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

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Pelargonium peltatum. Pelargonium peltatum is a scrambling perennial plant with shallow or deeply five lobed, circular to heart-shaped, somewhat fleshy leaves, sometimes with a differently coloured semicircular band, that has been assigned to the cranesbill family. It carries umbel-like inflorescences with 2–10, white to mauve, bilateral symmetrical flowers, each with a "spur" that is merged with the flower stalk. It is known by several common names including ivy-leaved pelargonium and cascading geranium. It is native to southern and eastern South Africa. In its home range, it flowers year round but most vigorously from August to October.## Description.The ivy-leaved pelargonium is a perennial.

Pelargonium peltatum. plant that scrambles over the surrounding vegetation and its somewhat succulent, slender and smooth, 3–10 mm (0.12–0.40 in) thick stems can grow to a length of about 2 m (7 ft). The leaves are alternately arranged along the stem, but sometimes seem to be opposite. The leaves have broad oval to triangular stipules of about 7 mm (0.28 in) long and 4 mm (0.16 in) wide, a leaf stalk of ½–5½ cm (0.2–2.2 in) long, and a hairy or hairless, green to greyish green, sometimes with a differently colored semicircular band, more of less fleshy, circular to heart-shaped in outline,.

Pelargonium peltatum. on average 3 cm (1.2 in) long and 5 cm (2.0 in) wide (full range 1–6¾ cm × 1¾–8¾ cm). The leaf blade has five shallow or deeper sharp or blunt tipped lobes that spread radially from a point with an entire margin.## Flowers.The umbel-like inflorescences sit atop a stalk of about 6½ cm (2.6 in) long (full range 4–8½ cm) covered with long soft hairs to hairless. At the top of the inflorescence stalk are long, softly hairy, oval to lance-shaped bracts of about 3 mm (0.12 in) long and 2 mm (0.08 in) wide, which subtend two to.

Pelargonium peltatum. ten scentless flowers, each on a long softly hairy flower stalk of 1¾–5 mm (0.07–0.20 in) long. The long, softly hairy floral tube, which is somewhat difficult to distinguish from the flower stalk, is on average 3 cm (1.2 in) long (full range 2–4¼ cm). The five free, purple to light green sepals are lance-shaped, covered in long, soft hairy on the surface facing out, on average 11 mm (0.44 in) long (full range 7½–14 mm). The five free petals are spade-shaped, and whitish, pale pink, pinkish mauve or mauve in colour. The two upper petals sometimes have purple markings,.

Pelargonium peltatum. curve back at an approximate angle of 90° and are on average 21 mm (0.85 in) long and 9 mm (0.35 in) wide (full range 15–27 mm × 6–12 mm). The three lower petals curve back slightly and are on average 17 mm (0.65 in) long and 6 mm (0.25 in) wide (full range 13½–21 mm × 3½–7½ mm). The ten filaments are merged into a tube of about 2 mm (0.08 in) long, the free parts of the filaments varying in length within the same flower, between 2 and 11 mm (0.08–0.45 in) long. Only five to seven of.

Pelargonium peltatum. the filaments carry a purple, about 2 mm long anther, even in freshly opened flowers (anthers are quickly lost), the upper two on much shorter filaments. The woolly hairy ovary is about 4 mm (0.16 in) long that is topped by a hairy or hairless, about 5 mm (0.2 in) long style that carries five stigmas of about 3 mm (0.12 in) long. These female floral parts develop into a dry splitting fruit, the five parts each consisting of an approximately 7 mm (0.28 in) long, roughly hairy oval base and an about 3 cm (1.2 in) long tail. The.

Pelargonium peltatum. bases of these mericarps each contain one hairless, brown, ellipse-shaped seed of about 5 mm long and 2 mm in diameter."P. peltatum" has nine homologous sets of chromosomes (2x=18).## Taxonomy.The ivy-leaved pelargonium was first described by Carl Linnaeus, based on a specimen that was growing in the garden of George Clifford III, in his 1753 groundbreaking book "Species Plantarum", and he named it "Geranium peltatum". When Charles Louis L'Héritier de Brutelle erected a new genus, "Pelargonium", in William Aiton’s book "Hortus Kewensis", published in 1789, he reassigned the species and made the new combination "P. peltatum". Later, in 1792, L'Héritier.

Pelargonium peltatum. also described a comparable form and named it "Pelargonium lateripes". In 1796, the English botanist Richard Anthony Salisbury renamed "P. lateripes" to "P. hederaefolium", which is therefore a superfluous name. Henry Cranke Andrews in the first volume of his monography of the genus "Geranium", that was published in 1805, distinguished "P. peltatum" var. "variegatum", as well as "G. hederinum" var. "flore albo" and var. "variegatum". In volume 2 that came out in 1806, he added "P. peltatum" var. "superbum" and "G. hederinum" var. "zonales". In his study "Geraniaceae", Robert Sweet, described two forms that he called "P. scutellatum" and "P.

Pelargonium peltatum. pinquifolium", although he suggested the latter may have been a hybrid. In 1824, Augustin Pyramus de Candolle in his magnum opus "Prodromus Systematis Naturalis Regni Vegetabilis" described "P. lateripes" var. "albomarginatum" and var. "walneri", as well as "P. peltatum" var. "zonatum". In the same year, Johann Centurius Hoffmannsegg made a description of "P. glabrum". Sweet described in 1826 three more forms in his "Hortus Brittanicus", which he named "P. lateripes" var. "roseus", var. "viridifolium" and var. "zonation". In 1835, Christian Friedrich Ecklon and Karl Ludwig Philipp Zeyher created a new genus, "Dibrachya", which they had based on the section that.

Pelargonium peltatum. Sweet had erected earlier, and made the new combinations "D. peltata", "D. scutellata" and "D. clypeata". Ernst Gottlieb von Steudel moved the latter to "Pelargonium" creating "P. clypeatum". William Henry Harvey in the 1860 "Flora Capensis" made the new combinations "P. peltatum" var. "scutellatum", var. "clypeatum" and var. "glabrum". Jean Baptiste Saint-Lager changed the name of "P. lateripes" to "P. lateripedatum", a superfluous name in 1880. In 1890, Robert Brown (R.Br.ter) described "P. saxifragoides". Otto Kuntze erected the genus "Geraniospermum" and made the new combination "Geraniospermum peltatum" in 1891. As part of his extensive 1912 treatment of several plant families,.

Pelargonium peltatum. Reinhard Gustav Paul Knuth described a form from Pondoland as "P. bachmannii". Maria Olivier and J.J.A. van der Walt in 1984 considered the ivy-leaved pelargonium a pluriform species which includes plants that differ in the degree of succulence of the stems and leaves, the shape (circular or heart-shaped), the deepness of the incisions between the lobes, and the presence of a differently colored band in the leafblade. They conclude that several names correspond to garden hybrids, i.e. "P. hederinum" and its varieties "flore albo", "variegatum" and "zonale", "P. lateripes" var. "roseum", "viridiflorum" and "zonation", "P. peltatum" var. "superbum" and var.

Pelargonium peltatum. "variegatum", "P. saxifragoides" and finally "P. pinquifolium". The identity of "P. glabrum" and "P. bachmannii" could not be determined because a type could not be identified. The remaining forms all grade into each other, so these cannot be upheld as separate taxa and are all synonyms of "P. peltatum"."Pelargonium peltatum" has been assigned to the section "Ciconium". A study comparing homologous DNA indicates that the members of a group consisting of "P. acraeum", "P. ranunculophyllum", "P. alchemilloides", "P. multibracteatum", "P. tongaense", "P. barklyi", "P. articulatum", "P. frutetorum", "P. inquinans", "P. acetosum", "P. zonale", "P. aridum", "“P. socotrana”", "P. quinquelobatum" and.

