Question: On what date did this island officially open?

Instruction: Using the provided image, obtain documents that address the subsequent question:

title: "Confederation Bridge" content: Confederation Bridge The Confederation Bridge () spans the Abegweit Passage of Northumberland Strait. It links Prince Edward Island with mainland New Brunswick, Canada. Before its official naming, Prince Edward Islanders often referred to the bridge as the "Fixed Link". Construction took place from October 1993 to May 1997 and cost C$1.3 billion. The bridge opened on May 31, 1997. The bridge is a two-lane toll bridge that carries the Trans-Canada Highway between Borden-Carleton, Prince Edward Island (at Route 1) and Cape Jourimain, New Brunswick (at Route 16). It is a multi-span balanced cantilever bridge with a post-tensioned concrete box girder

title: "Confederation Bridge" content: well as the issue of tolls on the crossing. It made clear that the government (or a private body) could charge a toll (an essential part of the government's financing plans) for the crossing without violating the terms of union: The construction, which was carried out by a construction joint venture of Ballast Nedam, GTMI (Canada), Northern Construction and Strait Crossing Inc., started in the fall of 1993, beginning with preparation of staging facilities. Bridge components were built year-round from 1994 to the summer of 1996, and placement of components began in the fall of 1994 until the fall of

title: "Confederation Bridge" content: 1996. Approach roads, toll plazas, and final work on the structure continued until the spring of 1997, at an estimated total cost of $1 billion. All bridge components were constructed on land, in purpose-built staging yards located on the shoreline at Amherst Head, fronting on Borden Harbour just east of the town and ferry docks, and an inland facility located at Bayfield, New Brunswick about west of Cape Tormentine. The Amherst Head staging facility was where all large components were built, including the pier bases, ice shields, main spans, and drop-in spans. The Bayfield facility was used to construct components

title: "Confederation Bridge" content: component and completion of the bridge structure in Abegweit Passage on November 19, 1996, HLV "Svanen" returned to Denmark for use in construction of the Øresund Bridge. Construction of the fixed link required over 5,000 workers ranging from labourers and specialty trades, to engineers, surveyors, and managers. The economic impact of construction on Prince Edward Island was substantial, with the provincial GDP rising over 5% during the construction, providing a short-term economic boom for the Island. It neared completion in April 1997. Throughout construction, the federal government received suggestions for names and on September 27, 1996, the name "Confederation Bridge"

title: "Confederation Bridge" content: to the Mi'kmaq traditional name for the province. The President of Ireland, Mary McAleese, during a state visit to Canada in 1998, referred to the bridge as the "Span of Green Gables". After completing the structure on November 19, 1996, SCI worked throughout the winter, paving the bridge deck, placing protective walls which act as wind barriers, placing bridge deck and navigational lighting, constructing the Borden-Carleton toll plaza, and finishing the New Brunswick and Prince Edward Island approach roads. In separate construction, the federal and provincial governments built a new commercial and tourist development on the abandoned CN rail yards

title: "Confederation Bridge" content: in Borden-Carleton, with phase I of this facility opening in spring 1997 as "Gateway Village". New Brunswick has never received similar federal support to improve the economy of Cape Tormentine, which has become a shadow of its former role in PEI transportation history, although in recent years a new eco-tourist and visitor centre was opened on Jourimain Island near the western end of the bridge. The official opening for the bridge took place on May 31, 1997, with the first traffic crossing at approximately 5:00 p.m. ADT following a nationally televised ceremony which aired on CBC and included a sailpast

title: "Confederation Bridge" content: of the schooner "Bluenose II" and several Canadian Coast Guard ships, a flyover by the "Snowbirds", and an emotional farewell to the beloved ferries which made their final crossings that evening. It is estimated that almost 75,000 people participated in a "Bridge Walk" and "Bridge Run" during the hours immediately prior to the opening for traffic. In the days following the opening of the bridge, ferry operator Marine Atlantic disposed of its four vessels. The ferry terminals and docks in both ports were removed over the summer of 1997. The bridge is operated by Strait Crossing Bridge Limited (SCBL), a

title: "Confederation Bridge" content: the complete replacement of all bridge deck lighting cutting into profits. Toll revenues have fallen over 30% since the bridge opened, largely because of declining tourism traffic and domestic travel and currently range from $25 to $30 million annually. After expenses in 2003, the consortium received a year-end dividend of $2.6 million. The number of tourists visiting Prince Edward Island increased from 740,000 in 1996 (the year before the bridge opened) to 1,200,000 in 1997, but this dropped back to about 900,000 visitors annually. As a way of further promoting the island's new accessibility, the province issued vehicle licence plates

title: "Confederation Bridge" content: from 1997 to 2006 that featured a likeness of the Confederation Bridge between the serial number. With valid registration, these plates remain visible on the road today. Confederation Bridge The Confederation Bridge () spans the Abegweit Passage of Northumberland Strait. It links Prince Edward Island with mainland New Brunswick, Canada. Before its official naming, Prince Edward Islanders often referred to the bridge as the "Fixed Link". Construction took place from October 1993 to May 1997 and cost C$1.3 billion. The bridge opened on May 31, 1997. The bridge is a two-lane toll bridge that carries the Trans-Canada Highway between Borden-Carleton,

Answer: 1997 5 31

Answer: 31 5 1997

Answer: 1998 May 31

Answer: 5 31 1997

Answer: 5 31 1996

Answer: 31 May 1996

Answer: 1998 5 31

Answer: May 31 1997

Answer: 1996

Answer: 1996 May 31

Answer: 31 5 1996

Answer: 1998

Answer: 1996 5 31

Answer: May 31 1996

Answer: 5 31 1998

Answer: 31 May 1998

Answer: 1997 5 31

Answer: 1997 May 31

Answer: 31 May 1997

Answer: May 31 1998

Answer: 1997

Answer: 31 5 1998


Question: Who are the structure engineers of this building?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

title: "30 St Mary Axe" content: designed by Norman Foster and Arup Group. It was erected by Skanska; construction started in 2001. The building has become a recognisable feature of London, and it is one of the city's most widely recognised examples of contemporary architecture. The building stands on the former sites of the Baltic Exchange (24-28 St Mary Axe), which was the headquarters of a global marketplace for shipping freight contracts and also soft commodities, and the Chamber of Shipping (30-32 St Mary Axe). On 10 April 1992, the Provisional IRA detonated a bomb close to the Exchange, causing extensive damage to the historic building

title: "30 St Mary Axe" content: of the building during the summer and warm the building in the winter using passive solar heating. The shafts also allow sunlight to pass through the building, making the work environment more pleasing, and keeping the lighting costs down. The primary methods for controlling wind-excited sways are to increase the stiffness, or increase damping with tuned/active mass dampers. To a design by Arup, its fully triangulated perimeter structure makes the building rigid enough without any extra reinforcements. Despite its overall curved glass shape, there is only one piece of curved glass on the building, the lens-shaped cap at the apex.

Answer: Arup

Answer: Arup

Answer: Ove Arup & Partners

Answer: Arup Group Limited

Answer: Arup Group


Question: What product does this object produce?

Instruction: Using the provided image, obtain documents that address the subsequent question:

title: "Laser printing" content: Laser printing Laser printing is an electrostatic digital printing process. It produces high-quality text and graphics (and moderate-quality photographs) by repeatedly passing a laser beam back and forth over a negatively charged cylinder called a "drum" to define a differentially charged image. The drum then selectively collects electrically charged powdered ink (toner), and transfers the image to paper, which is then heated in order to permanently fuse the text, imagery, or both. As with digital photocopiers, laser printers employ a xerographic printing process. However, laser printing differs from analog photocopiers in that the image is produced by the direct scanning

title: "Laser printing" content: of the medium across the printer's photoreceptor. This enables laser printing to copy images more quickly than most photocopiers. Invented at Xerox PARC in the 1970s, laser printers were introduced for the office and then home markets in subsequent years by IBM, Canon, Xerox, Apple, Hewlett-Packard and many others. Over the decades, quality and speed have increased as price has fallen, and the once cutting-edge printing devices are now ubiquitous. In the 1960s, the Xerox Corporation held a dominant position in the photocopier market. In 1969, Gary Starkweather, who worked in Xerox's product development department, had the idea of using

title: "Laser printing" content: a laser beam to "draw" an image of what was to be copied directly onto the copier drum. After transferring to the recently formed Palo Alto Research Center (Xerox PARC) in 1971, Starkweather adapted a Xerox 7000 copier to create SLOT (Scanned Laser Output Terminal). In 1972, Starkweather worked with Butler Lampson and Ronald Rider to add a control system and character generator, resulting in a printer called EARS (Ethernet, Alto Research character generator, Scanned laser output terminal)—which later became the Xerox 9700 laser printer. A laser beam (typically, an aluminium gallium arsenide (AlGaAs) semiconductor laser) projects an image of

title: "Laser printing" content: the page to be printed onto an electrically charged, selenium-coated, rotating, cylindrical drum (or, more commonly in subsequent versions, a drum called an organic photoconductor made of N-vinylcarbazole, an organic monomer). Photoconductivity allows the charged electrons to fall away from the areas exposed to light. Powdered ink (toner) particles are then electrostatically attracted to the charged areas of the drum that have not been laser-beamed. The drum then transfers the image onto paper (which is passed through the machine) by direct contact. Finally the paper is passed onto a finisher, which uses intense heat to instantly fuse the toner/image onto

title: "Laser printing" content: the paper. There are typically seven steps involved in the process: The document to be printed is encoded in a page description language such as PostScript, Printer Command Language (PCL), or Open XML Paper Specification (OpenXPS). The raster image processor converts the page description into a bitmap which is stored in the printer's raster memory. Each horizontal strip of dots across the page is known as a raster line or scan line. Laser printing differs from other printing technologies in that each page is always rendered in a single continuous process without any pausing in the middle, while other technologies

title: "Laser printing" content: like inkjet can pause every few lines. To avoid a buffer underrun (where the laser reaches a point on the page before it has the dots to draw there), a laser printer typically needs enough raster memory to hold the bitmap image of an entire page. Memory requirements increase with the square of the dots per inch, so 600 dpi requires a minimum of 4 megabytes for monochrome, and 16 megabytes for color (still at 600 dpi). For fully graphical output using a page description language, a minimum of 1 megabyte of memory is needed to store an entire monochrome

