XP-51F, XP-51G and XP-51J. After their testing, the production version, NA-126 a.k.a. P-51H, was closest to the XP-51F. The project began in April 1944 and an initial contract for 1,000 P-51Hs was approved on June 30, 1944, which was soon expanded.

The P-51H used the V-1650-9 engine, a modified version of the new Merlin RM.14.SM that included Simmons automatic supercharger boost control with water injection, allowing War Emergency Power as high as 2,218 hp (1,500 kW) and a continuous output of up to 1,490 hp (1.070 kW).

Even though the P-51H looked superficially like a slightly modified P-51D, it was effectively a completely new design. External differences to the P-51D included lengthening and deepening the fuselage and increasing the height of the tailfin, which reduced, together with a lower fuel load in the fuselage tank, the tendency to yaw. The landing gear was simplified and lightened. The canopy resembled the P-51D bubble top style, over a raised pilot's position. The armament was retained but service access to the guns and ammunition was improved, including the introduction of ammunition cassettes that made reloading easier and quicker. With the new airframe several hundred pounds lighter, extra power, and a more streamlined radiator, the P-51H was faster than the P-51D, able to reach 472 mph (760 km/h; 410 kn) at 21,200 ft (6,500 m), making it one of the fastest piston engine aircraft in WWII.

 

The high-performance P-51H was designed to complement the P-47N as the primary aircraft for the invasion of Japan, with 2,000 ordered to be manufactured at NAA’s Inglewood plant. Variants of the P-51H with different versions of the Merlin engine were produced in limited numbers, too, in order to ramp up production and deliveries to frontline units. These included the P-51L, which was similar to the P-51H but utilized the V-1650-11 engine with a modified fuel system, rated at maximum 2,270 hp (1,690 kW), and the P-51M, or NA-124. The P-51M, of which a total of 1629 was ordered, was built in Dallas and utilized the V-1650-9A engine. This variant was optimized for operations at low and medium altitude and lacked water injection, producing less maximum power at height. However, it featured attachment points for up to ten unguided HVAR missiles under the outer wings as well as improved armor protection for the pilot against low-caliber weapons esp. from ground troops, which ate up some of the light structure’s weight benefit.

 

Most P-51H and L were issued to USAF units, while the P-51M and some Hs were delivered to allied forces in the Pacific TO, namely Australia and New Zealand. Only a few aircraft arrived in time to become operational until the end of hostilities, and even less became actually involved in military actions during the final weeks of fighting in the Pacific.

 

The RAAF received only a handful P-51Hs, since Commonwealth Aircraft Corporation (CAC) had recently started license production of the P-51D (as CA-18) and the RAAF rather focused on this type. However, there were plans in early 1945 to build the P-51H locally as the CA-21, too, but this never came to fruition.

 

New Zealand ordered a total of 370 P-51 Mustangs of different variants to supplement its Vought F4U Corsairs in the PTO, which were primarily used as fighter-bombers. Scheduled deliveries were for an initial batch of 30 P-51Ds, followed by 137 more P-51Ds and 203 P-51Ms. The first RNZAF P-51Ms arrived in April 1945 and were allocated to 3 Squadron as well as to the Flight Leaders School in Ardmore (near Auckland in Northern New Zealand) for conversion training. The machines arrived as knocked-down kits via ship in natural metal finish, but the operational machines were, despite undisputed Allied air superiority, immediately camouflaged in field workshops to protect the airframes from the harsh and salty environment, esp. on the New Guinean islands. The RNZAF Mustangs also received quick identification markings in the form of white tail surfaces and white bands on the wings and in front of and behind the cockpit, in order to avoid any confusion with the Japanese Ki-61 “Hien” (Tony) and Ki-84 (Frank) fighters which had a similar silhouette and frequently operated in a natural metal finish.

During the final weeks of the conflict, the RNZAF only scored three air victories: two Japanese reconnaissance flying boats were downed and a single Ki-84 fighter was shot down in a dogfight over Bougainville. Most combat situations of 3 Squadron were either fighter escorts for F4U fighter bombers or close air support and attacks against Japanese strongholds or supply ships.

 

After the war, many USAF P-51Hs were immediately retired or handed over to reserve units. The surviving P-51Js were, due to their smaller production numbers, were mostly donated to foreign air forces in the course of the Fifties, in order to standardize the US stock. Despite its good performance, the P-51H/J/M did not take part in the Korean War. Instead, the (by the time re-designated) F-51D was selected, as it was available in much greater numbers and had a better spares supply situation. It was considered as a proven commodity and perceived to be stouter against ground fire – a misconception, because the vulnerable ventral liquid cooling system caused heavy losses from ground fire. The alternative P-47 would have been a more effective choice. The last American F-51H Mustangs were retired from ANG units in 1957, but some of its kin in foreign service soldiered on deep into the Sixties. The F-51D even lasted into the Eigthies in military service!

 

After the end of hostilities in the PTO, the RNZAF’s forty-two operational P-51Ms met different fates: The twenty-six survivors, which had reached frontline service in New Guinea, were directly scrapped on site, because their transfer back to New Zealand was not considered worthwhile. Those used for training in New Zealand were stored, together with the delivered P-51Ds, or, together with yet unbuilt kits, sent back to the United States.

In 1951, when New Zealand’s Territorial Air Force (TAF) was established, only the stored P-51D Mustangs were revived and entered service in the newly established 1 (Auckland), 2 (Wellington), 3 (Canterbury), and 4 (Otago) squadrons. Due to the small number, lack of spares and communality with the P-51D, the remaining mothballed RNZAF F-51Ms were eventually scrapped, too.

  

General characteristics:

Crew: 1

Length: 33’ 4” (10.173 m)

Wingspan: 37‘ (11.28 m)

Height: 13‘ 8” (4.17 m) with tail wheel on ground, vertical propeller blade

Wing area: 235 sq ft (21.83 m²)

Airfoil: NAA/NACA 45-100 / NAA/NACA 45-100

Empty weight: 7.180 lb (3,260 kg)

Gross weight: 9,650 lb (4,381 kg)

Max takeoff weight: 11,800 lb (5,357 kg)

Fuel capacity: 255 US gal (212 imp gal; 964 l)

Aspect ratio: 5.83

 

Powerplant:

1× Packard (Rolls Royce) V-1650-9A Merlin 12-cylinder liquid cooled engine, delivering 1,380 hp

(1,030 kW) at sea level, driving a 4-blade constant-speed Aeroproducts 11' 1" Unimatic propeller

 

Performance:

Maximum speed: 465 mph (750 km/h; 407 kn) at 18,000 ft (5,500 m)

Cruise speed: 362 mph (583 km/h, 315 kn)

Stall speed: 100 mph (160 km/h, 87 kn)

Range: 855 mi (1,375 km, 747 nm) with internal fuel

1,200 mi (1,930 km, 1,050 nmi) with external tanks

Service ceiling: 30,100 ft (9,200 m)

Rate of climb: 3,200 ft/min (16.3 m/s) at sea level

Wing loading: 30.5 lb/sq ft (149 kg/m²)

Power/mass: 0.19 hp/lb (315 W/kg)

Lift-to-drag ratio: 14.6

Recommended Mach limit 0.8

 

Armament:

6× 0.50 caliber (12.7mm) AN/M2 Browning machine guns with a total of 1,880 rounds

2× underwing hardpoints for drop tanks or bombs of 500 pounds (227 kg) caliber each,

or 6 or 10 5” (127 mm) T64 HVAR rockets

  

The kit and its assembly:

A relatively simple project, a whiffy color variant based on RS Model’s 1:72 P-51H kit – which I quickly turned into a P-51M, which was planned as mentioned in the background, but never produced in real life.

The model was strictly built OOB, and while this short-run kit goes together quite well, I encountered some problems along the way:

- There are massive and long ejector pin markers, sometimes in very confined locations like the radiator intake. Without a mini drill, getting rid of them is very difficult

- Somehow the instructions for the cockpit are not correct; I put the parts into place as indicated, and the pilot’s seat ended up way too far forward in the fuselage

- The canopy, while clear, is pretty thick and just a single piece, so that you have to cut the windscreen off by yourself if you want to show the otherwise very nice cockpit.

- The separated windscreen section itself includes a piece of the cowling in front of the window panes, which makes its integration into the fuselage a tricky affair. However, this IMHO not-so-perfect construction became a minor blessing because the separated windscreen turned out to be a little too narrow for the fuselage – it had to be glued forcibly to the fuselage (read: with superglue), and the section in front of the window panes offered enough hidden area to safely apply the glue on the clear piece.

- While there are some resin parts included like weighted wheels, it is beyond me why tiny bits like the underwing pitot or most delicate landing gear parts have been executed in resin, as flat parts of a resin block that makes it IMHO impossible to cut them out from.

- The tail wheel is a messy three-piece construction of resin and IP parts, with a flimsy strut that’s prone to break already upon cutting the part from the IP sprue. Furthermore, there’s no proper location inside of the fuselage to mount it. Guess and glue!

- The fit of the stabilizers is doubtful; it’s probably best to get rid of their locator pins and glue them directly onto the fuselage

- The propeller consists of a centerpiece with the blades, which is enclosed by two spinner halves (front and back). This results in a visible seam between them that is not easy to fill/PSR away

 

On the positive side I must say that the engraved surface details, the cockpit interior and the landing gear are very nice, and there is even the complete interior of the radiator and its tunnel included. PSR requirements are also few, even though you won’t get along well without cosmetic bodywork.

 

The only personal modification is a styrene tube inside of the nose for the propeller, which was mounted onto a metal axis for free rotation; OOB, the propeller is not moveable at all and is to be glued directly to the fuselage.

While the kit comes with optional ordnance (six HVARs or a pair of 500 lb bombs, both in resin), I just used the bomb pylons and left them empty, for a clean look.

  

Painting and markings:

Even though the model was a quick build, finding a suitable color concept took a while; I had a whiffy P-51H on my agenda for a long time (since the RS Models kit came out), and my initial plan was to create an Australian aircraft. This gradually changed to an RNZAF aircraft during the last weeks of WWII in the PTO, and evolved from an NMF finish (initial and IMHO most logical idea) through am Aussie-esque green/brown camouflage to a scheme I found for a P-40: a trainer that was based in New Zealand and (re)painted in domestic colors, namely in Foliage Green, Blue Sea Grey and Sky. This might sound like a standard RAF aircraft, but in the end the colors and markings make this Mustang look pretty exotic, just as the P-51H looks like a Mustang that is “not quite right”.

 

The Foliage Green is Humbrol 195 (Dark Green Satin, actually RAL 6020 Chrome Oxide Green), which offers IMHO a good compromise between the tone’s rather bluish hue and yellow shades – I find it to be a better match than the frequently recommended FS 34092, because RAL 6020 is darker. The RNZAF “Blue Sea Grey”, also known as “Pacific Blue” or “Ocean Blue”, is a more obscure tone, which apparently differed a lot from batch to batch and weathered dramatically from a bluish tone (close to FS 35109 when fresh) to a medium grey. I settled for Humbrol 144 (FS 35164; USN Intermediate Blue), which is rumored to come close to the color in worn state.

The undersides were painted with Humbrol 23 (RAF Duck Egg Blue), which I found to be a suitable alternative to the more greenish RAF Sky, even though it’s a pretty light interpretation.

Tail and spinner were painted white, actually a mix of Humbrol 22 (Gloss White) and 196 (Light Grey, RAL 7035) so that there would be some contrast room left for post-shading with pure white.

The interior of cockpit and landing gear wells was painted with zinc chromate primer yellow (Humbrol 81), while the landing gear struts became Humbrol 56 (Aluminum Dope). The radiator ducts received an interior in aluminum (Revell 99).

 

In order to simulate wear and tear as well as the makeshift character of the camouflage I painted the wings’ leading edges and some other neuralgic areas in aluminum (Revell 99, too) first, before the basic camouflage tones were added in a somewhat uneven fashion, with the metallized areas showing through.

Once dry, the model received an overall washing with thinned black ink and a through dry-brushing treatment with lighter shades of the basic tones (including Humbrol 30, 122 and 145) for post-panel-shading and weathering, esp. on the upper surfaces.

 

The decals are a mix from a Rising Decals sheet for various RNZAF aircraft (which turned out to be nicely printed, but rather thin so that they lacked opacity and rigidity), and for the tactical markings I stuck to the RNZAF practice of applying just a simple number or letter code to frontline aircraft instead of full RAF-style letter codes. The latter were used only on aircraft based on home soil, since the RNZAF’s frontline units had a different organization with an aircraft pool allocated to the squadrons. Through maintenance these circulated and were AFAIK not rigidly attached to specific units, hence there was no typical two-letter squadron code applied to them, just single ID letters or numbers, and these were typically painted on the aircraft nose and/or the fin, not on the fuselage next to the roundel. The nose art under the cockpit is a mix of markings from P-40s and F4Us.

 

The white ID bands on fuselage and wings are simple white decal strips from TL-Modellbau. While this, together with the all-white tail, might be overdone and outdated towards mid-1945, I gave the Kiwi-Mustang some extra markings for a more exciting look – and the aircraft’s profile actually reminds a lot of the Ki-61, so that they definitely make sense.

 

Towards the finish line, some additional dry-brushing with grey and silver was done, soot stains were added with graphite to the exhaust areas and the machine gun ports, and the model was finally sealed with matt acrylic varnish.

  

After the recent, massive YA-14 kitbashing project, this Mustang was – despite some challenges of the RS Models kit itself – a simple and quick “relief” project, realized in just a couple of days. Despite being built OOB, the result looks quite exotic, both through the paint scheme with RNZAF colors, but also through the unusual roundels and the striking ID markings (for a Mustang). I was skeptical at first, but the aircraft looks good and the camouflage in RNZAF colors even proved to be effective when set into the right landscape context (beauty pics).

Exploitant : Cars Hourtoule

Réseau : SQY Terre d'Innovations

Lieu : Gare de Plaisir – Grignon (Plaisir, F-78)

Lien TC Infos : tc-infos.fr/id/35055

Jan Mayen is a volcanic island in the Arctic Ocean and a part of the Kingdom of Norway. It is 55 km (34 mi) long (southwest-northeast) and 373 km2 (144 sq mi) in area, partly covered by glaciers (an area of 114.2 km (71.0 mi) around the Beerenberg).

 

It has two parts: larger northeast Nord-Jan and smaller Sør-Jan, linked by a 2.5 km (1.6 mi) wide isthmus. It lies 600 km (370 mi) northeast of Iceland (495 km (305 mi) NE of Kolbeinsey), 500 km (310 mi) east of central Greenland and 1,000 km (620 mi) west of the North Cape, Norway.

 

The island is mountainous, the highest summit being the Beerenberg volcano in the north. The isthmus is the location of the two largest lakes of the island, Sørlaguna (South Lagoon), and Nordlaguna (North Lagoon). A third lake is called Ullerenglaguna (Ullereng Lagoon). Jan Mayen was formed by the Jan Mayen hotspot.

 

Jan Mayen Island has one exploitable natural resource, gravel, from the site at Trongskaret. Other than this, economic activity is limited to providing services for employees of Norway's radio communications and meteorological stations located on the island. Jan Mayen has one unpaved airstrip, Jan Mayensfield, which is about 1,585 m (5,200 ft) long. The 124.1 km (77.1 mi) coast has no ports or harbours, only offshore anchorages.

 

There are important fishing resources, and the existence of Jan Mayen establishes a large Exclusive Economic Zone around it. A modern-day dispute between Norway and Denmark regarding the fishing exclusion zone between Jan Mayen and Greenland was settled in 1988 granting Denmark the greater area of sovereignty. Significant deposits of petroleum and natural gas are suspected by geologists to lie below Jan Mayen's surrounding seafloors.

 

Jan Mayen Island is an integral part of the Kingdom of Norway, and it is considered to be a dependency with some special status. Since 1995, Jan Mayen has been administered by the County Governor (fylkesmann) of the northern Norwegian county of Nordland to which it is closest.

 

However, some authority over Jan Mayen has been assigned to the station commander of the Norwegian Defence Logistics Organisation, a branch of the Norwegian Armed Forces.

Exploitant : Cars Lacroix

Réseau : Valoise

Ligne : 95-20

Lieu : Route de Cormeilles (Argenteuil, F-95)

Lien TC Infos : tc-infos.fr/vehicule/25155

Exploits River, GFW, NL

Ville: Toulon

Réseau: Réseau Mistral

Exploitant: RD TPM

Numéro de parc: 774

Ligne: 6 Ripelle - Terre Promise

Ensilage de maïs en Fendt

Brest-Finistère.

Navire de recherche appartenant à l'OTAN et exploité par la Marine Italienne

After reading about the exploits of Major Robert Henry Cain I just knew that we had to create a piece featuring him. They don't come much more swashbuckling than the good Major. He is the only Manx recipient (to date) of the Victoria Cross, the highest award for gallantry in the face of the enemy, which was awarded for his brave actions during the Battle of Arnhem. I'm sure the history books can describe it much better than me but suffice it to say he loved to take out German armour with whatever weaponry was at hand and at the Battle of Arnhem alone personally destroyed six tanks and an unspecified number of self propelled field guns. As the wording for his VC states:

 

"On 20th September (1944) a Tiger tank approached the area held by his company and Major Cain went out alone to deal with it armed with a PIAT (anti-tank weapon). Taking up a position he held his fire until the tank was only 20 yards away when he opened up. The tank immediately halted and turned its guns on him, shooting away a corner of the house near where this officer was lying. Although wounded by machine gun bullets and falling masonry, Major Cain continued firing until he had scored several direct hits, immobilised the tank and supervised the bringing up of a 75 mm. howitzer which completely destroyed it. Only then would he consent to have his wounds dressed.

 

In the next morning this officer drove off three more tanks by the fearless use of his PIAT, on each occasion leaving cover and taking up position in open ground with complete disregard for his personal safety.

 

During the following days, Major Cain was everywhere where danger threatened, moving amongst his men and encouraging them by his fearless example to hold out. He refused rest and medical attention in spite of the fact that his hearing had been seriously impaired because of a perforated eardrum and he was suffering from multiple wounds.

 

On 25 September the enemy made a concerted attack on Major Cain's position, using self-propelled guns, flame throwers and infantry. By this time the last PIAT had been put out of action and Major Cain was armed with only a light 2" mortar. However, by a skilful use of this weapon and his daring leadership of the few men still under his command, he completely demoralized the enemy who, after an engagement lasting more than three hours, withdrew in disorder."

 

Before the remains of his division withdrew and crossed the Rhine he took the time to shave then waited til all his men were across before he himself crossed on an old boat. Now, if that's not a classic British stiff upper lip then I don't know what is. To top it all off he was the only man to receive the VC at Arnhem who lived to tell the tale. To list more of his adventures would take far too long and I would suggest you check out his wikipedia page for more information and unlikely tales of derring-do. Now I just need to find something suitable to do with our little tribute...

 

Cheers

 

id-iom

Exploitant : SETRAM

Réseau : SETRAM

Ligne : 5

Lieu : Saint-Martin (Le Mans, F-72)

Lien TC Infos : tc-infos.fr/id/5892

PARADISE LOST: HUMAN EXPLOITATION IN MADAGASCAR: See my photo essay in the latest edition of LIFE FORCE, an online photo magazine.

 

www.lifeforcemagazine.com/index_26.htm

AltavozFest 2014

Exploitant : Transdev Ecquevilly

Réseau : Bus O'Mureaux

Ligne : 2

Lieu : Gare des Mureaux (Les Mureaux, F-78)

some crazy people in the middle of the snow on Mont Blanc -France

OPEL Kadett (1988) / RUE FOSSE-AUX-LOUPS / PHOTO JEAN-PIERRE MARISSENS

Woodpeckers are part of the bird family Picidae, which also includes the piculets, wrynecks and sapsuckers. Members of this family are found worldwide, except for Australia, New Guinea, New Zealand, Madagascar and the extreme polar regions. Most species live in forests or woodland habitats, although a few species are known that live in treeless areas, such as rocky hillsides and deserts, and the Gila woodpecker specialises in exploiting cacti.

 

Members of this family are chiefly known for their characteristic behaviour. They mostly forage for insect prey on the trunks and branches of trees, and often communicate by drumming with their beaks, producing a reverberatory sound that can be heard at some distance. Some species vary their diet with fruits, birds' eggs, small animals, tree sap, human scraps, and carrion. They usually nest and roost in holes that they excavate in tree trunks, and their abandoned holes are of importance to other cavity-nesting birds. They sometimes come into conflict with humans when they make holes in buildings or feed on fruit crops, but perform a useful service by their removal of insect pests on trees.

 

The Picidae are one of nine living families in the order Piciformes, the others being barbets (comprising three families), toucans, toucan-barbets, and honeyguides, which (along with woodpeckers) comprise the clade Pici, and the jacamars and puffbirds in the clade Galbuli. DNA sequencing has confirmed the sister relationships of these two groups. The family Picidae includes about 240 species arranged in 35 genera. Almost 20 species are threatened with extinction due to loss of habitat or habitat fragmentation, with one, the Bermuda flicker, being extinct and a further two possibly being so.

 

General characteristics

Woodpeckers include the tiny piculets, the smallest of which appears to be the bar-breasted piculet at 7.5 cm (3.0 in) in length and a weight of 8.9 g (0.31 oz). Some of the largest woodpeckers can be more than 50 cm (20 in) in length. The largest surviving species is the great slaty woodpecker, which weighs 430 g (15 oz) on average and up to 563 g (19.9 oz), and measures 45 to 55 cm (18 to 22 in), but the extinct imperial woodpecker, at 55 to 61 cm (22 to 24 in), and ivory-billed woodpecker, around 48 to 53 cm (19 to 21 in) and 516 g (18.2 oz), were probably both larger.

 

The plumage of woodpeckers varies from drab to conspicuous. The colours of many species are based on olive and brown and some are pied, suggesting a need for camouflage; others are boldly patterned in black, white, and red, and many have a crest or tufted feathers on their crowns. Woodpeckers tend to be sexually dimorphic, but differences between the sexes are generally small; exceptions to this are Williamson's sapsucker and the orange-backed woodpecker, which differ markedly. The plumage is moulted fully once a year apart from the wrynecks, which have an additional partial moult before breeding.

 

Woodpeckers, piculets, and wrynecks all possess characteristic zygodactyl feet, consisting of four toes, the first (hallux) and the fourth facing backward and the second and third facing forward. This foot arrangement is good for grasping the limbs and trunks of trees. Members of this family can walk vertically up tree trunks, which is beneficial for activities such as foraging for food or nest excavation. In addition to their strong claws and feet, woodpeckers have short, strong legs. This is typical of birds that regularly forage on trunks. Exceptions are the black-backed woodpecker and the American and Eurasian three-toed woodpeckers, which have only three toes on each foot. The tails of all woodpeckers, except the piculets and wrynecks, are stiffened, and when the bird perches on a vertical surface, the tail and feet work together to support it.

 

Woodpeckers have strong bills that they use for drilling and drumming on trees, and long, sticky tongues for extracting food (insects and larvae). Woodpecker bills are typically longer, sharper, and stronger than the bills of piculets and wrynecks, but their morphology is very similar. The bill's chisel-like tip is kept sharp by the pecking action in birds that regularly use it on wood. The beak consists of three layers; an outer sheath called rhamphotheca, made of scales formed from keratin proteins, an inner layer of bone which has a large cavity and mineralised collagen fibers, and a middle layer made of porous bone which connects the two other layers.

 

Furthermore, the tongue bone (or hyoid bone) of the woodpecker is very long, and winds around the skull through a special cavity, thereby cushioning the brain. Combined, this anatomy helps the beak absorb mechanical stress. Species of woodpecker and flicker that use their bills in soil or for probing as opposed to regular hammering tend to have longer and more decurved bills. Due to their smaller bill size, many piculets and wrynecks forage in decaying wood more often than woodpeckers. Their long, sticky tongues, which possess bristles, aid these birds in grabbing and extracting insects from deep within a hole in a tree. The tongue was reported to be used to spear grubs, but more detailed studies published in 2004 have shown that the tongue instead wraps around the prey before being pulled out.

  

Diagram showing the hyoid bone of Dendrocopos major

Many of the foraging, breeding, and signaling behaviors of woodpeckers involve drumming and hammering using their bills. To prevent brain damage from the rapid and repeated powerful impacts, woodpeckers have a number of physical features that protect their brains. These include a relatively small and smooth brain, narrow subdural space, little cerebrospinal fluid surrounding it to prevent it from moving back and forth inside the skull during pecking, the orientation of the brain within the skull (which maximises the contact area between the brain and the skull) and the short duration of contact. The skull consists of strong but compressible, sponge-like bone, which is most concentrated in the forehead and the back of the skull. Another anatomical adaptation of woodpeckers is the enormously elongated hyoid bone which subdivides, passes on either side of the spinal column and wraps around the brain case, before ending in the right nostril cavity. It plays the role of safety-belt.

 

Computer simulations have shown that 99.7% of the energy generated in pecking is stored in the form of strain energy, which is distributed throughout the bird's body, with only a small remaining fraction of the energy going into the brain. The pecking also causes the woodpecker's skull to heat up, which is part of the reason why they often peck in short bursts with brief breaks in between, giving the head some time to cool. During the millisecond before contact with wood, a thickened nictitating membrane closes, protecting the eye from flying debris.[ These membranes also prevent the retina from tearing. Their nostrils are also protected; they are often slit-like and have special feathers to cover them. Woodpeckers are capable of repeated pecking on a tree at high decelerations on the order of 10,000 m/s2 (33,000 ft/s2) (1000 g).[

 

Some large woodpeckers such as Dryocopus have a fast, direct form of flight, but the majority of species have a typical undulating flight pattern consisting of a series of rapid flaps followed by a swooping glide. Many birds in the genus Melanerpes have distinctive, rowing wing-strokes while the piculets engage in short bursts of rapid direct flight.

 

Distribution, habitat, and movements

Woodpeckers have a mostly cosmopolitan distribution, although they are absent from Australasia, Madagascar, and Antarctica. They are also absent from some of the world's oceanic islands, although many insular species are found on continental islands. The true woodpeckers, subfamily Picinae, are distributed across the entire range of the family. The Picumninae piculets have a pantropical distribution, with species in Southeast Asia, Africa, and the Neotropics, with the greatest diversity being in South America. The second piculet subfamily, the Sasiinae, contains the African piculet and two species in the genus Sasia that are found in Southeast Asia. The wrynecks (Jynginae) are found exclusively in the Old World, with the two species occurring in Europe, Asia, and Africa.

 

Most woodpeckers are sedentary, but a few examples of migratory species are known, such as the rufous-bellied woodpecker, yellow-bellied sapsucker, and Eurasian wryneck, which breeds in Europe and west Asia and migrates to the Sahel in Africa in the winter. More northerly populations of Lewis's woodpecker, northern flicker, Williamson's sapsucker, red-breasted sapsucker, and red-naped sapsucker all move southwards in the fall in North America. Most woodpecker movements can be described as dispersive, such as when young birds seek territories after fledging, or eruptive, to escape harsh weather conditions. Several species are altitudinal migrants, for example the grey-capped pygmy woodpecker, which moves to lowlands from hills during winter. The woodpeckers that do migrate, do so during the day.

 

Habitat requirements

Overall, woodpeckers are arboreal birds of wooded habitats. They reach their greatest diversity in tropical rainforests, but occur in almost all suitable habitats, including woodlands, savannahs, scrublands, and bamboo forests. Even grasslands and deserts have been colonised by various species. These habitats are more easily occupied where a small number of trees exist, or in the case of desert species like the Gila woodpecker, tall cacti are available for nesting. Some are specialists and are associated with coniferous or deciduous woodlands, or even, like the acorn woodpecker, with individual tree genera (oaks in this case). Other species are generalists and are able to adapt to forest clearance by exploiting secondary growth, plantations, orchards, and parks. In general, forest-dwelling species need rotting or dead wood on which to forage.

 

Several species are adapted to spending a portion of their time feeding on the ground, and a very small minority have abandoned trees entirely and nest in holes in the ground. The ground woodpecker is one such species, inhabiting the rocky and grassy hills of South Africa, and the Andean flicker is another.

 

The Swiss Ornithological Institute has set up a monitoring program to record breeding populations of woodland birds. This has shown that deadwood is an important habitat requirement for the black woodpecker, great spotted woodpecker, middle spotted woodpecker, lesser spotted woodpecker, European green woodpecker, and Eurasian three-toed woodpecker. Populations of all these species increased by varying amounts from 1990 to 2008. During this period, the amount of deadwood in the forest increased and the range of the white-backed woodpecker enlarged as it extended eastwards. With the exception of the green and middle-spotted woodpeckers, the increase in the amount of deadwood is likely to be the major factor explaining the population increase of these species.