Pelargonium peltatum. "P. peltatum" are most closely related.The scientific name of the species "peltatum" is derived from the Latin word "pelta", a small crescent-shaped shield, and means "shield-bearing", a reference to the shield-like leaves, since the leaf stalk is attached to the centre of the leaf blade. The common name in Afrikaans is "kolsuring" (meaning cabbage sorrel) and refers to acid sap of the plant.## Distribution, habitat and ecology.The ivy-leaved pelargonium natural distribution consists of parts of the Western Cape, Eastern Cape, Kwazulu-Natal and Mpumalanga provinces of South Africa. The species has escaped cultivation in climates somewhat comparable to South Africa including.

Pelargonium peltatum. in California, Mexico, Puerto Rico, Honduras, Ecuador and the Galapagos Islands, Spain and the Canary Islands, Portugal and the Azores Islands, France, Italy and Greece. It may behave rather weedy.In the wild, it clambers over shrubs on dry rocky hillsides or along the coast on well-drained soils.The caterpillars of the common geranium bronze ("Cacyreus marshalli"), of Dickson's geranium bronze ("C. dicksoni"), and of the water bronze ("C. tespis") eat the stems of pelargonium species. Carpenter bees may be important pollinators as these frequent the flowers.## Conservation.The ivy-leaved pelargonium is considered a species of least concern because of its large distribution.

Pelargonium peltatum. and stable population.## Cultivation.In 1700, Willem Adriaan van der Stel, Governor of the Cape Colony, introduced the ivy-leaved pelargonium to the Netherlands. Sir Francis Masson shipped the species to Great Britain in 1774. "P. peltatum" has been used to develop many garden hybrids that are called "ivy-leaved pelargoniums". The species and its hybrids can be very easily propagated through taking cuttings. It grows best on well drained substrates such as sandy or loamy soils, is not sensitive to soil acidity and is drought resistant, but it neither tolerates shading nor frost. The ivy-leaved pelargonium is cultivated on a large-scale for.

Pelargonium peltatum. landscaping and as an ornamental plant for use in gardens and containers, as well as being used as a houseplant.## Uses.The leaves of the ivy-leaved pelargonium can be eaten as a vegetable and have a tangy taste. A bluish textile dye can be made from the petals.Photographs of "Pelargonium peltatum.


Question: What is the magnitude of the velocity of this animal kilometre per hour?

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Cheetah. in the Sahara, impala in the eastern and southern African woodlands, springbok in the arid savannas to the south and Thomson's gazelle in the Serengeti. Smaller antelopes like the common duiker are a frequent prey in the southern Kalahari. Larger ungulates are typically avoided, though nyala, whose males weigh around 120 (kg), were found to be the major prey in a study in the Phinda Game Reserve. In Namibia cheetahs are the major predators of livestock. The diet of the Asiatic cheetah consists of chinkara, desert hare, goitered gazelle, urial, wild goats and livestock; in India cheetahs used to prey.


Question: Who or what maintains this building?

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Chapel of the Resurrection (Valparaiso, Indiana). The Chapel of the Resurrection is the centerpiece structure on the campus of Valparaiso University in Valparaiso, Indiana. Primarily used to facilitate many Lutheran campus worship services, the Chapel of the Resurrection also serves as a site for convocations, musical performances, guest lectures, and commencement ceremonies.The chapel's chancel is 98 (ft) high and is circular in shape; the roof of the apse is shaped like a nine-pointed star. The nave is 58 (ft) high and 193 (ft) long. The building capacity is around 2000, although this number is flexible depending upon the configuration of the chairs, which recently replaced the.

Chapel of the Resurrection (Valparaiso, Indiana). pews. To the southwest of the Chapel lies the Brandt Campanile, a 12-bell tower rising 143 (ft) tall.Clearly visible from U.S. Route 30 and throughout the surrounding community, the building is located on the highest point of ground on the Valparaiso University campus and is a Northwest Indiana landmark.## History.Groundbreaking for the Chapel construction took place in 1956. The building was designed by the architectural firm Charles Stade and Associates of Park Ridge, Illinois, though certain elements and features (e.g., the stone baptistry, the stained glass windows, etc.) were designed by other artists. Peter Dohmen Studios of St. Paul, Minnesota.

Chapel of the Resurrection (Valparaiso, Indiana). designed the 95 (ft) high stained glass windows, as well as the marble interzia altar, and the mosaic at the entrance of the chapel. Adalbert Raphael Kretzmann, pastor and brother of Valparaiso University president O. P. Kretzmann, joined Charles Stade in the building's design.The altar is 20 (ft) long, made of various types of Italian marble. Peter Dohmen designed the inlaid marble pedestals to depict, with symbols, the four evangelists. Matthew is represented by an angel, Mark by a lion, John by an eagle, and Luke by an ox.Peter Dohmen learned his skills at the top art academies of Europe.

Chapel of the Resurrection (Valparaiso, Indiana). building was dedicated in 1959, part of Valparaiso University's centennial celebration, and officially designated as the Chapel of the Resurrection at the 10th anniversary service in 1969.In July and August 2005, the university built a medieval-style prayer labyrinth on the east side of the chapel, 64 feet in diameter. The university is adding 11000 (sqft) to the building in 2014, known as the Helge Center.## Organ.The Reddel Organ in the chapel was built by organ builder Herman Schlicker of Buffalo, New York. A contract for the organ was signed on September 27, 1957 at a cost of $68,000. These funds.


Question: What equipment or engine is used by this item to provide power?

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Electric motor. An electric motor is an electrical machine that converts electrical energy into mechanical energy. Most electric motors operate through the interaction between the motor's magnetic field and electric current in a wire winding to generate force in the form of torque applied on the motor's shaft. An electric generator is mechanically identical to an electric motor, but operates with a reversed flow of power, converting mechanical energy into electrical energy.Electric motors can be powered by direct current (DC) sources, such as from batteries, or rectifiers, or by alternating current (AC) sources, such as a power grid, inverters or electrical generators.Electric.

Electric motor. braking with traction motors, electric motors can be used in reverse as generators to recover energy that might otherwise be lost as heat and friction.Electric motors produce linear or rotary force (torque) intended to propel some external mechanism, such as a fan or an elevator. An electric motor is generally designed for continuous rotation, or for linear movement over a significant distance compared to its size. Magnetic solenoids are also transducers that convert electrical power to mechanical motion, but can produce motion over only a limited distance.## History.## Early motors.Before modern electromagnetic motors, experimental motors that worked by electrostatic force.

Electric motor. persistent electric currents. Hans Christian Ørsted discovered in 1820 that an electric current creates a magnetic field, which can exert a force on a magnet. It only took a few weeks for André-Marie Ampère to develop the first formulation of the electromagnetic interaction and present the Ampère's force law, that described the production of mechanical force by the interaction of an electric current and a magnetic field. The first demonstration of the effect with a rotary motion was given by Michael Faraday on 3 September 1821 in the basement of the Royal Institution. A free-hanging wire was dipped into a.

Electric motor. pool of mercury, on which a permanent magnet (PM) was placed. When a current was passed through the wire, the wire rotated around the magnet, showing that the current gave rise to a close circular magnetic field around the wire. Faraday published the results of his discovery in the "Quarterly Journal of Science", and sent copies of his paper along with pocket-sized models of his device to colleagues around the world so they could also witness the phenomenon of electromagnetic rotations. This motor is often demonstrated in physics experiments, substituting brine for (toxic) mercury. Barlow's wheel was an early refinement.

Electric motor. to this Faraday demonstration, although these and similar homopolar motors remained unsuited to practical application until late in the century.In 1827, Hungarian physicist Ányos Jedlik started experimenting with electromagnetic coils. After Jedlik solved the technical problems of continuous rotation with the invention of the commutator, he called his early devices "electromagnetic self-rotors". Although they were used only for teaching, in 1828 Jedlik demonstrated the first device to contain the three main components of practical DC motors: the stator, rotor and commutator. The device employed no permanent magnets, as the magnetic fields of both the stationary and revolving components were produced.

Electric motor. then higher performance.In 1855, Jedlik built a device using similar principles to those used in his electromagnetic self-rotors that was capable of useful work. He built a model electric vehicle that same year.A major turning point came in 1864, when Antonio Pacinotti first described the ring armature (although initially conceived in a DC generator, i.e. a dynamo). This featured symmetrically-grouped coils closed upon themselves and connected to the bars of a commutator, the brushes of which delivered practically non-fluctuating current. The first commercially successful DC motors followed the developments by Zénobe Gramme who, in 1871, reinvented Pacinotti's design and adopted.