title: "Laser printing" content: letter/A4 sized page of dots at 300 dpi. At 300 dpi, there are 90,000 dots per square inch (300 dots per linear inch). A typical 8.5 × 11 sheet of paper has margins, reducing the printable area to , or 84 square inches. 84 sq/in × 90,000 dots per sq/in = 7,560,000 dots. 1 megabyte = 1,048,576 bytes, or 8,388,608 bits, which is just large enough to hold the entire page at 300 dpi, leaving about 100 kilobytes to spare for use by the raster image processor. In a color printer, each of the four CMYK toner layers is stored

title: "Laser printing" content: as a separate bitmap, and all four layers are typically preprocessed before printing begins, so a minimum of 4 megabytes is needed for a full-color letter-size page at 300 dpi. During the 1980s, memory chips were still very expensive, which is why entry-level laser printers in that era always came with four-digit suggested retail prices in US dollars. Memory prices later plunged, and 1200 dpi printers have been widely available in the consumer market since 2008. 2400 dpi electrophotographic printing plate makers, essentially laser printers that print on plastic sheets, are also available. In older printers, a corona wire positioned

title: "Laser printing" content: parallel to the drum or, in more recent printers, a primary charge roller, projects an electrostatic charge onto the photoreceptor (otherwise named the photo conductor unit), a revolving photosensitive drum or belt, which is capable of holding an electrostatic charge on its surface while it is in the dark. An AC bias voltage is applied to the primary charge roller to remove any residual charges left by previous images. The roller will also apply a DC bias on the drum surface to ensure a uniform negative potential. Numerous patents describe the photosensitive drum coating as a silicon sandwich with a

title: "Laser printing" content: photocharging layer, a charge leakage barrier layer, as well as a surface layer. One version uses amorphous silicon containing hydrogen as the light receiving layer, Boron nitride as a charge leakage barrier layer, as well as a surface layer of doped silicon, notably silicon with oxygen or nitrogen which at sufficient concentration resembles machining silicon nitride. A laser printer uses a laser because lasers are able to form highly focused, precise, and intense beams of light, especially over the short distances inside of a printer. The laser is aimed at a rotating polygonal mirror which directs the light beam through

title: "Laser printing" content: a system of lenses and mirrors onto the photoreceptor drum, writing pixels at rates up to sixty five million times per second. The drum continues to rotate during the sweep, and the angle of sweep is canted very slightly to compensate for this motion. The stream of rasterized data held in the printer's memory rapidly turns the laser on and off as it sweeps. The laser beam neutralizes (or reverses) the charge on the surface of the drum, leaving a static electric negative image on the drum's surface which will repel the negatively charged toner particles. The areas on the

title: "Laser printing" content: drum which were struck by the laser, however, momentarily have no charge, and the toner being pressed against the drum by the toner-coated developer roll in the next step moves from the roll's rubber surface to the charged portions of the surface of the drum. Some non-laser printers (LED printers) use an array of light-emitting diodes spanning the width of the page to generate an image, rather than using a laser. "Exposing" is also known as "writing" in some documentation. As the drums rotate, toner is continuously applied in a 15-micron-thick layer to the "developer roll". The surface of the

title: "Laser printing" content: photoreceptor with the latent image is exposed to the toner-covered developer roll. Toner consists of fine particles of dry plastic powder mixed with carbon black or coloring agents. The toner particles are given a negative charge inside the toner cartridge, and as they emerge onto the developer drum they are electrostatically attracted to the photoreceptor's latent image (the areas on the surface of the drum which had been struck by the laser). Because negative charges repel each other, the negatively charged toner particles will not adhere to the drum where the negative charge (imparted previously by the charge roller) remains.

title: "Laser printing" content: A sheet of paper is then rolled under the photoreceptor drum, which has been coated with a pattern of toner particles in the exact places where the laser struck it moments before. The toner particles have a very weak attraction to both the drum and the paper, but the bond to the drum is weaker and the particles transfer once again, this time from the drum's surface to the paper's surface. Some machines also use a positively charged "transfer roller" on the back side of the paper to help pull the negatively charged toner from the photoreceptor drum to the

title: "Laser printing" content: paper. The paper passes through rollers in the fuser assembly, where temperatures up to and pressure are used to permanently bond the toner to the paper. One roller is usually a hollow tube (heat roller) and the other is a rubber backed roller (pressure roller). A radiant heat lamp is suspended in the centre of the hollow tube, and its infrared energy uniformly heats the roller from the inside. For proper bonding of the toner, the fuser roller must be uniformly hot. Some printers use a very thin flexible metal foil roller, so there is less thermal mass to be

title: "Laser printing" content: heated and the fuser can more quickly reach operating temperature. If paper moves through the fuser more slowly, there is more roller contact time for the toner to melt, and the fuser can operate at a lower temperature. Smaller, inexpensive laser printers typically print slowly, due to this energy-saving design, compared to large high speed printers where paper moves more rapidly through a high-temperature fuser with a very short contact time. As the drum completes a revolution, it is exposed to an electrically neutral soft plastic blade which cleans any remaining toner from the photoreceptor drum and deposits it into

title: "Laser printing" content: a waste reservoir. A charge roller then re-establishes a uniform negative charge on the surface of the now clean drum, readying it to be struck again by the laser. Once the raster image generation is complete, all steps of the printing process can occur one after the other in rapid succession. This permits the use of a very small and compact unit, where the photoreceptor is charged, rotates a few degrees and is scanned, rotates a few more degrees and is developed, and so forth. The entire process can be completed before the drum completes one revolution. Different printers implement

title: "Laser printing" content: these steps in distinct ways. LED printers use a linear array of light-emitting diodes to "write" the light on the drum. The toner is based on either wax or plastic, so that when the paper passes through the fuser assembly, the particles of toner melt. The paper may or may not be oppositely charged. The fuser can be an infrared oven, a heated pressure roller, or (on some very fast, expensive printers) a xenon flash lamp. The warmup process that a laser printer goes through when power is initially applied to the printer consists mainly of heating the fuser element.

title: "Laser printing" content: The mechanism inside a laser printer is somewhat delicate and, once damaged, often impossible to repair. The drum in particular is a critical component: it must not be left exposed to ambient light for more than a few hours, as light is what causes it to lose its charge and will eventually wear it out. Anything that interferes with the operation of the laser such as a scrap of torn paper may prevent the laser from discharging some portion of the drum, causing those areas to appear as white vertical streaks. If the neutral wiper blade fails to remove residual

title: "Laser printing" content: toner from the drum's surface, that toner may circulate on the drum a second time, causing smears on the printed page with each revolution. If the charge roller becomes damaged or does not have enough power, it may fail to adequately negatively charge the surface of the drum, allowing the drum to pick up excessive toner on the next revolution from the developer roll and causing a repeated but fainter image from the previous revolution to appear down the page. If the toner doctor blade does not ensure that a smooth, even layer of toner is applied to the developer

title: "Laser printing" content: roll, the resulting printout may have white streaks from this in places where the blade has scraped off too much toner. Alternatively if the blade allows too much toner to remain on the developer roll, the toner particles might come loose as the roll turns, precipitate onto the paper below, and become bonded to the paper during the fusing process. This will result in a general darkening of the printed page in broad vertical stripes with very soft edges. If the fuser roller does not reach a high enough temperature or if the ambient humidity is too high, the toner

title: "Laser printing" content: will not fuse well to the paper and may flake off after printing. If the fuser is too hot, the plastic component of the toner may smear, causing the printed text to look like it is wet or smudged, or may cause the melted toner to soak through the paper to the back side. Different manufacturers claim that their toners are specifically developed for their printers, and that other toner formulations may not match the original specifications in terms of either tendency to accept a negative charge, to move to the discharged areas of the photoreceptor drum from the developer

title: "Laser printing" content: roll, to fuse appropriately to the paper, or to come off the drum cleanly in each revolution. As with most electronic devices, the cost of laser printers has fallen markedly over the years. In 1984, the HP LaserJet sold for $3500, had trouble with even small, low resolution graphics, and weighed . , low-end monochrome laser printers can sell for less than $75. These printers tend to lack onboard processing and rely on the host computer to generate a raster image, but outperform the 1984 LaserJet in nearly all situations. Laser printer speed can vary widely, and depends on many

title: "Laser printing" content: factors, including the graphic intensity of the job being processed. The fastest models can print over 200 monochrome pages per minute (12,000 pages per hour). The fastest color laser printers can print over 100 pages per minute (6000 pages per hour). Very high-speed laser printers are used for mass mailings of personalized documents, such as credit card or utility bills, and are competing with lithography in some commercial applications. The cost of this technology depends on a combination of factors, including the cost of paper, toner, drum replacement, as well as the replacement of other items such as the fuser

title: "Laser printing" content: assembly and transfer assembly. Often printers with soft plastic drums can have a very high cost of ownership that does not become apparent until the drum requires replacement. Duplex printing (printing on both sides of the paper) can halve paper costs and reduce filing volumes. Formerly only available on high-end printers, duplexers are now common on mid-range office printers, though not all printers can accommodate a duplexing unit. Duplexing can also give a slower page-printing speed, because of the longer paper path. In a commercial environment such as an office, it is becoming increasingly common for businesses to use external

title: "Laser printing" content: software that increases the performance and efficiency of laser printers in the workplace. Software can be used to set rules dictating how employees interact with printers, such as setting limits on how many pages can be printed per day, limiting usage of color ink, and flagging jobs that appear to be wasteful. Color laser printers use colored toner (dry ink), typically cyan, magenta, yellow, and black (CMYK). While monochrome printers only use one laser scanner assembly, color printers often have two or more. Color printing adds complexity to the printing process because very slight misalignments known as registration errors can

title: "Laser printing" content: occur between printing each color, causing unintended color fringing, blurring, or light/dark streaking along the edges of colored regions. To permit a high registration accuracy, some color laser printers use a large rotating belt called a "transfer belt". The transfer belt passes in front of all the toner cartridges and each of the toner layers are precisely applied to the belt. The combined layers are then applied to the paper in a uniform single step. Color printers usually have a higher cost per page than monochrome printers (even if printing monochrome-only pages). Manufacturers use a similar business model for both