 

Behavior

Most woodpeckers live solitary lives, but their behavior ranges from highly antisocial species that are aggressive towards their own kind, to species that live in groups. Solitary species defend such feeding resources as a termite colony or fruit-laden tree, driving away other conspecifics and returning frequently until the resource is exhausted. Aggressive behaviors include bill pointing and jabbing, head shaking, wing flicking, chasing, drumming, and vocalizations. Ritual actions do not usually result in contact, and birds may "freeze" for a while before they resume their dispute. The colored patches may be flouted, and in some instances, these antagonistic behaviors resemble courtship rituals.

 

Group-living species tend to be communal group breeders.[25] In addition to these species, a number of species may join mixed-species foraging flocks with other insectivorous birds, although they tend to stay at the edges of these groups. Joining these flocks allows woodpeckers to decrease their anti-predator vigilance and increase their feeding rate. Woodpeckers are diurnal, roosting at night inside holes and crevices. In many species the roost will become the nest-site during the breeding season, but in some species they have separate functions; the grey-and-buff woodpecker makes several shallow holes for roosting which are quite distinct from its nesting site. Most birds roost alone and will oust intruders from their chosen site, but the Magellanic woodpecker and acorn woodpecker are cooperative roosters.

 

Drumming is a form of nonvocal communication used by most species of woodpeckers, and involves the bill being repeatedly struck on a hard surface with great rapidity. After a pause, the drum roll is repeated, with each species having a pattern that is unique in the number of beats in the roll, the length of the roll, the length of the gap between rolls, and the cadence. The drumming is mainly a territorial call, equivalent to the song of a passerine. Woodpeckers choose a surface that resonates, such as a hollow tree, and may use man-made structures such as gutters and downpipes. Drumming serves for the mutual recognition of conspecifics and plays a part in courtship rituals. Individual birds are thought to be able to distinguish the drumming of their mates and those of their neighbors. Drumming can be reliably used to distinguish between multiple species in a region, even if those species are phenotypically similar. Cadence (or the mean number of drum beats per second) is heavily conserved within species. Comparative analyses within species between distant geographic populations have shown that cadence is heavily conserved across species' respective ranges, indicating that there likely are not 'dialects' as seen in passerine song. Drumming in woodpeckers is controlled by a set of nuclei in the forebrain that closely resemble the brain regions that underlie song learning and production in many songbirds. A 2023 study revealed a strong association between extractive foraging and relative brain size across the Family Picidae, indicating that a larger brain does not necessarily result in more powerful drumming abilities, but is implicated in foraging behaviors, as the act of sensing and retrieving wood-boring larvae from woody substrates likely requires an increase in sensory and motor control capabilities.

 

Calls

Woodpeckers do not have such a wide range of songs and calls as do passerine birds, and the sounds they make tend to be simpler in structure. Calls produced include brief, high-pitched notes, trills, rattles, twittering, whistling, chattering, nasal churrs, screams, and wails. These calls are used by both sexes in communication and are related to the circumstances of the occasion; these include courtship, territorial disputes, and alarm calls. Each species has its own range of calls, which tend to be in the 1.0 to 2.5 kHz range for efficient transmission through forested environments. Mated couples may exchange muted, low-pitched calls, and nestlings often issue noisy begging calls from inside their nest cavity. The wrynecks have a more musical song, and in some areas, the song of the newly arrived Eurasian wryneck is considered to be the harbinger of spring. The piculets either have a song consisting of a long, descending trill, or a descending series of two to six (sometimes more) individual notes, and this song alerts ornithologists to the presence of the birds, as they are easily overlooked.

 

Diet and feeding

Most woodpecker species feed on insects and other invertebrates living under bark and in wood, but overall, the family is characterized by its dietary flexibility, with many species being both highly omnivorous and opportunistic. The diet includes ants, termites, beetles and their larvae, caterpillars, spiders, other arthropods, bird eggs, nestlings, small rodents, lizards, fruit, nuts, and sap. Many insects and their grubs are taken from living and dead trees by excavation. The bird may hear sounds from inside the timber indicating where creating a hole would be productive. Crustaceans, molluscs, and carrion may be eaten by some species, including the great spotted woodpecker, and bird feeders are visited for suet and domestic scraps.

 

Other means are also used to garner prey. Some species, such as the red-naped sapsucker, sally into the air to catch flying insects, and many species probe into crevices and under bark, or glean prey from leaves and twigs. The rufous woodpecker specialises in attacking the nests of arboreal ants, and the buff-spotted woodpecker feeds on and nests in termite mounds. Other species, such as the wrynecks and the Andean flicker, feed wholly or partly on the ground.

 

Ecologically, woodpeckers help to keep trees healthy by keeping them from suffering mass infestations. The family is noted for its ability to acquire wood-boring grubs from the trunks and branches, whether the timber is alive or dead. Having hammered a hole into the wood, the prey is extracted by use of a long, barbed tongue. Woodpeckers consume beetles that burrow into trees, removing as many as 85% of emerald ash borer larvae from individual ash trees.

 

The ability to excavate allows woodpeckers to obtain tree sap, an important source of food for some species. Most famously, the sapsuckers (genus Sphyrapicus) feed in this fashion, but the technique is not restricted to these, and others such as the acorn woodpecker and white-headed woodpecker also feed on sap. The technique was once thought to be restricted to the New World, but Old World species, such as the Arabian woodpecker and great spotted woodpecker, also feed in this way.

 

Breeding

All members of the family Picidae nest in cavities, nearly always in the trunks and branches of trees, well away from the foliage. Where possible, an area of rotten wood surrounded by sound timber is used. Where trees are in short supply, the gilded flicker and ladder-backed woodpecker excavate holes in cactus, and the Andean flicker and ground woodpecker dig holes in earth banks. The campo flicker sometimes chooses termite mounds, the rufous woodpecker prefers to use ants' nests in trees and the bamboo woodpecker specialises in bamboos. Woodpeckers also excavate nest holes in residential and commercial structures and wooden utility poles.

 

Woodpeckers and piculets excavate their own nests, but wrynecks do not, and need to find pre-existing cavities. A typical nest has a round entrance hole that just fits the bird, leading to an enlarged vertical chamber below. No nesting material is used, apart from some wood chips produced during the excavation; other wood chips are liberally scattered on the ground, thus providing visual evidence of the site of the nest. Many species of woodpeckers excavate one hole per breeding season, sometimes after multiple attempts. It takes around a month to finish the job and abandoned holes are used by other birds and mammals that are cavity nesters unable to excavate their own holes.

 

Cavities are in great demand for nesting by other cavity nesters, so woodpeckers face competition for the nesting sites they excavate from the moment the hole becomes usable. This may come from other species of woodpecker, or other cavity-nesting birds such as swallows and starlings. Woodpeckers may aggressively harass potential competitors, and also use other strategies to reduce the chance of being usurped from their nesting sites; for example, the red-crowned woodpecker digs its nest in the underside of a small branch, which reduces the chance that a larger species will take it over and expand it.

 

Members of Picidae are typically monogamous, with a few species breeding cooperatively and some polygamy reported in a few others. Polyandry, where a female raises two broods with two separate males, has also been reported in the West Indian woodpecker. Another unusual social system is that of the acorn woodpecker, which is a polygynandrous cooperative breeder where groups of up to 12 individuals breed and help to raise the young.[4] Young birds from previous years may stay behind to help raise the group's young, and studies have found reproductive success for the group goes up with group size, but individual success goes down. Birds may be forced to remain in groups due to a lack of habitat to which to disperse.

  

Great spotted woodpecker feeding its chick

A pair works together to help build the nest, incubate the eggs, and raise their altricial young. In most species, though, the male does most of the nest excavation and takes the night shift while incubating the eggs. A clutch usually consists of two to five round, white eggs. Since these birds are cavity nesters, their eggs do not need to be camouflaged and the white color helps the parents to see them in dim light. The eggs are incubated for about 11–14 days before they hatch. About 18–30 days are then needed before the chicks are fully fledged and ready to leave the nest. In most species, soon after this, the young are left to fend for themselves, exceptions being the various social species, and the Hispaniolan woodpecker, where adults continue to feed their young for several months. In general, cavity nesting is a successful strategy and a higher proportion of young is reared than is the case with birds that nest in the open. In Africa, several species of honeyguide are brood parasites of woodpeckers.

 

Systematics and evolutionary history

The Picidae are just one of nine living families in the order Piciformes. Other members of this group, such as the jacamars, puffbirds, barbets, toucans, and honeyguides, have traditionally been thought to be closely related to the woodpecker family (true woodpeckers, piculets, wrynecks, and sapsuckers). The clade Pici (woodpeckers, barbets, toucans, and honeyguides) is well supported and shares a zygodactyl foot with the Galbuli (puffbirds and jacamars). More recently, several DNA sequence analyses have confirmed that Pici and Galbuli are sister groups.

 

The name Picidae for the family was introduced by English zoologist William Elford Leach in a guide to the contents of the British Museum published in 1819. The phylogeny has been updated according to new knowledge about convergence patterns and evolutionary history. Most notably, the relationship of the Picinae genera has been largely clarified, and the Antillean piculet was found to be a surviving offshoot of protowoodpeckers. Genetic analysis supports the monophyly of the Picidae, which seem to have originated in the Old World, but the geographic origins of the Picinae is unclear. The Picumninae are returned as paraphyletic. Morphological and behavioural characters, in addition to DNA evidence, highlights genus Hemicircus as the sister group of all remaining true woodpeckers, besides a sister-group relationship between the true woodpecker tribes Dendropicini and Malarpicini.

 

The evolutionary history of this group is not well documented, but the known fossils allow some preliminary conclusions; the earliest known modern picids were piculet-like forms of the Late Oligocene, about 25 million years ago (Mya). By that time, however, the group was already present in the Americas and Europe, and they actually may have evolved much earlier, maybe as early as the Early Eocene (50 Mya). The modern subfamilies appear to be rather young by comparison; until the mid-Miocene (10–15 Mya), all picids seem to have been small or mid-sized birds similar to a mixture between a piculet and a wryneck. A feather enclosed in fossil amber from the Dominican Republic, dated to about 25 Mya, however, seems to indicate that the Nesoctitinae were already a distinct lineage by then.

 

Stepwise adaptations for drilling, tapping, and climbing head first on vertical surfaces have been suggested. The last common ancestor of woodpeckers (Picidae) was incapable of climbing up tree trunks or excavating nest cavities by drilling with its beak. The first adaptations for drilling (including reinforced rhamphotheca, frontal overhang, and processus dorsalis pterygoidei) evolved in the ancestral lineage of piculets and true woodpeckers. Additional adaptations for drilling and tapping (enlarged condylus lateralis of the quadrate and fused lower mandible) have evolved in the ancestral lineage of true woodpeckers (Hemicircus excepting). The inner rectrix pairs became stiffened, and the pygostyle lamina was enlarged in the ancestral lineage of true woodpeckers (Hemicircus included), which facilitated climbing head first up tree limbs. Genus Hemicircus excepting, the tail feathers were further transformed for specialized support, the pygostyle disc became greatly enlarged, and the ectropodactyl toe arrangement evolved. These latter characters may have facilitated enormous increases in body size in some lineages.

 

Prehistoric representatives of the extant Picidae genera are treated in the genus articles. An enigmatic form based on a coracoid, found in Pliocene deposits of New Providence in the Bahamas, has been described as Bathoceleus hyphalus and probably also is a woodpecker.

 

The following cladogram is based on the comprehensive molecular phylogenetic study of the woodpeckers published in 2017 together with the list of bird species maintained by Frank Gill, Pamela Rasmussen and David Donsker on behalf of the International Ornithological Committee (IOC). The Cuban green woodpecker in the monotypic genus Xiphidiopicus was not included in the study. The relative positions of Picumninae, Sasiinae and Picinae in the cladogram are uncertain. In the 2017 study the results depended upon which of two different statistical procedures were used to analyse the DNA sequence data. One method found that Sasiinae was sister to Picinae (as shown below), the other method found that Sasiinae was sister to a clade containing both Picumninae and Picinae

 

The woodpecker family Picidae contains 37 genera.[56] For more detail, see list of woodpecker species.

  

Cuban green woodpecker

(Xiphidiopicus percussus)

female, Cuba

 

Campo flicker

Colaptes campestris

female, Brazil

Family: Picidae

 

Subfamily: Jynginae – wrynecks

Jynx (2 species)

Subfamily: Picumninae – piculets[57]

Picumnus – piculets (26 species)

Subfamily: Sasiinae

Verreauxia – African piculet

Sasia – Asian piculets (2 species)

Subfamily: Picinae – true woodpeckers

Tribe Nesoctitini

Nesoctites – monotypic: Antillean piculet

Tribe Hemicircini

Hemicircus – 2 species

Tribe Picini

Micropternus – monotypic: rufous woodpecker

Meiglyptes – 4 species

Gecinulus – 3 species

Dinopium – 5 species (flamebacks)

Picus – 14 species

Chrysophlegma – 3 species

Pardipicus – 2 species

Geocolaptes – monotypic: ground woodpecker

Campethera – 11 species

Mulleripicus – 4 species

Dryocopus – 6 species

Celeus – 13 species

Piculus – 7 species

Colaptes – 14 species

Tribe Campephilini

Campephilus – 12 species

Blythipicus – 2 species

Reinwardtipicus – monotypic: orange-backed woodpecker

Chrysocolaptes – 9 species (flamebacks)

Tribe Melanerpini

Sphyrapicus – 4 species (sapsuckers)

Melanerpes – 24 species

Picoides – 3 species

Yungipicus – 7 species

Leiopicus – monotypic: yellow-crowned woodpecker

Dendrocoptes – 3 species

Chloropicus – 3 species

Dendropicos – 12 species

Dendrocopos – 12 species

Dryobates – 5 species

Leuconotopicus – 6 species

Veniliornis – 14 species

Xiphidiopicus – monotypic: Cuban green woodpecker

Incertae sedis fossils

Genus: †Palaeopicus (Late Oligocene of France)

†Picidae gen. et sp. indet. (Middle Miocene of New Mexico, US)

†Picidae gen. et sp. indet. (Late Miocene of Gargano Peninsula, Italy)

Genus: †Palaeonerpes (Ogallala Early Pliocene of Hitchcock County, US) – possibly dendropicine

Genus: †Pliopicus (Early Pliocene of Kansas, US) – possibly dendropicine

cf. Colaptes DMNH 1262 (Early Pliocene of Ainsworth, US) – malarpicine?

Relationship with humans

In general, humans consider woodpeckers in a favourable light; they are viewed as interesting birds and fascinating to watch as they drum or forage, but their activities are not universally appreciated. Many woodpecker species are known to excavate holes in buildings, fencing, and utility poles, creating health and/or safety issues for affected structures. Such activity is very difficult to discourage and can be costly to repair.

 

Woodpeckers also drum on various reverberatory structures on buildings such as gutters, downspouts, chimneys, vents, and aluminium sheeting. Drumming is a less-forceful type of pecking that serves to establish territory and attract mates. Houses with shingles or wooden boarding are also attractive as possible nesting or roosting sites, especially when close to large trees or woodland. Several exploratory holes may be made, especially at the junctions of vertical boards or at the corners of tongue-and-groove boarding. The birds may also drill holes in houses as they forage for insect larvae and pupae hidden behind the woodwork.

 

Woodpeckers sometimes cause problems when they raid fruit crops, but their foraging activities are mostly beneficial as they control forest insect pests such as the woodboring beetles that create galleries behind the bark and can kill trees. They also eat ants, which may be tending sap-sucking pests such as mealybugs, as is the case with the rufous woodpecker in coffee plantations in India. Woodpeckers can serve as indicator species, demonstrating the quality of the habitat. Their hole-making abilities make their presence in an area an important part of the ecosystem, because these cavities are used for breeding and roosting by many bird species that are unable to excavate their own holes, as well as being used by various mammals and invertebrates.

 

The spongy bones of the woodpecker's skull and the flexibility of its beak, both of which provide protection for the brain when drumming, have provided inspiration to engineers; a black box needs to survive intact when a plane falls from the sky, and modelling the black box with regard to a woodpecker's anatomy has increased the resistance of this device to damage 60-fold.[61] The design of protective helmets is another field being influenced by the study of woodpeckers.

 

One of the accounts of the founding of Rome, preserved in the work known as Origo Gentis Romanae (unknown), refers to a legend of a woodpecker bringing food to the boys Romulus and Remus during the time they were abandoned in the wild, thus enabling them to survive and play their part in history.

 

Popular culture

Woody Woodpecker is an animated character that appeared in theatrical short films produced between 1940 and 1972.

 

The Pokémon Pikipek was introduced in the seventh generation games Pokémon Sun and Moon. In addition to being a visual homage to a pileated woodpecker, entries in the game's Pokédex encyclopedia describes the small Flying-type as analogous to its real-world counterpart. Its later forms (called "evolutions" in the series) Trumbeak and Toucannon resemble a honeyguide and toucan, respectively, perhaps as a tongue-in-cheek reference to the phylogenetic relationship woodpeckers share with these Piciformes families.

 

Status and conservation

In a global survey of the risk of extinction faced by the various bird families, woodpeckers were the only bird family to have significantly fewer species at risk than would be expected.

 

Nevertheless, several woodpeckers are under threat as their habitats are destroyed. Being woodland birds, deforestation and clearance of land for agriculture and other purposes can reduce populations dramatically. Some species adapt to living in plantations and secondary growth, or to open countryside with forest remnants and scattered trees, but some do not. A few species have even flourished when they have adapted to man-made habitats. There are few conservation projects directed primarily at woodpeckers, but they benefit whenever their habitat is conserved. The red-cockaded woodpecker has been the focus of much conservation effort in the southeastern United States, with artificial cavities being constructed in the longleaf pines they favour as nesting sites.

 

Two species of woodpeckers in the Americas, the ivory-billed woodpecker is critically endangered and the imperial woodpecker is classified as extinct in the wild, with some authorities believing them extinct, though possible but disputed ongoing sightings of ivory-billed woodpeckers have been made in the United States and a small population may survive in Cuba. A critically endangered species is the Okinawa woodpecker from Japan, with a single declining population of a few hundred birds. It is threatened by deforestation, golf course, dam, and helipad construction, road building, and agricultural development.

 

Anatomy

Woodpeckers possess many sophisticated shock-absorption mechanisms that help protect them from head injury. Micro-CT scans show that plate-like spongy bones are in the skull with an uneven distribution, highly accumulated in the forehead and occiput but not in other regions. Along with the long hyoid bone “safety belt” the woodpecker has uneven beak lengths which drastically reduce strains when compared to equal length. Models have shown that pecking force is changed to strain energy and stored into the body at around 99% absorption while 1% is in the head. The head also has many factors that reduce strain to the brain and small portions of energy are dissipated into the form of heat, therefore the pecks are always intermittent.

 

Tau protein accumulation is associated with chronic traumatic encephalopathy (CTE), and thus has been studied in sports where athletes suffer repeated concussions. Tau is important as it helps hold together and stabilize brain neurons. Woodpeckers' brains share similarities to humans with CTE showing most build-up in the frontal and temporal lobes of the brain. It is not yet known whether these accumulations are pathological or the result of behavioral changes. More research is being done on the subject and the woodpecker is a suitable animal model to study. The orientation of the brain within the skull increases the area of contact when pecking to reduce stress on the brain, and their small size helps, given the acceleration speeds.

 

Mechanical properties

Straight-line trajectory was theorized to be the reason why woodpeckers do not injure themselves, since centripetal forces were the cause of concussion, but they do not always peck in straight lines, so they produce and resist centripetal forces. Laboratory tests show that the woodpeckers' cranial bone produces a significantly higher Young's modulus and ultimate strength scores compared to other birds its size. The cranial bone has a high bone mineral density with plate-like structures that are thick with high numbers of trabeculae that are spaced closely together which all may lead to lower deformation while pecking.

 

The jaw apparatus was studied, looking into its cushioning effects. When comparing the same impact to the beak and to the forehead, the forehead experiences an impact force 1.72 times that of the beak, due to the contact time being 3.25 ms in the forehead and 4.9 ms in the beak. This is impulse momentum where impulse is the integral of force over time. The quadrate bone and joints play an important role in extending impact time, which decreases impact load to brain tissue.

 

Bio-inspired honeycomb sandwich beams are inspired by the woodpecker's skull design; this beam's goal is to withstand continuous impacts without the need of replacement. The BHSB is composed of carbon fiber-reinforced plastic (CFRP), this is to mimic the high-strength beak. Next is a rubber layer core for the hyoid bone for absorbing and spreading impact, a second core layer of aluminum honeycomb that is porous and light like the woodpecker's spongey bone for impact cushioning. The final layer is the same as the first a CFRP to act as the skull bone. Bio-inspired honeycomb sandwich beams when compared to conventional beams reduced area damage by 50–80% and carried 40 to 5% of the level of stresses in the bottom layer while having an impact-resistance efficiency 1.65 to 16.22 times higher.

Exploits A-geometry

Water exploitation-waste

 

Example of water wastage and exploitation from the aquifers in the Viacha and El Alto regions of Bolivia. 27 April 2016

 

Photo Credit: Louise Potterton / IAEA

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I was originally enrolled into the GETTY IMAGES collection as a contributor on April 9th 2012, and when links with FLICKR were terminated in March 2014, I was retained and fortunate enough to be signed up via a second contract, both of which have proved to be successful with sales of my photographs all over the world now handled exclusively by them.

    

On November 12th 2015 GETTY IMAGES unveiled plans for a new stills upload platform called ESP (Enterprise Submission Platform), to replace the existing 'Moment portal', and on November 13th I was invited to Beta test the new system prior to it being officially rolled out in December. ESP went live on Tuesday December 15th 2015 and has smoothed out the upload process considerably.

  

These days I take a far more leisurely approach to my photographic exploits, a Nikon D850 FX Pro body as my trusted companion, I travel light with less constraints and more emphasis on the pure capture of the beauty that I see, more akin to my original persuits and goals some five decades previously when starting out. I would like to say a huge and heartfelt 'THANK YOU' to GETTY IMAGES, and the 29.678+ Million visitors to my FLICKR site.

  

***** Selected for sale in the GETTY IMAGES COLLECTION on October 21st 2018

  

CREATIVE RF gty.im/1056729540 MOMENT OPEN COLLECTION**

  

This photograph became my 3,425th frame to be selected for sale in the Getty Images collection and I am very grateful to them for this wonderful opportunity.

  

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Photograph taken at an altitude of Thirty two metres at 11:16am on Tuesday April 18th 2017,off Via Labicana and Via Celio Vibena within the Colosseo, (Also known as the Flavian Amphitheatre and Colosseum), Rome, Italy. It is situated in Regio IV Templum pacis (Temple of peace).

  

Built of concrete and sand, the largest amphitheatre ever built with construction commencing in AD 72 under Emperor Vespasian and completion in AD 80 under his successor Titus. The Colisseum could hold up to 80,000 spectators and was home to gladiatorial contests, slave executions, public spectacles and later, animal hunts and re-enactments of battles and drames using lifts and mechanisms to hoist scenery and animals onto the stage.

  

The Colisseum ceased to be used for entertainment in the early medieval era and went on toi be used for housing, a quarry, workshops, a fortress and a Christian shrine. A massive earthquake in 1349 destroyed the outer southern wall, followed by neglect, and theft of metalwork and stones over the years. There have been many calls to demolish the Colisseum, and even plans to turn the structure into a hotel, but nowadays the building is protected and revered as one of the most iconic landmarks in Rome with a fascinating history, and a link to a worldwide call for the banishment of capital punishment.

  

An adult entry fee in April 2017 is twelve Euros, which allows a two day pass into the Colosseum and nearby Palatine Hill.

    

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Nikon D7200 Focal length 10mm Shutter speed 1/160s Aperture f/11.0 iso100 RAW (14Bit) Size L (6000x4000), Hand held with Nikkor VR Vibration Reduction enabled. Auto focus AF-C with 3D-tracking enabled. Manual exposure. Matrix metering. Auto white balance.Auto Active D-lighting.

  

Nikkor AF-S 10-24mm f/3.5-4.5G ED. Phot-R 77mm UV filter.Nikon MB-D15 Battery grip pack. Nikon EN-EL battery (2). Hoodman H-EYEN22S soft rubber eyecup. Matin quick release neckstrap. My Memory 32GB Class 10 SDHC. Lowepro Flipside 400 AW camera bag. Nikon GP-1 GPS module.

  

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LATITUDE: N 41d 53m 21.60s

LONGITUDE: E 12d 29m 33.10s

ALTITUDE: 32.0m

  

RAW (TIFF) FILE SIZE: 69.00MB (NEF 28.5MB)

PROCESSED (JPeg) SIZE: 30.61MB

  

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PROCESSING POWER:

 

Nikon D7200 Firmware versions A 1.10 C 1.02 (9/3/17) L 2.015 (Lens distortion control version 2)

 

HP 110-352na Desktop PC with AMD Quad-Core A6-5200 APU 64Bit processor. Radeon HD8400 graphics. 8 GB DDR3 Memory with 1TB DATA storage. 64-bit Windows 10. Verbatim USB 2.0 1TB desktop hard drive. WD My Passport Ultra 1tb USB3 Portable hard drive. Nikon ViewNX-1 64bit (Version 1.2.4 24/11/2016). Adobe photoshop Elements 8 Version 8.0 64bit.

   

This famous seafood area has good and bad connotations. Good for being a huge seafood market, and bad because of Thailand's poor treatment of fishermen. Often these are vulnerable migrant workers from other countries who are badly exploited in this industry.

Photo André Knoerr, Genève. Reproduction autorisée avec mention de la source.

Utilisation commerciale soumise à autorisation spéciale préalable.

 

Après la réalisation d'une jonction ferrée entre la rue de Stalle et la chaussée d'Alsemberg les travaux se poursuivent sur cette dernière nécessitant l'exploitation d'un T Bus de remplacement T51 en direction de Van Haelen.

La motrice 7932 attend que la 7934 effectue sa manoeuvre sur la voie provisoire pour avancer jusqu'au cul-de-sac temporaire.

 

17045

"Funeral"

 

Biarritz (Pyrénées-Atlantique - Pays Basque)

 

Website : www.fluidr.com/photos/pat21

picssr.com/photos/pat21?ref=user

 

"Copyright © – Patrick Bouchenard

The reproduction, publication, modification, transmission or exploitation of any work contained here in for any use, personal or commercial, without my prior written permission is strictly prohibited. All rights reserved."

NJ Pinebarrens Winter Scene.

 

Outtake from the Otter Slide image. The otter's path across the ice is seen here beginning in the bottom right corner of the frame.

 

This composition worked out as planned for me, which is likely why I like the shot.

 

Looks best in Lightbox.

WE ARE HERE!

Before the G20-summit in Hamburg, where the mightiest heads of government responsible for exploitation, war and flight will talk about their further strategies, we want to show our face. All of us, united on the streets!

We are not to be overlooked! We are loud! We are angry, because again they speak about us instead with us. We want to create spaces for all those that are usually not heard or that are supposed to remain unheard. Like us. We say: Welcome United!

When we take to the streets, we want to be many. Everyone who cares about the common good and solidarity should come out. Everyone who can no longer bear that people are forced to stay in miserable conditions or left to suffer and die at Europe’s borders, should come out. Everyone should come, who cannot endure to see humans isolated in camps for years, who wants to stop the division which is being made between those who were born here and those just arrived, between ‚good’ and ‚bad’ refugees. We fight for our future. Now is the time to act together. We are more than we think! We’ll come united!

We further invite you to participate with us in a national demonstration on the 16th of September in Berlin, one week ahead of the general elections – come and join a large parade struggling for societal participation, equal rights, and solidarity. Because: Our voices count!

Welcome united! We’ll come united!

 

The exploitation rights for this text are the property of the Vienna Tourist Board. This text may be reprinted free of charge until further notice, even partially and in edited form. Forward sample copy to: Vienna Tourist Board, Media Management, Invalidenstraße 6, 1030 Vienna; media.rel@wien.info. All information in this text without guarantee.

Author: Andreas Nierhaus, Curator of Architecture/Wien Museum

Last updated January 2014

Architecture in Vienna

Vienna's 2,000-year history is present in a unique density in the cityscape. The layout of the center dates back to the Roman city and medieval road network. Romanesque and Gothic churches characterize the streets and squares as well as palaces and mansions of the baroque city of residence. The ring road is an expression of the modern city of the 19th century, in the 20th century extensive housing developments set accents in the outer districts. Currently, large-scale urban development measures are implemented; distinctive buildings of international star architects complement the silhouette of the city.