Electric motor. from such tasks as handling grain or pumping water. Household uses (like in washing machines, dishwashers, fans, air conditioners and refrigerators (replacing ice boxes)) of electric motors reduced heavy labor in the home and made higher standards of convenience, comfort and safety possible. Today, electric motors consume more than half of the electric energy produced in the US.## AC motors.In 1824, French physicist François Arago formulated the existence of rotating magnetic fields, termed Arago's rotations, which, by manually turning switches on and off, Walter Baily demonstrated in 1879 as in effect the first primitive induction motor. In the 1880s many.

Electric motor. stator, which does not. It also includes two electrical parts, a set of magnets and an armature, one of which is attached to the rotor and the other to the stator, together forming a magnetic circuit: Field magnets - The magnets create a magnetic field that passes through the armature. These can be electromagnets or permanent magnets. The field magnet is usually on the stator and the armature on the rotor, but in some types of motor these are reversed.## Bearings.The rotor is supported by bearings, which allow the rotor to turn on its axis. The bearings are in turn.

Electric motor. supported by the motor housing.## Rotor.The rotor is the moving part that delivers the mechanical power. The rotor typically holds conductors that carry currents, which the magnetic field of the stator exerts force on to turn the shaft. Alternatively, some rotors carry permanent magnets, and the stator holds the conductors. Permanent magnets offer high efficiency over a larger operating speed and power range.An air gap between the stator and rotor allows it to turn. The width of the gap has a significant effect on the motor's electrical characteristics. It is generally made as small as possible, as a large gap.

Electric motor. weakens performance. It is the main source of the low power factor at which motors operate. The magnetizing current increases and the power factor decreases with the air gap, so narrow gaps are better. Conversely, gaps that are too small may pose mechanical problems in addition to noise and losses.The motor shaft extends through the bearings to the outside of the motor, where the load is applied. Because the forces of the load are exerted beyond the outermost bearing, the load is said to be overhung.## Stator.The stator surrounds the rotor, and usually holds field magnets, which are either electromagnets.

Electric motor. consisting of wire windings around a ferromagnetic iron core or permanent magnets. These create a magnetic field that passes through the rotor armature, exerting force on the windings. The stator core is made up of many thin metal sheets that are insulated from each other, called laminations. Laminations are used to reduce energy losses that would result if a solid core were used. Resin-packed motors, used in washing machines and air conditioners, use the damping properties of resin (plastic) to reduce noise and vibration. These motors encapsulate the stator in plastic.## Armature.The armature consists of wire windings on a ferromagnetic.

Electric motor. core. Electric current passing through the wire causes the magnetic field from the field magnet to exert a force (Lorentz force) on it, turning the rotor, which delivers the mechanical output. Windings are wires that are laid in coils, usually wrapped around a laminated, soft, iron, ferromagnetic core so as to form magnetic poles when energized with current.Electric machines come in salient- and nonsalient-pole configurations. In a salient-pole motor the ferromagnetic cores on the rotor and stator have projections called poles facing each other, with a wire winding around each pole below the pole face, which become north or south.

Electric motor. poles of the magnetic field when current flows through the wire. In a nonsalient-pole (or distributed field or round-rotor) motor, the ferromagnetic core is a smooth cylinder, with the windings distributed evenly in slots about the circumference. Supplying alternating current in the windings creates poles in the core that rotate continuously. A shaded-pole motor has a winding around part of the pole that delays the phase of the magnetic field for that pole.## Commutator.A commutator is a rotary electrical switch that supplies current to the rotor. It periodically reverses the flow of current in the rotor windings as the shaft.

Electric motor. each rotor winding would reverse with each half turn, so the rotor would stop. Commutators are inefficient and commutated motors have been mostly replaced by brushless direct current motors, permanent magnet motors, and induction motors.## Motor supply and control.## Motor supply.A DC motor is usually supplied through a split ring commutator as described above. AC motors' commutation can be achieved using either a slip ring commutator or external commutation. It can be fixed-speed or variable-speed control type, and can be synchronous or asynchronous. Universal motors can run on either AC or DC.## Motor control.DC motors can be operated at variable.

Electric motor. speeds by adjusting the voltage applied to the terminals or by using pulse-width modulation (PWM).AC motors operated at a fixed speed are generally powered directly from the grid or through motor soft starters.AC motors operated at variable speeds are powered with various power inverter, variable-frequency drive or electronic commutator technologies.The term electronic commutator is usually associated with self-commutated brushless DC motor and switched reluctance motor applications.## Types.Electric motors operate on one of three physical principles: magnetism, electrostatics and piezoelectricity.In magnetic motors, magnetic fields are formed in both the rotor and the stator. The product between these two fields gives rise.

Electric motor. to a force, and thus a torque on the motor shaft. One, or both, of these fields must change with the rotation of the rotor. This is done by switching the poles on and off at the right time, or varying the strength of the pole.The main types are DC motors and AC motors, with the latter replacing the former. AC electric motors are either asynchronous or synchronous.Once started, a synchronous motor requires synchrony with the moving magnetic field's speed for all normal torque conditions.In synchronous machines, the magnetic field must be provided by means other than induction, such as.

Electric motor. from separately excited windings or permanent magnets.A fractional-horsepower motor either has a rating below about 1 horsepower (0.746 kW), or is manufactured with a standard-frame size smaller than a standard 1 HP motor. Many household and industrial motors are in the fractional-horsepower class.Notes: Rotation is independent of the frequency of the AC voltage. Rotation is equal to synchronous speed (motor-stator-field speed). In SCIM, fixed-speed operation rotation is equal to synchronous speed, less slip speed. In non-slip energy-recovery systems, WRIM is usually used for motor-starting but can be used to vary load speed. Variable-speed operation. Whereas induction- and synchronous-motor drives are.

Electric motor. typically with either six-step or sinusoidal-waveform output, BLDC-motor drives are usually with trapezoidal-current waveform; the behavior of both sinusoidal and trapezoidal PM machines is, however, identical in terms of their fundamental aspects. In variable-speed operation, WRIM is used in slip-energy recovery and double-fed induction-machine applications. A cage winding is a shorted-circuited squirrel-cage rotor, a wound winding is connected externally through slip rings. Mostly single-phase with some three-phase.Abbreviations: BLAC – Brushless AC BLDC – Brushless DC BLDM – Brushless DC motor EC – Electronic commutator PM – Permanent magnet IPMSM – Interior permanent-magnet synchronous motor PMSM – Permanent magnet synchronous motor.

Electric motor. SPMSM – Surface permanent magnet synchronous motor SCIM – Squirrel-cage induction motor SRM – Switched reluctance motor SyRM – Synchronous reluctance motor VFD – Variable-frequency drive WRIM – Wound-rotor induction motor WRSM – Wound-rotor synchronous motor LRA – Locked-rotor amps: The current you can expect under starting conditions when you apply full voltage. It occurs instantly during start-up. RLA – Rated-load amps: The maximum current a motor should draw under any operating conditions. Often mistakenly called running-load amps, which leads people to believe, incorrectly, that the motor should always pull these amps. FLA – Full-load amps: Changed in 1976 to.

Electric motor. "RLA – rated-load amps".## Self-commutated motor.## Brushed DC motor.Most DC motors are small permanent magnet (PM) types. They contain a brushed internal mechanical commutation to reverse motor windings' current in synchronism with rotation.## Electrically excited DC motor.A commutated DC motor has a set of rotating windings wound on an armature mounted on a rotating shaft. The shaft also carries the commutator. Thus, every brushed DC motor has AC flowing through its windings. Current flows through one or more pairs of brushes that touch the commutator; the brushes connect an external source of electric power to the rotating armature.The rotating armature.