title: "Laser printing" content: low-cost color laser printers and inkjet printers: the printers are sold cheaply while replacement toners and inks are relatively expensive. Color laser printers are much faster than inkjet printers and their running cost per page is usually slightly less. The print quality of color lasers is limited by their resolution (typically 600–1200 dpi) and their use of just four color toners. They often have trouble printing large areas of the same or subtle gradations of color. Inkjet printers designed for printing photos can produce much higher quality color images. An in depth comparison of inkjet and laser printers suggest that

title: "Laser printing" content: laser printers are the ideal choice for a high quality, volume printer, while inkjet printers tend to focus on large-format printers and household units. Laser printers offer more precise edging and in-depth mono-chromatic color, but tend to cost more than a traditional inkjet printer. Many modern color laser printers mark printouts by a nearly invisible dot raster, for the purpose of traceability. The dots are yellow and about in size, with a raster of about . This is purportedly the result of a deal between the US government and printer manufacturers to help track counterfeiters. The dots encode data such

title: "Laser printing" content: as printing date, time, and printer serial number in binary-coded decimal on every sheet of paper printed, which allows pieces of paper to be traced by the manufacturer to identify the place of purchase, and sometimes the buyer. Digital rights advocacy groups such as the Electronic Frontier Foundation are concerned about this erosion of the privacy and anonymity of those who print. Similar to inkjet printers, toner cartridges may contain smart chips that reduce the number of pages that can be printed with it (reducing the amount of usable ink or toner in the cartridge to sometimes only 50%), in

title: "Laser printing" content: an effort to increase sales of the toner cartridges. Besides being more expensive to the consumer, this technique also increases waste, and thus increases pressure on the environment. For these toner cartridges (as with inkjet cartridges), reset devices can be used to override the limitation set by the smart chip. Also, for some printers, online walk-throughs have been posted to demonstrate how to use up all the ink in the cartridge. These chips offer no benefit to the end consumer—all laser printers originally used an optical mechanism to assess the amount of remaining toner in the cartridge rather than using

title: "Laser printing" content: a chip to electrically count the number of printed pages, and the chip's only function was as an alternate method to decrease the cartridge's usable life. Toner particles are formulated to have electrostatic properties and can develop static electric charges when they rub against other particles, objects, or the interiors of transport systems and vacuum hoses. Static discharge from charged toner particles can ignite combustible particles in a vacuum cleaner bag or create a small dust explosion if sufficient toner is airborne. Toner particles are so fine that they are poorly filtered by conventional household vacuum cleaner filter bags and

title: "Laser printing" content: blow through the motor or back into the room. If toner spills into the laser printer, a special type of vacuum cleaner with an electrically conductive hose and a high-efficiency (HEPA) filter may be needed for effective cleaning. These specialized tools are called "ESD-safe" (Electrostatic Discharge-safe) or "toner vacuums". As a normal part of the printing process, the high voltages inside the printer can produce a corona discharge that generates a small amount of ionized oxygen and nitrogen, which react to form ozone and nitrogen oxides. In larger commercial printers and copiers, an activated carbon filter in the air exhaust

title: "Laser printing" content: stream breaks down these noxious gases to prevent pollution of the office environment. However, some ozone escapes the filtering process in commercial printers, and ozone filters are not used at all in most smaller consumer printers. When a laser printer or copier is operated for a long period of time in a small, poorly ventilated space, these gases can build up to levels at which the odor of ozone or irritation may be noticed. A potential for creating a health hazard is theoretically possible in extreme cases. According to a 2012 study conducted in Queensland, Australia, some printers emit sub-micrometre

title: "Laser printing" content: particles which some suspect may be associated with respiratory diseases. Of 63 printers evaluated in the Queensland University of Technology study, 17 of the strongest emitters were made by HP and one by Toshiba. The machine population studied, however, was only those machines already in place in the building and was thus biased toward specific manufacturers. The authors noted that particle emissions varied substantially even among the same model of machine. According to Professor Morawska of the Queensland University of Technology, one printer emitted as many particles as a burning cigarette: Muhle et al. (1991) reported that the responses to

title: "Laser printing" content: chronically inhaled copying toner, a plastic dust pigmented with carbon black, titanium dioxide and silica were also similar qualitatively to titanium dioxide and diesel exhaust. In December 2011, the Australian government agency Safe Work Australia reviewed existing research and concluded that "no epidemiology studies directly associating laser printer emissions with adverse health outcomes were located" and that several assessments conclude that "risk of direct toxicity and health effects from exposure to laser printer emissions is negligible". The review also observes that, because the emissions have been shown to be volatile or semi-volatile organic compounds, "it would be logical to expect

title: "Laser printing" content: possible health effects to be more related to the chemical nature of the aerosol rather than the physical character of the ‘particulate’ since such emissions are unlikely to be or remain as ‘particulates’ after they come into contact with respiratory tissue". After the 2010 cargo plane bomb plot, in which shipments of laser printers with explosive-filled toner cartridges were discovered on separate cargo airplanes, the US Transportation Security Administration prohibited pass-through passengers from carrying toner or ink cartridges weighing over on inbound flights, in both carry-on and checked luggage. "PC Magazine" noted that the ban would not impact most travelers,

title: "Laser printing" content: as the majority of cartridges do not exceed the proscribed weight. Laser printing Laser printing is an electrostatic digital printing process. It produces high-quality text and graphics (and moderate-quality photographs) by repeatedly passing a laser beam back and forth over a negatively charged cylinder called a "drum" to define a differentially charged image. The drum then selectively collects electrically charged powdered ink (toner), and transfers the image to paper, which is then heated in order to permanently fuse the text, imagery, or both. As with digital photocopiers, laser printers employ a xerographic printing process. However, laser printing differs from analog

Answer: laser print

Answer: laser print


Question: What country does this facility belong to?

Instruction: Extract documents linked to the question provided in conjunction with the image:

title: "Battersea Power Station" content: Battersea Power Station Battersea Power Station is a decommissioned coal-fired power station, which is now being redeveloped to bring new homes, offices, shops, restaurants, bars, open space and more to Wandsworth, south London. Now owned by a consortium of Malaysian investors, the iconic Grade II* listed building and the surrounding 42 acres are being brought back to life through an eight phase development project. The first phase, Circus West Village, is already complete and now open to the public to eat, drink, shop, exercise and live. Sitting on the south bank of the river by Chelsea Bridge, over 1000 people

title: "Battersea Power Station" content: stalled, the site was sold to the administrators of Irish company Real Estate Opportunities (REO), who bought it for £400 million in November 2006 with plans to refurbish the station for public use and build 3,400 homes on the site. This plan fell through due to REO's debt being called in by the state-owned banks of the UK and Ireland. The site was again put up for sale in December 2011 through commercial estate agent Knight Frank. The combination of an existing debt burden of some £750 million, the need to make a £200 million contribution to an extension to

title: "Battersea Power Station" content: employed for specialist tasks. Most of the electrical equipment, including the steam turbine turbo generators, was produced by Metropolitan-Vickers in Trafford Park, Manchester. The building of the steel frame began in October 1930. Once completed, the construction of the brick cladding began, in March 1931. Until the construction of the B Station, the eastern wall of the boiler house was clad in corrugated metal sheeting as a temporary enclosure. The A Station first generated electricity in 1933, but was not completed until 1935. The total cost of its construction was £2,141,550. Between construction beginning in 1929 and 1933, there were

title: "Battersea Power Station" content: six fatal and 121 non-fatal accidents on the site. After the end of the Second World War, construction began on the second phase, the B Station. The station came into operation gradually between 1953 and 1955. It was nearly identical to the A Station from the outside and was constructed directly to its east as a mirror to it, which gave the power station its now familiar four-chimney layout. The construction of the B Station brought the site's generating capacity up to 509 megawatts (MW), making it the third largest generating site in the UK at the time, providing a

title: "Battersea Power Station" content: fifth of London's electricity needs (with the remainder supplied by 28 smaller stations). It was also the most thermally efficient power station in the world when it opened. The A Station had been operated by the London Power Company, but by the time the B Station was completed, the UK's electric supply industry had been nationalised, and ownership of the two stations had passed into the hands of the British Electricity Authority in 1948. In 1955, this became the Central Electricity Authority, which in turn became the Central Electricity Generating Board in 1957. On 20 April 1964, the power station

title: "Battersea Power Station" content: as architect, with Halliday & Agate Co. employed as a sub-consultant. Halliday was responsible for the supervision and execution of the appearance of the exterior and interior of the building. Architect Sir Giles Gilbert Scott was involved in the project much later on, consulted to appease public reaction, and referred to in the press as "architect of the exterior". The station was designed in the "brick-cathedral" style of power station design, which was popular at the time. Battersea is one of a very small number of examples of this style of power station design still in existence in the UK,

title: "Battersea Power Station" content: was not given the same treatment, and instead the fittings were made from stainless steel. Each of the two connected stations consists of a long boiler house with a chimney at each end and an adjacent turbine hall. This makes a single main building which is of steel frame construction with brick cladding, similar to the skyscrapers built in the United States around the same time. The station is the largest brick structure in Europe. The building's gross dimensions measure by , with the roof of the boiler house standing at over . Each of the four chimneys is made

title: "Battersea Power Station" content: the B station. The B station's boilers were the largest ever built in the UK at that time. The B station also had the highest thermal efficiency of any power station in the country for the first twelve years of its operation. The power station consumed over 1,000,000 tonnes of coal annually, mostly from pits in South Wales and North East England, delivered by coastal collier ships. They were "flat-irons" with a low-profile superstructure and fold-down funnels and masts to fit under the Thames' bridges above the Pool of London. The LPC and its nationalised successors owned and operated several

title: "Battersea Power Station" content: to 146 MW. The closure of the two stations was put down largely to the generating equipment becoming outdated, and the preferred choice of fuel for electricity generation shifting from coal toward oil, gas and nuclear power. Since the station ceased generating electricity, there have been numerous proposals and attempts to redevelop the site. Following the station's closure, the Central Electricity Generating Board had planned to demolish the station and sell the land for housing, but because of the building's then Grade II listed status, they had to pay the high cost of preserving the building. In 1983 they held