Due to its function as residence of the emperor and European power center, Vienna for centuries stood in the focus of international attention, but it was well aware of that too. As a result, developed an outstanding building culture, and still today on a worldwide scale only a few cities can come up with a comparable density of high-quality architecture. For several years now, Vienna has increased its efforts to connect with its historical highlights and is drawing attention to itself with some spectacular new buildings. The fastest growing city in the German-speaking world today most of all in residential construction is setting standards. Constants of the Viennese architecture are respect for existing structures, the palpability of historical layers and the dialogue between old and new.

Culmination of medieval architecture: the Stephansdom

The oldest architectural landmark of the city is St. Stephen's Cathedral. Under the rule of the Habsburgs, defining the face of the city from the late 13th century until 1918 in a decisive way, the cathedral was upgraded into the sacral monument of the political ambitions of the ruling house. The 1433 completed, 137 meters high southern tower, by the Viennese people affectionately named "Steffl", is a masterpiece of late Gothic architecture in Europe. For decades he was the tallest stone structure in Europe, until today he is the undisputed center of the city.

The baroque residence

Vienna's ascension into the ranks of the great European capitals began in Baroque. Among the most important architects are Johann Bernhard Fischer von Erlach and Johann Lucas von Hildebrandt. Outside the city walls arose a chain of summer palaces, including the garden Palais Schwarzenberg (1697-1704) as well as the Upper and Lower Belvedere of Prince Eugene of Savoy (1714-22). Among the most important city palaces are the Winter Palace of Prince Eugene (1695-1724, now a branch of the Belvedere) and the Palais Daun-Kinsky (auction house in Kinsky 1713-19). The emperor himself the Hofburg had complemented by buildings such as the Imperial Library (1722-26) and the Winter Riding School (1729-34). More important, however, for the Habsburgs was the foundation of churches and monasteries. Thus arose before the city walls Fischer von Erlach's Karlskirche (1714-39), which with its formal and thematic complex show façade belongs to the major works of European Baroque. In colored interior rooms like that of St. Peter's Church (1701-22), the contemporary efforts for the synthesis of architecture, painting and sculpture becomes visible.

Upgrading into metropolis: the ring road time (Ringstraßenzeit)

Since the Baroque, reflections on extension of the hopelessly overcrowed city were made, but only Emperor Franz Joseph ordered in 1857 the demolition of the fortifications and the connection of the inner city with the suburbs. 1865, the Ring Road was opened. It is as the most important boulevard of Europe an architectural and in terms of urban development achievement of the highest rank. The original building structure is almost completely preserved and thus conveys the authentic image of a metropolis of the 19th century. The public representational buildings speak, reflecting accurately the historicism, by their style: The Greek Antique forms of Theophil Hansen's Parliament (1871-83) stood for democracy, the Renaissance of the by Heinrich Ferstel built University (1873-84) for the flourishing of humanism, the Gothic of the Town Hall (1872-83) by Friedrich Schmidt for the medieval civic pride.

Dominating remained the buildings of the imperial family: Eduard van der Nüll's and August Sicardsburg's Opera House (1863-69), Gottfried Semper's and Carl Hasenauer's Burgtheater (1874-88), their Museum of Art History and Museum of Natural History (1871-91) and the Neue (New) Hofburg (1881-1918 ). At the same time the ring road was the preferred residential area of mostly Jewish haute bourgeoisie. With luxurious palaces the families Ephrussi, Epstein or Todesco made it clear that they had taken over the cultural leadership role in Viennese society. In the framework of the World Exhibition of 1873, the new Vienna presented itself an international audience. At the ring road many hotels were opened, among them the Hotel Imperial and today's Palais Hansen Kempinski.

Laboratory of modernity: Vienna around 1900

Otto Wagner's Postal Savings Bank (1903-06) was one of the last buildings in the Ring road area Otto Wagner's Postal Savings Bank (1903-06), which with it façade, liberated of ornament, and only decorated with "functional" aluminum buttons and the glass banking hall now is one of the icons of modern architecture. Like no other stood Otto Wagner for the dawn into the 20th century: His Metropolitan Railway buildings made ​​the public transport of the city a topic of architecture, the church of the Psychiatric hospital at Steinhofgründe (1904-07) is considered the first modern church.

With his consistent focus on the function of a building ("Something impractical can not be beautiful"), Wagner marked a whole generation of architects and made Vienna the laboratory of modernity: in addition to Joseph Maria Olbrich, the builder of the Secession (1897-98) and Josef Hoffmann, the architect of the at the western outskirts located Purkersdorf Sanatorium (1904) and founder of the Vienna Workshop (Wiener Werkstätte, 1903) is mainly to mention Adolf Loos, with the Loos House at the square Michaelerplatz (1909-11) making architectural history. The extravagant marble cladding of the business zone stands in maximal contrast, derived from the building function, to the unadorned facade above, whereby its "nudity" became even more obvious - a provocation, as well as his culture-critical texts ("Ornament and Crime"), with which he had greatest impact on the architecture of the 20th century. Public contracts Loos remained denied. His major works therefore include villas, apartment facilities and premises as the still in original state preserved Tailor salon Knize at Graben (1910-13) and the restored Loos Bar (1908-09) near the Kärntner Straße (passageway Kärntner Durchgang).

Between the Wars: International Modern Age and social housing

After the collapse of the monarchy in 1918, Vienna became capital of the newly formed small country of Austria. In the heart of the city, the architects Theiss & Jaksch built 1931-32 the first skyscraper in Vienna as an exclusive residential address (Herrengasse - alley 6-8). To combat the housing shortage for the general population, the social democratic city government in a globally unique building program within a few years 60,000 apartments in hundreds of apartment buildings throughout the city area had built, including the famous Karl Marx-Hof by Karl Ehn (1925-30). An alternative to the multi-storey buildings with the 1932 opened International Werkbundsiedlung was presented, which was attended by 31 architects from Austria, Germany, France, Holland and the USA and showed models for affordable housing in greenfield areas. With buildings of Adolf Loos, André Lurçat, Richard Neutra, Gerrit Rietveld, the Werkbundsiedlung, which currently is being restored at great expense, is one of the most important documents of modern architecture in Austria.

Modernism was also expressed in significant Villa buildings: The House Beer (1929-31) by Josef Frank exemplifies the refined Wiener living culture of the interwar period, while the house Stonborough-Wittgenstein (1926-28, today Bulgarian Cultural Institute), built by the philosopher Ludwig Wittgenstein together with the architect Paul Engelmann for his sister Margarete, by its aesthetic radicalism and mathematical rigor represents a special case within contemporary architecture.

Expulsion, war and reconstruction

After the "Anschluss (Annexation)" to the German Reich in 1938, numerous Jewish builders, architects (female and male ones), who had been largely responsible for the high level of Viennese architecture, have been expelled from Austria. During the Nazi era, Vienna remained largely unaffected by structural transformations, apart from the six flak towers built for air defense of Friedrich Tamms (1942-45), made ​​of solid reinforced concrete which today are present as memorials in the cityscape.

The years after the end of World War II were characterized by the reconstruction of the by bombs heavily damaged city. The architecture of those times was marked by aesthetic pragmatism, but also by the attempt to connect with the period before 1938 and pick up on current international trends. Among the most important buildings of the 1950s are Roland Rainer's City Hall (1952-58), the by Oswald Haerdtl erected Wien Museum at Karlsplatz (1954-59) and the 21er Haus of Karl Schwanzer (1958-62).

The youngsters come

Since the 1960s, a young generation was looking for alternatives to the moderate modernism of the reconstruction years. With visionary designs, conceptual, experimental and above all temporary architectures, interventions and installations, Raimund Abraham, Günther Domenig, Eilfried Huth, Hans Hollein, Walter Pichler and the groups Coop Himmelb(l)au, Haus-Rucker-Co and Missing Link rapidly got international attention. Although for the time being it was more designed than built, was the influence on the postmodern and deconstructivist trends of the 1970s and 1980s also outside Austria great. Hollein's futuristic "Retti" candle shop at Charcoal Market/Kohlmarkt (1964-65) and Domenig's biomorphic building of the Central Savings Bank in Favoriten (10th district of Vienna - 1975-79) are among the earliest examples, later Hollein's Haas-Haus (1985-90), the loft conversion Falkestraße (1987/88) by Coop Himmelb(l)au or Domenig's T Center (2002-04) were added. Especially Domenig, Hollein, Coop Himmelb(l)au and the architects Ortner & Ortner (ancient members of Haus-Rucker-Co) ​​by orders from abroad the new Austrian and Viennese architecture made a fixed international concept.

MuseumQuarter and Gasometer

Since the 1980s, the focus of building in Vienna lies on the compaction of the historic urban fabric that now as urban habitat of high quality no longer is put in question. Among the internationally best known projects is the by Ortner & Ortner planned MuseumsQuartier in the former imperial stables (competition 1987, 1998-2001), which with institutions such as the MUMOK - Museum of Modern Art Foundation Ludwig, the Leopold Museum, the Kunsthalle Wien, the Architecture Center Vienna and the Zoom Children's Museum on a wordwide scale is under the largest cultural complexes. After controversies in the planning phase, here an architectural compromise between old and new has been achieved at the end, whose success as an urban stage with four million visitors (2012) is overwhelming.

The dialogue between old and new, which has to stand on the agenda of building culture of a city that is so strongly influenced by history, also features the reconstruction of the Gasometer in Simmering by Coop Himmelb(l)au, Wilhelm Holzbauer, Jean Nouvel and Manfred Wehdorn (1999-2001). Here was not only created new housing, but also a historical industrial monument reinterpreted into a signal in the urban development area.

New Neighborhood

In recent years, the major railway stations and their surroundings moved into the focus of planning. Here not only necessary infrastructural measures were taken, but at the same time opened up spacious inner-city residential areas and business districts. Among the prestigious projects are included the construction of the new Vienna Central Station, started in 2010 with the surrounding office towers of the Quartier Belvedere and the residential and school buildings of the Midsummer quarter (Sonnwendviertel). Europe's largest wooden tower invites here for a spectacular view to the construction site and the entire city. On the site of the former North Station are currently being built 10,000 homes and 20,000 jobs, on that of the Aspangbahn station is being built at Europe's greatest Passive House settlement "Euro Gate", the area of ​​the North Western Railway Station is expected to be developed from 2020 for living and working. The largest currently under construction residential project but can be found in the north-eastern outskirts, where in Seaside Town Aspern till 2028 living and working space for 40,000 people will be created.

In one of the "green lungs" of Vienna, the Prater, 2013, the WU campus was opened for the largest University of Economics of Europe. Around the central square spectacular buildings of an international architect team from Great Britain, Japan, Spain and Austria are gathered that seem to lead a sometimes very loud conversation about the status quo of contemporary architecture (Hitoshi Abe, BUSarchitektur, Peter Cook, Zaha Hadid, NO MAD Arquitectos, Carme Pinós).

Flying high

International is also the number of architects who have inscribed themselves in the last few years with high-rise buildings in the skyline of Vienna and make St. Stephen's a not always unproblematic competition. Visible from afar is Massimiliano Fuksas' 138 and 127 meters high elegant Twin Tower at Wienerberg (1999-2001). The monolithic, 75-meter-high tower of the Hotel Sofitel at the Danube Canal by Jean Nouvel (2007-10), on the other hand, reacts to the particular urban situation and stages in its top floor new perspectives to the historical center on the other side.

Also at the water stands Dominique Perrault's DC Tower (2010-13) in the Danube City - those high-rise city, in which since the start of construction in 1996, the expansion of the city north of the Danube is condensed symbolically. Even in this environment, the slim and at the same time striking vertically folded tower of Perrault is beyond all known dimensions; from its Sky Bar, from spring 2014 on you are able to enjoy the highest view of Vienna. With 250 meters, the tower is the tallest building of Austria and almost twice as high as the St. Stephen's Cathedral. Vienna, thus, has acquired a new architectural landmark which cannot be overlooked - whether it also has the potential to become a landmark of the new Vienna, only time will tell. The architectural history of Vienna, where European history is presence and new buildings enter into an exciting and not always conflict-free dialogue with a great and outstanding architectural heritage, in any case has yet to offer exciting chapters.

Info: The folder "Architecture: From Art Nouveau to the Presence" is available at the Vienna Tourist Board and can be downloaded on www.wien.info/media/files/guide-architecture-in-wien.pdf.

Ligne 11 - Arrêt : Mellinet

Exploitant : SEMITAN

Réseau TAN - Nantes

Ligne L1 - Arrêt : Rue des Juifs

Exploitant : CTS

Réseau CTS - Strasbourg

Ligne 5 - Arrêt : Île de Nantes

Exploitant : SEMITAN

Réseau TAN - Nantes

Exploitation lighting

Ganesha, also spelled Ganesh, and also known as Ganapati and Vinayaka, is a widely worshipped deity in the Hindu pantheon. His image is found throughout India and Nepal. Hindu sects worship him regardless of affiliations. Devotion to Ganesha is widely diffused and extends to Jains, Buddhists, and beyond India.

 

Although he is known by many attributes, Ganesha's elephant head makes him easy to identify. Ganesha is widely revered as the remover of obstacles, the patron of arts and sciences and the deva of intellect and wisdom. As the god of beginnings, he is honoured at the start of rituals and ceremonies. Ganesha is also invoked as patron of letters and learning during writing sessions. Several texts relate mythological anecdotes associated with his birth and exploits and explain his distinct iconography.

 

Ganesha emerged as a distinct deity in the 4th and 5th centuries CE, during the Gupta Period, although he inherited traits from Vedic and pre-Vedic precursors. He was formally included among the five primary deities of Smartism (a Hindu denomination) in the 9th century. A sect of devotees called the Ganapatya arose, who identified Ganesha as the supreme deity. The principal scriptures dedicated to Ganesha are the Ganesha Purana, the Mudgala Purana, and the Ganapati Atharvashirsa.

 

ETYMOLOGY AND OTHER NAMES

Ganesha has been ascribed many other titles and epithets, including Ganapati and Vighneshvara. The Hindu title of respect Shri is often added before his name. One popular way Ganesha is worshipped is by chanting a Ganesha Sahasranama, a litany of "a thousand names of Ganesha". Each name in the sahasranama conveys a different meaning and symbolises a different aspect of Ganesha. At least two different versions of the Ganesha Sahasranama exist; one version is drawn from the Ganesha Purana, a Hindu scripture venerating Ganesha.

 

The name Ganesha is a Sanskrit compound, joining the words gana, meaning a group, multitude, or categorical system and isha, meaning lord or master. The word gaņa when associated with Ganesha is often taken to refer to the gaņas, a troop of semi-divine beings that form part of the retinue of Shiva. The term more generally means a category, class, community, association, or corporation. Some commentators interpret the name "Lord of the Gaņas" to mean "Lord of Hosts" or "Lord of created categories", such as the elements. Ganapati, a synonym for Ganesha, is a compound composed of gaṇa, meaning "group", and pati, meaning "ruler" or "lord". The Amarakosha, an early Sanskrit lexicon, lists eight synonyms of Ganesha : Vinayaka, Vighnarāja (equivalent to Vighnesha), Dvaimātura (one who has two mothers), Gaṇādhipa (equivalent to Ganapati and Ganesha), Ekadanta (one who has one tusk), Heramba, Lambodara (one who has a pot belly, or, literally, one who has a hanging belly), and Gajanana; having the face of an elephant).

 

Vinayaka is a common name for Ganesha that appears in the Purāṇas and in Buddhist Tantras. This name is reflected in the naming of the eight famous Ganesha temples in Maharashtra known as the Ashtavinayak (aṣṭavināyaka). The names Vighnesha and Vighneshvara (Lord of Obstacles) refers to his primary function in Hindu theology as the master and remover of obstacles (vighna).

 

A prominent name for Ganesha in the Tamil language is Pillai. A. K. Narain differentiates these terms by saying that pillai means a "child" while pillaiyar means a "noble child". He adds that the words pallu, pella, and pell in the Dravidian family of languages signify "tooth or tusk", also "elephant tooth or tusk". Anita Raina Thapan notes that the root word pille in the name Pillaiyar might have originally meant "the young of the elephant", because the Pali word pillaka means "a young elephant".

 

In the Burmese language, Ganesha is known as Maha Peinne, derived from Pali Mahā Wināyaka. The widespread name of Ganesha in Thailand is Phra Phikhanet or Phra Phikhanesuan, both of which are derived from Vara Vighnesha and Vara Vighneshvara respectively, whereas the name Khanet (from Ganesha) is rather rare.

 

In Sri Lanka, in the North-Central and North Western areas with predominantly Buddhist population, Ganesha is known as Aiyanayaka Deviyo, while in other Singhala Buddhist areas he is known as Gana deviyo.

 

ICONOGRAPHY

Ganesha is a popular figure in Indian art. Unlike those of some deities, representations of Ganesha show wide variations and distinct patterns changing over time. He may be portrayed standing, dancing, heroically taking action against demons, playing with his family as a boy, sitting down or on an elevated seat, or engaging in a range of contemporary situations.

 

Ganesha images were prevalent in many parts of India by the 6th century. The 13th century statue pictured is typical of Ganesha statuary from 900–1200, after Ganesha had been well-established as an independent deity with his own sect. This example features some of Ganesha's common iconographic elements. A virtually identical statue has been dated between 973–1200 by Paul Martin-Dubost, and another similar statue is dated c. 12th century by Pratapaditya Pal. Ganesha has the head of an elephant and a big belly. This statue has four arms, which is common in depictions of Ganesha. He holds his own broken tusk in his lower-right hand and holds a delicacy, which he samples with his trunk, in his lower-left hand. The motif of Ganesha turning his trunk sharply to his left to taste a sweet in his lower-left hand is a particularly archaic feature. A more primitive statue in one of the Ellora Caves with this general form has been dated to the 7th century. Details of the other hands are difficult to make out on the statue shown. In the standard configuration, Ganesha typically holds an axe or a goad in one upper arm and a pasha (noose) in the other upper arm.

 

The influence of this old constellation of iconographic elements can still be seen in contemporary representations of Ganesha. In one modern form, the only variation from these old elements is that the lower-right hand does not hold the broken tusk but is turned towards the viewer in a gesture of protection or fearlessness (abhaya mudra). The same combination of four arms and attributes occurs in statues of Ganesha dancing, which is a very popular theme.

 

COMMON ATTRIBUTES

Ganesha has been represented with the head of an elephant since the early stages of his appearance in Indian art. Puranic myths provide many explanations for how he got his elephant head. One of his popular forms, Heramba-Ganapati, has five elephant heads, and other less-common variations in the number of heads are known. While some texts say that Ganesha was born with an elephant head, he acquires the head later in most stories. The most recurrent motif in these stories is that Ganesha was created by Parvati using clay to protect her and Shiva beheaded him when Ganesha came between Shiva and Parvati. Shiva then replaced Ganesha's original head with that of an elephant. Details of the battle and where the replacement head came from vary from source to source. Another story says that Ganesha was created directly by Shiva's laughter. Because Shiva considered Ganesha too alluring, he gave him the head of an elephant and a protruding belly.

 

Ganesha's earliest name was Ekadanta (One Tusked), referring to his single whole tusk, the other being broken. Some of the earliest images of Ganesha show him holding his broken tusk. The importance of this distinctive feature is reflected in the Mudgala Purana, which states that the name of Ganesha's second incarnation is Ekadanta. Ganesha's protruding belly appears as a distinctive attribute in his earliest statuary, which dates to the Gupta period (4th to 6th centuries). This feature is so important that, according to the Mudgala Purana, two different incarnations of Ganesha use names based on it: Lambodara (Pot Belly, or, literally, Hanging Belly) and Mahodara (Great Belly). Both names are Sanskrit compounds describing his belly. The Brahmanda Purana says that Ganesha has the name Lambodara because all the universes (i.e., cosmic eggs) of the past, present, and future are present in him. The number of Ganesha's arms varies; his best-known forms have between two and sixteen arms. Many depictions of Ganesha feature four arms, which is mentioned in Puranic sources and codified as a standard form in some iconographic texts. His earliest images had two arms. Forms with 14 and 20 arms appeared in Central India during the 9th and the 10th centuries. The serpent is a common feature in Ganesha iconography and appears in many forms. According to the Ganesha Purana, Ganesha wrapped the serpent Vasuki around his neck. Other depictions of snakes include use as a sacred thread wrapped around the stomach as a belt, held in a hand, coiled at the ankles, or as a throne. Upon Ganesha's forehead may be a third eye or the Shaivite sectarian mark , which consists of three horizontal lines. The Ganesha Purana prescribes a tilaka mark as well as a crescent moon on the forehead. A distinct form of Ganesha called Bhalachandra includes that iconographic element. Ganesha is often described as red in color. Specific colors are associated with certain forms. Many examples of color associations with specific meditation forms are prescribed in the Sritattvanidhi, a treatise on Hindu iconography. For example, white is associated with his representations as Heramba-Ganapati and Rina-Mochana-Ganapati (Ganapati Who Releases from Bondage). Ekadanta-Ganapati is visualized as blue during meditation in that form.

 

VAHANAS

The earliest Ganesha images are without a vahana (mount/vehicle). Of the eight incarnations of Ganesha described in the Mudgala Purana, Ganesha uses a mouse (shrew) in five of them, a lion in his incarnation as Vakratunda, a peacock in his incarnation as Vikata, and Shesha, the divine serpent, in his incarnation as Vighnaraja. Mohotkata uses a lion, Mayūreśvara uses a peacock, Dhumraketu uses a horse, and Gajanana uses a mouse, in the four incarnations of Ganesha listed in the Ganesha Purana. Jain depictions of Ganesha show his vahana variously as a mouse, elephant, tortoise, ram, or peacock.

 

Ganesha is often shown riding on or attended by a mouse, shrew or rat. Martin-Dubost says that the rat began to appear as the principal vehicle in sculptures of Ganesha in central and western India during the 7th century; the rat was always placed close to his feet. The mouse as a mount first appears in written sources in the Matsya Purana and later in the Brahmananda Purana and Ganesha Purana, where Ganesha uses it as his vehicle in his last incarnation. The Ganapati Atharvashirsa includes a meditation verse on Ganesha that describes the mouse appearing on his flag. The names Mūṣakavāhana (mouse-mount) and Ākhuketana (rat-banner) appear in the Ganesha Sahasranama.

 

The mouse is interpreted in several ways. According to Grimes, "Many, if not most of those who interpret Gaṇapati's mouse, do so negatively; it symbolizes tamoguṇa as well as desire". Along these lines, Michael Wilcockson says it symbolizes those who wish to overcome desires and be less selfish. Krishan notes that the rat is destructive and a menace to crops. The Sanskrit word mūṣaka (mouse) is derived from the root mūṣ (stealing, robbing). It was essential to subdue the rat as a destructive pest, a type of vighna (impediment) that needed to be overcome. According to this theory, showing Ganesha as master of the rat demonstrates his function as Vigneshvara (Lord of Obstacles) and gives evidence of his possible role as a folk grāma-devatā (village deity) who later rose to greater prominence. Martin-Dubost notes a view that the rat is a symbol suggesting that Ganesha, like the rat, penetrates even the most secret places.

 

ASSOCIATIONS

 

OBSTACLES

Ganesha is Vighneshvara or Vighnaraja or Vighnaharta (Marathi), the Lord of Obstacles, both of a material and spiritual order. He is popularly worshipped as a remover of obstacles, though traditionally he also places obstacles in the path of those who need to be checked. Paul Courtright says that "his task in the divine scheme of things, his dharma, is to place and remove obstacles. It is his particular territory, the reason for his creation."

 

Krishan notes that some of Ganesha's names reflect shadings of multiple roles that have evolved over time. Dhavalikar ascribes the quick ascension of Ganesha in the Hindu pantheon, and the emergence of the Ganapatyas, to this shift in emphasis from vighnakartā (obstacle-creator) to vighnahartā (obstacle-averter). However, both functions continue to be vital to his character.

 

BUDDHI (KNOWLEDGE)

Ganesha is considered to be the Lord of letters and learning. In Sanskrit, the word buddhi is a feminine noun that is variously translated as intelligence, wisdom, or intellect. The concept of buddhi is closely associated with the personality of Ganesha, especially in the Puranic period, when many stories stress his cleverness and love of intelligence. One of Ganesha's names in the Ganesha Purana and the Ganesha Sahasranama is Buddhipriya. This name also appears in a list of 21 names at the end of the Ganesha Sahasranama that Ganesha says are especially important. The word priya can mean "fond of", and in a marital context it can mean "lover" or "husband", so the name may mean either "Fond of Intelligence" or "Buddhi's Husband".

 

AUM

Ganesha is identified with the Hindu mantra Aum, also spelled Om. The term oṃkārasvarūpa (Aum is his form), when identified with Ganesha, refers to the notion that he personifies the primal sound. The Ganapati Atharvashirsa attests to this association. Chinmayananda translates the relevant passage as follows:

 

(O Lord Ganapati!) You are (the Trinity) Brahma, Vishnu, and Mahesa. You are Indra. You are fire [Agni] and air [Vāyu]. You are the sun [Sūrya] and the moon [Chandrama]. You are Brahman. You are (the three worlds) Bhuloka [earth], Antariksha-loka [space], and Swargaloka [heaven]. You are Om. (That is to say, You are all this).

 

Some devotees see similarities between the shape of Ganesha's body in iconography and the shape of Aum in the Devanāgarī and Tamil scripts.

 

FIRST CHAKRA

According to Kundalini yoga, Ganesha resides in the first chakra, called Muladhara (mūlādhāra). Mula means "original, main"; adhara means "base, foundation". The muladhara chakra is the principle on which the manifestation or outward expansion of primordial Divine Force rests. This association is also attested to in the Ganapati Atharvashirsa. Courtright translates this passage as follows: "[O Ganesha,] You continually dwell in the sacral plexus at the base of the spine [mūlādhāra cakra]." Thus, Ganesha has a permanent abode in every being at the Muladhara. Ganesha holds, supports and guides all other chakras, thereby "governing the forces that propel the wheel of life".

 

FAMILY AND CONSORTS

Though Ganesha is popularly held to be the son of Shiva and Parvati, the Puranic myths give different versions about his birth. In some he was created by Parvati, in another he was created by Shiva and Parvati, in another he appeared mysteriously and was discovered by Shiva and Parvati or he was born from the elephant headed goddess Malini after she drank Parvati's bath water that had been thrown in the river.

 

The family includes his brother the war god Kartikeya, who is also called Subramanya, Skanda, Murugan and other names. Regional differences dictate the order of their births. In northern India, Skanda is generally said to be the elder, while in the south, Ganesha is considered the first born. In northern India, Skanda was an important martial deity from about 500 BCE to about 600 CE, when worship of him declined significantly in northern India. As Skanda fell, Ganesha rose. Several stories tell of sibling rivalry between the brothers and may reflect sectarian tensions.

 

Ganesha's marital status, the subject of considerable scholarly review, varies widely in mythological stories. One pattern of myths identifies Ganesha as an unmarried brahmacari. This view is common in southern India and parts of northern India. Another pattern associates him with the concepts of Buddhi (intellect), Siddhi (spiritual power), and Riddhi (prosperity); these qualities are sometimes personified as goddesses, said to be Ganesha's wives. He also may be shown with a single consort or a nameless servant (Sanskrit: daşi). Another pattern connects Ganesha with the goddess of culture and the arts, Sarasvati or Śarda (particularly in Maharashtra). He is also associated with the goddess of luck and prosperity, Lakshmi. Another pattern, mainly prevalent in the Bengal region, links Ganesha with the banana tree, Kala Bo.

 

The Shiva Purana says that Ganesha had begotten two sons: Kşema (prosperity) and Lābha (profit). In northern Indian variants of this story, the sons are often said to be Śubha (auspiciouness) and Lābha. The 1975 Hindi film Jai Santoshi Maa shows Ganesha married to Riddhi and Siddhi and having a daughter named Santoshi Ma, the goddess of satisfaction. This story has no Puranic basis, but Anita Raina Thapan and Lawrence Cohen cite Santoshi Ma's cult as evidence of Ganesha's continuing evolution as a popular deity.

 

WOSHIP AND FESTIVALS

Ganesha is worshipped on many religious and secular occasions; especially at the beginning of ventures such as buying a vehicle or starting a business. K.N. Somayaji says, "there can hardly be a [Hindu] home [in India] which does not house an idol of Ganapati. [..] Ganapati, being the most popular deity in India, is worshipped by almost all castes and in all parts of the country". Devotees believe that if Ganesha is propitiated, he grants success, prosperity and protection against adversity.