Electric motor. consists of one or more wire coils wound around a laminated, magnetically "soft" ferromagnetic core. Current from the brushes flows through the commutator and one winding of the armature, making it a temporary magnet (an electromagnet). The magnetic field produced interacts with a stationary magnetic field produced by either PMs or another winding (a field coil), as part of the motor frame. The force between the two magnetic fields rotates the shaft. The commutator switches power to the coils as the rotor turns, keeping the poles from ever fully aligning with the magnetic poles of the stator field, so that.

Electric motor. – A set of windings that produces a magnetic field. Commutation: A mechanical technique in which rectification can be achieved, or from which DC can be derived.The five types of brushed DC motor are: Shunt-wound Series-wound Compound (two configurations): Cumulative compound Differentially compounded Permanent magnet (not shown) Separately excited (not shown).## Permanent magnet.A permanent magnet (PM) motor does not have a field winding on the stator frame, relying instead on PMs to provide the magnetic field. Compensating windings in series with the armature may be used on large motors to improve commutation under load. This field is fixed and cannot.

Electric motor. be adjusted for speed control. PM fields (stators) are convenient in miniature motors to eliminate the power consumption of the field winding. Most larger DC motors are of the "dynamo" type, which have stator windings. Historically, PMs could not be made to retain high flux if they were disassembled; field windings were more practical to obtain the needed flux. However, large PMs are costly, as well as dangerous and difficult to assemble; this favors wound fields for large machines.To minimize overall weight and size, miniature PM motors may use high energy magnets made with neodymium; most are neodymium-iron-boron alloy. With.

Electric motor. their higher flux density, electric machines with high-energy PMs are at least competitive with all optimally designed singly-fed synchronous and induction electric machines. Miniature motors resemble the structure in the illustration, except that they have at least three rotor poles (to ensure starting, regardless of rotor position) and their outer housing is a steel tube that magnetically links the exteriors of the curved field magnets.## Electronic commutator (EC).## Brushless DC.Some of the problems of the brushed DC motor are eliminated in the BLDC design. In this motor, the mechanical "rotating switch" or commutator is replaced by an external electronic switch.

Electric motor. synchronised to the rotor's position. BLDC motors are typically 85%+ efficient, reaching up to 96.5%, while brushed DC motors are typically 75–80% efficient.The BLDC motor's characteristic trapezoidal counter-electromotive force (CEMF) waveform is derived partly from the stator windings being evenly distributed, and partly from the placement of the rotor's permanent magnets. Also known as electronically commutated DC or inside-out DC motors, the stator windings of trapezoidal BLDC motors can be single-phase, two-phase or three-phase and use Hall effect sensors mounted on their windings for rotor position sensing and low cost closed-loop commutator control.BLDC motors are commonly used where precise speed.

Electric motor. motors are usually used in small equipment such as computers and are generally used in fans to remove heat. They make little noise, which is an advantage in equipment that is affected by vibrations.Modern BLDC motors range in power from a fraction of a watt to many kilowatts. Larger BLDC motors rated up to about 100 kW are used in electric vehicles. They also find use in electric model aircraft.## Switched reluctance motor.The switched reluctance motor (SRM) has no brushes or permanent magnets, and the rotor has no electric currents. Torque comes from a slight misalignment of poles on the.

Electric motor. rotor with poles on the stator. The rotor aligns itself with the magnetic field of the stator, while the stator field windings are sequentially energized to rotate the stator field.The magnetic flux created by the field windings follows the path of least magnetic sending the flux through rotor poles that are closest to the energized poles of the stator, thereby magnetizing those poles of the rotor and creating torque. As the rotor turns, different windings are energized, keeping the rotor turning.SRMs are used in some appliances and vehicles.## Universal AC/DC motor.A commutated, electrically excited, series or parallel wound motor is.

Electric motor. referred to as a universal motor because it can be designed to operate on either AC or DC power. A universal motor can operate well on AC because the current in both the field and the armature coils (and hence the resultant magnetic fields) synchronously reverse polarity, and hence the resulting mechanical force occurs in a constant direction of rotation.Operating at normal power line frequencies, universal motors are often used in sub-kilowatt applications. Universal motors formed the basis of the traditional railway traction motor in electric railways. In this application, using AC power on a motor designed to run on.

Electric motor. DC would experience efficiency losses due to eddy current heating of their magnetic components, particularly the motor field pole-pieces that, for DC, would have used solid (un-laminated) iron. They are now rarely used.An advantage is that AC power may be used on motors that specifically have high starting torque and compact design if high running speeds are used. By contrast, maintenance is higher and lifetimes are shortened. Such motors are used in devices that are not heavily used, and have high starting-torque demands. Multiple taps on the field coil provide (imprecise) stepped speed control. Household blenders that advertise many speeds.

Electric motor. an asynchronous AC motor where power is transferred to the rotor by electromagnetic induction, much like transformer action. An induction motor resembles a rotating transformer, because the stator (stationary part) is essentially the primary side of the transformer and the rotor (rotating part) is the secondary side. Polyphase induction motors are widely used in industry.## Cage and wound rotor.Induction motors may be divided into Squirrel Cage Induction Motors (SCIM) and Wound Rotor Induction Motors (WRIM). SCIMs have a heavy winding made up of solid bars, usually aluminum or copper, electrically connected by rings at the ends of the rotor. The.

Electric motor. bars and rings as a whole are much like an animal's rotating exercise cage.Currents induced into this winding provide the rotor magnetic field. The shape of the rotor bars determines the speed-torque characteristics. At low speeds, the current induced in the squirrel cage is nearly at line frequency and tends to stay in the outer parts of the cage. As the motor accelerates, the slip frequency becomes lower, and more current reaches the interior. By shaping the bars to change the resistance of the winding portions in the interior and outer parts of the cage, a variable resistance is effectively.

Electric motor. steering wheels.Another common application is to control the throttle of an internal combustion engine with an electronic governor. The motor works against a return spring to move the throttle in accord with the governor output. The latter monitors engine speed by counting electrical pulses from the ignition system or from a magnetic pickup and depending on the speed, makes small adjustments to the amount of current. If the engine slows down relative to the desired speed, the current increases, producing more torque, pulling against the return spring and opening the throttle. Should the engine run too fast, the governor reduces.

Electric motor. the current, allowing the return spring to pull back and reduce the throttle.## Synchronous motor.A synchronous electric motor is an AC motor. It includes a rotor spinning with coils passing magnets at the same frequency as the AC and produces a magnetic field to drive it. It has zero slip under typical operating conditions. By contrast induction motors must slip to produce torque. One type of synchronous motor is like an induction motor except that the rotor is excited by a DC field. Slip rings and brushes conduct current to the rotor. The rotor poles connect to each other and.

Electric motor. when slip rate decreases sufficiently, the rotor (a smooth cylinder) becomes temporarily magnetized. Its distributed poles make it act like a permanent magnet synchronous motor. The rotor material, like that of a common nail, stays magnetized, but can be demagnetized with little difficulty. Once running, the rotor poles stay in place; they do not drift.Low-power synchronous timing motors (such as those for traditional electric clocks) may have multi-pole permanent magnet external cup rotors, and use shading coils to provide starting torque. "Telechron" clock motors have shaded poles for starting torque, and a two-spoke ring rotor that performs like a discrete.

Electric motor. allows for a smaller electronic converter but the cost of the rotor winding and slip rings may offset the saving in the power electronics components. Difficulties affect controlling speed near synchronous speed limit applications.## Special magnetic motors.## Rotary.## Ironless or coreless rotor motor.The coreless or ironless DC motor is a specialized permanent magnet DC motor. Optimized for rapid acceleration, the rotor is constructed without an iron core. The rotor can take the form of a winding-filled cylinder, or a self-supporting structure comprising only wire and bonding material. The rotor can fit inside the stator magnets; a magnetically soft stationary cylinder.

Electric motor. inside the rotor provides a return path for the stator magnetic flux. A second arrangement has the rotor winding basket surrounding the stator magnets. In that design, the rotor fits inside a magnetically soft cylinder that can serve as the motor housing, and provides a return path for the flux.Because the rotor is much lower mass than a conventional rotor, it can accelerate much more rapidly, often achieving a mechanical time constant under one millisecond. This is especially true if the windings use aluminum rather than (heavier) copper. The rotor has no metal mass to act as a heat sink;.