title: "Battersea Power Station" content: calling the debt in. Talks with new equity partners continue, and an announcement may come in the next few weeks,' the source said". Controversy On 19 September 2011, the "Irish Independent" reported concern over an alleged donation of €23,000 by a developer to Britain's Conservative Party. In February 2012, Sir Terry Farrell's architectural firm put forward a proposal to convert the power station site into an "urban park" with an option to develop housing at a later date. In this vision, Farrells propose to demolish all but the central boiler hall and chimneys and display the switching equipment from the

title: "Battersea Power Station" content: The Beatles second film “Help! “ in 1965. It also appears during the first daylight attack on London sequence in the 1969 movie, "Battle of Britain", in the movie as in real life used as a navigational landmark by the attacking Luftwaffe bombers. More recently in October 2007, the power station was used as a filming location for the Batman movie, "The Dark Knight". The station's stripped, empty interior was used as a setting for a burnt out warehouse. A closeup of the station can be seen as stand-in for the exterior of a London railway station in Michael Radford's

title: "Battersea Power Station" content: 1984 film "Nineteen Eighty-Four". The station appears repurposed as the Ark of the Arts in the film Children of Men, serving as a vast storage warehouse for cultural treasures. The Battersea Power Station also made a short appearance in the BBC One television series Sherlock, during a scene in the first episode of the second season, titled "A Scandal in Belgravia." The station has appeared numerous times in the long-running British science fiction series "Doctor Who". It appeared briefly in the story "The Dalek Invasion of Earth" in 1964, which saw the station in the 22nd century with two chimneys

title: "Battersea Power Station" content: it by Joel P. has been used as the cover for another Spanish writer's short tale: David Ferrer's "La verdad sobre Mr. Henry Baker (cuento de Navidad)". Footnotes Bibliography Battersea Power Station Battersea Power Station is a decommissioned coal-fired power station, which is now being redeveloped to bring new homes, offices, shops, restaurants, bars, open space and more to Wandsworth, south London. Now owned by a consortium of Malaysian investors, the iconic Grade II* listed building and the surrounding 42 acres are being brought back to life through an eight phase development project. The first phase, Circus West Village, is

Answer: United Kingdom

Answer: U K

Answer: Great Britain

Answer: Britain

Answer: The United Kingdom of Great Britain and Northern Ireland

Answer: Great Britain and Northern Ireland

Answer: Unitit Kinrick o Greet Britain an Norlin Airlann

Answer: G.B.

Answer: U. K.

Answer: Rìoghachd Aonaichte

Answer: U.K.

Answer: G. B.

Answer: G B

Answer: Unitit Kinrick

Answer: GBR

Answer: The UK

Answer: Rìoghachd Aonaichte na Breatainn Mhòr agus Eirinn a Tuath

Answer: GB

Answer: United Kingdom

Answer: G.B.R.

Answer: G B R

Answer: An Ríocht Aontaithe

Answer: United Kingdom of Great Britain and Northern Ireland

Answer: UK


Question: who/what operates this building?

Instruction: Using the provided image, obtain documents that address the subsequent question:

title: "Ford Field" content: Ford Field Ford Field is a multi-purpose domed stadium located in Downtown Detroit. It primarily serves as the home of the Detroit Lions of the National Football League (NFL), as well as the annual Quick Lane Bowl college football bowl game, state championship football games for the MHSAA, and, as of 2018, the MHSAA State Wrestling Championships. The regular seating capacity is approximately 65,000, though it is expandable up to 70,000 for football and 80,000 for basketball. The naming rights were purchased by the Ford Motor Company at $40 million over 20 years; the Ford family holds a controlling interest

Answer: Detroit Lions

Answer: Detroit Lions


Question: Who is the creator of this object?

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title: Golliwog content: Golliwog The golliwog, golliwogg or golly is a black fictional character created by Florence Kate Upton that appears in children's books in the late 19th century and usually depicted as a type of rag doll. It was reproduced, both by commercial and hobby toy-makers as a children's toy called the "golliwog", and had great popularity in the UK and Australia into the 1970s. The doll is characterised by black skin, eyes rimmed in white, clown lips and frizzy hair. Though home-made golliwogs were sometimes female, the golliwog was generally male. For this reason, in the period following World War II,

title: Golliwog content: have used golliwogs as a motif (e.g. Robertson's Marmalade in the UK) have either withdrawn them as an icon, or changed the name. In particular, the association of the golliwog with the pejorative term "wog" has resulted in use of alternative names such as "golly" and "golly doll". Florence Kate Upton was born in 1873 in Flushing, New York, United States, the daughter of English parents who had emigrated to the United States three years previously. Following the death of her father, she moved back to England with her mother and sisters when she was fourteen. There she spent several

title: Golliwog content: circulated a picture of it on Facebook and Twitter. The display was only in one store, as a franchisee can "stock and sell products at their discretion", however Terry White Chemists banned the sale of the doll in any franchise afterwards. Golliwog The golliwog, golliwogg or golly is a black fictional character created by Florence Kate Upton that appears in children's books in the late 19th century and usually depicted as a type of rag doll. It was reproduced, both by commercial and hobby toy-makers as a children's toy called the "golliwog", and had great popularity in the UK and

Answer: Florence K. Upton

Answer: Florence K. Upton

Answer: Florence Kate Upton


Question: What is this building dedicated to?

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title: "Pieterskerk, Leiden" content: Pieterskerk, Leiden The Pieterskerk is a late-Gothic church in Leiden dedicated to Saint Peter. It is known today as the church of the Pilgrim Fathers, where the pastor John Robinson was buried. It is also the burial place of the scientist Willebrord Snellius. In around 1100 the site held the county chapel of the counts of Holland, rebuilt in 1121. The present building took approximately 180 years to build, starting in 1390. Famous Leiden dignitaries are buried there, including the painter Jan Steen and the Leiden professor Herman Boerhaave. The beautiful stained-glass windows already took a terrible blow during the

title: "Pieterskerk, Leiden" content: for Arminianism), Herman Boerhaave, Jan Steen, Johannes de Laet, and John Robinson, pastor of the "Pilgrim Fathers". For a listing, see the category . Pieterskerk, Leiden The Pieterskerk is a late-Gothic church in Leiden dedicated to Saint Peter. It is known today as the church of the Pilgrim Fathers, where the pastor John Robinson was buried. It is also the burial place of the scientist Willebrord Snellius. In around 1100 the site held the county chapel of the counts of Holland, rebuilt in 1121. The present building took approximately 180 years to build, starting in 1390. Famous Leiden dignitaries are

Answer: Peter

Answer: Simon Peter

Answer: Saint Peter the Apostle

Answer: Simon

Answer: Pope Peter

Answer: Peter

Answer: Saint Peter

Answer: Shimon

Answer: Petrus

Answer: Peter the Apostle

Answer: Simeon


Question: Who found this building?

Instruction: Using the provided image, obtain documents that address the subsequent question:

title: "Bran Castle" content: etc.) from across the country. In 1212, Teutonic Knights built the wooden castle of Dietrichstein as a fortified position in the Burzenland at the entrance to a mountain pass through which traders had travelled for more than a millennium, but in 1242 it was destroyed by the Mongols. The first documented mentioning of Bran Castle is the act issued by Louis I of Hungary on 19 November 1377, giving the Saxons of Kronstadt (Brașov) the privilege to build the stone castle on their own expense and labor force; the settlement of Bran began to develop nearby. In 1438–1442, the castle

Answer: Teutonic Order

Answer: Teutonic Knights

Answer: Teutonic Order

Answer: Order of Brothers of the German House of Saint Mary in Jerusalem


Question: What is the vertical depth (in metre) of this lake?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

title: "Lake Teletskoye" content: Lake Teletskoye Lake Teletskoye (; ) is the largest lake in the Altai Mountains and the Altai Republic, Russia, and has depth up to 325 meters. Situated at a height of above the sea level, the lake is long and wide and lies between the mountain ridges Korbu and Al-tyntu, on the junction of the Sailughem Mountains and the Western Sayans. Its surface area is ; however, due to its considerable depth (), the lake contains no less than 40 km³ (9.6 cubic miles) of fresh water. Annual water level fluctuations are estimated at some 348 sm. The lake transparency

title: "Lake Teletskoye" content: diluvial morpholithogenesis. The content of the precious component is everywhere much higher than the lowest accepted industrial standard, sometimes it’s tremendous. Lake Teletskoye Lake Teletskoye (; ) is the largest lake in the Altai Mountains and the Altai Republic, Russia, and has depth up to 325 meters. Situated at a height of above the sea level, the lake is long and wide and lies between the mountain ridges Korbu and Al-tyntu, on the junction of the Sailughem Mountains and the Western Sayans. Its surface area is ; however, due to its considerable depth (), the lake contains no less than

Answer: 325


Question: for the animal in the image, what do they commonly eat?