 

Ganesha is a non-sectarian deity, and Hindus of all denominations invoke him at the beginning of prayers, important undertakings, and religious ceremonies. Dancers and musicians, particularly in southern India, begin performances of arts such as the Bharatnatyam dance with a prayer to Ganesha. Mantras such as Om Shri Gaṇeshāya Namah (Om, salutation to the Illustrious Ganesha) are often used. One of the most famous mantras associated with Ganesha is Om Gaṃ Ganapataye Namah (Om, Gaṃ, Salutation to the Lord of Hosts).

 

Devotees offer Ganesha sweets such as modaka and small sweet balls (laddus). He is often shown carrying a bowl of sweets, called a modakapātra. Because of his identification with the color red, he is often worshipped with red sandalwood paste (raktacandana) or red flowers. Dūrvā grass (Cynodon dactylon) and other materials are also used in his worship.

 

Festivals associated with Ganesh are Ganesh Chaturthi or Vināyaka chaturthī in the śuklapakṣa (the fourth day of the waxing moon) in the month of bhādrapada (August/September) and the Gaṇeśa jayanti (Gaṇeśa's birthday) celebrated on the cathurthī of the śuklapakṣa (fourth day of the waxing moon) in the month of māgha (January/February)."

 

GANESH CHATURTI

An annual festival honours Ganesha for ten days, starting on Ganesha Chaturthi, which typically falls in late August or early September. The festival begins with people bringing in clay idols of Ganesha, symbolising Ganesha's visit. The festival culminates on the day of Ananta Chaturdashi, when idols (murtis) of Ganesha are immersed in the most convenient body of water. Some families have a tradition of immersion on the 2nd, 3rd, 5th, or 7th day. In 1893, Lokmanya Tilak transformed this annual Ganesha festival from private family celebrations into a grand public event. He did so "to bridge the gap between the Brahmins and the non-Brahmins and find an appropriate context in which to build a new grassroots unity between them" in his nationalistic strivings against the British in Maharashtra. Because of Ganesha's wide appeal as "the god for Everyman", Tilak chose him as a rallying point for Indian protest against British rule. Tilak was the first to install large public images of Ganesha in pavilions, and he established the practice of submerging all the public images on the tenth day. Today, Hindus across India celebrate the Ganapati festival with great fervour, though it is most popular in the state of Maharashtra. The festival also assumes huge proportions in Mumbai, Pune, and in the surrounding belt of Ashtavinayaka temples.

 

TEMPLES

In Hindu temples, Ganesha is depicted in various ways: as an acolyte or subordinate deity (pãrśva-devatã); as a deity related to the principal deity (parivāra-devatã); or as the principal deity of the temple (pradhāna), treated similarly as the highest gods of the Hindu pantheon. As the god of transitions, he is placed at the doorway of many Hindu temples to keep out the unworthy, which is analogous to his role as Parvati’s doorkeeper. In addition, several shrines are dedicated to Ganesha himself, of which the Ashtavinayak (lit. "eight Ganesha (shrines)") in Maharashtra are particularly well known. Located within a 100-kilometer radius of the city of Pune, each of these eight shrines celebrates a particular form of Ganapati, complete with its own lore and legend. The eight shrines are: Morgaon, Siddhatek, Pali, Mahad, Theur, Lenyadri, Ozar and Ranjangaon.

 

There are many other important Ganesha temples at the following locations: Wai in Maharashtra; Ujjain in Madhya Pradesh; Jodhpur, Nagaur and Raipur (Pali) in Rajasthan; Baidyanath in Bihar; Baroda, Dholaka, and Valsad in Gujarat and Dhundiraj Temple in Varanasi, Uttar Pradesh. Prominent Ganesha temples in southern India include the following: Kanipakam in Chittoor; the Jambukeśvara Temple at Tiruchirapalli; at Rameshvaram and Suchindram in Tamil Nadu; at Malliyur, Kottarakara, Pazhavangadi, Kasargod in Kerala, Hampi, and Idagunji in Karnataka; and Bhadrachalam in Andhra Pradesh.

 

T. A. Gopinatha notes, "Every village however small has its own image of Vighneśvara (Vigneshvara) with or without a temple to house it in. At entrances of villages and forts, below pīpaḹa (Sacred fig) trees [...], in a niche [...] in temples of Viṣṇu (Vishnu) as well as Śiva (Shiva) and also in separate shrines specially constructed in Śiva temples [...]; the figure of Vighneśvara is invariably seen." Ganesha temples have also been built outside of India, including southeast Asia, Nepal (including the four Vinayaka shrines in the Kathmandu valley), and in several western countries.

 

RISE TO PROMINENCE

 

FIRST APEARANCE

Ganesha appeared in his classic form as a clearly recognizable deity with well-defined iconographic attributes in the early 4th to 5th centuries. Shanti Lal Nagar says that the earliest known iconic image of Ganesha is in the niche of the Shiva temple at Bhumra, which has been dated to the Gupta period. His independent cult appeared by about the 10th century. Narain summarizes the controversy between devotees and academics regarding the development of Ganesha as follows:

 

What is inscrutable is the somewhat dramatic appearance of Gaņeśa on the historical scene. His antecedents are not clear. His wide acceptance and popularity, which transcend sectarian and territorial limits, are indeed amazing. On the one hand there is the pious belief of the orthodox devotees in Gaņeśa's Vedic origins and in the Purāṇic explanations contained in the confusing, but nonetheless interesting, mythology. On the other hand there are doubts about the existence of the idea and the icon of this deity" before the fourth to fifth century A.D. ... [I]n my opinion, indeed there is no convincing evidence of the existence of this divinity prior to the fifth century.

 

POSSIBLE INFLUENCES

Courtright reviews various speculative theories about the early history of Ganesha, including supposed tribal traditions and animal cults, and dismisses all of them in this way:

 

In the post 600 BC period there is evidence of people and places named after the animal. The motif appears on coins and sculptures.

 

Thapan's book on the development of Ganesha devotes a chapter to speculations about the role elephants had in early India but concludes that, "although by the second century CE the elephant-headed yakṣa form exists it cannot be presumed to represent Gaṇapati-Vināyaka. There is no evidence of a deity by this name having an elephant or elephant-headed form at this early stage. Gaṇapati-Vināyaka had yet to make his debut."

 

One theory of the origin of Ganesha is that he gradually came to prominence in connection with the four Vinayakas (Vināyakas). In Hindu mythology, the Vināyakas were a group of four troublesome demons who created obstacles and difficulties but who were easily propitiated. The name Vināyaka is a common name for Ganesha both in the Purāṇas and in Buddhist Tantras. Krishan is one of the academics who accepts this view, stating flatly of Ganesha, "He is a non-vedic god. His origin is to be traced to the four Vināyakas, evil spirits, of the Mānavagŗhyasūtra (7th–4th century BCE) who cause various types of evil and suffering". Depictions of elephant-headed human figures, which some identify with Ganesha, appear in Indian art and coinage as early as the 2nd century. According to Ellawala, the elephant-headed Ganesha as lord of the Ganas was known to the people of Sri Lanka in the early pre-Christian era.

 

A metal plate depiction of Ganesha had been discovered in 1993, in Iran, it dated back to 1,200 BCE. Another one was discovered much before, in Lorestan Province of Iran.

 

First Ganesha's terracotta images are from 1st century CE found in Ter, Pal, Verrapuram and Chandraketugarh. These figures are small, with elephant head, two arms, and chubby physique. The earliest Ganesha icons in stone were carved in Mathura during Kushan times (2nd-3rd centuries CE).

 

VEDIC AND EPIC LITERATURE

The title "Leader of the group" (Sanskrit: gaṇapati) occurs twice in the Rig Veda, but in neither case does it refer to the modern Ganesha. The term appears in RV 2.23.1 as a title for Brahmanaspati, according to commentators. While this verse doubtless refers to Brahmanaspati, it was later adopted for worship of Ganesha and is still used today. In rejecting any claim that this passage is evidence of Ganesha in the Rig Veda, Ludo Rocher says that it "clearly refers to Bṛhaspati—who is the deity of the hymn—and Bṛhaspati only". Equally clearly, the second passage (RV 10.112.9) refers to Indra, who is given the epithet 'gaṇapati', translated "Lord of the companies (of the Maruts)." However, Rocher notes that the more recent Ganapatya literature often quotes the Rigvedic verses to give Vedic respectability to Ganesha .

 

Two verses in texts belonging to Black Yajurveda, Maitrāyaṇīya Saṃhitā (2.9.1) and Taittirīya Āraṇyaka (10.1), appeal to a deity as "the tusked one" (Dantiḥ), "elephant-faced" (Hastimukha), and "with a curved trunk" (Vakratuņḍa). These names are suggestive of Ganesha, and the 14th century commentator Sayana explicitly establishes this identification. The description of Dantin, possessing a twisted trunk (vakratuṇḍa) and holding a corn-sheaf, a sugar cane, and a club, is so characteristic of the Puranic Ganapati that Heras says "we cannot resist to accept his full identification with this Vedic Dantin". However, Krishan considers these hymns to be post-Vedic additions. Thapan reports that these passages are "generally considered to have been interpolated". Dhavalikar says, "the references to the elephant-headed deity in the Maitrāyaṇī Saṃhitā have been proven to be very late interpolations, and thus are not very helpful for determining the early formation of the deity".

 

Ganesha does not appear in Indian epic literature that is dated to the Vedic period. A late interpolation to the epic poem Mahabharata says that the sage Vyasa (Vyāsa) asked Ganesha to serve as his scribe to transcribe the poem as he dictated it to him. Ganesha agreed but only on condition that Vyasa recite the poem uninterrupted, that is, without pausing. The sage agreed, but found that to get any rest he needed to recite very complex passages so Ganesha would have to ask for clarifications. The story is not accepted as part of the original text by the editors of the critical edition of the Mahabharata, in which the twenty-line story is relegated to a footnote in an appendix. The story of Ganesha acting as the scribe occurs in 37 of the 59 manuscripts consulted during preparation of the critical edition. Ganesha's association with mental agility and learning is one reason he is shown as scribe for Vyāsa's dictation of the Mahabharata in this interpolation. Richard L. Brown dates the story to the 8th century, and Moriz Winternitz concludes that it was known as early as c. 900, but it was not added to the Mahabharata some 150 years later. Winternitz also notes that a distinctive feature in South Indian manuscripts of the Mahabharata is their omission of this Ganesha legend. The term vināyaka is found in some recensions of the Śāntiparva and Anuśāsanaparva that are regarded as interpolations. A reference to Vighnakartṛīṇām ("Creator of Obstacles") in Vanaparva is also believed to be an interpolation and does not appear in the critical edition.

 

PURANIC PERIOD

Stories about Ganesha often occur in the Puranic corpus. Brown notes while the Puranas "defy precise chronological ordering", the more detailed narratives of Ganesha's life are in the late texts, c. 600–1300. Yuvraj Krishan says that the Puranic myths about the birth of Ganesha and how he acquired an elephant's head are in the later Puranas, which were composed from c. 600 onwards. He elaborates on the matter to say that references to Ganesha in the earlier Puranas, such as the Vayu and Brahmanda Puranas, are later interpolations made during the 7th to 10th centuries.

 

In his survey of Ganesha's rise to prominence in Sanskrit literature, Ludo Rocher notes that:

 

Above all, one cannot help being struck by the fact that the numerous stories surrounding Gaṇeśa concentrate on an unexpectedly limited number of incidents. These incidents are mainly three: his birth and parenthood, his elephant head, and his single tusk. Other incidents are touched on in the texts, but to a far lesser extent.

 

Ganesha's rise to prominence was codified in the 9th century, when he was formally included as one of the five primary deities of Smartism. The 9th-century philosopher Adi Shankara popularized the "worship of the five forms" (Panchayatana puja) system among orthodox Brahmins of the Smarta tradition. This worship practice invokes the five deities Ganesha, Vishnu, Shiva, Devi, and Surya. Adi Shankara instituted the tradition primarily to unite the principal deities of these five major sects on an equal status. This formalized the role of Ganesha as a complementary deity.

 

SCRIPTURES

Once Ganesha was accepted as one of the five principal deities of Brahmanism, some Brahmins (brāhmaṇas) chose to worship Ganesha as their principal deity. They developed the Ganapatya tradition, as seen in the Ganesha Purana and the Mudgala Purana.

 

The date of composition for the Ganesha Purana and the Mudgala Purana - and their dating relative to one another - has sparked academic debate. Both works were developed over time and contain age-layered strata. Anita Thapan reviews comments about dating and provides her own judgement. "It seems likely that the core of the Ganesha Purana appeared around the twelfth and thirteenth centuries", she says, "but was later interpolated." Lawrence W. Preston considers the most reasonable date for the Ganesha Purana to be between 1100 and 1400, which coincides with the apparent age of the sacred sites mentioned by the text.

 

R.C. Hazra suggests that the Mudgala Purana is older than the Ganesha Purana, which he dates between 1100 and 1400. However, Phyllis Granoff finds problems with this relative dating and concludes that the Mudgala Purana was the last of the philosophical texts concerned with Ganesha. She bases her reasoning on the fact that, among other internal evidence, the Mudgala Purana specifically mentions the Ganesha Purana as one of the four Puranas (the Brahma, the Brahmanda, the Ganesha, and the Mudgala Puranas) which deal at length with Ganesha. While the kernel of the text must be old, it was interpolated until the 17th and 18th centuries as the worship of Ganapati became more important in certain regions. Another highly regarded scripture, the Ganapati Atharvashirsa, was probably composed during the 16th or 17th centuries.

 

BEYOND INDIA AND HINDUISM

Commercial and cultural contacts extended India's influence in western and southeast Asia. Ganesha is one of a number of Hindu deities who reached foreign lands as a result.

 

Ganesha was particularly worshipped by traders and merchants, who went out of India for commercial ventures. From approximately the 10th century onwards, new networks of exchange developed including the formation of trade guilds and a resurgence of money circulation. During this time, Ganesha became the principal deity associated with traders. The earliest inscription invoking Ganesha before any other deity is associated with the merchant community.

 

Hindus migrated to Maritime Southeast Asia and took their culture, including Ganesha, with them. Statues of Ganesha are found throughout the region, often beside Shiva sanctuaries. The forms of Ganesha found in Hindu art of Java, Bali, and Borneo show specific regional influences. The spread of Hindu culture to southeast Asia established Ganesha in modified forms in Burma, Cambodia, and Thailand. In Indochina, Hinduism and Buddhism were practiced side by side, and mutual influences can be seen in the iconography of Ganesha in the region. In Thailand, Cambodia, and among the Hindu classes of the Chams in Vietnam, Ganesha was mainly thought of as a remover of obstacles. Today in Buddhist Thailand, Ganesha is regarded as a remover of obstacles, the god of success.

 

Before the arrival of Islam, Afghanistan had close cultural ties with India, and the adoration of both Hindu and Buddhist deities was practiced. Examples of sculptures from the 5th to the 7th centuries have survived, suggesting that the worship of Ganesha was then in vogue in the region.

 

Ganesha appears in Mahayana Buddhism, not only in the form of the Buddhist god Vināyaka, but also as a Hindu demon form with the same name. His image appears in Buddhist sculptures during the late Gupta period. As the Buddhist god Vināyaka, he is often shown dancing. This form, called Nṛtta Ganapati, was popular in northern India, later adopted in Nepal, and then in Tibet. In Nepal, the Hindu form of Ganesha, known as Heramba, is popular; he has five heads and rides a lion. Tibetan representations of Ganesha show ambivalent views of him. A Tibetan rendering of Ganapati is tshogs bdag. In one Tibetan form, he is shown being trodden under foot by Mahākāla, (Shiva) a popular Tibetan deity. Other depictions show him as the Destroyer of Obstacles, and sometimes dancing. Ganesha appears in China and Japan in forms that show distinct regional character. In northern China, the earliest known stone statue of Ganesha carries an inscription dated to 531. In Japan, where Ganesha is known as Kangiten, the Ganesha cult was first mentioned in 806.

 

The canonical literature of Jainism does not mention the worship of Ganesha. However, Ganesha is worshipped by most Jains, for whom he appears to have taken over certain functions of Kubera. Jain connections with the trading community support the idea that Jainism took up Ganesha worship as a result of commercial connections. The earliest known Jain Ganesha statue dates to about the 9th century. A 15th-century Jain text lists procedures for the installation of Ganapati images. Images of Ganesha appear in the Jain temples of Rajasthan and Gujarat.

 

WIKIPEDIA

Paris, Île-de-France - France

 

Another HDR moment, and again, exploiting the ultra-wide angle lens. The last time I was here, the weather was horrible, but this time I got lucky. I was able to shoot this, and my (IMHO) best shot of the Arc de Triomphe so far. Anyway, I hope you like this one as well. I'm also almost finishing processing my HDR frames, so we'll be back to normal soon :-)

  

The Arc de Triomphe de l'Étoile is located at the Place Charles De Gaulle in Paris. This massive monument was commissioned by Napoleon in 1806, after his victory in Austerlitz. It was finished much later in 1836. Beneath the Arc lies the Tomb du Soldat Incomnu, which is a monument in honor to those who died in both World Wars.

 

A message to Mac users who bought the Canon T2i: Apple released a compatibility update which enables RAW for that camera in iPhoto and Aperture.

 

www.carlosseo.com

 

by Carlos Eduardo Seo

follow @carlos_seo

The exploitation rights for this text are the property of the Vienna Tourist Board. This text may be reprinted free of charge until further notice, even partially and in edited form. Forward sample copy to: Vienna Tourist Board, Media Management, Invalidenstraße 6, 1030 Vienna; media.rel@wien.info. All information in this text without guarantee.

Author: Andreas Nierhaus, Curator of Architecture/Wien Museum

Last updated January 2014

Architecture in Vienna

Vienna's 2,000-year history is present in a unique density in the cityscape. The layout of the center dates back to the Roman city and medieval road network. Romanesque and Gothic churches characterize the streets and squares as well as palaces and mansions of the baroque city of residence. The ring road is an expression of the modern city of the 19th century, in the 20th century extensive housing developments set accents in the outer districts. Currently, large-scale urban development measures are implemented; distinctive buildings of international star architects complement the silhouette of the city.

Due to its function as residence of the emperor and European power center, Vienna for centuries stood in the focus of international attention, but it was well aware of that too. As a result, developed an outstanding building culture, and still today on a worldwide scale only a few cities can come up with a comparable density of high-quality architecture. For several years now, Vienna has increased its efforts to connect with its historical highlights and is drawing attention to itself with some spectacular new buildings. The fastest growing city in the German-speaking world today most of all in residential construction is setting standards. Constants of the Viennese architecture are respect for existing structures, the palpability of historical layers and the dialogue between old and new.

Culmination of medieval architecture: the Stephansdom

The oldest architectural landmark of the city is St. Stephen's Cathedral. Under the rule of the Habsburgs, defining the face of the city from the late 13th century until 1918 in a decisive way, the cathedral was upgraded into the sacral monument of the political ambitions of the ruling house. The 1433 completed, 137 meters high southern tower, by the Viennese people affectionately named "Steffl", is a masterpiece of late Gothic architecture in Europe. For decades he was the tallest stone structure in Europe, until today he is the undisputed center of the city.

The baroque residence

Vienna's ascension into the ranks of the great European capitals began in Baroque. Among the most important architects are Johann Bernhard Fischer von Erlach and Johann Lucas von Hildebrandt. Outside the city walls arose a chain of summer palaces, including the garden Palais Schwarzenberg (1697-1704) as well as the Upper and Lower Belvedere of Prince Eugene of Savoy (1714-22). Among the most important city palaces are the Winter Palace of Prince Eugene (1695-1724, now a branch of the Belvedere) and the Palais Daun-Kinsky (auction house in Kinsky 1713-19). The emperor himself the Hofburg had complemented by buildings such as the Imperial Library (1722-26) and the Winter Riding School (1729-34). More important, however, for the Habsburgs was the foundation of churches and monasteries. Thus arose before the city walls Fischer von Erlach's Karlskirche (1714-39), which with its formal and thematic complex show façade belongs to the major works of European Baroque. In colored interior rooms like that of St. Peter's Church (1701-22), the contemporary efforts for the synthesis of architecture, painting and sculpture becomes visible.

Upgrading into metropolis: the ring road time (Ringstraßenzeit)

Since the Baroque, reflections on extension of the hopelessly overcrowed city were made, but only Emperor Franz Joseph ordered in 1857 the demolition of the fortifications and the connection of the inner city with the suburbs. 1865, the Ring Road was opened. It is as the most important boulevard of Europe an architectural and in terms of urban development achievement of the highest rank. The original building structure is almost completely preserved and thus conveys the authentic image of a metropolis of the 19th century. The public representational buildings speak, reflecting accurately the historicism, by their style: The Greek Antique forms of Theophil Hansen's Parliament (1871-83) stood for democracy, the Renaissance of the by Heinrich Ferstel built University (1873-84) for the flourishing of humanism, the Gothic of the Town Hall (1872-83) by Friedrich Schmidt for the medieval civic pride.

Dominating remained the buildings of the imperial family: Eduard van der Nüll's and August Sicardsburg's Opera House (1863-69), Gottfried Semper's and Carl Hasenauer's Burgtheater (1874-88), their Museum of Art History and Museum of Natural History (1871-91) and the Neue (New) Hofburg (1881-1918 ). At the same time the ring road was the preferred residential area of mostly Jewish haute bourgeoisie. With luxurious palaces the families Ephrussi, Epstein or Todesco made it clear that they had taken over the cultural leadership role in Viennese society. In the framework of the World Exhibition of 1873, the new Vienna presented itself an international audience. At the ring road many hotels were opened, among them the Hotel Imperial and today's Palais Hansen Kempinski.

Laboratory of modernity: Vienna around 1900

Otto Wagner's Postal Savings Bank (1903-06) was one of the last buildings in the Ring road area Otto Wagner's Postal Savings Bank (1903-06), which with it façade, liberated of ornament, and only decorated with "functional" aluminum buttons and the glass banking hall now is one of the icons of modern architecture. Like no other stood Otto Wagner for the dawn into the 20th century: His Metropolitan Railway buildings made ​​the public transport of the city a topic of architecture, the church of the Psychiatric hospital at Steinhofgründe (1904-07) is considered the first modern church.

With his consistent focus on the function of a building ("Something impractical can not be beautiful"), Wagner marked a whole generation of architects and made Vienna the laboratory of modernity: in addition to Joseph Maria Olbrich, the builder of the Secession (1897-98) and Josef Hoffmann, the architect of the at the western outskirts located Purkersdorf Sanatorium (1904) and founder of the Vienna Workshop (Wiener Werkstätte, 1903) is mainly to mention Adolf Loos, with the Loos House at the square Michaelerplatz (1909-11) making architectural history. The extravagant marble cladding of the business zone stands in maximal contrast, derived from the building function, to the unadorned facade above, whereby its "nudity" became even more obvious - a provocation, as well as his culture-critical texts ("Ornament and Crime"), with which he had greatest impact on the architecture of the 20th century. Public contracts Loos remained denied. His major works therefore include villas, apartment facilities and premises as the still in original state preserved Tailor salon Knize at Graben (1910-13) and the restored Loos Bar (1908-09) near the Kärntner Straße (passageway Kärntner Durchgang).

Between the Wars: International Modern Age and social housing

After the collapse of the monarchy in 1918, Vienna became capital of the newly formed small country of Austria. In the heart of the city, the architects Theiss & Jaksch built 1931-32 the first skyscraper in Vienna as an exclusive residential address (Herrengasse - alley 6-8). To combat the housing shortage for the general population, the social democratic city government in a globally unique building program within a few years 60,000 apartments in hundreds of apartment buildings throughout the city area had built, including the famous Karl Marx-Hof by Karl Ehn (1925-30). An alternative to the multi-storey buildings with the 1932 opened International Werkbundsiedlung was presented, which was attended by 31 architects from Austria, Germany, France, Holland and the USA and showed models for affordable housing in greenfield areas. With buildings of Adolf Loos, André Lurçat, Richard Neutra, Gerrit Rietveld, the Werkbundsiedlung, which currently is being restored at great expense, is one of the most important documents of modern architecture in Austria.

Modernism was also expressed in significant Villa buildings: The House Beer (1929-31) by Josef Frank exemplifies the refined Wiener living culture of the interwar period, while the house Stonborough-Wittgenstein (1926-28, today Bulgarian Cultural Institute), built by the philosopher Ludwig Wittgenstein together with the architect Paul Engelmann for his sister Margarete, by its aesthetic radicalism and mathematical rigor represents a special case within contemporary architecture.

Expulsion, war and reconstruction

After the "Anschluss (Annexation)" to the German Reich in 1938, numerous Jewish builders, architects (female and male ones), who had been largely responsible for the high level of Viennese architecture, have been expelled from Austria. During the Nazi era, Vienna remained largely unaffected by structural transformations, apart from the six flak towers built for air defense of Friedrich Tamms (1942-45), made ​​of solid reinforced concrete which today are present as memorials in the cityscape.

The years after the end of World War II were characterized by the reconstruction of the by bombs heavily damaged city. The architecture of those times was marked by aesthetic pragmatism, but also by the attempt to connect with the period before 1938 and pick up on current international trends. Among the most important buildings of the 1950s are Roland Rainer's City Hall (1952-58), the by Oswald Haerdtl erected Wien Museum at Karlsplatz (1954-59) and the 21er Haus of Karl Schwanzer (1958-62).

The youngsters come

Since the 1960s, a young generation was looking for alternatives to the moderate modernism of the reconstruction years. With visionary designs, conceptual, experimental and above all temporary architectures, interventions and installations, Raimund Abraham, Günther Domenig, Eilfried Huth, Hans Hollein, Walter Pichler and the groups Coop Himmelb(l)au, Haus-Rucker-Co and Missing Link rapidly got international attention. Although for the time being it was more designed than built, was the influence on the postmodern and deconstructivist trends of the 1970s and 1980s also outside Austria great. Hollein's futuristic "Retti" candle shop at Charcoal Market/Kohlmarkt (1964-65) and Domenig's biomorphic building of the Central Savings Bank in Favoriten (10th district of Vienna - 1975-79) are among the earliest examples, later Hollein's Haas-Haus (1985-90), the loft conversion Falkestraße (1987/88) by Coop Himmelb(l)au or Domenig's T Center (2002-04) were added. Especially Domenig, Hollein, Coop Himmelb(l)au and the architects Ortner & Ortner (ancient members of Haus-Rucker-Co) ​​by orders from abroad the new Austrian and Viennese architecture made a fixed international concept.

MuseumQuarter and Gasometer

Since the 1980s, the focus of building in Vienna lies on the compaction of the historic urban fabric that now as urban habitat of high quality no longer is put in question. Among the internationally best known projects is the by Ortner & Ortner planned MuseumsQuartier in the former imperial stables (competition 1987, 1998-2001), which with institutions such as the MUMOK - Museum of Modern Art Foundation Ludwig, the Leopold Museum, the Kunsthalle Wien, the Architecture Center Vienna and the Zoom Children's Museum on a wordwide scale is under the largest cultural complexes. After controversies in the planning phase, here an architectural compromise between old and new has been achieved at the end, whose success as an urban stage with four million visitors (2012) is overwhelming.

The dialogue between old and new, which has to stand on the agenda of building culture of a city that is so strongly influenced by history, also features the reconstruction of the Gasometer in Simmering by Coop Himmelb(l)au, Wilhelm Holzbauer, Jean Nouvel and Manfred Wehdorn (1999-2001). Here was not only created new housing, but also a historical industrial monument reinterpreted into a signal in the urban development area.

New Neighborhood

In recent years, the major railway stations and their surroundings moved into the focus of planning. Here not only necessary infrastructural measures were taken, but at the same time opened up spacious inner-city residential areas and business districts. Among the prestigious projects are included the construction of the new Vienna Central Station, started in 2010 with the surrounding office towers of the Quartier Belvedere and the residential and school buildings of the Midsummer quarter (Sonnwendviertel). Europe's largest wooden tower invites here for a spectacular view to the construction site and the entire city. On the site of the former North Station are currently being built 10,000 homes and 20,000 jobs, on that of the Aspangbahn station is being built at Europe's greatest Passive House settlement "Euro Gate", the area of ​​the North Western Railway Station is expected to be developed from 2020 for living and working. The largest currently under construction residential project but can be found in the north-eastern outskirts, where in Seaside Town Aspern till 2028 living and working space for 40,000 people will be created.