Electric motor. even small motors must be cooled. Overheating can be an issue for these designs.The vibrating alert of cellular phones can be generated by cylindrical permanent-magnet motors, or disc-shaped types that have a thin multipolar disc field magnet, and an intentionally unbalanced molded-plastic rotor structure with two bonded coreless coils. Metal brushes and a flat commutator switch power to the rotor coils.Related limited-travel actuators have no core and a bonded coil placed between the poles of high-flux thin permanent magnets. These are the fast head positioners for rigid-disk ("hard disk") drives. Although the contemporary design differs considerably from that of loudspeakers,.

Electric motor. it is still loosely (and incorrectly) referred to as a "voice coil" structure, because some earlier rigid-disk-drive heads moved in straight lines, and had a drive structure much like that of a loudspeaker.## Pancake or axial rotor motor.The printed armature or pancake motor has windings shaped as a disc running between arrays of high-flux magnets. The magnets are arranged in a circle facing the rotor spaced to form an axial air gap. This design is commonly known as the pancake motor because of its flat profile.The armature (originally formed on a printed circuit board) is made from punched copper sheets.

Electric motor. with 180 (C), Class H rating.The unique advantage of ironless DC motors is the absence of cogging (torque variations caused by changing attraction between the iron and the magnets). Parasitic eddy currents cannot form in the rotor as it is totally ironless, although iron rotors are laminated. This can greatly improve efficiency, but variable-speed controllers must use a higher switching rate (>40 kHz) or DC because of decreased electromagnetic induction.These motors were invented to drive the capstan(s) of magnetic tape drives, where minimal time to reach operating speed and minimal stopping distance were critical. Pancake motors are widely used in.

Electric motor. high-performance servo-controlled systems, robotic systems, industrial automation and medical devices. Due to the variety of constructions now available, the technology is used in applications from high temperature military to low cost pump and basic servos.Another approach (Magnax) is to use a single stator sandwiched between two rotors. One such design has produced peak power of 15 kW/kg, sustained power around 7.5 kW/kg. This yokeless axial flux motor offers a shorter flux path, keeping the magnets further from the axis. The design allows zero winding overhang; 100 percent of the windings are active. This is enhanced with the use of rectangular-crosssection.

Electric motor. copper wire. The motors can be stacked to work in parallel. Instabilities are minimized by ensuring that the two rotor discs put equal and opposing forces onto the stator disc. The rotors are connected directly to one another via a shaft ring, cancelling out the magnetic forces.Magnax motors range in size from 0.15-5.4 (m) in diameter.## Servo motor.A servo motor is a motor that is used within a position-control or speed-control feedback system. Servomotors are used in applications such as machine tools, pen plotters, and other process systems. Motors intended for use in a servomechanism must have predictable characteristics for.

Electric motor. speed, torque, and power. The speed/torque curve is important and is high ratio for a servo motor. Dynamic response characteristics such as winding inductance and rotor inertia are important; these factors limit performance. Large, powerful, but slow-responding servo loops may use conventional AC or DC motors and drive systems with position or speed feedback. As dynamic response requirements increase, more specialized motor designs such as coreless motors are used. AC motors' superior power density and acceleration characteristics tends to favor permanent magnet synchronous, BLDC, induction, and SRM drive approaches.A servo system differs from some stepper motor applications in that position.

Electric motor. feedback is continuous while the motor is running. A stepper system inherently operates open-loop—relying on the motor not to "miss steps" for short term accuracy—with any feedback such as a "home" switch or position encoder external to the motor system.## Stepper motor.Stepper motors are typically used to provide precise rotations. An internal rotor containing permanent magnets or a magnetically soft rotor with salient poles is controlled by a set of electronically switched external magnets. A stepper motor may also be thought of as a cross between a DC electric motor and a rotary solenoid. As each coil is energized in.

Electric motor. turn, the rotor aligns itself with the magnetic field produced by the energized field winding. Unlike a synchronous motor, the stepper motor may not rotate continuously; instead, it moves in steps—starting and then stopping—advancing from one position to the next as field windings are energized and de-energized in sequence. Depending on the sequence, the rotor may turn forwards or backwards, and it may change direction, stop, speed up or slow down at any time.Simple stepper motor drivers entirely energize or entirely de-energize the field windings, leading the rotor to "cog" to a limited number of positions. Microstepping drivers can proportionally.

Electric motor. made them uncompetitive—thus newer hard disk drives use voice coil-based head actuator systems. (The term "voice coil" in this connection is historic; it refers to the structure in a cone-type loudspeaker.)Stepper motors are often used in computer printers, optical scanners, and digital photocopiers to move the active element, the print head carriage (inkjet printers), and the platen or feed rollers.So-called quartz analog wristwatches contain the smallest commonplace stepping motors; they have one coil, draw little power, and have a permanent magnet rotor. The same kind of motor drives battery-powered quartz clocks. Some of these watches, such as chronographs, contain more.

Electric motor. 1978 era HP 7225A pen plotter used two linear stepper motors to move the pen along the X and Y axes.## Electromagnetism.## Force and torque.An electric motor converts electrical energy to mechanical energy through the force between two opposed magnetic fields. At least one of the two magnetic fields must be created by an electromagnet through the magnetic field caused by an electrical current.The force between a current formula_1 in a conductor of length formula_2 perpendicular to a magnetic field formula_3 may be calculated using the Lorentz force law: formula_4Note: X denotes vector cross product. The most general approaches to.

Electric motor. resistance Ir2 – square of current induced in the rotor s – motor slip; i.e., difference between synchronous speed and slip speed, which provides the relative movement needed for current induction in the rotor.## Back EMF.The movement of armature windings of a direct-current or universal motor through a magnetic field, induce a voltage in them. This voltage tends to oppose the motor supply voltage and so is called "back electromotive force (EMF)". The voltage is proportional to the running speed of the motor. The back EMF of the motor, plus the voltage drop across the winding internal resistance and brushes,.

Electric motor. enacted legislation to encourage the manufacture and use of higher-efficiency motors. Electric motors have efficiencies ranging from at least 15% for shaded pole motors, up to 98% for permanent magnet motors, with efficiency also dependent on load. Peak efficiency is usually at 75% of the rated load. So (as an example) a 10 HP motor is most efficient when driving a load that requires 7.5 HP. Efficiency also depends on motor size; larger motors tend to be more efficient. Some motors can not operate continually for more than a specified period of time (e.g. for more than an hour per.

Electric motor. run)## Goodness factor.Eric Laithwaite proposed a metric to determine the 'goodness' of an electric motor: formula_21Where: formula_22 is the goodness factor (factors above 1 are likely to be efficient) formula_23 are the cross sectional areas of the magnetic and electric circuit formula_24 are the lengths of the magnetic and electric circuits formula_25 is the permeability of the core formula_20 is the angular frequency the motor is driven atFrom this, he showed that the most efficient motors are likely to have relatively large magnetic poles. However, the equation only directly relates to non PM motors.## Performance parameters.## Torque.Electromagnetic motors derive torque.

Electric motor. from the vector product of the interacting fields. Calculating torque requires knowledge of the fields in the air gap. Once these have been established, the torque is the integral of all the force vectors multiplied by the vector's radius. The current flowing in the winding produces the fields. For a motor using a magnetic material the field is not proportional to the current.A figure relating the current to the torque can inform motor selection. The maximum torque for a motor depends on the maximum current, absent thermal considerations.When optimally designed within a given core saturation constraint and for a given.

Electric motor. active current (i.e., torque current), voltage, pole-pair number, excitation frequency (i.e., synchronous speed), and air-gap flux density, all categories of electric motors/generators exhibit virtually the same maximum continuous shaft torque (i.e., operating torque) within a given air-gap area with winding slots and back-iron depth, which determines the physical size of electromagnetic core. Some applications require bursts of torque beyond the maximum, such as bursts to accelerate an electric vehicle from standstill. Always limited by magnetic core saturation or safe operating temperature rise and voltage, the capacity for torque bursts beyond the maximum differs significantly across motor/generator types.Electric machines without a.