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title: Wolf content: force at the canines (in Newtons/kilogram of body weight) was greatest in the extinct dire wolf (163), then followed among the extant canids by the four hypercarnivores that often prey on animals larger than themselves: the African hunting dog (142), the gray wolf (136), the dhole (112), and the dingo (108). A similar trend was found with the carnassial tooth bite force, but with the extinct dire wolf and gray wolf both measuring (141), then followed by the African hunting dog (136), the dhole (114), and the dingo (113). The gray wolf has very dense and fluffy winter fur, with

title: Wolf content: wolves or mated pairs typically have higher success rates in hunting than do large packs, with single wolves having occasionally been observed to kill large prey such as moose, bison and muskoxen unaided. The gray wolf's sense of smell is relatively weakly developed when compared to that of some hunting dog breeds, being able to detect carrion upwind no farther than . Because of this, it rarely manages to capture hidden hares or birds, though it can easily follow fresh tracks. Its auditory perception is acute enough to be able to hear up to a frequency of 26 kHz, which

title: Wolf content: is sufficient to register the fall of leaves in the autumn period. A gray wolf hunt can be divided into five stages: The actual killing method varies according to prey species. With large prey, mature wolves usually avoid attacking frontally, instead focusing on the rear and sides of the animal. Large prey, such as moose, is killed by biting large chunks of flesh from the soft perineum area, causing massive blood loss. Such bites can cause wounds in length, with three such bites to the perineum usually being sufficient to bring down a large deer in optimum health. With medium-sized

title: Wolf content: prey such as roe deer or sheep, wolves kill by biting the throat, severing nerve tracks and the carotid artery, thus causing the animal to die within a few seconds to a minute. With small, mouse-like prey, wolves leap in a high arc and immobilize it with their forepaws. When prey is vulnerable and abundant, wolves may occasionally surplus kill. Such instances are common in domestic animals, but rare in the wild. In the wild, surplus killing primarily occurs during late winter or spring, when snow is unusually deep (thus impeding the movements of prey) or during the denning period,

title: Wolf content: faces southwards, thus ensuring enough sunlight exposure, keeping the denning area relatively snow free. Resting places, play areas for the pups and food remains are commonly found around wolf dens. The odour of urine and rotting food emanating from the denning area often attracts scavenging birds such as magpies and ravens. As there are few convenient places for burrows, wolf dens are usually occupied by animals of the same family. Though they mostly avoid areas within human sight, wolves have been known to nest near domiciles, paved roads and railways. Globally, gray wolf diet is predominantly composed of large ()

title: Wolf content: primarily feed on medium to large sized ungulates, they are not fussy eaters. Smaller sized animals that may supplement the diet of wolves include marmots, hares, badgers, foxes, weasels, ground squirrels, mice, hamsters, voles and other rodents, as well as insectivores. They frequently eat waterfowl and their eggs. When such foods are insufficient, they prey on lizards, snakes, frogs, rarely toads and large insects as available. In times of scarcity, wolves readily eat carrion, visiting cattle burial grounds and slaughter houses. Cannibalism is not uncommon in wolves: during harsh winters, packs often attack weak or injured wolves, and may eat

title: Wolf content: the bodies of dead pack members. Wolf packs in Astrakhan hunt Caspian seals on the Caspian Sea coastline and some wolf packs in Alaska and Western Canada have been observed to feed on salmon. Wolves in northern Minnesota have also been observed hunting northern pike in freshwater streams. Humans are rarely, but occasionally preyed upon. Other primates occasionally taken by wolves include grey langurs in Nepal and hamadryas baboons in Saudi Arabia. In Eurasia, many gray wolf populations are forced to subsist largely on livestock and garbage in areas with dense human activity, though wild ungulates such as moose, red

title: Wolf content: deer, roe deer and wild boar are still the most important food sources in Russia and the more mountainous regions of Eastern Europe. Other prey species include reindeer, argali, mouflon, wisent, saiga, ibex, chamois, wild goats, fallow deer and musk deer. The prey animals of North American wolves have largely continued to occupy suitable habitats with low human density, and cases of wolves subsisting largely on garbage or livestock are exceptional. Animals preferred as prey by North American wolves include moose, white-tailed deer, elk, mule deer, bighorn sheep, Dall's sheep, American bison, muskox and caribou. Wolves supplement their diet with

title: Wolf content: fruit and vegetable matter. They willingly eat the berries of mountain ash, lily of the valley, bilberries, blueberries and cowberry. Other fruits include nightshade, apples and pears. They readily visit melon fields during the summer months. A well-fed wolf stores fat under the skin, around the heart, intestines, kidneys, and bone marrow, particularly during the autumn and winter. Gray wolves typically dominate other canid species in areas where they both occur. In North America, incidents of gray wolves killing coyotes are common, particularly in winter, when coyotes feed on wolf kills. Wolves may attack coyote den sites, digging out and

title: Wolf content: Wolves have been recorded on numerous occasions to actively seek out black bears in their dens and kill them without eating them. Unlike brown bears, black bears frequently lose against wolves in disputes over kills. While encounters with brown and black bears appear to be common, polar bears are rarely encountered by wolves, though there are two records of wolf packs killing polar bear cubs. Wolves also kill the cubs of Asian black bears. Wolves may encounter striped hyenas in Israel, Central Asia and India, usually in disputes over carcasses. Striped hyenas feed extensively on wolf-killed carcasses in areas where

title: Wolf content: have been known to drive away wolves from kills. However, there have been confirmed reports of wolf packs killing wolverines. Other than humans, tigers appear to be the only serious predators of wolves. Wolf and tiger interactions are well documented in Sikhote-Alin, where tigers depress wolf numbers, either to the point of localized extinction or to such low numbers as to make them a functionally insignificant component of the ecosystem. Wolves appear capable of escaping competitive exclusion from tigers only when human persecution decreases tiger numbers. Proven cases of tigers killing wolves are rare and attacks appear to be competitive

title: Wolf content: sixteenth century during the reign of Henry VII. Wolves lasted longer in Scotland, where they sheltered in vast tracts of forest, which were subsequently burned down. Wolves managed to survive in the forests of Braemar and Sutherland until 1684. The extirpation of wolves in Ireland followed a similar course, with the last wolf believed to have been killed in 1786. A wolf bounty was introduced in Sweden in 1647, after the extermination of moose and reindeer forced wolves to feed on livestock. The Sami extirpated wolves in northern Sweden in organized drives. By 1960, few wolves remained in Sweden, because

title: Wolf content: of the use of snowmobiles in hunting them, with the last specimen being killed in 1966. The gray wolf was exterminated in Denmark in 1772 and Norway's last wolf was killed in 1973. The species was decimated in 20th century Finland, despite regular dispersals from Russia. The gray wolf was only present in the eastern and northern parts of Finland by 1900, though its numbers increased after World War II. In Central Europe, wolves were dramatically reduced in number during the early nineteenth century, because of organized hunts and reductions in ungulate populations. In Bavaria, the last wolf was killed

title: Wolf content: in 1847, and had disappeared from the Rhine regions by 1899. In Switzerland, wolves were extinct in the twentieth century; they are naturally coming back from Italy since the 1990s. In 1934, Nazi Germany became the first state in modern history to place the wolf under protection, though the species was already extirpated in Germany at this point. The last free-living wolf to be killed on the soil of present-day Germany before 1945 was the so-called "Tiger of Sabrodt", which was shot near Hoyerswerda, Lusatia (then Lower Silesia) in 1904. Today, wolves have returned to the area. Wolf hunting in

title: Wolf content: extermination of wolves in Bulgaria was relatively recent, as a previous population of about 1,000 animals in 1955 was reduced to about 100–200 in 1964. In Greece, the species disappeared from the southern Peloponnese in 1930. Despite periods of intense hunting during the eighteenth century, wolves never disappeared in the western Balkans, from Albania to the former Yugoslavia. Organized persecution of wolves began in Yugoslavia in 1923, with the setting up of the Wolf Extermination Committee (WEC) in Kocevje, Slovenia. The WEC was successful in reducing wolf numbers in the Dinaric Alps. In Southern Europe, wolf extermination was not as

title: Wolf content: small and isolated wolf populations expanded in the wake of decreased human density in rural areas and the recovery of wild prey populations. The gray wolf has been fully protected in Italy since 1976, and now holds a population of over 1,269–1,800. Italian wolves entered France's Mercantour National Park in 1993, and at least fifty wolves were discovered in the western Alps in 2000. By 2013 the 250 wolves in the Western Alps imposed a significant burden on traditional sheep and goat husbandry with a loss of over 5,000 animals in 2012. There are approximately 2,000 wolves inhabiting the Iberian

title: Wolf content: Karagin, Commander and Shantar Islands. The species was exterminated twice in Crimea, once after the Russian Civil War, and again after World War II. Following the two world wars, Soviet wolf populations peaked twice. 30,000 wolves were harvested annually out of a population of 200,000 during the 1940s, with 40,000–50,000 harvested during peak years. Soviet wolf populations reached a low around 1970, disappearing over much of European Russia. The population increased again by 1980 to about 75,000, with 32,000 being killed in 1979. Wolf populations in northern inner Mongolia declined during the 1940s, primarily because of poaching of gazelles, the

title: Wolf content: wolf's main prey. In British-ruled India, wolves were heavily persecuted because of their attacks on sheep, goats and children. In 1876, 2,825 wolves were bountied in the North-Western Provinces (NWP) and Bihar. By the 1920s, wolf extermination remained a priority in the NWP and Awadh. Overall, over 100,000 wolves were killed for bounties in British India between 1871 and 1916. Wolves in Japan became extinct during the Meiji restoration period, an extermination known as "ōkami no kujo". The wolf was deemed a threat to ranching, which the Meiji government promoted at the time, and targeted via a bounty system and

title: Wolf content: in response to these climatological and ecological pressures. "C. l. hattai" (formerly native to Hokkaidō) was significantly larger than its southern cousin "C. l. hodophilax", as it inhabited higher elevations and had access to larger prey, as well as a continuing genetic interaction with dispersing wolves from Siberia. There is little reliable data on the status of wolves in the Middle East, save for those in Israel and Saudi Arabia, though their numbers appear to be stable, and are likely to remain so. Israel's conservation policies and effective law enforcement maintain a moderately sized wolf population, which radiates into neighbouring

title: Wolf content: populations coincided with increasing human populations and the expansion of agriculture. By the start of the 20th century, the species had almost disappeared from the eastern USA, excepting some areas of the Appalachians and the northwestern Great Lakes Region. In Canada, the gray wolf was extirpated in New Brunswick and Nova Scotia between 1870 and 1921, and in Newfoundland around 1911. It vanished from the southern regions of Quebec and Ontario between 1850 and 1900. The gray wolf's decline in the prairies began with the extermination of the American bison and other ungulates in the 1860s–70s. From 1900–1930, the gray

title: Wolf content: wolf was virtually eliminated from the western USA and adjoining parts of Canada, because of intensive predator control programs aimed at eradicating the species. The gray wolf was exterminated by federal and state governments from all of the USA by 1960, except in Alaska and northern Minnesota. The decline in North American wolf populations was reversed from the 1930s to the early 1950s, particularly in southwestern Canada, because of expanding ungulate populations resulting from improved regulation of big game hunting. This increase triggered a resumption of wolf control in western and northern Canada. Thousands of wolves were killed from the