In one of the "green lungs" of Vienna, the Prater, 2013, the WU campus was opened for the largest University of Economics of Europe. Around the central square spectacular buildings of an international architect team from Great Britain, Japan, Spain and Austria are gathered that seem to lead a sometimes very loud conversation about the status quo of contemporary architecture (Hitoshi Abe, BUSarchitektur, Peter Cook, Zaha Hadid, NO MAD Arquitectos, Carme Pinós).

Flying high

International is also the number of architects who have inscribed themselves in the last few years with high-rise buildings in the skyline of Vienna and make St. Stephen's a not always unproblematic competition. Visible from afar is Massimiliano Fuksas' 138 and 127 meters high elegant Twin Tower at Wienerberg (1999-2001). The monolithic, 75-meter-high tower of the Hotel Sofitel at the Danube Canal by Jean Nouvel (2007-10), on the other hand, reacts to the particular urban situation and stages in its top floor new perspectives to the historical center on the other side.

Also at the water stands Dominique Perrault's DC Tower (2010-13) in the Danube City - those high-rise city, in which since the start of construction in 1996, the expansion of the city north of the Danube is condensed symbolically. Even in this environment, the slim and at the same time striking vertically folded tower of Perrault is beyond all known dimensions; from its Sky Bar, from spring 2014 on you are able to enjoy the highest view of Vienna. With 250 meters, the tower is the tallest building of Austria and almost twice as high as the St. Stephen's Cathedral. Vienna, thus, has acquired a new architectural landmark which cannot be overlooked - whether it also has the potential to become a landmark of the new Vienna, only time will tell. The architectural history of Vienna, where European history is presence and new buildings enter into an exciting and not always conflict-free dialogue with a great and outstanding architectural heritage, in any case has yet to offer exciting chapters.

Info: The folder "Architecture: From Art Nouveau to the Presence" is available at the Vienna Tourist Board and can be downloaded on www.wien.info/media/files/guide-architecture-in-wien.pdf.

Exploitant : Transdev TVO

Réseau : R'Bus (Argenteuil)

Ligne : 7

Lieu : Gare d'Argenteuil (Argenteuil, F-95)

Lien TC Infos : tc-infos.fr/id/20668

Exploitant : Transdev Valmy

Réseau : IDF Mobilités – Vallée de Montmorency

Lieu : Gare d'Enghien-les-Bains (Enghien-les-Bains, F-95)

Lien TC Infos : tc-infos.fr/vehicule/14907

Moulin à la tombée de la nuit à Brugge (Brugge - Belgique)

--- Sans traitement ----

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Please don't use this image on websites, blogs or other media without my explicit permission.

Ne pas exploiter cette photo sur un site, blog ou tout autre média sans ma permission.

 

Copyright : All right reserved © pgauti

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+++ DISCLAIMER +++

Nothing you see here is real, even though the conversion or the presented background story might be based historical facts. BEWARE!

  

Some background:

In March 1941 Saab was given the task to design a better fighter than the Seversky Republic P-35s and Reggiane 2000s, at that time the only fighter aircraft Sweden was able or allowed to buy and the air force’s most modern fighters. Several other foreign designs, including the German Bf 109 or even the Japanese Mitsubishi Zero had also been considered.

 

Anyway, during the ongoing war the procurement of foreign equipment had no predictable future, and so a program for an indigenous fighter aircraft was launched the same year. This resulted in two different designs, which were both initially constructed around an imported German DB 603 engine – a deal which had become possible through the allowance of German transport flights to Norway over Swedish territory, a reason why no Allied equipment was sold to Sweden.

 

The resulting designs, the L-21 and L-23, differed considerably from each other. The Saab L-21 was a futuristic twin-boom pusher. This unconventional layout was a technological risk, with ejection seat and all, but it was expected to exploit the DB603 engine to the max, with a low-drag airframe (e .g. with a totally buried radiator installation inside of the inner wings) and a well-balanced center of gravity, which was expected to improve handling and turn radius. It was the favored design of Saab’s engineers.

 

As a fall-back option, though, the L-23 was added. It was a more conservative design with the same DB 603 engine, but with the engine in the classic nose position, a tunnel radiator under the rear fuselage, low tapered wings and a conventional tail. The overall outline resembled the P-51B/C Mustang. Most interestingly, the J 23 was to have a Bofors ejection seat, too, despite its conventional layout.

 

In December 1941 both designs were approved for prototypes, so that a direct comparison of both layouts could be made. The first of three J 21 prototypes flew on 30 July 1943, while the first three J 23 fighters followed on 10 August, just two weeks later.

 

Flight tests and evaluation continued until mid-1944 and, despite less weight and size, the J 23 turned out to be fast (Max. speed 626 km/h (388 mph) with the DB 603), but considerably less maneuverable than the J 21, which in itself was also not a perfect aircraft and frequently faced overheating problems.

 

Faced with two mediocre designs and an urgent need for a modern fighter, it was eventually decided to go ahead with the J 21 for serial production, but a pre-production batch of upgraded J 23 was also ordered for field tests and further development. In the meantime, Sweden had acquired rights to produce the DB 605 in license, and the new fighter was to be adapted to this more modern and powerful engine – it was hoped that the new engine would improve the J 23’s performance, and it was also fitted to the production J 21.

 

This re-engined variant was the J 23A, of which twelve aircraft were constructed at the main plant in Trollhättan and delivered from August 1945, too late to be involved in typical interception duties at the Swedish borders.

Deliveries of the favored J 21 started in December of the same year. The latter’s field performance turned out to be unsuited for the interceptor role, and the cooling problems persisted. Relegated mainly into the bomber and CAS role (the J 21 turned out to be a passable ground attack aircraft and a stable gun platform), the limitation of the J 21’s pusher design led to a revival of the front-engine J 23.

 

The resulting J 23B became the aircraft’s actual production variant, incorporating many improvements which had been developed and tested on the prototypes and the pre-production J 23As. These included aerodynamic modifications like a different airfoil on the outer wings and a lowered horizontal stabilizer, coupled with an extended rear fuselage for better directional stability and a slimmed-down radiator fairing for less drag. These machines were delivered from late 1946 on, and a total of forty-six J 23B airframes were produced until early 1948.

 

In service, the lighter J 23Bs proved to be a better interceptor than the J 21, with a higher top speed and rate of climb, but its handling was less responsive than the pusher aircraft with the same engine and armament.

 

Overall the J 23B was regarded as inferior to the very similar J 26 (the P-51D) in almost any respect, and the J 23B was never really popular with its flight or ground crews. Consequently, the J 23Bs active fighter career was short and the machines were only operated by the F 16 fighter wing and the F 20 Air Force Academy, both based at Uppsala Airfield, primarily used for advanced weapon and air combat training.

 

A new evaluation of the J 21 and the J 23 in 1947 led to the decision to retain the J 21 series but to consider the modification of the airframe to accommodate a jet engine. While production line J 21A series aircraft were first selected for conversion, the initial piston-engine version continued in production in five series "batches" that were completed in 1948–49.

 

Further J 23B production was not resumed, instead the J 26 and J 27 were procured. Anyway, the age of the piston-engine fighter came soon to a close and the Swedish Air Force entered the jet age. Consequently, the J 23B was already phased out, together with the J 21, after 1954.

  

General characteristics:

Crew: one

Length: 9.58 m (31 ft 4 in)

Wingspan: 11.3 m (37 ft 8 in)

Height: 3.96 (13 ft 0 in)

Wing area: 20.00 m² (215.28 ft²)

Empty weight: 2,535 kg (5,583 lb)

Loaded weight: 3,445 kg (7,588 lb)

Max. take-off weight: 3,663 kg (8,068 lb)

 

Powerplant:

1× Daimler-Benz liquid-cooled, supercharged, 60° inverted V12 DB 605B engine,

rated at 1,085 kW (1,455 hp / 1,475 PS) and license-built by SFA.

 

Performance:

Maximum speed: 680 km/h (367 knots, 422 mph)

Cruise speed: 495 km/h (265 knots, 308 mph)

Range: 750 km (466 mi)

Service ceiling: 11,200 m (36,685 ft)

Rate of climb: 17 m/s (3,340 ft/min)

Armament:

1× engine-mounted 20 mm Hispano-Suiza HS.404 or Bofors cannon,

firing through the propeller hub

4× 13 mm Bofors-built Colt machine guns in the outer wings nose

Underwing hardpoints for various bombs, drop tanks and unguided rockets

  

The kit and its assembly:

The “Swedish Season” continues! The Saab 23 is another “phantom of the past”, a real world design that never left the drawing board. The J 23 actually started as an alternative to the J 21, but was discarded in late 1941 in favor of the more promising, yet bigger and heavier, pusher design. But that would not stop modelers from trying to build one, even though I have never seen a model of this aircraft? Having recently tried to build a Saab 27 fighter caught me in the right mood for another whiffy Swedish design, so I took a chance on the J 23, too.

 

At first glance you can mistake the J 23 for a P-51B with an engine from a late Bf 109, some sources describe it as “a Swedish Messerschmitt”. But that’s only superficial, much like the later Griffon-powered J 27 project which can be described as a “Super Spitfire”, but this does not do justice to the aircraft’s construction.

Both were independent developments, even though the P-51 (some early specimen were forced to land in Sweden and closely examined) certainly had a massive impact on both designs.

 

Anyway, the information basis surrounding the J 23 is worse than the J 27’s, and I only had rather vague profile drawings/sketches at hand for reference. A basis model was also hard to find: the rear section from a P-51B (in this case an Intech kit from Poland) was settled, since the Mustang’s cockpit shape, dorsal section and fin come really close to the J 23. But you cannot simply mate a P-51 with a Bf 109 nose, it would result in a rather wacky Mustang-thing because the proportions are not right.

 

Finding a good solution was not easy, and I was lucky to find a Hasegawa Ki-61 in the stash – it has a German engine (an earlier DB 601, though) and an overall layout similar to the P-51B. But the Ki-61 is considerably larger than a Bf 109, more in the P-51’s size class. Despite many detail modifications I decided to mate these unlikely aircraft for the J 23s basis – engraved panel lines on both kits made the combination less obvious, too.

 

The InTech P-51B gave its tail and the cockpit section (excluding the radiator tunnel and the wing roots), cut away from the rest of the Mustang fuselage with a Z-shaped cut. With a matching cut on the Ki-61’s fuselage, the engine and the whole wing/fuselage intersection were used. Styrene strips held the fuselage sections in place, on the outside the seams were later blended with nitrous compound putty. One benefit of this solution is that the OOB P-51 canopy could be used (even though the rear end fit necessitated some body work), and the resulting cockpit position was just as far forward as on the J 23, right above the wings. As a consequence the rear fuselage behind the cockpit appears to be rather long, but that is AFAIK correct, the J 23 had these slightly odd proportions!

 

For the J 23’s DB 605 engine a different, bigger spinner had to be mounted – scratched from a massive PZL 23 spinner and single blades (from the Hasegawa Ki-61), together with a metal axis and a styrene tube adapter inside of the nose. Some putty work was necessary to fair over the Ki-61 guns on the cowling, the typical DB 601 front bulge and blend the bigger, new spinner to the rest of the fuselage, but the result looks O.K.

 

The Ki-61’s original wings and landing gear could, thanks to the original fuselage section from the Hasegawa kit, be carried over and easily mounted, even though the wing tips were clipped for a square, Mustang-esque shape (the J 23’s look in all illustrations I’ve seen like upscaled Bf 109E wings).

 

The InTech P-51’s horizontal stabilizers were used, but for a J 23 they had to be placed in a different position: further back (so that wedges for the vertical rudder had to be cut out) and considerably lower, necessitating some (more) body work to hide the original attachment points. The new position adds to the impression of an extended fuselage section behind the cockpit, even though the P-51 donor fuselage section is only a little longer than the Ki-61’s. All tail surface outlines were slightly modified, too.

 

The J 23’s typical, shallow radiator tunnel had to be scratched, the semi-buried construction sits far behind the wings’ training edge. In an initial step, the removed Ki-61 radiator’s gap as well as the P-51 tail wheel well were faired over with styrene sheet and new intake/outlet ramps integrated into the lower rear fuselage. The tunnel itself is the narrow, aerodynamic fairing of a Boulton Paul Defiant’s machine guns behind the turret (raised when not in use), left over from a Pavla kit, opened at both ends.

As a consequence of the new and long radiator tunnel, the P-51 tail wheel well was moved about 5mm further back and the fuselage profile under the tail fin re-shaped.

 

One of the final steps was the cockpit interior, because I was not sure concerning the relative position of the P-51’s canopy (cut into three pieces for open display) and dashboard and the Ki-61’s cockpit floor panel and seat. But both turned out to match relatively well, and I added a tank and radio dummy behind the seat in order to prevent a clear view into the rear fuselage.

 

The landing gear was taken OOB from the Ki-61 – it looks similar to the real J 23 arrangement, so I stuck with it. The tail wheel comes from the InTech P-51, just the covers were scratched for the re-located well.

 

All gun barrels on spinner and wings are hollow steel needles, no ordnance was hung under the wings, even though the Ki-61 hardpoints were retained. After all, it’s a fighter aircraft.

  

Painting and markings:

Once more a classic, if not conservative, livery for a fictional aircraft – and in this case I chose the simple olivgrön/ljust blågrå camouflage of the late Fourties, coupled with contemporary color-coded letters identifying the individual aircraft and its squadron within the Flygflöttilj group.

 

The uniform upper surfaces were painted with RAF Dark Green (Humbrol 163). This tone has an olive drab touch and comes IMHO pretty close to the original Swedish color, the frequently recommended FS 34079 is IMHO too blue-ish. For the underside I used Humbrol 87 (Steel Gray), which is a blue-greenish gray. The authentic tone would be FS 36270, but on a model it appears much too dark, so that the lighter Steel Gray is a handy and individual alternative.

 

A light black ink was applied in order to emphasize the panel lines, some more depth was added through dry-painted panels with lighter shades of the basic colors (in this case, Humbrol 155 and 128).

 

The cockpit interior was painted in dark gray (Humbrol 32), while the landing gear and the wells became Aluminum (Humbrol 56).

 

As an aircraft of the air staff flight, this J 23 received a white spinner and a white code letter on the tail. These and other markings came from various sources and spare decal sheets. Some extra color was added with red warning markings on the wings above the flaps, plus some visual markings - all made with generic decal stripes. The cock nose art is a personal addition - taken from a Spanish Bf 109D, but AFAIK such personal markings were not uncommon on Swedish Air Force aircraft in the post WWII era.

 

An eye-catcher and some variety on the otherwise simple green/gray livery are white high-viz markings on the wing tips and a wide fuselage band. Such additional markings were frequently used in the post WWII-era during exercises, training or public displays. Styles varied considerably, though, between “color blocks” and wide single bands which I used (seen on a J 21) and even dense, thin zebra stripes on wings and fuselage. In this case, the white markings were painted onto wings and fuselage (Humbrol 34).

 

Since most panel lines on the fuselage were lost I painted some new ones with a soft pencil. Finally, after some gun soot and exhaust stains made with grinded graphite as well as some dry-brushed silver on the wings’ leading edges and around the cockpit were added, the kit received a coating with matt acrylic varnish.

  

Another scratch build of an obscure Swedish aircraft that never reached the hardware stage – and pretty successful, IMHO. This sleek J 23 model looks just as harmless and innocent, but involved massive construction work in almost every area as the kitbashed J 27 before. It’s actually the first model rendition of the J 23 I have seen so far – and another funny fact is that this “Swedish Messerschmitt” was built without any Bf 109 part at all!

The exploitation rights for this text are the property of the Vienna Tourist Board. This text may be reprinted free of charge until further notice, even partially and in edited form. Forward sample copy to: Vienna Tourist Board, Media Management, Invalidenstraße 6, 1030 Vienna; media.rel@wien.info. All information in this text without guarantee.

Author: Andreas Nierhaus, Curator of Architecture/Wien Museum

Last updated January 2014

Architecture in Vienna

Vienna's 2,000-year history is present in a unique density in the cityscape. The layout of the center dates back to the Roman city and medieval road network. Romanesque and Gothic churches characterize the streets and squares as well as palaces and mansions of the baroque city of residence. The ring road is an expression of the modern city of the 19th century, in the 20th century extensive housing developments set accents in the outer districts. Currently, large-scale urban development measures are implemented; distinctive buildings of international star architects complement the silhouette of the city.

Due to its function as residence of the emperor and European power center, Vienna for centuries stood in the focus of international attention, but it was well aware of that too. As a result, developed an outstanding building culture, and still today on a worldwide scale only a few cities can come up with a comparable density of high-quality architecture. For several years now, Vienna has increased its efforts to connect with its historical highlights and is drawing attention to itself with some spectacular new buildings. The fastest growing city in the German-speaking world today most of all in residential construction is setting standards. Constants of the Viennese architecture are respect for existing structures, the palpability of historical layers and the dialogue between old and new.

Culmination of medieval architecture: the Stephansdom

The oldest architectural landmark of the city is St. Stephen's Cathedral. Under the rule of the Habsburgs, defining the face of the city from the late 13th century until 1918 in a decisive way, the cathedral was upgraded into the sacral monument of the political ambitions of the ruling house. The 1433 completed, 137 meters high southern tower, by the Viennese people affectionately named "Steffl", is a masterpiece of late Gothic architecture in Europe. For decades he was the tallest stone structure in Europe, until today he is the undisputed center of the city.

The baroque residence

Vienna's ascension into the ranks of the great European capitals began in Baroque. Among the most important architects are Johann Bernhard Fischer von Erlach and Johann Lucas von Hildebrandt. Outside the city walls arose a chain of summer palaces, including the garden Palais Schwarzenberg (1697-1704) as well as the Upper and Lower Belvedere of Prince Eugene of Savoy (1714-22). Among the most important city palaces are the Winter Palace of Prince Eugene (1695-1724, now a branch of the Belvedere) and the Palais Daun-Kinsky (auction house in Kinsky 1713-19). The emperor himself the Hofburg had complemented by buildings such as the Imperial Library (1722-26) and the Winter Riding School (1729-34). More important, however, for the Habsburgs was the foundation of churches and monasteries. Thus arose before the city walls Fischer von Erlach's Karlskirche (1714-39), which with its formal and thematic complex show façade belongs to the major works of European Baroque. In colored interior rooms like that of St. Peter's Church (1701-22), the contemporary efforts for the synthesis of architecture, painting and sculpture becomes visible.

Upgrading into metropolis: the ring road time (Ringstraßenzeit)

Since the Baroque, reflections on extension of the hopelessly overcrowed city were made, but only Emperor Franz Joseph ordered in 1857 the demolition of the fortifications and the connection of the inner city with the suburbs. 1865, the Ring Road was opened. It is as the most important boulevard of Europe an architectural and in terms of urban development achievement of the highest rank. The original building structure is almost completely preserved and thus conveys the authentic image of a metropolis of the 19th century. The public representational buildings speak, reflecting accurately the historicism, by their style: The Greek Antique forms of Theophil Hansen's Parliament (1871-83) stood for democracy, the Renaissance of the by Heinrich Ferstel built University (1873-84) for the flourishing of humanism, the Gothic of the Town Hall (1872-83) by Friedrich Schmidt for the medieval civic pride.

Dominating remained the buildings of the imperial family: Eduard van der Nüll's and August Sicardsburg's Opera House (1863-69), Gottfried Semper's and Carl Hasenauer's Burgtheater (1874-88), their Museum of Art History and Museum of Natural History (1871-91) and the Neue (New) Hofburg (1881-1918 ). At the same time the ring road was the preferred residential area of mostly Jewish haute bourgeoisie. With luxurious palaces the families Ephrussi, Epstein or Todesco made it clear that they had taken over the cultural leadership role in Viennese society. In the framework of the World Exhibition of 1873, the new Vienna presented itself an international audience. At the ring road many hotels were opened, among them the Hotel Imperial and today's Palais Hansen Kempinski.

Laboratory of modernity: Vienna around 1900

Otto Wagner's Postal Savings Bank (1903-06) was one of the last buildings in the Ring road area Otto Wagner's Postal Savings Bank (1903-06), which with it façade, liberated of ornament, and only decorated with "functional" aluminum buttons and the glass banking hall now is one of the icons of modern architecture. Like no other stood Otto Wagner for the dawn into the 20th century: His Metropolitan Railway buildings made ​​the public transport of the city a topic of architecture, the church of the Psychiatric hospital at Steinhofgründe (1904-07) is considered the first modern church.

With his consistent focus on the function of a building ("Something impractical can not be beautiful"), Wagner marked a whole generation of architects and made Vienna the laboratory of modernity: in addition to Joseph Maria Olbrich, the builder of the Secession (1897-98) and Josef Hoffmann, the architect of the at the western outskirts located Purkersdorf Sanatorium (1904) and founder of the Vienna Workshop (Wiener Werkstätte, 1903) is mainly to mention Adolf Loos, with the Loos House at the square Michaelerplatz (1909-11) making architectural history. The extravagant marble cladding of the business zone stands in maximal contrast, derived from the building function, to the unadorned facade above, whereby its "nudity" became even more obvious - a provocation, as well as his culture-critical texts ("Ornament and Crime"), with which he had greatest impact on the architecture of the 20th century. Public contracts Loos remained denied. His major works therefore include villas, apartment facilities and premises as the still in original state preserved Tailor salon Knize at Graben (1910-13) and the restored Loos Bar (1908-09) near the Kärntner Straße (passageway Kärntner Durchgang).

Between the Wars: International Modern Age and social housing

After the collapse of the monarchy in 1918, Vienna became capital of the newly formed small country of Austria. In the heart of the city, the architects Theiss & Jaksch built 1931-32 the first skyscraper in Vienna as an exclusive residential address (Herrengasse - alley 6-8). To combat the housing shortage for the general population, the social democratic city government in a globally unique building program within a few years 60,000 apartments in hundreds of apartment buildings throughout the city area had built, including the famous Karl Marx-Hof by Karl Ehn (1925-30). An alternative to the multi-storey buildings with the 1932 opened International Werkbundsiedlung was presented, which was attended by 31 architects from Austria, Germany, France, Holland and the USA and showed models for affordable housing in greenfield areas. With buildings of Adolf Loos, André Lurçat, Richard Neutra, Gerrit Rietveld, the Werkbundsiedlung, which currently is being restored at great expense, is one of the most important documents of modern architecture in Austria.

Modernism was also expressed in significant Villa buildings: The House Beer (1929-31) by Josef Frank exemplifies the refined Wiener living culture of the interwar period, while the house Stonborough-Wittgenstein (1926-28, today Bulgarian Cultural Institute), built by the philosopher Ludwig Wittgenstein together with the architect Paul Engelmann for his sister Margarete, by its aesthetic radicalism and mathematical rigor represents a special case within contemporary architecture.

Expulsion, war and reconstruction

After the "Anschluss (Annexation)" to the German Reich in 1938, numerous Jewish builders, architects (female and male ones), who had been largely responsible for the high level of Viennese architecture, have been expelled from Austria. During the Nazi era, Vienna remained largely unaffected by structural transformations, apart from the six flak towers built for air defense of Friedrich Tamms (1942-45), made ​​of solid reinforced concrete which today are present as memorials in the cityscape.

The years after the end of World War II were characterized by the reconstruction of the by bombs heavily damaged city. The architecture of those times was marked by aesthetic pragmatism, but also by the attempt to connect with the period before 1938 and pick up on current international trends. Among the most important buildings of the 1950s are Roland Rainer's City Hall (1952-58), the by Oswald Haerdtl erected Wien Museum at Karlsplatz (1954-59) and the 21er Haus of Karl Schwanzer (1958-62).

The youngsters come

Since the 1960s, a young generation was looking for alternatives to the moderate modernism of the reconstruction years. With visionary designs, conceptual, experimental and above all temporary architectures, interventions and installations, Raimund Abraham, Günther Domenig, Eilfried Huth, Hans Hollein, Walter Pichler and the groups Coop Himmelb(l)au, Haus-Rucker-Co and Missing Link rapidly got international attention. Although for the time being it was more designed than built, was the influence on the postmodern and deconstructivist trends of the 1970s and 1980s also outside Austria great. Hollein's futuristic "Retti" candle shop at Charcoal Market/Kohlmarkt (1964-65) and Domenig's biomorphic building of the Central Savings Bank in Favoriten (10th district of Vienna - 1975-79) are among the earliest examples, later Hollein's Haas-Haus (1985-90), the loft conversion Falkestraße (1987/88) by Coop Himmelb(l)au or Domenig's T Center (2002-04) were added. Especially Domenig, Hollein, Coop Himmelb(l)au and the architects Ortner & Ortner (ancient members of Haus-Rucker-Co) ​​by orders from abroad the new Austrian and Viennese architecture made a fixed international concept.

MuseumQuarter and Gasometer

Since the 1980s, the focus of building in Vienna lies on the compaction of the historic urban fabric that now as urban habitat of high quality no longer is put in question. Among the internationally best known projects is the by Ortner & Ortner planned MuseumsQuartier in the former imperial stables (competition 1987, 1998-2001), which with institutions such as the MUMOK - Museum of Modern Art Foundation Ludwig, the Leopold Museum, the Kunsthalle Wien, the Architecture Center Vienna and the Zoom Children's Museum on a wordwide scale is under the largest cultural complexes. After controversies in the planning phase, here an architectural compromise between old and new has been achieved at the end, whose success as an urban stage with four million visitors (2012) is overwhelming.

The dialogue between old and new, which has to stand on the agenda of building culture of a city that is so strongly influenced by history, also features the reconstruction of the Gasometer in Simmering by Coop Himmelb(l)au, Wilhelm Holzbauer, Jean Nouvel and Manfred Wehdorn (1999-2001). Here was not only created new housing, but also a historical industrial monument reinterpreted into a signal in the urban development area.

New Neighborhood

In recent years, the major railway stations and their surroundings moved into the focus of planning. Here not only necessary infrastructural measures were taken, but at the same time opened up spacious inner-city residential areas and business districts. Among the prestigious projects are included the construction of the new Vienna Central Station, started in 2010 with the surrounding office towers of the Quartier Belvedere and the residential and school buildings of the Midsummer quarter (Sonnwendviertel). Europe's largest wooden tower invites here for a spectacular view to the construction site and the entire city. On the site of the former North Station are currently being built 10,000 homes and 20,000 jobs, on that of the Aspangbahn station is being built at Europe's greatest Passive House settlement "Euro Gate", the area of ​​the North Western Railway Station is expected to be developed from 2020 for living and working. The largest currently under construction residential project but can be found in the north-eastern outskirts, where in Seaside Town Aspern till 2028 living and working space for 40,000 people will be created.

In one of the "green lungs" of Vienna, the Prater, 2013, the WU campus was opened for the largest University of Economics of Europe. Around the central square spectacular buildings of an international architect team from Great Britain, Japan, Spain and Austria are gathered that seem to lead a sometimes very loud conversation about the status quo of contemporary architecture (Hitoshi Abe, BUSarchitektur, Peter Cook, Zaha Hadid, NO MAD Arquitectos, Carme Pinós).

Flying high

International is also the number of architects who have inscribed themselves in the last few years with high-rise buildings in the skyline of Vienna and make St. Stephen's a not always unproblematic competition. Visible from afar is Massimiliano Fuksas' 138 and 127 meters high elegant Twin Tower at Wienerberg (1999-2001). The monolithic, 75-meter-high tower of the Hotel Sofitel at the Danube Canal by Jean Nouvel (2007-10), on the other hand, reacts to the particular urban situation and stages in its top floor new perspectives to the historical center on the other side.

Also at the water stands Dominique Perrault's DC Tower (2010-13) in the Danube City - those high-rise city, in which since the start of construction in 1996, the expansion of the city north of the Danube is condensed symbolically. Even in this environment, the slim and at the same time striking vertically folded tower of Perrault is beyond all known dimensions; from its Sky Bar, from spring 2014 on you are able to enjoy the highest view of Vienna. With 250 meters, the tower is the tallest building of Austria and almost twice as high as the St. Stephen's Cathedral. Vienna, thus, has acquired a new architectural landmark which cannot be overlooked - whether it also has the potential to become a landmark of the new Vienna, only time will tell. The architectural history of Vienna, where European history is presence and new buildings enter into an exciting and not always conflict-free dialogue with a great and outstanding architectural heritage, in any case has yet to offer exciting chapters.

Info: The folder "Architecture: From Art Nouveau to the Presence" is available at the Vienna Tourist Board and can be downloaded on www.wien.info/media/files/guide-architecture-in-wien.pdf.