Electric motor. transformer circuit topology, such as that of WRSMs or PMSMs, cannot provide torque bursts without saturating the magnetic core. At that point, additional current cannot increase torque. Furthermore, the permanent magnet assembly of PMSMs can be irreparably damaged.Electric machines with a transformer circuit topology, such as induction machines, induction doubly-fed electric machines, and induction or synchronous wound-rotor doubly-fed (WRDF) machines, permit torque bursts because the EMF-induced active current on either side of the transformer oppose each other and thus contribute nothing to the transformer coupled magnetic core flux density, avoiding core saturation.Electric machines that rely on induction or asynchronous principles.

Electric motor. the air-gap area and the back-iron depth, which are determined by the power rating of the armature winding set, the speed of the machine, and the achievable air-gap flux density before core saturation. Despite the high coercivity of neodymium or samarium-cobalt permanent magnets, continuous torque density is virtually the same amongst electric machines with optimally designed armature winding sets. Continuous torque density relates to method of cooling and permissible operation period before destruction by overheating of windings or permanent magnet damage.Other sources state that various e-machine topologies have differing torque density. One source shows the following:where—specific torque density is normalized.

Electric motor. to 1.0 for the surface permanent magnet (SPM)—brushless ac, 180° current conduction.Torque density is approximately four times greater for liquid cooled motors, compared to those which are air cooled.A source comparing direct current, induction motors (IM), PMSM and SRM showed:Another source notes that PMSM up to 1 MW have considerably higher torque density than induction machines.## Continuous power density.The continuous power density is determined by the product of the continuous torque density and the constant torque speed range. Electric motors can achieve densities of up to 20KW/KG, meaning 20 Kilowatts of output power per kilogram.## Acoustic noise and vibrations.Acoustic noise.

Electric motor. and vibrations are usually classified in three sources: mechanical sources (e.g. due to bearings) aerodynamic sources (e.g. due to shaft-mounted fans) magnetic sources (e.g. due to magnetic forces such as Maxwell and magnetostriction forces acting on stator and rotor structures)The latter source, which can be responsible for the "whining noise" of electric motors, is called electromagnetically induced acoustic noise.## Standards.The following are major design, manufacturing, and testing standards covering electric motors: American Petroleum Institute: API 541 Form-Wound Squirrel Cage Induction Motors – 375 kW (500 Horsepower) and Larger American Petroleum Institute: API 546 Brushless Synchronous Machines – 500 kVA and.

Electric motor. 60072 Dimensions and output series for rotating electrical machines National Electrical Manufacturers Association: MG-1 Motors and Generators Underwriters Laboratories: UL 1004 – Standard for Electric Motors Indian Standard: IS:12615-2018 – Line Operated Three Phase a.c. Motors (IE CODE) “Efficiency Classes and Performance Specification” (Third Revision)## Non-magnetic motors.An electrostatic motor is based on the attraction and repulsion of electric charge. Usually, electrostatic motors are the dual of conventional coil-based motors. They typically require a high-voltage power supply, although small motors employ lower voltages. Conventional electric motors instead employ magnetic attraction and repulsion, and require high current at low voltages. In the.

Electric motor. produces acoustic or ultrasonic vibrations to produce linear or rotary motion. In one mechanism, the elongation in a single plane is used to make a series of stretches and position holds, similar to the way a caterpillar moves.An electrically powered spacecraft propulsion system uses electric motor technology to propel spacecraft in outer space. Most systems are based on electrically accelerating propellant to high speed, while some systems are based on electrodynamic tethers principles of propulsion to the magnetosphere. Electric generator Regenerative brake Goodness factor Motor capacitor Traction motor Motor controller Houston, Edwin J.; Kennelly, Arthur, "Recent Types of Dynamo-Electric Machinery",.


Question: What is the closest parent taxonomy of this animal?

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Viviparous lizard. The viviparous lizard, or common lizard, ("Zootoca vivipara", formerly "Lacerta vivipara"), is a Eurasian lizard. It lives farther north than any other species of non-marine reptile, and is named for the fact that it is viviparous, meaning it not only lays eggs, but also gives birth to live young. Both ""Zootoca" and "vivipara"" mean "live birth," in Greek and Latin respectively. It was called "Lacerta vivipara" until the genus "Lacerta" was split into nine genera in 2007 by , Arribas & Carranza.Male and female "Zootoca vivipara" are equally likely to contract blood parasites. Additionally, larger males have been shown to.

Viviparous lizard. reproduce more times in a given reproductive season than smaller ones.The lizard is also unique as it is exclusively carnivorous, eating only flies, spiders, and insects. Studies show that the more carnivorous an individual is (the more insects they eat), the less diverse the population of parasitic helminths that infest the lizards."Zootoca vivipara" lives in very cold climates, yet participates in normal thermoregulation instead of thermoconformity. They have the largest range of all terrestrial lizards which even include subarctic regions. It is able to survive these harsh climates as individuals will freeze in especially cold seasons and thaw two months.

Viviparous lizard. later. They also live closer to geological phenomena that provide a warmer environment for them.## Description."Zootoca vivipara" is a small lizard, with an average length between 50 and 70mm and an average mass of 2 to 5g. They exhibit no particular colour, but can be brown, red, grey, green, or black. The species exhibits some sexual dimorphisms. Female "Z. vivipara" undergo colour polymorphism more commonly than males. A female lizard's display differs in ventral colouration, ranging from pale yellow to bright orange and a mixed colouration. There have been many hypotheses for the genetic cause of this polymorphic colouration. These.


Question: Which place is this animal endemic to?

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Cane toad. The cane toad (Rhinella marina), also known as the giant neotropical toad or marine toad, is a large, terrestrial true toad native to South and mainland Central America, but which has been introduced to various islands throughout Oceania and the Caribbean, as well as Northern Australia. It is a member of the genus "Rhinella", which includes many true toad species found throughout Central and South America, but it was formerly assigned to the genus "Bufo".The cane toad is an old species. A fossil toad (specimen UCMP 41159) from the La Venta fauna of the late Miocene in Colombia is indistinguishable.

Cane toad. from modern cane toads from northern South America. It was discovered in a floodplain deposit, which suggests the "R. marina" habitat preferences have long been for open areas. The cane toad is a prolific breeder; females lay single-clump spawns with thousands of eggs. Its reproductive success is partly because of opportunistic feeding: it has a diet, unusual among anurans, of both dead and living matter. Adults average 10 – 15 (cm) in length; the largest recorded specimen had a snout-vent length of 24 (cm).The cane toad has poison glands, and the tadpoles are highly toxic to most animals if ingested.

Cane toad. "Dominican toad", "giant marine toad", and "South American cane toad". In Trinidadian English, they are commonly called "crapaud", the French word for toad.The genus "Rhinella" is considered to constitute a distinct genus of its own, thus changing the scientific name of the cane toad. In this case, the specific name "marinus" (masculine) changes to "marina" (feminine) to conform with the rules of gender agreement as set out by the International Code of Zoological Nomenclature, changing the binomial name from "Bufo marinus" to "Rhinella marina"; the binomial "Rhinella marinus" was subsequently introduced as a synonym through misspelling by Pramuk, Robertson, Sites,.

Cane toad. and Noonan (2008). Though controversial (with many traditional herpetologists still using "Bufo marinus") the binomial "Rhinella marina" is gaining in acceptance with such bodies as the IUCN, Encyclopaedia of Life, Amphibian Species of the World and increasing numbers of scientific publications adopting its usage.Since 2016, cane toad populations native to Mesoamerica and northwestern South America are sometimes considered to be a separate species, "Rhinella horribilis".In Australia, the adults may be confused with large native frogs from the genera "Limnodynastes", "Cyclorana", and "Mixophyes". These species can be distinguished from the cane toad by the absence of large parotoid glands behind their.