title: Wolf content: according to province and territory. First Nations residents may hunt wolves without restriction, and some provinces require licenses for residents to hunt wolves while others do not. In Alberta, wolves on private land may be baited and hunted by the landowner without requiring a license, and in some areas, wolf hunting bounty programs exist. Large-scale wolf population control through poisoning, trapping and aerial hunting is also presently conducted by government-mandated programs in order to support populations of endangered prey species such as woodland caribou. In Alaska, the gray wolf population is estimated at 6,000–7,000, and can be legally harvested during

title: Wolf content: coronavirus has been recorded in Alaskan wolves, with infections being most prevalent in winter months. Bacterial diseases carried by wolves include brucellosis, lyme disease, leptospirosis, tularemia, bovine tuberculosis, listeriosis and anthrax. Wolves can catch "Brucella suis" from wild and domestic reindeer. While adult wolves tend not to show any clinical signs, it can severely weaken the pups of infected females. Although lyme disease can debilitate individual wolves, it does not appear to have any significant effect on wolf populations. Leptospirosis can be contracted through contact with infected prey or urine, and can cause fever, anorexia, vomiting, anemia, hematuria, icterus, and

title: Wolf content: death. Wolves living near farms are more vulnerable to the disease than those living in the wilderness, probably because of prolonged contact with infected domestic animal waste. Wolves may catch tularemia from lagomorph prey, though its effect on wolves is unknown. Although bovine tuberculosis is not considered a major threat to wolves, it has been recorded to have once killed two wolf pups in Canada. Wolves carry ectoparasites and endoparasites, with wolves in the former Soviet Union having been recorded to carry at least 50 species. Most of these parasites infect wolves without adverse effects, though the effects may become

title: Wolf content: generally cause little harm in wolves, though this depends on the number and size of the parasites, and the sensitivity of the host. Symptoms often include constipation, toxic and allergic reactions, irritation of the intestinal mucosa, and malnutrition. Infections by the tapeworm "Echinococcus granulosus" in ungulate populations tend to increase in areas with high wolf densities, as wolves can shed "Echinoccocus" eggs in their feces onto grazing areas. Wolves can carry over 30 roundworm species, though most roundworm infections appear benign, depending on the number of worms and the age of the host. "Ancylostoma caninum" attaches itself on the intestinal

title: Wolf content: and congestive hepatopathy. Wolves probably become infected with "Trichinella spiralis" by eating infected ungulates. Although "T. spiralis" isn't known to produce clinical signs in wolves, it can cause emaciation, salivation, and crippling muscle pains in dogs. Thorny-headed worms rarely infect wolves, though three species have been identified in Russian wolves: "Nicolla skrjabini", "Macrocantorhynchus catulinus", and "Moniliformis moniliformis". Human presence appears to stress wolves, as seen by increased cortisol levels in instances such as snowmobiling near their territory. Old English literature contains several instances of Anglo-Saxon kings and warriors taking on "wulf" as a prefix or suffix in their names. Examples

title: Wolf content: on the concerns of Ancient Greece's settled, sheep-herding world. His most famous is the fable of The Boy Who Cried Wolf, which is directed at those who knowingly raise false alarms, and from which the idiomatic phrase "to cry wolf" is derived. Some of his other fables concentrate on maintaining the trust between shepherds and guard dogs in their vigilance against wolves, as well as anxieties over the close relationship between wolves and dogs. Although Aesop used wolves to warn, criticize and moralize about human behavior, his portrayals added to the wolf's image as a deceitful and dangerous animal. Isengrim

title: Wolf content: the wolf, a character first appearing in the 12th-century Latin poem "Ysengrimus", is a major character in the Reynard Cycle, where he stands for the low nobility, whilst his adversary, Reynard the fox, represents the peasant hero. Although portrayed as loyal, honest and moral, Isengrim is forever the victim of Reynard's wit and cruelty, often dying at the end of each story. The tale of Little Red Riding Hood, first written in 1697 by Charles Perrault, is largely considered to have had more influence than any other source of literature in forging the wolf's negative reputation in the western world.

title: Wolf content: a Hollywood film and taught in several schools decades after its publication. Although credited with having changed popular perceptions on wolves by portraying them as loving, cooperative and noble, it has been criticized for its idealization of wolves and its factual inaccuracies. The wolf is a frequent charge in English armory. It is illustrated as a supporter on the shields of Lord Welby, Rendel, and Viscount Wolseley, and can be found on the coat of arms of Lovett and the vast majority of the Wilsons and Lows. The demi-wolf is a common crest, appearing in the arms and crests of

title: Wolf content: members of many families, including that of the Wolfes, whose crest depicts a demi-wolf holding a crown in its paws, in reference to the assistance the family gave to Charles II during the battle of Worcester. Wolf heads are common in Scottish heraldry, particularly in the coats of Clan Robertson and Skene. The wolf is the most common animal in Spanish heraldry, and is often depicted as carrying a lamb in its mouth, or across its back. The wolf is featured on the flags of the Confederated Tribes of the Colville Reservation, the Oneida Nation of Wisconsin and the Pawnee.

title: Wolf content: In modern times, the wolf is widely used as an emblem for military and paramilitary groups. It is the unofficial symbol of the spetsnaz, and serves as the logo of the Turkish Grey Wolves. During the Yugoslav Wars, several Serb paramilitary units adopted the wolf as their symbol, including the White Wolves and the Wolves of Vučjak. Livestock depredation has been one of the primary reasons for hunting wolves, and can pose a severe problem for wolf conservation: as well as causing economic losses, the threat of wolf predation causes great stress on livestock producers, and no foolproof solution of

title: Wolf content: preventing such attacks short of exterminating wolves has been found. Some nations help offset economic losses to wolves through compensation programmes or state insurance. Domesticated animals are easy prey for wolves, as they have evolved under constant human protection, and are thus unable to defend themselves very well. Wolves typically resort to attacking livestock when wild prey is depleted: in Eurasia, a large part of the diet of some wolf populations consists of livestock, while such incidents are rare in North America, where healthy populations of wild prey have been largely restored. The majority of losses occur during the summer

title: Wolf content: grazing period, with untended livestock in remote pastures being the most vulnerable to wolf predation. The most frequently targeted livestock species are sheep (Europe), domestic reindeer (northern Scandinavia), goats (India), horses (Mongolia), cattle and turkeys (North America). The number of animals killed in single attacks varies according to species: most attacks on cattle and horses result in one death, while turkeys, sheep and domestic reindeer may be killed in surplus. Wolves mainly attack livestock when the animals are grazing, though they occasionally break into fenced enclosures. In some cases, wolves do not need to physically attack livestock to negatively affect

title: Wolf content: Wolves kill dogs on occasion, with some wolf populations relying on dogs as an important food source. In Croatia, wolves kill more dogs than sheep, and wolves in Russia appear to limit stray dog populations. Wolves may display unusually bold behavior when attacking dogs accompanied by people, sometimes ignoring nearby humans. Wolf attacks on dogs may occur both in house yards and in forests. Wolf attacks on hunting dogs are considered a major problem in Scandinavia and Wisconsin. The most frequently killed hunting breeds in Scandinavia are harriers, with older animals being most at risk, likely because they are less

title: Wolf content: wolf hunting regulations. Dogs that are employed to guard sheep help to mitigate human–wolf conflicts, and are often proposed as one of the non-lethal tools in the conservation of wolves. Shepherd dogs are not particularly aggressive, but they can disrupt potential wolf predation by displaying what is to the wolf ambiguous behaviors, such as barking, social greeting, invitation to play or aggression. The historical use of shepherd dogs across Eurasia has been effective against wolf predation, especially when confining sheep in the presence of several livestock-guarding dogs. However, shepherd dogs are sometimes killed by wolves. The fear of wolves has

title: Wolf content: on the head and face, and are then dragged off and consumed, unless the wolves are driven off. Such attacks typically occur only locally, and do not stop until the wolves involved are eliminated. Predatory attacks can occur at any time of the year, with a peak in the June–August period, when the chances of people entering forested areas (for livestock grazing or berry and mushroom picking) increase, though cases of non-rabid wolf attacks in winter have been recorded in Belarus, Kirov and Irkutsk oblasts, Karelia and Ukraine. Also, wolves with pups experience greater food stresses during this period. The

Answer: sheep

Answer: Rangifer tarandus

Answer: berry

Answer: deer

Answer: pear

Answer: bird

Answer: cattle

Answer: salmon

Answer: European Rabbit

Answer: Red Deer

Answer: cows

Answer: Aves

Answer: true deer

Answer: Cervus elaphus

Answer: red deer

Answer: Cattle

Answer: wether

Answer: sheep

Answer: Bos primigenius taurus + indicus

Answer: domestic cattle

Answer: salmon

Answer: Coney

Answer: Bos primigenius taurus

Answer: deer

Answer: bird

Answer: cervids

Answer: lamb

Answer: ram

Answer: raghorn

Answer: Domestic sheep

Answer: birds

Answer: pear

Answer: reindeer

Answer: caribou

Answer: ewe

Answer: Rangifer tarandus

Answer: Bos primigenius

Answer: bovine

Answer: deer family

Answer: cattle

Answer: berry

Answer: European Rabbit

Answer: cow

Answer: Oryctolagus cuniculus

Answer: Red Deer

Answer: Cervidae

Answer: domestic cow


Question: Which geographic area is this plant found?

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title: "Acer macrophyllum" content: browse by black-tailed deer, mule deer, and horses during the sapling stage. A western Oregon study found that 60 percent of bigleaf maple seedlings over tall had been browsed by deer, most several times. The current national champion bigleaf maple is located in Lane County, Oregon. It has a circumference of —or an average diameter at breast height of about —and is tall with a crown spread of . The previous national champion is located in Marion, Oregon, and has a circumference of —or an average diameter at breast height of about —and is tall with a crown spread of

Answer: Western Oregon

Answer: Western Oregon


Question: In which year did this aircraft come into service?