There are still questions about what this record really is. Alternate Santana's first LP ? French session band commissioned to redone this LP from start to finish ?

Anyway, the sound is rawer than on Santana's first.

This legendary cult oddity got an official Korean VHS release on the trusty D&S label. Lensed in Florida on a shoestring, the film is decidedly grainy and low-tech, but it has some bursts of well-staged action. Extremely rare.

French postcard for Les Mystères de New York, a European re-edition of the three Pearl White serials The Exploits of Elaine, The New Exploits of Elaine and The Romance of Elaine, based on Pierre Decourcelle, and produced in 1914-15 for Pathé Exchange for its film version and for William Hearst for its press version.

 

Pearl White (1889 - 1938) was dubbed 'Queen of the Serials", and noted for doing her own stunts, in silent film serials such as The Perils of Pauline (1914) and The Exploits of Elaine (1914-15). Many episodes ended with a literal cliffhanger. In Europe, The Exploits of Elaine were re-edited with two subsequent serials into Les Mystères de New York. Until the end of the First World War White remained globally a popular action heroine.

 

John (known as “Jacky”) Vaughan (born in Worcester “on Saint Thomas’s Day” 1799, died in London onSeptember 161 1868) rose through all the ranks of the emerging steel industry, until becoming a forge master . A leading technician, his association with businessman Henry Bolckow gave birth to the largest steel company in the British Empire , Bolckow Vaughan . These two men made the small town of Middlesbrough the center of steelmaking in Britain during the Victorian Era .

 

Vaughan is remembered for the discovery and exploitation of iron ore in the Cleveland Hills , thanks to the prospecting work of mining engineer John Marley , during the month ofJune 1850.

 

Born into a Welsh family, Vaughan, like his father, was employed at John Guest's Dowlais ironworks in south Wales. As a child, he was first assigned to sorting ores for crushing; his physical strength allowed him to become a puddler worker , then a blast furnace master and finally a foreman.

 

He left the Dowlais factory to work in Staffordshire, then was offered a position as factory manager in Carlisle, and at Walker -on-Tyne near Newcastle, running the Losh, Wilson and Bell ironworks . It was in Newcastle that he met the businessman Henry Bolckow , who was then a grain wholesaler and who was beginning to take an interest in the steel industry .

 

In 1839, Bolckow and Vaughan decided to join forces. Their first intention was to set up a forge in Stockton, to take advantage of the route of the recently established Stockton and Darlington line , but they were unable to find suitable land. However, the line had been reaching the town of Middlesbrough since 1833, and it was there that they found inexpensive land, as it was periodically flooded. The idea of ​​the two partners was to produce cast iron from ferrous nodules present in the coal basin , or from imported hematite ; but for reasons of profitability, they decided to produce pig iron.

 

In 1846 they built blast furnaces at Witton Park , County Durham , to smelt the ore; the Stockton and Darlington line, which sought to capture the transport of iron and coal, was extended beyond Witton to reach the Durham Collieries; the chalk used as flux was transported from Stanhope , and the coke from Crook (Durham) : the place was ideal.

 

But the Crash of 1847 soon closed the outlets for the Witton Park forges , while drying up the supply of ferrous nodules.

 

The Avicula iron vein forms the bedrock; it is topped by the Raisdale layer (60 cm), that of Pecten (5 thin bands) and the main vein.

 

Having learned of various attempts to extract iron ore in Cleveland, Vaughan began to suspect the presence of a rich deposit there. He commissioned his engineer, John Marley , to study the geology of the Cleveland Basin .

 

THEJune 8, 1850, Marley and Vaughan were hiking through the Cleveland Hills when they came across an outcropping of iron ore "...more than five meters deep . " » Bolckow and Vaughan wasted no time: in less than three months, operating contracts had been signed with the land owners, which made it possible to open the first mine, to create a railway line for transport the ores: the first convoy to Witton Park represented seven tonnes of raw material.

 

From then on, the company grew rapidly. She opened new mines at Eston and built other blast furnaces at Middlesbrough. Vaughan's technical skills and Bolckow's financial acumen combined over many years to create a steel giant of the era , the Bolckow Vaughan & Co., Ltd. group , with capital of £ 2,500,000 in 1864.

 

In 1855 Vaughan was elected Mayor of Middlesbrough . He sat on the town council and was a member of the board of the Tees Conservancy 1 . When his wife died, Vaughan married a widow, Ann Hughes of Newcastle, daughter of Joseph Poole and sister of Bolckow's first wife .

 

The two partners having made their fortune, “they both moved from Cleveland Street to Marton : Bolckow built the Marton Hall residence in 1853 and moved there in 1856; John Vaughan did not move into his property at Gunnergate Hall until

 

Middlesbrough is a town in the Middlesbrough unitary authority borough of North Yorkshire, England. The town lies near the mouth of the River Tees and north of the North York Moors National Park. The built-up area had a population of 148,215 at the 2021 UK census. It is the largest town of the wider Teesside area, which had a population of 376,633 in 2011.

 

Until the early 1800s, the area was rural farmland in the historic county of Yorkshire. The town was a planned development which started in 1830, based around a new port with coal and later ironworks added. Steel production and ship building began in the late 1800s, remaining associated with the town until the post-industrial decline of the late twentieth century. Trade (notably through ports) and digital enterprise sectors contemporarily contribute to the local economy, Teesside University and Middlesbrough College to local education.

 

Middlesbrough was made a municipal borough in 1853. When elected county councils were created in 1889, Middlesbrough was considered large enough to provide its own county-level services and so it became a county borough, independent from North Riding County Council. The borough of Middlesbrough was abolished in 1968 when the area was absorbed into the larger County Borough of Teesside. Six years later in 1974 Middlesbrough was re-established as a borough within the new county of Cleveland. Cleveland was abolished in 1996, since when Middlesbrough has been a unitary authority within the ceremonial county of North Yorkshire.

 

Middlesbrough started as a Benedictine priory on the south bank of the River Tees, its name possibly derived from it being midway between the holy sites of Durham and Whitby. The earliest recorded form of Middlesbrough's name is "Mydilsburgh", containing the term burgh.

 

In 686, a monastic cell was consecrated by St. Cuthbert at the request of St. Hilda, Abbess of Whitby. The manor of Middlesburgh belonged to Whitby Abbey and Guisborough Priory.[1] Robert Bruce, Lord of Cleveland and Annandale, granted and confirmed, in 1119, the church of St. Hilda of Middleburg to Whitby. Up until its closure on the Dissolution of the Monasteries by Henry VIII in 1537, the church was maintained by 12 Benedictine monks, many of whom became vicars, or rectors, of various places in Cleveland.

 

After the Angles, the area became home to Viking settlers. Names of Viking origin (with the suffix by meaning village) are abundant in the area; for example, Ormesby, Stainsby and Tollesby were once separate villages that belonged to Vikings called Orm, Steinn and Toll that are now areas of Middlesbrough were recorded in the Domesday Book of 1086. Other names around Middlesbrough include the village of Maltby (of Malti) along with the towns of Ingleby Barwick (Anglo-place and barley-wick) and Thornaby (of Thormod).

 

Links persist in the area, often through school or road names, to now-outgrown or abandoned local settlements, such as the medieval settlement of Stainsby, deserted by 1757, which amounts to little more today than a series of grassy mounds near the A19 road.

 

In 1801, Middlesbrough was a small farm with a population of just 25; however, during the latter half of the 19th century, it experienced rapid growth. In 1828 the influential Quaker banker, coal mine owner and Stockton and Darlington Railway (S&DR) shareholder Joseph Pease sailed up the River Tees to find a suitable new site downriver of Stockton on which to place new coal staithes. As a result, in 1829 he and a group of Quaker businessmen bought the Middlesbrough farmstead and associated estate, some 527 acres (213 ha) of land, and established the Middlesbrough Estate Company.

 

Through the company, the investors set about a new coal port development (designed by John Harris) on the southern banks of the Tees. The first coal shipping staithes at the port (known as "Port Darlington") were constructed with a settlement to the east established on the site of Middlesbrough farm as labour for the port, taking on the farm's name as it developed into a village. The small farmstead became a village of streets such as North Street, South Street, West Street, East Street, Commercial Street, Stockton Street and Cleveland Street, laid out in a grid-iron pattern around a market square, with the first house being built on West Street in April 1830. New businesses bought premises and plots of land in the new town including: shippers, merchants, butchers, innkeepers, joiners, blacksmiths, tailors, builders and painters.

 

The first coal shipping staithes at the port (known as "Port Darlington") were constructed just to the west of the site earmarked for the location of Middlesbrough. The port was linked to the S&DR on 27 December 1830 via a branch that extended to an area just north of the current Middlesbrough railway station, helping secure the town's future.

 

The success of the port meant it soon became overwhelmed by the volume of imports and exports, and in 1839 work started on Middlesbrough Dock. Laid out by Sir William Cubitt, the whole infrastructure was built by resident civil engineer George Turnbull. After three years and an expenditure of £122,000 (equivalent to £9.65 million at 2011 prices), first water was let in on 19 March 1842, and the formal opening took place on 12 May 1842. On completion, the docks were bought by the S&DR.

 

Iron and steel have dominated the Tees area since 1841 when Henry Bolckow in partnership with John Vaughan, founded the Vulcan iron foundry and rolling mill. Vaughan, who had worked his way up through the Iron industry in South Wales, used his technical expertise to find a more abundant supply of Ironstone in the Eston Hills in 1850, and introduced the new "Bell Hopper" system of closed blast furnaces developed at the Ebbw Vale works. These factors made the works an unprecedented success with Teesside becoming known as the "Iron-smelting centre of the world" and Bolckow, Vaughan & Co., Ltd became the largest company in existence.

 

By 1851 Middlesbrough's population had grown from 40 people in 1829 to 7,600. Pig iron production rose tenfold between 1851 and 1856 and by the mid-1870s Middlesbrough was producing one third of the entire nations Pig Iron output. It was during this time Middlesbrough earned the nickname "Ironopolis".

 

On 21 January 1853, Middlesbrough received its Royal Charter of Incorporation, giving the town the right to have a mayor, aldermen and councillors. Henry Bolckow became mayor, in 1853.

 

A Welsh community was established in Middlesbrough sometime before the 1840s, with mining being the main form of employment. These migrants included figures who would become important leaders in the commercial, political and cultural life of the town:

 

John Vaughan established Teesside's first ironworks in 1841, The Vulcan Works at Middlesbrough. Vaughan had worked his way up through the industry at the Dowlais Ironworks in south Wales and encouraged hundreds of the skilled Welsh workers to follow him to Teesside.

Edward Williams (iron-master), although he was the grandson of the famous Welsh Bard Iolo Morganwg, Edward had started as a mere clerk at Dowlais. His move to the Tees saw him rise to ironmaster, alderman, magistrate and Mayor of Middlesbrough. Edward was also the father of Aneurin and Penry, who both became Liberal MPs for the area.

E.T. John arrived from Pontypridd as a junior clerk in Williams' office. John became the director of several industrial enterprises and a radical politician.

Windsor Richards, an Engineer and manager, oversaw the town's transition from iron to steel production.

Much like the contemporary Welsh migration to America, the Welsh of Middlesbrough came almost exclusively from the iron-smelting and coal districts of South Wales. By 1861 42% of the town's ironworkers identified as Welsh and one in twenty of the total population. Place names such as "Welch Cottages" and "Welch Place" appeared around the Vulcan works, and Middlesbrough became a centre for the Welsh communities at Witton Park, Spennymoor, Consett and Stockton on Tees (especially Portrack). David Williams also recorded that a number of the Welsh workers at the Hughesovka Ironworks in 1869 had migrated from Middlesbrough.

 

A Welsh Baptist chapel was active in the town as early as 1858, and St Hilda's Anglican church began providing services in the Welsh language. Churches and chapels were the centres of Welsh culture, supporting choirs, Sunday Schools, social societies, adult education, lectures and literary meetings. By the 1870s, many more Welsh chapels were built (one reputed to seat 500 people), and the first Eisteddfodau were held.

 

By the 1880s, a "Welsh cultural revival" was underway, with the Eisteddfodau attracting competitors and spectators from outside the Welsh communities. In 1890 the Middlesbrough Town Hall hosted the first Cleveland and Durham Eisteddfod, an event notable for its non-denominational inclusivity, with Irish Catholic choirs and the bishop of the newly created Roman Catholic Diocese of Middlesbrough as honoured guests.

 

In the early twentieth century this Eisteddfod had become the biggest annual event in the town and the largest annual Eisteddfod outside Wales. The Eisteddfod had a clear impact on the culture of the town, especially through its literary and music events, by 1911 the Eisteddfod had twenty-two classes of musical competition only two of which were for Welsh language content. By 1914, thirty choirs from across the area were competing in 284 entries. A choral tradition remained part of the town's culture long after the eisteddfod and chapels had gone. In 2012 an exhibition at the Dorman Museum marked the Apollo Male Voice Choir's 125 years as an active choir in the town.

 

Industrial Wales was noted for its "radical Liberal-Labour" politics, and the rhetoric of these politicians clearly won favour with the urban population of the North East. Penry Williams and Jonathan Samuel won the seats of Middlesbrough and Stockton-on-Tees for the Liberal Party and Penry's brother, Aneurin would also win the newly created Consett seat in 1918.

 

Sir Horace Davey stressed his Welsh lineage and stated that "it was scarcely an exaggeration to say that Welshmen had founded Middlesbrough", courting the Welsh vote that saw him elected MP for Stockton. However, others complained that local Conservative candidates were losing to "Fenians and Welshers" (Irish and Welsh people).

 

These sentiments had grown by 1900 when Samuel lost his seat after a Unionist complained publicly that the town had been "forced to submit to the indignity of being trailed ignominiously through the mire by Welsh constituents". Samuel lost the seat but regained it in 1910 with a campaign that made few, if any, references to his Welsh background.

 

From 1861 to 1871, the census of England & Wales showed that Middlesbrough consistently had the second highest percentage of Irish born people in England after Liverpool. The Irish population in 1861 accounted for 15.6% of the total population of Middlesbrough. In 1871 the amount had dropped to 9.2% yet this still placed Middlesbrough's Irish population second in England behind Liverpool. Due to the rapid development of the town and its industrialisation there was much need for people to work in the many blast furnaces and steel works along the banks of the Tees. This attracted many people from Ireland, who were in much need of work. As well as people from Ireland, the Scottish, Welsh and overseas inhabitants made up 16% of Middlesbrough's population in 1871. A second influx of Irish migration was observed in the early 1900s as Middlesbrough's steel industry boomed producing 1/3 of Britain's total steel output. This second influx lasted through to the 1950s after which Irish migration to Middlesbrough saw a drastic decline. Middlesbrough no longer has a strong Irish presence, with Irish born residents making up around 2% of the current population, however there is still a strong cultural and historical connection with Ireland mainly through the heritage and ancestry of many families within Middlesbrough.

 

The town's rapid expansion continued throughout the second half of the 19th century, fuelled by the iron and steel industry. In 1864 the North Riding Infirmary (an ear, nose and mouth hospital) opened in Newport Road; this was demolished in 2006.

 

On 15 August 1867, a Reform Bill was passed, making Middlesbrough a new parliamentary borough, Bolckow was elected member for Middlesbrough the following year. In 1875, Bolckow, Vaughan & Co opened the Cleveland Steelworks in Middlesbrough beginning the transition from Iron production to Steel and by the turn of the century. Henry Bolckow died in 1878 and left an endowment of £5,000 for the infirmary.

 

In the latter third of the 19th century, Old Middlesbrough was starting to decline and was overshadowed by developments built around the new town hall, south of the original town hall, the town's population reaching 90,000 by the dawn of the 20th century.[9] In 1900, Bolckow, Vaughan & Co had become the largest producer of steel in Great Britain and possibly came to be one of the major steel centres in the world.

 

In 1914, Dorman Long, another major steel producer from Middlesbrough, became the largest company in Britain. It employed a workforce of over 20,000 and by 1929 and gained enough to take over from Bolckow, Vaughan & Co's dominance and to acquire their assets. The steel components of the Sydney Harbour Bridge (1932) were engineered and fabricated by Dorman Long of Middlesbrough. The company was also responsible for the New Tyne Bridge in Newcastle.

 

Several large shipyards also lined the Tees, including the Sir Raylton Dixon & Company, Smith's Dock Company of South Bank and Furness Shipbuilding Company of Haverton Hill.

 

Middlesbrough was the first major British town and industrial target to be bombed during the Second World War. The Luftwaffe first attacked the town on 25 May 1940 when a lone bomber dropped 13 bombs between South Bank Road and the South Steel Plant. One of the bombs fell on the South Bank football ground making a large crater in the pitch. The bomber was forced to leave after RAF night fighters were scrambled to intercept. Two months after the first bombing Prime Minister Winston Churchill visited the town to meet the public and inspect coastal defences.

 

German bombers often flew over the Eston Hills while heading for targets further inland, such as Manchester. On 30 March 1941 a Junkers Ju 88 was shot down by two Spitfires of No. 41 Squadron, piloted by Tony Lovell and Archie Winskill, over Middlesbrough. The aircraft dived into the ground at Barnaby Moor, Eston; the engines and most of the airframe were entirely buried upon impact.

 

On 5 December 1941 a Spitfire of No. 122 Squadron, piloted by Sgt Hutton, crashed into rising ground near Mill Farm, Upsall, on the lower slopes of Eston Hills. Poor visibility due to bad weather and low cloud is believed to have been the cause of the crash.

 

On 15 January 1942, minutes after being hit by gunfire from a merchant ship anchored off Hartlepool, a Dornier Do 217 collided with the cable of a barrage balloon over the River Tees. The blazing bomber plummeted onto the railway sidings in South Bank leaving a crater twelve feet deep. In 1997 the remains of the Dornier were unearthed by a group of workers clearing land for redevelopment; the remains were put on display for a short while at Kirkleatham museum.

 

On 4 August 1942 a lone Dornier Do 217 picked its way through the barrage balloons and dropped a stick of bombs onto the railway station. One bomb caused serious damage to the Victorian glass and steel roof. A train in the station was also badly damaged although there were no passengers aboard. The station was put out action for two weeks.

 

The Green Howards was a British Army infantry regiment very strongly associated with Middlesbrough and the area south of the River Tees. Originally formed at Dunster Castle, Somerset in 1688 to serve King William of Orange, later King William III, this regiment became affiliated to the North Riding of Yorkshire in 1782. As Middlesbrough grew, its population of men came to be a group most targeted by the recruiters. The Green Howards were part of the King's Division. On 6 June 2006, this famous regiment was merged into the new Yorkshire Regiment and are now known as 2 Yorks, The 2nd Battalion The Yorkshire Regiment (Green Howards). There is also a Territorial Army (TA) company at Stockton Road in Middlesbrough, part of 4 Yorks which is wholly reserve.

 

Post Second World War to contemporary era

By the end of the war over 200 buildings had been destroyed within the Middlesbrough area. The borough lost 99 civilians as a result of enemy action.

 

Areas of early and mid-Victorian housing were demolished and much of central Middlesbrough was redeveloped. Heavy industry was relocated to areas of land better suited to the needs of modern technology. Middlesbrough itself began to take on a completely different look.

 

Middlesbrough's 1903 Gaumont cinema, originally an opera house until the 1930s, was demolished in 1971. The Cleveland Centre opened in the same year. In 1974, Middlesbrough and other areas around the Tees, became part of the county of Cleveland. This was to create a county within a single NUTS region of England, with the UK joining the European Union predecessor (European Communities) a year earlier.

 

Middlesbrough's Royal Exchange building was demolished, to make way for the road. A multi-storey the Star and Garter Hotel built in the 1890s near to the exchange on the site of a former Welsh Congregational Church, was also demolished. The Victorian era North Riding Infirmary was demolished in 2006 and replaced by a hotel and supermarket.

 

The Cleveland Centre opened in 1971, Hill Street shopping centre opened in 1981 and Captain Cook Square opened in 1999.

 

Middlesbrough F.C.'s modern Riverside Stadium opened on 26 August 1995 next to Middlesbrough Dock. The club moved from Ayresome Park their previous home in the town for 92 years.

 

With the abolition of Cleveland County in 1996, Middlesbrough again became part of North Yorkshire.

 

The original St.Hilda's area of Middlesbrough, after decades of decline and clearance, was given a new name of Middlehaven in 1986 on investment proposals to build on the land. Middlehaven has since had new buildings built there including Middlesbrough College and Middlesbrough FC's Riverside Stadium amongst others. Also situated at Middlehaven is the "Boho" zone, offering office space to the area's business and to attract new companies, and also "Bohouse", housing. Some of the street names from the original grid-iron street plan of the town still exist in the area today.

 

The expansion of Middlesbrough southwards, eastwards and westwards continued throughout the 20th century absorbing villages such as Linthorpe, Acklam, Ormesby, Marton and Nunthorpe[9] and continues to the present day.

La ligne de La Rochelle à Rochefort, d'une longueur de 29 km, longe la côte dans sa plus grande partie et permet de voir les îles du pertuis d'Antioche. Elle fut ouverte à l'exploitation le 29 décembre 1873.

Le château de Suscinio, construit à la fin du Moyen Âge (au xiiie et dans la seconde moitié du xive siècle1), résidence des ducs de Bretagne, est situé au bord de Mor braz (océan Atlantique) dans la commune de Sarzeau (Morbihan).

 

Le château est classé monument historique en 1840, alors qu'il était en ruines

Conçu comme le centre de la gestion d'un domaine agricole, entre une forêt giboyeuse et le bord de mer, le château sera fortifié progressivement.

 

Le premier logis, un manoir pour la chasse, est bâti pour le duc de Bretagne Pierre de Dreux, en 1218.

En 1229, son fils, Jean Ier le Roux poursuit la construction du château, et fait clôturer une bonne partie de la forêt de Rhuys qui deviendra des parcs de chasse. L'extension du domaine et du château entraînera petit à petit la disparition du Prieuré de Saint-Pabu et la fondation de l'Abbaye de Prières, situé non loin de là à titre de pénitence.

Le château est agrandi à la fin du xive siècle. Les ducs Jean IV et Jean V entreprennent des travaux de consolidation et la construction d'une nouvelle tour. Au xve siècle une casemate est aménagée pour abriter des pièces d'artillerie. Ensuite le château est progressivement abandonné puis devient propriété de la couronne de France sous François Ier (1515-1547) qui le donnera un temps à l'une de ses maîtresses.

La fontaine dite de la Duchesse, près du village de Folperdrix (au nord de Suscinio), alimentait en eau le château, par des conduits souterrains.

En 1798, le château — déjà très dégradé — est vendu pour cinq mille francs comme bien national à un marchand qui l'exploite comme carrière de pierres à bâtir.

Acheté en 1852 par le vicomte Jules de Francheville, sa famille fait tout son possible pour sauver l'existant jusqu'au rachat en 1965 par le conseil général du Morbihan qui entreprend sa restauration.

En 1975, on découvre à proximité, la chapelle du prieuré, incendiée en 1370, qui possède un pavement remarquable, d'environ 300 m2. Celui-ci est étudié, restauré et exposé dans une salle du château.

Au début du xxie siècle, le château de Suscinio a retrouvé sa forme de forteresse médiévale intacte, même si les travaux continuent. En 2014, il faisait encore l'objet de fouilles archéologiques.

Ganesha, also spelled Ganesh, and also known as Ganapati and Vinayaka, is a widely worshipped deity in the Hindu pantheon. His image is found throughout India and Nepal. Hindu sects worship him regardless of affiliations. Devotion to Ganesha is widely diffused and extends to Jains, Buddhists, and beyond India.

 

Although he is known by many attributes, Ganesha's elephant head makes him easy to identify. Ganesha is widely revered as the remover of obstacles, the patron of arts and sciences and the deva of intellect and wisdom. As the god of beginnings, he is honoured at the start of rituals and ceremonies. Ganesha is also invoked as patron of letters and learning during writing sessions. Several texts relate mythological anecdotes associated with his birth and exploits and explain his distinct iconography.

 

Ganesha emerged as a distinct deity in the 4th and 5th centuries CE, during the Gupta Period, although he inherited traits from Vedic and pre-Vedic precursors. He was formally included among the five primary deities of Smartism (a Hindu denomination) in the 9th century. A sect of devotees called the Ganapatya arose, who identified Ganesha as the supreme deity. The principal scriptures dedicated to Ganesha are the Ganesha Purana, the Mudgala Purana, and the Ganapati Atharvashirsa.

 

ETYMOLOGY AND OTHER NAMES

Ganesha has been ascribed many other titles and epithets, including Ganapati and Vighneshvara. The Hindu title of respect Shri is often added before his name. One popular way Ganesha is worshipped is by chanting a Ganesha Sahasranama, a litany of "a thousand names of Ganesha". Each name in the sahasranama conveys a different meaning and symbolises a different aspect of Ganesha. At least two different versions of the Ganesha Sahasranama exist; one version is drawn from the Ganesha Purana, a Hindu scripture venerating Ganesha.

 

The name Ganesha is a Sanskrit compound, joining the words gana, meaning a group, multitude, or categorical system and isha, meaning lord or master. The word gaņa when associated with Ganesha is often taken to refer to the gaņas, a troop of semi-divine beings that form part of the retinue of Shiva. The term more generally means a category, class, community, association, or corporation. Some commentators interpret the name "Lord of the Gaņas" to mean "Lord of Hosts" or "Lord of created categories", such as the elements. Ganapati, a synonym for Ganesha, is a compound composed of gaṇa, meaning "group", and pati, meaning "ruler" or "lord". The Amarakosha, an early Sanskrit lexicon, lists eight synonyms of Ganesha : Vinayaka, Vighnarāja (equivalent to Vighnesha), Dvaimātura (one who has two mothers), Gaṇādhipa (equivalent to Ganapati and Ganesha), Ekadanta (one who has one tusk), Heramba, Lambodara (one who has a pot belly, or, literally, one who has a hanging belly), and Gajanana; having the face of an elephant).

 

Vinayaka is a common name for Ganesha that appears in the Purāṇas and in Buddhist Tantras. This name is reflected in the naming of the eight famous Ganesha temples in Maharashtra known as the Ashtavinayak (aṣṭavināyaka). The names Vighnesha and Vighneshvara (Lord of Obstacles) refers to his primary function in Hindu theology as the master and remover of obstacles (vighna).

 

A prominent name for Ganesha in the Tamil language is Pillai. A. K. Narain differentiates these terms by saying that pillai means a "child" while pillaiyar means a "noble child". He adds that the words pallu, pella, and pell in the Dravidian family of languages signify "tooth or tusk", also "elephant tooth or tusk". Anita Raina Thapan notes that the root word pille in the name Pillaiyar might have originally meant "the young of the elephant", because the Pali word pillaka means "a young elephant".

 

In the Burmese language, Ganesha is known as Maha Peinne, derived from Pali Mahā Wināyaka. The widespread name of Ganesha in Thailand is Phra Phikhanet or Phra Phikhanesuan, both of which are derived from Vara Vighnesha and Vara Vighneshvara respectively, whereas the name Khanet (from Ganesha) is rather rare.

 

In Sri Lanka, in the North-Central and North Western areas with predominantly Buddhist population, Ganesha is known as Aiyanayaka Deviyo, while in other Singhala Buddhist areas he is known as Gana deviyo.

 

ICONOGRAPHY

Ganesha is a popular figure in Indian art. Unlike those of some deities, representations of Ganesha show wide variations and distinct patterns changing over time. He may be portrayed standing, dancing, heroically taking action against demons, playing with his family as a boy, sitting down or on an elevated seat, or engaging in a range of contemporary situations.

 

Ganesha images were prevalent in many parts of India by the 6th century. The 13th century statue pictured is typical of Ganesha statuary from 900–1200, after Ganesha had been well-established as an independent deity with his own sect. This example features some of Ganesha's common iconographic elements. A virtually identical statue has been dated between 973–1200 by Paul Martin-Dubost, and another similar statue is dated c. 12th century by Pratapaditya Pal. Ganesha has the head of an elephant and a big belly. This statue has four arms, which is common in depictions of Ganesha. He holds his own broken tusk in his lower-right hand and holds a delicacy, which he samples with his trunk, in his lower-left hand. The motif of Ganesha turning his trunk sharply to his left to taste a sweet in his lower-left hand is a particularly archaic feature. A more primitive statue in one of the Ellora Caves with this general form has been dated to the 7th century. Details of the other hands are difficult to make out on the statue shown. In the standard configuration, Ganesha typically holds an axe or a goad in one upper arm and a pasha (noose) in the other upper arm.