Cane toad. toads lose the toxicity that protected them as eggs and tadpoles, but have yet to fully develop the parotoid glands that produce bufotoxin. Only an estimated 0.5% of cane toads reach adulthood, in part because they lack this key defense - but also due to tadpole cannibalism. Although cannibalism does occur in the native population in South America, the rapid evolution occurring in the unnaturally large population in Australia has produced tadpoles 30x more likely to be "interested" in cannibalising their siblings, and 2.6x more likely to actually "do so". They have also evolved to shorten their tadpole phase in.

Cane toad. Saw-shelled Turtles have also been seen successfully and safely eating cane toads.## Distribution.The cane toad is native to the Americas, and its range stretches from the Rio Grande Valley in South Texas to the central Amazon and southeastern Peru, and some of the continental islands near Venezuela (such as Trinidad and Tobago). This area encompasses both tropical and semiarid environments. The density of the cane toad is significantly lower within its native distribution than in places where it has been introduced. In South America, the density was recorded to be 20 adults per 100 m (109 yd) of shoreline, 1.

Cane toad. in spite of the failure of the earlier introductions. On September 8, 2013, the cane toad was also discovered on the island of New Providence in the Bahamas.## The Philippines.The cane toad was first introduced deliberately into the Philippines in 1930 as a biological control agent of pests in sugarcane plantations, after the success of the experimental introductions into Puerto Rico. It subsequently became the most ubiquitous amphibian in the islands. It still retains the common name of "bakî" or "kamprag" in the Visayan languages, a corruption of 'American frog', referring to its origins. It is also commonly known as.

Cane toad. 17 months. The toads were sent to the other islands, and more than 100,000 toads were distributed by July 1934; eventually over 600,000 were transported.## Uses.Other than the use as a biological control for pests, the cane toad has been employed in a number of commercial and noncommercial applications. Traditionally, within the toad's natural range in South America, the Embera-Wounaan would "milk" the toads for their toxin, which was then employed as an arrow poison. The toxins may have been used as an entheogen by the Olmec people. The toad has been hunted as a food source in parts of.


Question: What is the location of this island?

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Confederation Bridge. voted unanimously in favour of renaming the bridge to "Epekwitk Crossing", whereas Epekwitk ( ) is the traditional Mi'kmaq name for Prince Edward Island. The name change would need to be approved by the Canadian federal government in order to take effect.## Structure.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 structure. Most of the curved bridge is 40 (m) above water with a 60 (m) navigation span for.

Confederation Bridge. 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 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.


Question: What is the closest parent taxonomy of this insect?

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Argia lugens. Argia lugens, the sooty dancer, is a species of narrow-winged damselfly in the family Coenagrionidae. It is found in Central America and North America.The IUCN conservation status of "Argia lugens" is "LC", least concern, with no immediate threat to the species' survival. The population is stable.


Question: What is the immediately prior item that this building follows in a series?

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Palais de Chaillot. The Palais de Chaillot () is a building at the top of the in the Trocadéro area in the 16th "arrondissement" of Paris, France.For the Exposition Internationale of 1937, the old 1878 Palais du Trocadéro was partly demolished and partly rebuilt to create the Palais de Chaillot. It was designed in classicising "moderne" style by architects Louis-Hippolyte Boileau, Jacques Carlu and Léon Azéma. The Palais consists of two separate wings shaped to form a wide arc, which are those of the former building with new taller portions built in front. The pair of larger central pavilions are also those of.


Question: Which significant event was held in this place?

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Blenheim Palace. 1720s. It is unique in its combined use as a family home, mausoleum and national monument. The palace is notable as the birthplace and ancestral home of Sir Winston Churchill.Following the palace's completion, it became the home of the Churchill (later Spencer-Churchill) family for the next 300 years, and various members of the family have wrought changes to the interiors, park and gardens. At the end of the 19th century, the palace was saved from ruin by funds gained from the 9th Duke of Marlborough's marriage to American railroad heiress Consuelo Vanderbilt.## Churchills.John Churchill was born in Devon. Although his.

Blenheim Palace. left (east) side of the plan on either side of the bow room "(marked "O")" can be seen a smaller but nearly identical layout of rooms, which were the suites of the Duke and Duchess themselves. Thus, the bow room corresponds exactly to the saloon in terms of its importance to the two smaller suites.Blenheim Palace was the birthplace of the 1st Duke's famous descendant, Winston Churchill, whose life and times are commemorated by a permanent exhibition in the suite of rooms in which he was born "(marked "K" on the plan)". Blenheim Palace was designed with all its principal.


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

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Sloth bear. The sloth bear (Melursus ursinus) is a myrmecophagous bear species native to the Indian subcontinent. It feeds on fruits, ants and termites. It is listed as vulnerable on the IUCN Red List, mainly because of habitat loss and degradation.It has also been called "labiated bear" because of its long lower lip and palate used for sucking up insects. It has a long, shaggy fur, a mane around the face, and long, sickle-shaped claws. It is lankier than brown and Asian black bears.It shares features of insectivorous mammals and evolved during the Pleistocene from the ancestral brown bear through divergent evolution.Sloth.

Sloth bear. bears breed during spring and early summer and give birth near the beginning of winter. When their territories are encroached upon by humans, they sometimes attack them. Historically, humans have drastically reduced these bears' habitat and diminished their population by hunting them for food and products such as their bacula and claws. Sloth bears have been tamed and used as performing animals and as pets.## Taxonomy.Shaw in 1791 named the species "Bradypus ursinus". In 1793, Meyer named it "Melursus lybius", and in 1817, de Blainville named it "Ursus labiatus" because of its long lips. Illiger named it "Prochilus hirsutus", the.

Sloth bear. Greek genus name indicating long lips, while the specific name noted its long and coarse hair. Fischer called it "Chondrorhynchus hirsutus", while Tiedemann named it "Ursus longirostris".## Evolution.Sloth bears may have reached their current form in the Early Pleistocene, the time when the bear family specialised and dispersed. A fragment of fossilised humerus from the Pleistocene, found in Andhra Pradesh's Kurnool Basin is identical to the humerus of a modern sloth bear. The fossilised skulls of a bear once named "Melursus theobaldi" found in the Shivaliks from the Early Pleistocene or Early Pliocene are thought by certain authors to represent.


Question: Which city or region does this park locate in?

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Huis Ten Bosch (theme park). Is a theme park in Sasebo, Nagasaki, Japan, which recreates the Netherlands by displaying life-sized copies of old Dutch buildings. The name "Huis Ten Bosch" translates into English as "House at the Woods/Forest". It is named after Huis ten Bosch in The Hague, one of the three official residences of the Dutch Royal Family.## Overview.The park features many Dutch-style buildings such as hotels, villas, theatres, museums, shops and restaurants, along with canals, windmills, amusement rides, and a park planted in seasonal flowers. Huis Ten Bosch, which opened on March 25, 1992, is located around 12 km southeast of Sasebo. It.

Huis Ten Bosch (theme park). is on Hario Island, essentially an area of reclaimed marshland on the main coastline of Kyushu facing Ōmura Bay. Its location in this area of the country reflects the historical relations between the Netherlands and Japan, which began in 1609 when a trading post was opened by the Dutch in Hirado, an island off the coast of Kyushu around 35 km northwest of central Sasebo.The Huis Ten Bosch park is open daily from 9.00 a.m. to 9.30 p.m. (9.00 a.m. to 8.30 p.m. from December to February). A day "passport" ticket, covering entry and a number of attractions within the.

Huis Ten Bosch (theme park). park costs 5,600 yen for adults and 4,400 yen for children. The park can be reached by JR train or bus from Nagasaki. It can also be reached by boat from Nagasaki Airport or from Sasebo.The park recorded the peak of 4.25 million visitors in 1996. However, due to the fall of the number of visitors caused by economic slump in Japan, the park declared bankruptcy in 2003 with debt of 220 billion yen. The rebuilding plan was sponsored by Nomura Principal Finance Company until March 2010, when H.I.S., a travel agency, took over the management by injecting 2 billion.


Question: What is this building dedicated to?