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title: "Fokker 100" content: 30% more efficient in cruise, while retaining the simplicity of a fixed leading edge. The cockpit was updated with a Rockwell Collins DU-1000 EFIS. Like the Fokker Fellowship, the Fokker 100 retained the twin rear fuselage-mounted engines and T-tail configuration, like the Douglas DC-9 family. It lacks the F28 eyebrow windows above the cockpit. A Type Certificate was applied for on 25 March 1983. The program was announced in 1983. A pair of prototypes were built. On 30 November 1986, the first prototype, "PH-MKH", flew for the first time, while the second, "PH-MKC", followed on 25 February 1987. The variant

title: "Fokker 100" content: was approved on 20 November 1987. In February 1988, the first deliveries of the Tay 620-15 powered versions started to Swissair. Major customers included American Airlines with 75 orders, TAM Transportes Aéreos Regionais with 50 and USAir with 40, their aircraft were powered by the more powerful Tay 650-15. During the early 1990s, Fokker and DASA explored a commercial relationship for regional aircraft. DASA purchased 40% of Fokker in 1993. However, by 1995, both Fokker and DASA were suffering financial difficulties, leading to DASA leaving the regional aircraft market. In June 1996, DASA sold the majority of Dornier to Fairchild

Answer: 1988

Answer: 1989

Answer: 1987

Answer: 1988


Question: What is the closest upper taxonomy of this bird?

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title: "Least grebe" content: Least grebe The least grebe ("Tachybaptus dominicus"), an aquatic bird, is the smallest member of the grebe family. It occurs in the New World from the southwestern United States and Mexico to Chile and Argentina, and also on Trinidad and Tobago, the Bahamas and the Greater Antilles. The least grebe ranges in length from (depending on the subspecies) and in weight from . Weights are variable based on region and subspecies, being smaller in Panama, where males weighed a mean of against the females and larger in the West Indies, where the sexes weigh a mean of and , respectively.

title: "Least grebe" content: flight. Non-breeding birds are paler with a whitish throat, and immatures are paler and greyer than adults. Unlike all other members of its genus, it lacks any chestnut coloring on its neck. There are five recognized subspecies of least grebe, separated principally by size and color. Its genus name, "Tachybaptus", is a combination of two Greek words—"takhus" meaning fast and "baptos" meaning diving, or sinking under. The specific name "dominicus" refers to the Caribbean island of Hispaniola, which was formerly known as Santo Domingo. As its English name suggests, the least grebe is overall the smallest member of the grebe

title: "Least grebe" content: family. It is the only member of its genus found in the New World; the four other members of the genus "Tachybaptus" reside in the Old World and Australasia. Least grebes are found in a wide variety of wetland habitats, including freshwater ponds, lakes, and marshes, slow-flowing streams and rivers, roadside ditches, and mangrove swamps. In general, they prefer bodies of water with significant amounts of vegetative cover, particularly along the edges; they will even use wetlands which are almost completely overgrown. They may choose small, temporary bodies of water to breed, in an effort to avoid predation of their

title: "Least grebe" content: of predators, particularly early in life. Large fish species and turtles are reported to take young grebes, and bird-eating raptors, including the bat falcon and the golden eagle, have been observed taking adult birds. Least grebe The least grebe ("Tachybaptus dominicus"), an aquatic bird, is the smallest member of the grebe family. It occurs in the New World from the southwestern United States and Mexico to Chile and Argentina, and also on Trinidad and Tobago, the Bahamas and the Greater Antilles. The least grebe ranges in length from (depending on the subspecies) and in weight from . Weights are variable

Answer: Tachybaptus

Answer: Tachybaptus


Question: Which historic county does this bridge belong to?

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title: "Blackfriars Bridge" content: St George's Circus between Westminster Bridge Road, Borough Road and the later named Blackfriars Road which crossed the largely open parish of Christchurch Surrey. The continuation to the south at the major junction at Elephant and Castle is therefore named London Road. Although it was built of Portland stone the workmanship was very faulty. Between 1833 and 1840 extensive repairs were necessary, and a good deal of patching-up was done, until at last it was decided to build a new bridge on the same site and this coincided with the creation of the Thames Embankment's junction with the new Queen

Answer: Surrey

Answer: Surrey


Question: What is the maximum capacity of this aircraft?

Instruction: With the provided image, gather documents that offer a solution to the question:

title: "De Havilland Canada DHC-6 Twin Otter" content: De Havilland Canada DHC-6 Twin Otter The de Havilland Canada DHC-6 Twin Otter, currently marketed as the Viking Air DHC-6 Twin Otter, is a Canadian 19-passenger STOL (Short Takeoff and Landing) utility aircraft developed by de Havilland Canada and currently produced by Viking Air. The aircraft's fixed tricycle undercarriage, STOL capabilities, twin turboprop engines and high rate of climb have made it a successful commuter passenger airliner as well as a cargo and medical evacuation aircraft. In addition, the Twin Otter has been popular with commercial skydiving operations, and is used by the United States Army Parachute Team and the

title: "De Havilland Canada DHC-6 Twin Otter" content: United States Air Force's 98th Flying Training Squadron. Development of the aircraft began in 1964, with the first flight on May 20, 1965. A twin-engine replacement for the single-engine DHC-3 Otter retaining DHC's renowned STOL qualities, its design features included double-slotted trailing-edge flaps and ailerons that work in unison with the flaps to boost STOL performance. The availability of the Pratt & Whitney Canada PT6A-20 turboprop in the early 1960s made the concept of a twin more feasible. To bush operators, the improved reliability of turboprop power and the improved performance of a twin-engine configuration made it an immediately popular

title: "De Havilland Canada DHC-6 Twin Otter" content: alternative to the piston-powered Otter which had been flying since 1951. The first six aircraft produced were designated Series 1, indicating that they were prototype aircraft. The initial production run consisted of Series 100 aircraft, serial numbers seven to 115 inclusive. In 1968, Series 200 production began with serial number 116. Changes made at the beginning of Series 200 production included improving the STOL performance, adding a longer nose that was equipped with a larger baggage compartment (except for aircraft fitted with floats), and fitting a larger door to the rear baggage compartment. All Series 1, 100, and 200 aircraft

title: "De Havilland Canada DHC-6 Twin Otter" content: and their variants (110, 210) were fitted with the 550-shaft-horsepower PT6A-20 engines. In 1969, the Series 300 was introduced, beginning with serial number 231. Both aircraft performance and payload were improved by fitting more powerful PT6A-27 engines. This was a engine that was flat-rated to for use in the Series 300 Twin Otter. The Series 300 proved to be the most successful variant by far, with 614 Series 300 aircraft and their subvariants (Series 310 for United Kingdom operators, Series 320 for Australian operators, etc.) sold before production in Toronto by de Havilland Canada ended in 1988. In 1976, a

title: "De Havilland Canada DHC-6 Twin Otter" content: designed for Twin Otter operations. According to the February 1976 edition of the "Official Airline Guide", Houston Metro operated 22 round-trip flights every weekday at this time between Clear Lake City (CLC) and Houston Intercontinental Airport (IAH, now Houston George Bush Intercontinental Airport) in a scheduled passenger airline shuttle operation. Houston Metro had agreements in place for connecting passenger feed services with Continental Airlines and Eastern Airlines at Houston Intercontinental, with this major airport having a dedicated STOL landing area at the time specifically for Twin Otter flight operations. The Clear Lake City STOLport is no longer in existence. The

title: "De Havilland Canada DHC-6 Twin Otter" content: Walt Disney World resort in Florida was also served with scheduled airline flights operated with Twin Otter aircraft. The Walt Disney World Airport (DWS), also known as the Lake Buena Vista STOLport, was a private airfield constructed by the Walt Disney Company with Twin Otter operations in mind. In the early 1970s, Shawnee Airlines operated scheduled Twin Otter flights between the Disney resort and nearby Orlando Jetport (MCO, now Orlando International Airport), as well as to Tampa International Airport (TPA). This service by Shawnee Airlines is mentioned in the "Air Commuter Section" of the Sept, 6, 1972 Eastern Air Lines

title: "De Havilland Canada DHC-6 Twin Otter" content: continued to operate the Twin Otter, as well. Larger scheduled passenger airlines based in the United States, Canada, Mexico, the Caribbean and Australia, particularly jetliner operators, also flew Twin Otters, with the aircraft providing connecting feeder service for these airlines. Jet aircraft operators which also flew the Twin Otter included Aeronaves de Mexico, Air BC, Alaska Airlines, ALM Antillean Airlines, Ansett Airlines, Cayman Airways, Frontier Airlines (1950-1986), LIAT, Norcanair, Nordair, Ozark Air Lines, Pacific Western Airlines, Quebecair, South Pacific Island Airways, Time Air, Transair (Canada), Trans Australian Airlines (TAA), Wardair Canada and Wien Air Alaska. In many cases, the excellent

title: "De Havilland Canada DHC-6 Twin Otter" content: the third winter evacuation flight to Amundsen–Scott South Pole Station to remove two people for medical reasons. The Argentine Air Force has used the Twin Otter in Antarctica since the 1970s, with at least one of them deployed year-round at Marambio Base. The Chilean Air Force has operated the type since 1980, usually having an example based at Presidente Frei Antarctic base of the South Shetland islands. As of August 2006, a total of 584 Twin Otter aircraft (all variants) remain in service worldwide. Major operators include: Libyan Arab Airlines (16), Maldivian Air Taxi (22), Trans Maldivian Airways (23), Kenn

title: "De Havilland Canada DHC-6 Twin Otter" content: a replacement for the single-engine de Havilland Canada DHC-3 Otter but also with other civil and military customers, with over 890 aircraft built. Many commuter airlines in the U.S. got their start by flying the Twin Otter in scheduled passenger operations. Kaymac Inc., a government civilian contractor based in Nevada, operates 18. De Havilland Canada DHC-6 Twin Otter The de Havilland Canada DHC-6 Twin Otter, currently marketed as the Viking Air DHC-6 Twin Otter, is a Canadian 19-passenger STOL (Short Takeoff and Landing) utility aircraft developed by de Havilland Canada and currently produced by Viking Air. The aircraft's fixed tricycle

Answer: 19


Question: What is the source that produces this material?