 

The influence of this old constellation of iconographic elements can still be seen in contemporary representations of Ganesha. In one modern form, the only variation from these old elements is that the lower-right hand does not hold the broken tusk but is turned towards the viewer in a gesture of protection or fearlessness (abhaya mudra). The same combination of four arms and attributes occurs in statues of Ganesha dancing, which is a very popular theme.

 

COMMON ATTRIBUTES

Ganesha has been represented with the head of an elephant since the early stages of his appearance in Indian art. Puranic myths provide many explanations for how he got his elephant head. One of his popular forms, Heramba-Ganapati, has five elephant heads, and other less-common variations in the number of heads are known. While some texts say that Ganesha was born with an elephant head, he acquires the head later in most stories. The most recurrent motif in these stories is that Ganesha was created by Parvati using clay to protect her and Shiva beheaded him when Ganesha came between Shiva and Parvati. Shiva then replaced Ganesha's original head with that of an elephant. Details of the battle and where the replacement head came from vary from source to source. Another story says that Ganesha was created directly by Shiva's laughter. Because Shiva considered Ganesha too alluring, he gave him the head of an elephant and a protruding belly.

 

Ganesha's earliest name was Ekadanta (One Tusked), referring to his single whole tusk, the other being broken. Some of the earliest images of Ganesha show him holding his broken tusk. The importance of this distinctive feature is reflected in the Mudgala Purana, which states that the name of Ganesha's second incarnation is Ekadanta. Ganesha's protruding belly appears as a distinctive attribute in his earliest statuary, which dates to the Gupta period (4th to 6th centuries). This feature is so important that, according to the Mudgala Purana, two different incarnations of Ganesha use names based on it: Lambodara (Pot Belly, or, literally, Hanging Belly) and Mahodara (Great Belly). Both names are Sanskrit compounds describing his belly. The Brahmanda Purana says that Ganesha has the name Lambodara because all the universes (i.e., cosmic eggs) of the past, present, and future are present in him. The number of Ganesha's arms varies; his best-known forms have between two and sixteen arms. Many depictions of Ganesha feature four arms, which is mentioned in Puranic sources and codified as a standard form in some iconographic texts. His earliest images had two arms. Forms with 14 and 20 arms appeared in Central India during the 9th and the 10th centuries. The serpent is a common feature in Ganesha iconography and appears in many forms. According to the Ganesha Purana, Ganesha wrapped the serpent Vasuki around his neck. Other depictions of snakes include use as a sacred thread wrapped around the stomach as a belt, held in a hand, coiled at the ankles, or as a throne. Upon Ganesha's forehead may be a third eye or the Shaivite sectarian mark , which consists of three horizontal lines. The Ganesha Purana prescribes a tilaka mark as well as a crescent moon on the forehead. A distinct form of Ganesha called Bhalachandra includes that iconographic element. Ganesha is often described as red in color. Specific colors are associated with certain forms. Many examples of color associations with specific meditation forms are prescribed in the Sritattvanidhi, a treatise on Hindu iconography. For example, white is associated with his representations as Heramba-Ganapati and Rina-Mochana-Ganapati (Ganapati Who Releases from Bondage). Ekadanta-Ganapati is visualized as blue during meditation in that form.

 

VAHANAS

The earliest Ganesha images are without a vahana (mount/vehicle). Of the eight incarnations of Ganesha described in the Mudgala Purana, Ganesha uses a mouse (shrew) in five of them, a lion in his incarnation as Vakratunda, a peacock in his incarnation as Vikata, and Shesha, the divine serpent, in his incarnation as Vighnaraja. Mohotkata uses a lion, Mayūreśvara uses a peacock, Dhumraketu uses a horse, and Gajanana uses a mouse, in the four incarnations of Ganesha listed in the Ganesha Purana. Jain depictions of Ganesha show his vahana variously as a mouse, elephant, tortoise, ram, or peacock.

 

Ganesha is often shown riding on or attended by a mouse, shrew or rat. Martin-Dubost says that the rat began to appear as the principal vehicle in sculptures of Ganesha in central and western India during the 7th century; the rat was always placed close to his feet. The mouse as a mount first appears in written sources in the Matsya Purana and later in the Brahmananda Purana and Ganesha Purana, where Ganesha uses it as his vehicle in his last incarnation. The Ganapati Atharvashirsa includes a meditation verse on Ganesha that describes the mouse appearing on his flag. The names Mūṣakavāhana (mouse-mount) and Ākhuketana (rat-banner) appear in the Ganesha Sahasranama.

 

The mouse is interpreted in several ways. According to Grimes, "Many, if not most of those who interpret Gaṇapati's mouse, do so negatively; it symbolizes tamoguṇa as well as desire". Along these lines, Michael Wilcockson says it symbolizes those who wish to overcome desires and be less selfish. Krishan notes that the rat is destructive and a menace to crops. The Sanskrit word mūṣaka (mouse) is derived from the root mūṣ (stealing, robbing). It was essential to subdue the rat as a destructive pest, a type of vighna (impediment) that needed to be overcome. According to this theory, showing Ganesha as master of the rat demonstrates his function as Vigneshvara (Lord of Obstacles) and gives evidence of his possible role as a folk grāma-devatā (village deity) who later rose to greater prominence. Martin-Dubost notes a view that the rat is a symbol suggesting that Ganesha, like the rat, penetrates even the most secret places.

 

ASSOCIATIONS

 

OBSTACLES

Ganesha is Vighneshvara or Vighnaraja or Vighnaharta (Marathi), the Lord of Obstacles, both of a material and spiritual order. He is popularly worshipped as a remover of obstacles, though traditionally he also places obstacles in the path of those who need to be checked. Paul Courtright says that "his task in the divine scheme of things, his dharma, is to place and remove obstacles. It is his particular territory, the reason for his creation."

 

Krishan notes that some of Ganesha's names reflect shadings of multiple roles that have evolved over time. Dhavalikar ascribes the quick ascension of Ganesha in the Hindu pantheon, and the emergence of the Ganapatyas, to this shift in emphasis from vighnakartā (obstacle-creator) to vighnahartā (obstacle-averter). However, both functions continue to be vital to his character.

 

BUDDHI (KNOWLEDGE)

Ganesha is considered to be the Lord of letters and learning. In Sanskrit, the word buddhi is a feminine noun that is variously translated as intelligence, wisdom, or intellect. The concept of buddhi is closely associated with the personality of Ganesha, especially in the Puranic period, when many stories stress his cleverness and love of intelligence. One of Ganesha's names in the Ganesha Purana and the Ganesha Sahasranama is Buddhipriya. This name also appears in a list of 21 names at the end of the Ganesha Sahasranama that Ganesha says are especially important. The word priya can mean "fond of", and in a marital context it can mean "lover" or "husband", so the name may mean either "Fond of Intelligence" or "Buddhi's Husband".

 

AUM

Ganesha is identified with the Hindu mantra Aum, also spelled Om. The term oṃkārasvarūpa (Aum is his form), when identified with Ganesha, refers to the notion that he personifies the primal sound. The Ganapati Atharvashirsa attests to this association. Chinmayananda translates the relevant passage as follows:

 

(O Lord Ganapati!) You are (the Trinity) Brahma, Vishnu, and Mahesa. You are Indra. You are fire [Agni] and air [Vāyu]. You are the sun [Sūrya] and the moon [Chandrama]. You are Brahman. You are (the three worlds) Bhuloka [earth], Antariksha-loka [space], and Swargaloka [heaven]. You are Om. (That is to say, You are all this).

 

Some devotees see similarities between the shape of Ganesha's body in iconography and the shape of Aum in the Devanāgarī and Tamil scripts.

 

FIRST CHAKRA

According to Kundalini yoga, Ganesha resides in the first chakra, called Muladhara (mūlādhāra). Mula means "original, main"; adhara means "base, foundation". The muladhara chakra is the principle on which the manifestation or outward expansion of primordial Divine Force rests. This association is also attested to in the Ganapati Atharvashirsa. Courtright translates this passage as follows: "[O Ganesha,] You continually dwell in the sacral plexus at the base of the spine [mūlādhāra cakra]." Thus, Ganesha has a permanent abode in every being at the Muladhara. Ganesha holds, supports and guides all other chakras, thereby "governing the forces that propel the wheel of life".

 

FAMILY AND CONSORTS

Though Ganesha is popularly held to be the son of Shiva and Parvati, the Puranic myths give different versions about his birth. In some he was created by Parvati, in another he was created by Shiva and Parvati, in another he appeared mysteriously and was discovered by Shiva and Parvati or he was born from the elephant headed goddess Malini after she drank Parvati's bath water that had been thrown in the river.

 

The family includes his brother the war god Kartikeya, who is also called Subramanya, Skanda, Murugan and other names. Regional differences dictate the order of their births. In northern India, Skanda is generally said to be the elder, while in the south, Ganesha is considered the first born. In northern India, Skanda was an important martial deity from about 500 BCE to about 600 CE, when worship of him declined significantly in northern India. As Skanda fell, Ganesha rose. Several stories tell of sibling rivalry between the brothers and may reflect sectarian tensions.

 

Ganesha's marital status, the subject of considerable scholarly review, varies widely in mythological stories. One pattern of myths identifies Ganesha as an unmarried brahmacari. This view is common in southern India and parts of northern India. Another pattern associates him with the concepts of Buddhi (intellect), Siddhi (spiritual power), and Riddhi (prosperity); these qualities are sometimes personified as goddesses, said to be Ganesha's wives. He also may be shown with a single consort or a nameless servant (Sanskrit: daşi). Another pattern connects Ganesha with the goddess of culture and the arts, Sarasvati or Śarda (particularly in Maharashtra). He is also associated with the goddess of luck and prosperity, Lakshmi. Another pattern, mainly prevalent in the Bengal region, links Ganesha with the banana tree, Kala Bo.

 

The Shiva Purana says that Ganesha had begotten two sons: Kşema (prosperity) and Lābha (profit). In northern Indian variants of this story, the sons are often said to be Śubha (auspiciouness) and Lābha. The 1975 Hindi film Jai Santoshi Maa shows Ganesha married to Riddhi and Siddhi and having a daughter named Santoshi Ma, the goddess of satisfaction. This story has no Puranic basis, but Anita Raina Thapan and Lawrence Cohen cite Santoshi Ma's cult as evidence of Ganesha's continuing evolution as a popular deity.

 

WOSHIP AND FESTIVALS

Ganesha is worshipped on many religious and secular occasions; especially at the beginning of ventures such as buying a vehicle or starting a business. K.N. Somayaji says, "there can hardly be a [Hindu] home [in India] which does not house an idol of Ganapati. [..] Ganapati, being the most popular deity in India, is worshipped by almost all castes and in all parts of the country". Devotees believe that if Ganesha is propitiated, he grants success, prosperity and protection against adversity.

 

Ganesha is a non-sectarian deity, and Hindus of all denominations invoke him at the beginning of prayers, important undertakings, and religious ceremonies. Dancers and musicians, particularly in southern India, begin performances of arts such as the Bharatnatyam dance with a prayer to Ganesha. Mantras such as Om Shri Gaṇeshāya Namah (Om, salutation to the Illustrious Ganesha) are often used. One of the most famous mantras associated with Ganesha is Om Gaṃ Ganapataye Namah (Om, Gaṃ, Salutation to the Lord of Hosts).

 

Devotees offer Ganesha sweets such as modaka and small sweet balls (laddus). He is often shown carrying a bowl of sweets, called a modakapātra. Because of his identification with the color red, he is often worshipped with red sandalwood paste (raktacandana) or red flowers. Dūrvā grass (Cynodon dactylon) and other materials are also used in his worship.

 

Festivals associated with Ganesh are Ganesh Chaturthi or Vināyaka chaturthī in the śuklapakṣa (the fourth day of the waxing moon) in the month of bhādrapada (August/September) and the Gaṇeśa jayanti (Gaṇeśa's birthday) celebrated on the cathurthī of the śuklapakṣa (fourth day of the waxing moon) in the month of māgha (January/February)."

 

GANESH CHATURTI

An annual festival honours Ganesha for ten days, starting on Ganesha Chaturthi, which typically falls in late August or early September. The festival begins with people bringing in clay idols of Ganesha, symbolising Ganesha's visit. The festival culminates on the day of Ananta Chaturdashi, when idols (murtis) of Ganesha are immersed in the most convenient body of water. Some families have a tradition of immersion on the 2nd, 3rd, 5th, or 7th day. In 1893, Lokmanya Tilak transformed this annual Ganesha festival from private family celebrations into a grand public event. He did so "to bridge the gap between the Brahmins and the non-Brahmins and find an appropriate context in which to build a new grassroots unity between them" in his nationalistic strivings against the British in Maharashtra. Because of Ganesha's wide appeal as "the god for Everyman", Tilak chose him as a rallying point for Indian protest against British rule. Tilak was the first to install large public images of Ganesha in pavilions, and he established the practice of submerging all the public images on the tenth day. Today, Hindus across India celebrate the Ganapati festival with great fervour, though it is most popular in the state of Maharashtra. The festival also assumes huge proportions in Mumbai, Pune, and in the surrounding belt of Ashtavinayaka temples.

 

TEMPLES

In Hindu temples, Ganesha is depicted in various ways: as an acolyte or subordinate deity (pãrśva-devatã); as a deity related to the principal deity (parivāra-devatã); or as the principal deity of the temple (pradhāna), treated similarly as the highest gods of the Hindu pantheon. As the god of transitions, he is placed at the doorway of many Hindu temples to keep out the unworthy, which is analogous to his role as Parvati’s doorkeeper. In addition, several shrines are dedicated to Ganesha himself, of which the Ashtavinayak (lit. "eight Ganesha (shrines)") in Maharashtra are particularly well known. Located within a 100-kilometer radius of the city of Pune, each of these eight shrines celebrates a particular form of Ganapati, complete with its own lore and legend. The eight shrines are: Morgaon, Siddhatek, Pali, Mahad, Theur, Lenyadri, Ozar and Ranjangaon.

 

There are many other important Ganesha temples at the following locations: Wai in Maharashtra; Ujjain in Madhya Pradesh; Jodhpur, Nagaur and Raipur (Pali) in Rajasthan; Baidyanath in Bihar; Baroda, Dholaka, and Valsad in Gujarat and Dhundiraj Temple in Varanasi, Uttar Pradesh. Prominent Ganesha temples in southern India include the following: Kanipakam in Chittoor; the Jambukeśvara Temple at Tiruchirapalli; at Rameshvaram and Suchindram in Tamil Nadu; at Malliyur, Kottarakara, Pazhavangadi, Kasargod in Kerala, Hampi, and Idagunji in Karnataka; and Bhadrachalam in Andhra Pradesh.

 

T. A. Gopinatha notes, "Every village however small has its own image of Vighneśvara (Vigneshvara) with or without a temple to house it in. At entrances of villages and forts, below pīpaḹa (Sacred fig) trees [...], in a niche [...] in temples of Viṣṇu (Vishnu) as well as Śiva (Shiva) and also in separate shrines specially constructed in Śiva temples [...]; the figure of Vighneśvara is invariably seen." Ganesha temples have also been built outside of India, including southeast Asia, Nepal (including the four Vinayaka shrines in the Kathmandu valley), and in several western countries.

 

RISE TO PROMINENCE

 

FIRST APEARANCE

Ganesha appeared in his classic form as a clearly recognizable deity with well-defined iconographic attributes in the early 4th to 5th centuries. Shanti Lal Nagar says that the earliest known iconic image of Ganesha is in the niche of the Shiva temple at Bhumra, which has been dated to the Gupta period. His independent cult appeared by about the 10th century. Narain summarizes the controversy between devotees and academics regarding the development of Ganesha as follows:

 

What is inscrutable is the somewhat dramatic appearance of Gaņeśa on the historical scene. His antecedents are not clear. His wide acceptance and popularity, which transcend sectarian and territorial limits, are indeed amazing. On the one hand there is the pious belief of the orthodox devotees in Gaņeśa's Vedic origins and in the Purāṇic explanations contained in the confusing, but nonetheless interesting, mythology. On the other hand there are doubts about the existence of the idea and the icon of this deity" before the fourth to fifth century A.D. ... [I]n my opinion, indeed there is no convincing evidence of the existence of this divinity prior to the fifth century.

 

POSSIBLE INFLUENCES

Courtright reviews various speculative theories about the early history of Ganesha, including supposed tribal traditions and animal cults, and dismisses all of them in this way:

 

In the post 600 BC period there is evidence of people and places named after the animal. The motif appears on coins and sculptures.

 

Thapan's book on the development of Ganesha devotes a chapter to speculations about the role elephants had in early India but concludes that, "although by the second century CE the elephant-headed yakṣa form exists it cannot be presumed to represent Gaṇapati-Vināyaka. There is no evidence of a deity by this name having an elephant or elephant-headed form at this early stage. Gaṇapati-Vināyaka had yet to make his debut."

 

One theory of the origin of Ganesha is that he gradually came to prominence in connection with the four Vinayakas (Vināyakas). In Hindu mythology, the Vināyakas were a group of four troublesome demons who created obstacles and difficulties but who were easily propitiated. The name Vināyaka is a common name for Ganesha both in the Purāṇas and in Buddhist Tantras. Krishan is one of the academics who accepts this view, stating flatly of Ganesha, "He is a non-vedic god. His origin is to be traced to the four Vināyakas, evil spirits, of the Mānavagŗhyasūtra (7th–4th century BCE) who cause various types of evil and suffering". Depictions of elephant-headed human figures, which some identify with Ganesha, appear in Indian art and coinage as early as the 2nd century. According to Ellawala, the elephant-headed Ganesha as lord of the Ganas was known to the people of Sri Lanka in the early pre-Christian era.

 

A metal plate depiction of Ganesha had been discovered in 1993, in Iran, it dated back to 1,200 BCE. Another one was discovered much before, in Lorestan Province of Iran.

 

First Ganesha's terracotta images are from 1st century CE found in Ter, Pal, Verrapuram and Chandraketugarh. These figures are small, with elephant head, two arms, and chubby physique. The earliest Ganesha icons in stone were carved in Mathura during Kushan times (2nd-3rd centuries CE).

 

VEDIC AND EPIC LITERATURE

The title "Leader of the group" (Sanskrit: gaṇapati) occurs twice in the Rig Veda, but in neither case does it refer to the modern Ganesha. The term appears in RV 2.23.1 as a title for Brahmanaspati, according to commentators. While this verse doubtless refers to Brahmanaspati, it was later adopted for worship of Ganesha and is still used today. In rejecting any claim that this passage is evidence of Ganesha in the Rig Veda, Ludo Rocher says that it "clearly refers to Bṛhaspati—who is the deity of the hymn—and Bṛhaspati only". Equally clearly, the second passage (RV 10.112.9) refers to Indra, who is given the epithet 'gaṇapati', translated "Lord of the companies (of the Maruts)." However, Rocher notes that the more recent Ganapatya literature often quotes the Rigvedic verses to give Vedic respectability to Ganesha .

 

Two verses in texts belonging to Black Yajurveda, Maitrāyaṇīya Saṃhitā (2.9.1) and Taittirīya Āraṇyaka (10.1), appeal to a deity as "the tusked one" (Dantiḥ), "elephant-faced" (Hastimukha), and "with a curved trunk" (Vakratuņḍa). These names are suggestive of Ganesha, and the 14th century commentator Sayana explicitly establishes this identification. The description of Dantin, possessing a twisted trunk (vakratuṇḍa) and holding a corn-sheaf, a sugar cane, and a club, is so characteristic of the Puranic Ganapati that Heras says "we cannot resist to accept his full identification with this Vedic Dantin". However, Krishan considers these hymns to be post-Vedic additions. Thapan reports that these passages are "generally considered to have been interpolated". Dhavalikar says, "the references to the elephant-headed deity in the Maitrāyaṇī Saṃhitā have been proven to be very late interpolations, and thus are not very helpful for determining the early formation of the deity".

 

Ganesha does not appear in Indian epic literature that is dated to the Vedic period. A late interpolation to the epic poem Mahabharata says that the sage Vyasa (Vyāsa) asked Ganesha to serve as his scribe to transcribe the poem as he dictated it to him. Ganesha agreed but only on condition that Vyasa recite the poem uninterrupted, that is, without pausing. The sage agreed, but found that to get any rest he needed to recite very complex passages so Ganesha would have to ask for clarifications. The story is not accepted as part of the original text by the editors of the critical edition of the Mahabharata, in which the twenty-line story is relegated to a footnote in an appendix. The story of Ganesha acting as the scribe occurs in 37 of the 59 manuscripts consulted during preparation of the critical edition. Ganesha's association with mental agility and learning is one reason he is shown as scribe for Vyāsa's dictation of the Mahabharata in this interpolation. Richard L. Brown dates the story to the 8th century, and Moriz Winternitz concludes that it was known as early as c. 900, but it was not added to the Mahabharata some 150 years later. Winternitz also notes that a distinctive feature in South Indian manuscripts of the Mahabharata is their omission of this Ganesha legend. The term vināyaka is found in some recensions of the Śāntiparva and Anuśāsanaparva that are regarded as interpolations. A reference to Vighnakartṛīṇām ("Creator of Obstacles") in Vanaparva is also believed to be an interpolation and does not appear in the critical edition.

 

PURANIC PERIOD

Stories about Ganesha often occur in the Puranic corpus. Brown notes while the Puranas "defy precise chronological ordering", the more detailed narratives of Ganesha's life are in the late texts, c. 600–1300. Yuvraj Krishan says that the Puranic myths about the birth of Ganesha and how he acquired an elephant's head are in the later Puranas, which were composed from c. 600 onwards. He elaborates on the matter to say that references to Ganesha in the earlier Puranas, such as the Vayu and Brahmanda Puranas, are later interpolations made during the 7th to 10th centuries.

 

In his survey of Ganesha's rise to prominence in Sanskrit literature, Ludo Rocher notes that:

 

Above all, one cannot help being struck by the fact that the numerous stories surrounding Gaṇeśa concentrate on an unexpectedly limited number of incidents. These incidents are mainly three: his birth and parenthood, his elephant head, and his single tusk. Other incidents are touched on in the texts, but to a far lesser extent.

 

Ganesha's rise to prominence was codified in the 9th century, when he was formally included as one of the five primary deities of Smartism. The 9th-century philosopher Adi Shankara popularized the "worship of the five forms" (Panchayatana puja) system among orthodox Brahmins of the Smarta tradition. This worship practice invokes the five deities Ganesha, Vishnu, Shiva, Devi, and Surya. Adi Shankara instituted the tradition primarily to unite the principal deities of these five major sects on an equal status. This formalized the role of Ganesha as a complementary deity.

 

SCRIPTURES

Once Ganesha was accepted as one of the five principal deities of Brahmanism, some Brahmins (brāhmaṇas) chose to worship Ganesha as their principal deity. They developed the Ganapatya tradition, as seen in the Ganesha Purana and the Mudgala Purana.

 

The date of composition for the Ganesha Purana and the Mudgala Purana - and their dating relative to one another - has sparked academic debate. Both works were developed over time and contain age-layered strata. Anita Thapan reviews comments about dating and provides her own judgement. "It seems likely that the core of the Ganesha Purana appeared around the twelfth and thirteenth centuries", she says, "but was later interpolated." Lawrence W. Preston considers the most reasonable date for the Ganesha Purana to be between 1100 and 1400, which coincides with the apparent age of the sacred sites mentioned by the text.

 

R.C. Hazra suggests that the Mudgala Purana is older than the Ganesha Purana, which he dates between 1100 and 1400. However, Phyllis Granoff finds problems with this relative dating and concludes that the Mudgala Purana was the last of the philosophical texts concerned with Ganesha. She bases her reasoning on the fact that, among other internal evidence, the Mudgala Purana specifically mentions the Ganesha Purana as one of the four Puranas (the Brahma, the Brahmanda, the Ganesha, and the Mudgala Puranas) which deal at length with Ganesha. While the kernel of the text must be old, it was interpolated until the 17th and 18th centuries as the worship of Ganapati became more important in certain regions. Another highly regarded scripture, the Ganapati Atharvashirsa, was probably composed during the 16th or 17th centuries.

 

BEYOND INDIA AND HINDUISM

Commercial and cultural contacts extended India's influence in western and southeast Asia. Ganesha is one of a number of Hindu deities who reached foreign lands as a result.

 

Ganesha was particularly worshipped by traders and merchants, who went out of India for commercial ventures. From approximately the 10th century onwards, new networks of exchange developed including the formation of trade guilds and a resurgence of money circulation. During this time, Ganesha became the principal deity associated with traders. The earliest inscription invoking Ganesha before any other deity is associated with the merchant community.

 

Hindus migrated to Maritime Southeast Asia and took their culture, including Ganesha, with them. Statues of Ganesha are found throughout the region, often beside Shiva sanctuaries. The forms of Ganesha found in Hindu art of Java, Bali, and Borneo show specific regional influences. The spread of Hindu culture to southeast Asia established Ganesha in modified forms in Burma, Cambodia, and Thailand. In Indochina, Hinduism and Buddhism were practiced side by side, and mutual influences can be seen in the iconography of Ganesha in the region. In Thailand, Cambodia, and among the Hindu classes of the Chams in Vietnam, Ganesha was mainly thought of as a remover of obstacles. Today in Buddhist Thailand, Ganesha is regarded as a remover of obstacles, the god of success.

 

Before the arrival of Islam, Afghanistan had close cultural ties with India, and the adoration of both Hindu and Buddhist deities was practiced. Examples of sculptures from the 5th to the 7th centuries have survived, suggesting that the worship of Ganesha was then in vogue in the region.

 

Ganesha appears in Mahayana Buddhism, not only in the form of the Buddhist god Vināyaka, but also as a Hindu demon form with the same name. His image appears in Buddhist sculptures during the late Gupta period. As the Buddhist god Vināyaka, he is often shown dancing. This form, called Nṛtta Ganapati, was popular in northern India, later adopted in Nepal, and then in Tibet. In Nepal, the Hindu form of Ganesha, known as Heramba, is popular; he has five heads and rides a lion. Tibetan representations of Ganesha show ambivalent views of him. A Tibetan rendering of Ganapati is tshogs bdag. In one Tibetan form, he is shown being trodden under foot by Mahākāla, (Shiva) a popular Tibetan deity. Other depictions show him as the Destroyer of Obstacles, and sometimes dancing. Ganesha appears in China and Japan in forms that show distinct regional character. In northern China, the earliest known stone statue of Ganesha carries an inscription dated to 531. In Japan, where Ganesha is known as Kangiten, the Ganesha cult was first mentioned in 806.

 

The canonical literature of Jainism does not mention the worship of Ganesha. However, Ganesha is worshipped by most Jains, for whom he appears to have taken over certain functions of Kubera. Jain connections with the trading community support the idea that Jainism took up Ganesha worship as a result of commercial connections. The earliest known Jain Ganesha statue dates to about the 9th century. A 15th-century Jain text lists procedures for the installation of Ganapati images. Images of Ganesha appear in the Jain temples of Rajasthan and Gujarat.

 

WIKIPEDIA

Woodpeckers are part of the bird family Picidae, which also includes the piculets, wrynecks and sapsuckers. Members of this family are found worldwide, except for Australia, New Guinea, New Zealand, Madagascar and the extreme polar regions. Most species live in forests or woodland habitats, although a few species are known that live in treeless areas, such as rocky hillsides and deserts, and the Gila woodpecker specialises in exploiting cacti.

 

Members of this family are chiefly known for their characteristic behaviour. They mostly forage for insect prey on the trunks and branches of trees, and often communicate by drumming with their beaks, producing a reverberatory sound that can be heard at some distance. Some species vary their diet with fruits, birds' eggs, small animals, tree sap, human scraps, and carrion. They usually nest and roost in holes that they excavate in tree trunks, and their abandoned holes are of importance to other cavity-nesting birds. They sometimes come into conflict with humans when they make holes in buildings or feed on fruit crops, but perform a useful service by their removal of insect pests on trees.

 

The Picidae are one of nine living families in the order Piciformes, the others being barbets (comprising three families), toucans, toucan-barbets, and honeyguides, which (along with woodpeckers) comprise the clade Pici, and the jacamars and puffbirds in the clade Galbuli. DNA sequencing has confirmed the sister relationships of these two groups. The family Picidae includes about 240 species arranged in 35 genera. Almost 20 species are threatened with extinction due to loss of habitat or habitat fragmentation, with one, the Bermuda flicker, being extinct and a further two possibly being so.