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title: Tortoiseshell content: Tortoiseshell Tortoiseshell or tortoise shell is a material produced from the shells of the larger species of tortoise and turtle, mainly the hawksbill sea turtle, which is an endangered species largely because of its exploitation for the material. The large size, fine colour and unusual form of the hawksbill's scutes make it especially suitable. The distinctive patterning is referred to in names such as the tortoiseshell cat, several breeds of guinea pig, and the common names of several species of the butterfly genera "Nymphalis" and "Aglais", and some other uses. Tortoiseshell was widely used from ancient times in the West

title: Tortoiseshell content: Boulle (1642-1732), cabinetmaker to Louis XIV of France introduced or perfected marquetry combining thin inlays of tortoiseshell backed with metal, with woods and metal, a style still called after him. Small luxury objects such as snuff-boxes were decorated in piqué work, inlays of precious metals and jewels into tortoiseshell (or other materials). Hopes of capturing a large store of tortoiseshell led to the Ngatik massacre by Australian "beachcombers" of up to 50 men of Sapwuahfik in Micronesia in July 1837. Tortoiseshell Tortoiseshell or tortoise shell is a material produced from the shells of the larger species of tortoise and turtle,

Answer: turtle

Answer: turtle

Answer: turtles

Answer: Testudines


Question: Which body of water is this building located in or next to?

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title: "Niechorze lighthouse" content: Niechorze lighthouse Niechorze lighthouse (Polish: "Latarnia morska Niechorze") is a lighthouse in Niechorze, on the Polish coast of the Baltic Sea, by a steep cliff. The lighthouse is located in Niechorze, West Pomeranian Voivodeship, in Poland. The lighthouse is located in between the Kikut lighthouse (about 30 km to the west), and the Kołobrzeg lighthouse (34 km to the east). The lighthouse in Niechorze is located at the edge of a steep cliff, with a height of 20 metres. The lighthouse's base is a 13 metre high square-shaped building, on both sides of the tower. The light glare from the

title: "Niechorze lighthouse" content: finally operational – this was due to the erosion of the cliff which the lighthouse was located close to; the authorities secured the cliff by putting large boulders and rock armour (500 metres of heavy concrete) to secure the cliff and provide a stable ground for the lighthouse. Currently the lighthouse is open to tourists, with a viewpoint – nearby the lighthouse there is a miniature park of all Polish lighthouses, a popular attraction for families and enthusiasts. Niechorze lighthouse Niechorze lighthouse (Polish: "Latarnia morska Niechorze") is a lighthouse in Niechorze, on the Polish coast of the Baltic Sea, by

Answer: Baltic Sea

Answer: Baltic Sea


Question: which mountain range is this lake belong to?

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title: Windermere content: Windermere Windermere is the largest natural lake in England. It is a ribbon lake formed in a glacial trough after the retreat of ice at the start of the current interglacial period. It has been one of the country's most popular places for holidays and summer homes since the arrival of the Kendal and Windermere Railway's branch line in 1847. Historically forming part of the border between Lancashire and Westmorland, it is now within the county of Cumbria and the Lake District National Park. The word 'Windermere' is thought to translate as "'Winand or Vinand's lake'... The specific has usually

title: Windermere content: of the Lake District which provide pleasant low-level walks; to the north and northeast are the higher fells of central Lakeland. There is debate as to whether the stretch of water between Newby Bridge and Lakeside at the southern end of the lake should be considered part of Windermere, or a navigable stretch of the River Leven. This affects the stated length of the lake, which is long if measured from the bridge at Newby Bridge, or if measured from Lakeside. The lake varies in width up to a maximum of , and covers an area of . With a

title: Windermere content: maximum depth of and an elevation above sea level of , the lowest point of the lake bed is well below sea level. There is only one town or village directly on the lakeshore, Bowness-on-Windermere, as the village of Windermere does not directly touch the lake and the centre of Ambleside is to the north of Waterhead. The village of Windermere is about 20 minutes' walk from Millerground, the nearest point on the lakeshore. It did not exist before the arrival of the railway in 1847. The station was built in an area of open fell and farmland in the

title: Windermere content: the lake and also along about of the southern section of the eastern shore. Anyone crossing the lake from east to west on the Windermere Ferry thus travels from the historic county of Westmorland to that of Lancashire. Since local government reorganisation in 1974, Windermere and its shores have been entirely within the district of South Lakeland in the non-metropolitan county of Cumbria. Most planning matters concerned with the lake are, however, the responsibility of the Lake District National Park Authority. Passenger services operate along the whole length of the lake, from Lakeside railway station, on the Lakeside and Haverthwaite

title: Windermere content: heritage steam railway at the southern end of the lake, to Waterhead Bay near Ambleside in the north. Intermediate stops are made at Bowness and, by smaller launches only, at Brockhole. Some boats only operate part of the route, or operate out and back cruises, whilst others run the whole distance. These services date back to the former Furness Railway, who built the Lakeside branch, and were at one time operated by British Rail, the former state-owned rail operator. Since privatisation, three of the original large railway boats are operated by Windermere Lake Cruises Ltd, along with a fleet of

title: Windermere content: Far Sawrey on the western side of the lake. This service forms part of the B5285. There are also two summer only passenger ferries that cross the lake. One crosses from Lakeside station to Fell Foot Park at the southern end of the lake, whilst the other links Bowness with Far Sawrey. There are five large boating clubs based around the lake: the South Windermere Sailing Club, Windermere Motor Boat Racing Club, the Lake District Boat Club, the Royal Windermere Yacht Club, and the Windermere Cruising Association. The Royal Windermere Yacht Club maintains a set of turning marks on the

title: Windermere content: lake, which are also used by the Windermere Cruising Association. The Lake District Boat Club is a family orientated club open to all boat users on the lake, with premises located in Bowness the club house has views of the lake and surrounding fells. The LDBC also run a full programme of both social and racing events. The Windermere Cruising Association organises the popular Winter Series. This event benefits from not being hindered by the large waves, caused by gales, that often lead to sea racing being cancelled. The WCA also have a full calendar of summer races which are

title: Windermere content: an RYA Community Award for Outstanding Contribution. In 2015 Lakeland Rowing club set up a base at Fell Foot Park. The club grew quickly and has now separated from the Northern section of the club (based at Derwent water) and has taken the name Windermere Rowing Club. The club is small in comparison to the more established clubs in the country but is continually growing with the number of both members and boats constantly increasing. On Friday 13 June 1930, Sir Henry Segrave broke the world water speed record on Windermere in his boat, Miss England II at an average

title: Windermere content: speed of . On the third run over the course, off Belle Grange, the boat capsized. Segrave's mechanic, Victor Helliwell drowned, but Segrave was rescued by support boats. He died a short time later of his injuries. Segrave was one of the few people in history who have held the world land speed record and water speed record simultaneously. Racer Norman Buckley set several world water speed records on Windermere in the 1950s. For many years, powerboating and water-skiing have been popular activities on the lake. In March 2000, the Lake District National Park Authority controversially introduced a bylaw setting

title: Windermere content: as well as information about "Swallows and Amazons" and the history of racing boats. The museum has been closed since 2006 for refurbishment. The long popularity of steam launches on Windermere has even given its name to the Windermere kettle, a steam-powered tea urn. In 2005, the Windermere Management Strategy identified the potential for water bus services on the lake. In 2009, the Lake District National Park Authority commissioned a detailed study into the demand for such services. In July 2009, it was announced that Windermere Lake Cruises would be operating additional stops around the lake. In January 2012, the

title: Windermere content: of Loch Awe in Scotland (), then driving to the Lake District and swimming the length of Windermere (), and finally driving to Wales and swimming the length of Llyn Tegid (). This challenge is intended as the swimming equivalent of the National Three Peaks Challenge. The first lines of William Wordsworth's poem, "There was a Boy", are There was a Boy; ye knew him well, ye cliffs<br>And islands of Winander!... A series of children's books by Arthur Ransome, "Swallows and Amazons" and its sequels "Swallowdale", "Winter Holiday", "Pigeon Post" and "The Picts and the Martyrs", involve school holiday adventures

title: Windermere content: Rather than the large house, though, Belle Isle plays host to a folly which is used by the Water Witches in the area. Some people believe that there may be a lake monster, similar to the one alleged to live in Loch Ness, and anomalous photos have been taken of the supposed creature; it has been affectionately nicknamed "Bownessie". The novel "Giant Killer Eels" by Stuart Neild is set in the Lake District and features Bownessie-like monsters in Windermere and Lake Unsworth. Windermere Windermere is the largest natural lake in England. It is a ribbon lake formed in a glacial

Answer: Lake District

Answer: Lakeland

Answer: Lake District

Answer: The Lakes


Question: Who commissioned this facility?

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title: "Nasir-ol-molk Mosque" content: Nasir-ol-molk Mosque The Nasir al-Mulk Mosque ( "Masjed-i Nasir al-Mulk"), also known as the Pink Mosque (مسجد صورتی "Masjed-i Surati"), is a traditional mosque in Shiraz, Iran. It is located in Gawd-i Arabān quarter, near Shāh Chérāgh Mosque. It was built under Qajar rule of Iran. The mosque includes extensive coloured glass in its facade, and displays other traditional elements such as the "Panj Kāse" ("five concaved") design. It is named in popular culture as the 'Pink Mosque', due to the usage of considerable pink colour tiles for its interior design. The mosque was built during the Qajar dynasty, and

title: "Nasir-ol-molk Mosque" content: is still in use under protection by the Endowment Foundation of Nasir ol Molk. Construction began in 1876 by the order of Mirzā Hasan Ali (Nasir ol Molk), a Qajar ruler. and was completed in 1888, The designers were Mohammad Hasan-e-Memār, an Iranian architect, and Mohammad Rezā Kāshi-Sāz-e-Širāzi. Restoration, protection, and maintenance of this monument is being continued by the "Endowment Foundation of Nasir ol Molk". The colourful windows and doors are handcrafted by carpenter master Hajj Mirza Ayat. Nasir-ol-molk Mosque The Nasir al-Mulk Mosque ( "Masjed-i Nasir al-Mulk"), also known as the Pink Mosque (مسجد صورتی "Masjed-i Surati"), is

Answer: Hassan Ali Nasir al-Molk

Answer: Hassan Ali Nasir al-Molk

Answer: Mirza Hassan Ali Nasir-ol-Mulk

Answer: Mirza Hassan Ali

Answer: Nasir-ol-Molk