 

General characteristics

Woodpeckers include the tiny piculets, the smallest of which appears to be the bar-breasted piculet at 7.5 cm (3.0 in) in length and a weight of 8.9 g (0.31 oz). Some of the largest woodpeckers can be more than 50 cm (20 in) in length. The largest surviving species is the great slaty woodpecker, which weighs 430 g (15 oz) on average and up to 563 g (19.9 oz), and measures 45 to 55 cm (18 to 22 in), but the extinct imperial woodpecker, at 55 to 61 cm (22 to 24 in), and ivory-billed woodpecker, around 48 to 53 cm (19 to 21 in) and 516 g (18.2 oz), were probably both larger.

 

The plumage of woodpeckers varies from drab to conspicuous. The colours of many species are based on olive and brown and some are pied, suggesting a need for camouflage; others are boldly patterned in black, white, and red, and many have a crest or tufted feathers on their crowns. Woodpeckers tend to be sexually dimorphic, but differences between the sexes are generally small; exceptions to this are Williamson's sapsucker and the orange-backed woodpecker, which differ markedly. The plumage is moulted fully once a year apart from the wrynecks, which have an additional partial moult before breeding.

 

Woodpeckers, piculets, and wrynecks all possess characteristic zygodactyl feet, consisting of four toes, the first (hallux) and the fourth facing backward and the second and third facing forward. This foot arrangement is good for grasping the limbs and trunks of trees. Members of this family can walk vertically up tree trunks, which is beneficial for activities such as foraging for food or nest excavation. In addition to their strong claws and feet, woodpeckers have short, strong legs. This is typical of birds that regularly forage on trunks. Exceptions are the black-backed woodpecker and the American and Eurasian three-toed woodpeckers, which have only three toes on each foot. The tails of all woodpeckers, except the piculets and wrynecks, are stiffened, and when the bird perches on a vertical surface, the tail and feet work together to support it.

 

Woodpeckers have strong bills that they use for drilling and drumming on trees, and long, sticky tongues for extracting food (insects and larvae). Woodpecker bills are typically longer, sharper, and stronger than the bills of piculets and wrynecks, but their morphology is very similar. The bill's chisel-like tip is kept sharp by the pecking action in birds that regularly use it on wood. The beak consists of three layers; an outer sheath called rhamphotheca, made of scales formed from keratin proteins, an inner layer of bone which has a large cavity and mineralised collagen fibers, and a middle layer made of porous bone which connects the two other layers.

 

Furthermore, the tongue bone (or hyoid bone) of the woodpecker is very long, and winds around the skull through a special cavity, thereby cushioning the brain. Combined, this anatomy helps the beak absorb mechanical stress. Species of woodpecker and flicker that use their bills in soil or for probing as opposed to regular hammering tend to have longer and more decurved bills. Due to their smaller bill size, many piculets and wrynecks forage in decaying wood more often than woodpeckers. Their long, sticky tongues, which possess bristles, aid these birds in grabbing and extracting insects from deep within a hole in a tree. The tongue was reported to be used to spear grubs, but more detailed studies published in 2004 have shown that the tongue instead wraps around the prey before being pulled out.

  

Diagram showing the hyoid bone of Dendrocopos major

Many of the foraging, breeding, and signaling behaviors of woodpeckers involve drumming and hammering using their bills. To prevent brain damage from the rapid and repeated powerful impacts, woodpeckers have a number of physical features that protect their brains. These include a relatively small and smooth brain, narrow subdural space, little cerebrospinal fluid surrounding it to prevent it from moving back and forth inside the skull during pecking, the orientation of the brain within the skull (which maximises the contact area between the brain and the skull) and the short duration of contact. The skull consists of strong but compressible, sponge-like bone, which is most concentrated in the forehead and the back of the skull. Another anatomical adaptation of woodpeckers is the enormously elongated hyoid bone which subdivides, passes on either side of the spinal column and wraps around the brain case, before ending in the right nostril cavity. It plays the role of safety-belt.

 

Computer simulations have shown that 99.7% of the energy generated in pecking is stored in the form of strain energy, which is distributed throughout the bird's body, with only a small remaining fraction of the energy going into the brain. The pecking also causes the woodpecker's skull to heat up, which is part of the reason why they often peck in short bursts with brief breaks in between, giving the head some time to cool. During the millisecond before contact with wood, a thickened nictitating membrane closes, protecting the eye from flying debris.[ These membranes also prevent the retina from tearing. Their nostrils are also protected; they are often slit-like and have special feathers to cover them. Woodpeckers are capable of repeated pecking on a tree at high decelerations on the order of 10,000 m/s2 (33,000 ft/s2) (1000 g).[

 

Some large woodpeckers such as Dryocopus have a fast, direct form of flight, but the majority of species have a typical undulating flight pattern consisting of a series of rapid flaps followed by a swooping glide. Many birds in the genus Melanerpes have distinctive, rowing wing-strokes while the piculets engage in short bursts of rapid direct flight.

 

Distribution, habitat, and movements

Woodpeckers have a mostly cosmopolitan distribution, although they are absent from Australasia, Madagascar, and Antarctica. They are also absent from some of the world's oceanic islands, although many insular species are found on continental islands. The true woodpeckers, subfamily Picinae, are distributed across the entire range of the family. The Picumninae piculets have a pantropical distribution, with species in Southeast Asia, Africa, and the Neotropics, with the greatest diversity being in South America. The second piculet subfamily, the Sasiinae, contains the African piculet and two species in the genus Sasia that are found in Southeast Asia. The wrynecks (Jynginae) are found exclusively in the Old World, with the two species occurring in Europe, Asia, and Africa.

 

Most woodpeckers are sedentary, but a few examples of migratory species are known, such as the rufous-bellied woodpecker, yellow-bellied sapsucker, and Eurasian wryneck, which breeds in Europe and west Asia and migrates to the Sahel in Africa in the winter. More northerly populations of Lewis's woodpecker, northern flicker, Williamson's sapsucker, red-breasted sapsucker, and red-naped sapsucker all move southwards in the fall in North America. Most woodpecker movements can be described as dispersive, such as when young birds seek territories after fledging, or eruptive, to escape harsh weather conditions. Several species are altitudinal migrants, for example the grey-capped pygmy woodpecker, which moves to lowlands from hills during winter. The woodpeckers that do migrate, do so during the day.

 

Habitat requirements

Overall, woodpeckers are arboreal birds of wooded habitats. They reach their greatest diversity in tropical rainforests, but occur in almost all suitable habitats, including woodlands, savannahs, scrublands, and bamboo forests. Even grasslands and deserts have been colonised by various species. These habitats are more easily occupied where a small number of trees exist, or in the case of desert species like the Gila woodpecker, tall cacti are available for nesting. Some are specialists and are associated with coniferous or deciduous woodlands, or even, like the acorn woodpecker, with individual tree genera (oaks in this case). Other species are generalists and are able to adapt to forest clearance by exploiting secondary growth, plantations, orchards, and parks. In general, forest-dwelling species need rotting or dead wood on which to forage.

 

Several species are adapted to spending a portion of their time feeding on the ground, and a very small minority have abandoned trees entirely and nest in holes in the ground. The ground woodpecker is one such species, inhabiting the rocky and grassy hills of South Africa, and the Andean flicker is another.

 

The Swiss Ornithological Institute has set up a monitoring program to record breeding populations of woodland birds. This has shown that deadwood is an important habitat requirement for the black woodpecker, great spotted woodpecker, middle spotted woodpecker, lesser spotted woodpecker, European green woodpecker, and Eurasian three-toed woodpecker. Populations of all these species increased by varying amounts from 1990 to 2008. During this period, the amount of deadwood in the forest increased and the range of the white-backed woodpecker enlarged as it extended eastwards. With the exception of the green and middle-spotted woodpeckers, the increase in the amount of deadwood is likely to be the major factor explaining the population increase of these species.

 

Behavior

Most woodpeckers live solitary lives, but their behavior ranges from highly antisocial species that are aggressive towards their own kind, to species that live in groups. Solitary species defend such feeding resources as a termite colony or fruit-laden tree, driving away other conspecifics and returning frequently until the resource is exhausted. Aggressive behaviors include bill pointing and jabbing, head shaking, wing flicking, chasing, drumming, and vocalizations. Ritual actions do not usually result in contact, and birds may "freeze" for a while before they resume their dispute. The colored patches may be flouted, and in some instances, these antagonistic behaviors resemble courtship rituals.

 

Group-living species tend to be communal group breeders.[25] In addition to these species, a number of species may join mixed-species foraging flocks with other insectivorous birds, although they tend to stay at the edges of these groups. Joining these flocks allows woodpeckers to decrease their anti-predator vigilance and increase their feeding rate. Woodpeckers are diurnal, roosting at night inside holes and crevices. In many species the roost will become the nest-site during the breeding season, but in some species they have separate functions; the grey-and-buff woodpecker makes several shallow holes for roosting which are quite distinct from its nesting site. Most birds roost alone and will oust intruders from their chosen site, but the Magellanic woodpecker and acorn woodpecker are cooperative roosters.

 

Drumming is a form of nonvocal communication used by most species of woodpeckers, and involves the bill being repeatedly struck on a hard surface with great rapidity. After a pause, the drum roll is repeated, with each species having a pattern that is unique in the number of beats in the roll, the length of the roll, the length of the gap between rolls, and the cadence. The drumming is mainly a territorial call, equivalent to the song of a passerine. Woodpeckers choose a surface that resonates, such as a hollow tree, and may use man-made structures such as gutters and downpipes. Drumming serves for the mutual recognition of conspecifics and plays a part in courtship rituals. Individual birds are thought to be able to distinguish the drumming of their mates and those of their neighbors. Drumming can be reliably used to distinguish between multiple species in a region, even if those species are phenotypically similar. Cadence (or the mean number of drum beats per second) is heavily conserved within species. Comparative analyses within species between distant geographic populations have shown that cadence is heavily conserved across species' respective ranges, indicating that there likely are not 'dialects' as seen in passerine song. Drumming in woodpeckers is controlled by a set of nuclei in the forebrain that closely resemble the brain regions that underlie song learning and production in many songbirds. A 2023 study revealed a strong association between extractive foraging and relative brain size across the Family Picidae, indicating that a larger brain does not necessarily result in more powerful drumming abilities, but is implicated in foraging behaviors, as the act of sensing and retrieving wood-boring larvae from woody substrates likely requires an increase in sensory and motor control capabilities.

 

Calls

Woodpeckers do not have such a wide range of songs and calls as do passerine birds, and the sounds they make tend to be simpler in structure. Calls produced include brief, high-pitched notes, trills, rattles, twittering, whistling, chattering, nasal churrs, screams, and wails. These calls are used by both sexes in communication and are related to the circumstances of the occasion; these include courtship, territorial disputes, and alarm calls. Each species has its own range of calls, which tend to be in the 1.0 to 2.5 kHz range for efficient transmission through forested environments. Mated couples may exchange muted, low-pitched calls, and nestlings often issue noisy begging calls from inside their nest cavity. The wrynecks have a more musical song, and in some areas, the song of the newly arrived Eurasian wryneck is considered to be the harbinger of spring. The piculets either have a song consisting of a long, descending trill, or a descending series of two to six (sometimes more) individual notes, and this song alerts ornithologists to the presence of the birds, as they are easily overlooked.

 

Diet and feeding

Most woodpecker species feed on insects and other invertebrates living under bark and in wood, but overall, the family is characterized by its dietary flexibility, with many species being both highly omnivorous and opportunistic. The diet includes ants, termites, beetles and their larvae, caterpillars, spiders, other arthropods, bird eggs, nestlings, small rodents, lizards, fruit, nuts, and sap. Many insects and their grubs are taken from living and dead trees by excavation. The bird may hear sounds from inside the timber indicating where creating a hole would be productive. Crustaceans, molluscs, and carrion may be eaten by some species, including the great spotted woodpecker, and bird feeders are visited for suet and domestic scraps.

 

Other means are also used to garner prey. Some species, such as the red-naped sapsucker, sally into the air to catch flying insects, and many species probe into crevices and under bark, or glean prey from leaves and twigs. The rufous woodpecker specialises in attacking the nests of arboreal ants, and the buff-spotted woodpecker feeds on and nests in termite mounds. Other species, such as the wrynecks and the Andean flicker, feed wholly or partly on the ground.

 

Ecologically, woodpeckers help to keep trees healthy by keeping them from suffering mass infestations. The family is noted for its ability to acquire wood-boring grubs from the trunks and branches, whether the timber is alive or dead. Having hammered a hole into the wood, the prey is extracted by use of a long, barbed tongue. Woodpeckers consume beetles that burrow into trees, removing as many as 85% of emerald ash borer larvae from individual ash trees.

 

The ability to excavate allows woodpeckers to obtain tree sap, an important source of food for some species. Most famously, the sapsuckers (genus Sphyrapicus) feed in this fashion, but the technique is not restricted to these, and others such as the acorn woodpecker and white-headed woodpecker also feed on sap. The technique was once thought to be restricted to the New World, but Old World species, such as the Arabian woodpecker and great spotted woodpecker, also feed in this way.

 

Breeding

All members of the family Picidae nest in cavities, nearly always in the trunks and branches of trees, well away from the foliage. Where possible, an area of rotten wood surrounded by sound timber is used. Where trees are in short supply, the gilded flicker and ladder-backed woodpecker excavate holes in cactus, and the Andean flicker and ground woodpecker dig holes in earth banks. The campo flicker sometimes chooses termite mounds, the rufous woodpecker prefers to use ants' nests in trees and the bamboo woodpecker specialises in bamboos. Woodpeckers also excavate nest holes in residential and commercial structures and wooden utility poles.

 

Woodpeckers and piculets excavate their own nests, but wrynecks do not, and need to find pre-existing cavities. A typical nest has a round entrance hole that just fits the bird, leading to an enlarged vertical chamber below. No nesting material is used, apart from some wood chips produced during the excavation; other wood chips are liberally scattered on the ground, thus providing visual evidence of the site of the nest. Many species of woodpeckers excavate one hole per breeding season, sometimes after multiple attempts. It takes around a month to finish the job and abandoned holes are used by other birds and mammals that are cavity nesters unable to excavate their own holes.

 

Cavities are in great demand for nesting by other cavity nesters, so woodpeckers face competition for the nesting sites they excavate from the moment the hole becomes usable. This may come from other species of woodpecker, or other cavity-nesting birds such as swallows and starlings. Woodpeckers may aggressively harass potential competitors, and also use other strategies to reduce the chance of being usurped from their nesting sites; for example, the red-crowned woodpecker digs its nest in the underside of a small branch, which reduces the chance that a larger species will take it over and expand it.

 

Members of Picidae are typically monogamous, with a few species breeding cooperatively and some polygamy reported in a few others. Polyandry, where a female raises two broods with two separate males, has also been reported in the West Indian woodpecker. Another unusual social system is that of the acorn woodpecker, which is a polygynandrous cooperative breeder where groups of up to 12 individuals breed and help to raise the young.[4] Young birds from previous years may stay behind to help raise the group's young, and studies have found reproductive success for the group goes up with group size, but individual success goes down. Birds may be forced to remain in groups due to a lack of habitat to which to disperse.

  

Great spotted woodpecker feeding its chick

A pair works together to help build the nest, incubate the eggs, and raise their altricial young. In most species, though, the male does most of the nest excavation and takes the night shift while incubating the eggs. A clutch usually consists of two to five round, white eggs. Since these birds are cavity nesters, their eggs do not need to be camouflaged and the white color helps the parents to see them in dim light. The eggs are incubated for about 11–14 days before they hatch. About 18–30 days are then needed before the chicks are fully fledged and ready to leave the nest. In most species, soon after this, the young are left to fend for themselves, exceptions being the various social species, and the Hispaniolan woodpecker, where adults continue to feed their young for several months. In general, cavity nesting is a successful strategy and a higher proportion of young is reared than is the case with birds that nest in the open. In Africa, several species of honeyguide are brood parasites of woodpeckers.

 

Systematics and evolutionary history

The Picidae are just one of nine living families in the order Piciformes. Other members of this group, such as the jacamars, puffbirds, barbets, toucans, and honeyguides, have traditionally been thought to be closely related to the woodpecker family (true woodpeckers, piculets, wrynecks, and sapsuckers). The clade Pici (woodpeckers, barbets, toucans, and honeyguides) is well supported and shares a zygodactyl foot with the Galbuli (puffbirds and jacamars). More recently, several DNA sequence analyses have confirmed that Pici and Galbuli are sister groups.

 

The name Picidae for the family was introduced by English zoologist William Elford Leach in a guide to the contents of the British Museum published in 1819. The phylogeny has been updated according to new knowledge about convergence patterns and evolutionary history. Most notably, the relationship of the Picinae genera has been largely clarified, and the Antillean piculet was found to be a surviving offshoot of protowoodpeckers. Genetic analysis supports the monophyly of the Picidae, which seem to have originated in the Old World, but the geographic origins of the Picinae is unclear. The Picumninae are returned as paraphyletic. Morphological and behavioural characters, in addition to DNA evidence, highlights genus Hemicircus as the sister group of all remaining true woodpeckers, besides a sister-group relationship between the true woodpecker tribes Dendropicini and Malarpicini.

 

The evolutionary history of this group is not well documented, but the known fossils allow some preliminary conclusions; the earliest known modern picids were piculet-like forms of the Late Oligocene, about 25 million years ago (Mya). By that time, however, the group was already present in the Americas and Europe, and they actually may have evolved much earlier, maybe as early as the Early Eocene (50 Mya). The modern subfamilies appear to be rather young by comparison; until the mid-Miocene (10–15 Mya), all picids seem to have been small or mid-sized birds similar to a mixture between a piculet and a wryneck. A feather enclosed in fossil amber from the Dominican Republic, dated to about 25 Mya, however, seems to indicate that the Nesoctitinae were already a distinct lineage by then.

 

Stepwise adaptations for drilling, tapping, and climbing head first on vertical surfaces have been suggested. The last common ancestor of woodpeckers (Picidae) was incapable of climbing up tree trunks or excavating nest cavities by drilling with its beak. The first adaptations for drilling (including reinforced rhamphotheca, frontal overhang, and processus dorsalis pterygoidei) evolved in the ancestral lineage of piculets and true woodpeckers. Additional adaptations for drilling and tapping (enlarged condylus lateralis of the quadrate and fused lower mandible) have evolved in the ancestral lineage of true woodpeckers (Hemicircus excepting). The inner rectrix pairs became stiffened, and the pygostyle lamina was enlarged in the ancestral lineage of true woodpeckers (Hemicircus included), which facilitated climbing head first up tree limbs. Genus Hemicircus excepting, the tail feathers were further transformed for specialized support, the pygostyle disc became greatly enlarged, and the ectropodactyl toe arrangement evolved. These latter characters may have facilitated enormous increases in body size in some lineages.

 

Prehistoric representatives of the extant Picidae genera are treated in the genus articles. An enigmatic form based on a coracoid, found in Pliocene deposits of New Providence in the Bahamas, has been described as Bathoceleus hyphalus and probably also is a woodpecker.

 

The following cladogram is based on the comprehensive molecular phylogenetic study of the woodpeckers published in 2017 together with the list of bird species maintained by Frank Gill, Pamela Rasmussen and David Donsker on behalf of the International Ornithological Committee (IOC). The Cuban green woodpecker in the monotypic genus Xiphidiopicus was not included in the study. The relative positions of Picumninae, Sasiinae and Picinae in the cladogram are uncertain. In the 2017 study the results depended upon which of two different statistical procedures were used to analyse the DNA sequence data. One method found that Sasiinae was sister to Picinae (as shown below), the other method found that Sasiinae was sister to a clade containing both Picumninae and Picinae

 

The woodpecker family Picidae contains 37 genera.[56] For more detail, see list of woodpecker species.

  

Cuban green woodpecker

(Xiphidiopicus percussus)

female, Cuba

 

Campo flicker

Colaptes campestris

female, Brazil

Family: Picidae

 

Subfamily: Jynginae – wrynecks

Jynx (2 species)

Subfamily: Picumninae – piculets[57]

Picumnus – piculets (26 species)

Subfamily: Sasiinae

Verreauxia – African piculet

Sasia – Asian piculets (2 species)

Subfamily: Picinae – true woodpeckers

Tribe Nesoctitini

Nesoctites – monotypic: Antillean piculet

Tribe Hemicircini

Hemicircus – 2 species

Tribe Picini

Micropternus – monotypic: rufous woodpecker

Meiglyptes – 4 species

Gecinulus – 3 species

Dinopium – 5 species (flamebacks)

Picus – 14 species

Chrysophlegma – 3 species

Pardipicus – 2 species

Geocolaptes – monotypic: ground woodpecker

Campethera – 11 species

Mulleripicus – 4 species

Dryocopus – 6 species

Celeus – 13 species

Piculus – 7 species

Colaptes – 14 species

Tribe Campephilini

Campephilus – 12 species

Blythipicus – 2 species

Reinwardtipicus – monotypic: orange-backed woodpecker

Chrysocolaptes – 9 species (flamebacks)

Tribe Melanerpini

Sphyrapicus – 4 species (sapsuckers)

Melanerpes – 24 species

Picoides – 3 species

Yungipicus – 7 species

Leiopicus – monotypic: yellow-crowned woodpecker

Dendrocoptes – 3 species

Chloropicus – 3 species

Dendropicos – 12 species

Dendrocopos – 12 species

Dryobates – 5 species

Leuconotopicus – 6 species

Veniliornis – 14 species

Xiphidiopicus – monotypic: Cuban green woodpecker

Incertae sedis fossils

Genus: †Palaeopicus (Late Oligocene of France)

†Picidae gen. et sp. indet. (Middle Miocene of New Mexico, US)

†Picidae gen. et sp. indet. (Late Miocene of Gargano Peninsula, Italy)

Genus: †Palaeonerpes (Ogallala Early Pliocene of Hitchcock County, US) – possibly dendropicine

Genus: †Pliopicus (Early Pliocene of Kansas, US) – possibly dendropicine

cf. Colaptes DMNH 1262 (Early Pliocene of Ainsworth, US) – malarpicine?

Relationship with humans

In general, humans consider woodpeckers in a favourable light; they are viewed as interesting birds and fascinating to watch as they drum or forage, but their activities are not universally appreciated. Many woodpecker species are known to excavate holes in buildings, fencing, and utility poles, creating health and/or safety issues for affected structures. Such activity is very difficult to discourage and can be costly to repair.

 

Woodpeckers also drum on various reverberatory structures on buildings such as gutters, downspouts, chimneys, vents, and aluminium sheeting. Drumming is a less-forceful type of pecking that serves to establish territory and attract mates. Houses with shingles or wooden boarding are also attractive as possible nesting or roosting sites, especially when close to large trees or woodland. Several exploratory holes may be made, especially at the junctions of vertical boards or at the corners of tongue-and-groove boarding. The birds may also drill holes in houses as they forage for insect larvae and pupae hidden behind the woodwork.

 

Woodpeckers sometimes cause problems when they raid fruit crops, but their foraging activities are mostly beneficial as they control forest insect pests such as the woodboring beetles that create galleries behind the bark and can kill trees. They also eat ants, which may be tending sap-sucking pests such as mealybugs, as is the case with the rufous woodpecker in coffee plantations in India. Woodpeckers can serve as indicator species, demonstrating the quality of the habitat. Their hole-making abilities make their presence in an area an important part of the ecosystem, because these cavities are used for breeding and roosting by many bird species that are unable to excavate their own holes, as well as being used by various mammals and invertebrates.

 

The spongy bones of the woodpecker's skull and the flexibility of its beak, both of which provide protection for the brain when drumming, have provided inspiration to engineers; a black box needs to survive intact when a plane falls from the sky, and modelling the black box with regard to a woodpecker's anatomy has increased the resistance of this device to damage 60-fold.[61] The design of protective helmets is another field being influenced by the study of woodpeckers.

 

One of the accounts of the founding of Rome, preserved in the work known as Origo Gentis Romanae (unknown), refers to a legend of a woodpecker bringing food to the boys Romulus and Remus during the time they were abandoned in the wild, thus enabling them to survive and play their part in history.

 

Popular culture

Woody Woodpecker is an animated character that appeared in theatrical short films produced between 1940 and 1972.

 

The Pokémon Pikipek was introduced in the seventh generation games Pokémon Sun and Moon. In addition to being a visual homage to a pileated woodpecker, entries in the game's Pokédex encyclopedia describes the small Flying-type as analogous to its real-world counterpart. Its later forms (called "evolutions" in the series) Trumbeak and Toucannon resemble a honeyguide and toucan, respectively, perhaps as a tongue-in-cheek reference to the phylogenetic relationship woodpeckers share with these Piciformes families.

 

Status and conservation

In a global survey of the risk of extinction faced by the various bird families, woodpeckers were the only bird family to have significantly fewer species at risk than would be expected.

 

Nevertheless, several woodpeckers are under threat as their habitats are destroyed. Being woodland birds, deforestation and clearance of land for agriculture and other purposes can reduce populations dramatically. Some species adapt to living in plantations and secondary growth, or to open countryside with forest remnants and scattered trees, but some do not. A few species have even flourished when they have adapted to man-made habitats. There are few conservation projects directed primarily at woodpeckers, but they benefit whenever their habitat is conserved. The red-cockaded woodpecker has been the focus of much conservation effort in the southeastern United States, with artificial cavities being constructed in the longleaf pines they favour as nesting sites.

 

Two species of woodpeckers in the Americas, the ivory-billed woodpecker is critically endangered and the imperial woodpecker is classified as extinct in the wild, with some authorities believing them extinct, though possible but disputed ongoing sightings of ivory-billed woodpeckers have been made in the United States and a small population may survive in Cuba. A critically endangered species is the Okinawa woodpecker from Japan, with a single declining population of a few hundred birds. It is threatened by deforestation, golf course, dam, and helipad construction, road building, and agricultural development.

 

Anatomy

Woodpeckers possess many sophisticated shock-absorption mechanisms that help protect them from head injury. Micro-CT scans show that plate-like spongy bones are in the skull with an uneven distribution, highly accumulated in the forehead and occiput but not in other regions. Along with the long hyoid bone “safety belt” the woodpecker has uneven beak lengths which drastically reduce strains when compared to equal length. Models have shown that pecking force is changed to strain energy and stored into the body at around 99% absorption while 1% is in the head. The head also has many factors that reduce strain to the brain and small portions of energy are dissipated into the form of heat, therefore the pecks are always intermittent.

 

Tau protein accumulation is associated with chronic traumatic encephalopathy (CTE), and thus has been studied in sports where athletes suffer repeated concussions. Tau is important as it helps hold together and stabilize brain neurons. Woodpeckers' brains share similarities to humans with CTE showing most build-up in the frontal and temporal lobes of the brain. It is not yet known whether these accumulations are pathological or the result of behavioral changes. More research is being done on the subject and the woodpecker is a suitable animal model to study. The orientation of the brain within the skull increases the area of contact when pecking to reduce stress on the brain, and their small size helps, given the acceleration speeds.

 

Mechanical properties

Straight-line trajectory was theorized to be the reason why woodpeckers do not injure themselves, since centripetal forces were the cause of concussion, but they do not always peck in straight lines, so they produce and resist centripetal forces. Laboratory tests show that the woodpeckers' cranial bone produces a significantly higher Young's modulus and ultimate strength scores compared to other birds its size. The cranial bone has a high bone mineral density with plate-like structures that are thick with high numbers of trabeculae that are spaced closely together which all may lead to lower deformation while pecking.

 

The jaw apparatus was studied, looking into its cushioning effects. When comparing the same impact to the beak and to the forehead, the forehead experiences an impact force 1.72 times that of the beak, due to the contact time being 3.25 ms in the forehead and 4.9 ms in the beak. This is impulse momentum where impulse is the integral of force over time. The quadrate bone and joints play an important role in extending impact time, which decreases impact load to brain tissue.

 

Bio-inspired honeycomb sandwich beams are inspired by the woodpecker's skull design; this beam's goal is to withstand continuous impacts without the need of replacement. The BHSB is composed of carbon fiber-reinforced plastic (CFRP), this is to mimic the high-strength beak. Next is a rubber layer core for the hyoid bone for absorbing and spreading impact, a second core layer of aluminum honeycomb that is porous and light like the woodpecker's spongey bone for impact cushioning. The final layer is the same as the first a CFRP to act as the skull bone. Bio-inspired honeycomb sandwich beams when compared to conventional beams reduced area damage by 50–80% and carried 40 to 5% of the level of stresses in the bottom layer while having an impact-resistance efficiency 1.65 to 16.22 times higher.