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Marble Church, Bodelwyddan. of stained glass on the north and south sides, featuring Saint Margaret and Saint Kentigern. It is a popular tourist destination. The church was designated with Grade II* listed status in November 1962.Until the latter part of the 20th century the church, and in particular its high steeple, was very distinctive because it was so white. With the passage of time, pollution has resulted in the colour becoming more grey, and therefore more like other stone buildings.Local government reorganisation resulted in the church being in Flintshire until 1974, in Clwyd from 1974 until 1996, and since then in Denbighshire.## Churchyard.Immediately.


Question: Who is the director of this building?

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Strapless. Strapless is a 1989 film written and directed by David Hare.## Plot summary.An expatriate American doctor in London allows herself to lighten up when her freewheeling younger sister and a mysterious man enter her life. Her inhibitions released, the beautiful doctor learns that freedom has its own price.Blair Brown – Dr. Lillian HempelBruno Ganz – Raymond ForbesBridget Fonda – Amy HempelAlan Howard – Mr. CooperMichael Gough – Douglas BrodieHugh Laurie – ColinDana Gillespie – Julie KovagoSpencer Leigh – HusAlexandra Pigg - Helen## Release.After the film's May 1990 U.S. theatrical release, it was released on videocassette in the United States by.


Question: Which location has this plant invaded?

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Lysichiton americanus. in 1901 and has escaped to become naturalized in marshy areas in Britain and Ireland, for example in Hampshire and Surrey, including Wisley Gardens, and in the north and west of the UK. In 2016, it was classified by the European Union as an invasive species. This implies that this species cannot be imported, cultivated, transported, commercialized, planted, or intentionally released into the environment in the whole of the European Union"."## Cultivation.It was used as an ornamental garden plant in Britain and Ireland, where it grows well in marshy conditions. As of 2018, the Royal Horticultural Society recommends that it.


Question: Which (geo)physical feature is the place located in or on?

Instruction: Retrieve a Wikipedia paragraph that provides an answer to the given query about the image.

Hanauma Bay. Hanauma (; )is a marine embayment formed within a tuff ring and located along the southeast coast of the Island of Oahu in the Hawaii Kai neighborhood of East Honolulu, in the Hawaiian Islands.Hanauma is one of the most popular tourist destinations on the Island and has suffered somewhat from overtourism. At one time, this popular tourist destination accommodated over three million visitors per year. In 1956, dynamite was used to clear portions of the reef to make room for telephone cables linking Hawaii to the west coast of the US.## Name.The prefix "hana" means bay in the Hawaiian language.

Hanauma Bay. of time. Volcanic chains such as the Hawaiian Islands form as a result of the movement of a tectonic plate across fixed hot spot beneath the surface. In the case of the Hawaiian Islands, the Pacific plate has moved slowly northwestward over such a hotspot.Approximately 3.9 million years ago, the Waianae volcano created the island of Oahu. About 2.5 million years ago, the Koolau volcano breached the ocean's surface and continued to grow in elevation until about 1.7 million years ago, when it went dormant. Most of the eastern or windward portion of Oahu are remnants of this volcano. Most.

Hanauma Bay. of the familiar geographic landmarks of eastern Oahu were created by eruptions from Koolau from about 500,000 to 10,000 years ago. The eastern flank of the Koolau volcano including the caldera slid into the sea, leaving the Koolau mountain range that can be seen today on the windward side of the island.The Hanauma Crater was created about 32,000 years ago during the Honolulu volcanic series, the latest (and perhaps final) round of volcanic activity to occur on Oahu. Tens of thousands of years ago, a series of volcanic vents opened along the southeast shoreline of Oahu. Unlike the gentle lava.

Hanauma Bay. flows currently building the island of Hawaii, the late-stage eruptions on Oahu were most often short-lived violent explosions. The volcanic vents that formed Hanauma Crater opened on the sea floor. Upwelling magma vaporized the ocean water and steam explosions blew the magma into fine ash. The explosions built cones or rings of ash, which solidified into tuff. The eruptions shattered the sea floor—coral reef and basalt—and scattered pieces that are now embedded in the tuff. Wave erosion eventually cut through the low, southeast wall of the crater, forming the current bay.## Human history.Due to the lack of fresh water in.

Hanauma Bay. the vicinity, the area was not inhabited, although archeologists have found fishing tools and other indications of human presence there. The bay was used as a recreational area by "aliʻi" (Hawaiian nobility), including King Kamehameha and Queen Ka‘ahumanu, who fished, entertained visitors, and sponsored games there. It was also used as a layover and as a navigational lookout point, since the waters between Oʻahu and Molokaʻi are at times difficult.Hanauma Bay was purchased from the Bernice Pauahi Bishop estate by the City and County of Honolulu, and subsequently opened for public use. It was initially a favorite fishing and picnic.

Hanauma Bay. spot for residents who were willing to travel out to the bay. In the 1930s the road along Hanauma Bay's corner of Oahu was paved and a few other amenities provided that made it easier to visit the beach and reef. After the 1941 attack on Pearl Harbor, barbed wire was placed at the beach and a bunker was constructed for use by sentries. The Bay area reopened after the war and became even more visitor friendly after blasting in the reef for a transoceanic cable provided room for swimming. Hawaii-themed films and television shows, including "Blue Hawaii", "Paradise, Hawaiian.

Hanauma Bay. more area in the reef for swimming, made an additional parking lot, and shipped in white sand from the North Shore, leaving Hanauma Bay increasingly more attractive to visitors.By the late 1980s, the bay had become a major attraction on Oahu. Tourists were brought in by the busload and sometimes as many as 13,000 visitors descended on the beach in one day. Most were uneducated about the fragile marine ecosystem and, unwittingly, "these crowds stirred up sediment, disturbed and trampled the coral and algae, dropped trash, fed the fish and left a slick of suntan lotion on the bay's surface.


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

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Nelumbo lutea. Nelumbo lutea is a species of flowering plant in the family Nelumbonaceae. Common names include American lotus, yellow lotus, water-chinquapin, and volée. It is native to North America. The botanical name "Nelumbo lutea" Willd. is the currently recognized name for this species, which has been classified under the former names "Nelumbium luteum" and "Nelumbo pentapetala", among others.## Description.American lotus is an emergent aquatic plant. It grows in lakes and swamps, as well as areas subject to flooding. The roots are anchored in the mud, but the leaves and flowers emerge above the water's surface. The petioles of the leaves may.

Nelumbo lutea. extend as much as 2 (m) and end in a round leaf blade 33 - 43 (cm) in diameter. Mature plants range in height from 0.8 to 1.5 (m).Flowering begins in late spring and may continue into the summer. The specific name means "yellow" in Latin and refers to the flowers, which may be white to pale yellow. The flowers measure 18 - 28 (cm) in diameter and have 22-25 petals.It is the larval host plant of the American lotus borer, "Ostrinia penitalis".However, "Nelumbo lutea" populations are declining in the U.S. due to habitat destruction, and it has been listed.

Nelumbo lutea. as threatened or endangered in New Jersey, Michigan, and Pennsylvania, and extirpated in Delaware. Their populations have a low level of genetic diversity, showing variation among different populations rather than within populations.## Range.The native distribution of the species is Minnesota to Oklahoma, Florida, Mexico, Honduras, and the Caribbean. It was apparently distributed northwards in the United States by Native Americans who carried the plant with them as a food source.## Uses.This plant has a large tuberous rhizome that is used as a food source. This may be the plant called "macoupin" in Miami-Illinois. The seed is also edible and is.

Nelumbo lutea. known as "alligator corn". The seedlike fruits can be shaken loose, and are also edible. The unopened leaves and young stalks can be cooked.The species is widely planted in ponds for its foliage and flowers. American Lotus spreads via creeping rhizomes and seeds. This species has been crossed with "N. nucifera" to create many hybrids. Seeds may be propagated by scarifying the pointed tip of the seed with a file then soaking in water. Propagation is also possible by division of established plants.## Other media.Disney's character Princess Tiana wears as her iconic princess dress, a gown fashioned from a yellow.

Nelumbo lutea. "Nelumbo lutea".American Lotus, Illinois Natural History SurveyIlliniwik Food SourcesPrairie Place Names, Illinois Department of Natural Resources.


Question: Where do you usually find this animal?

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Wolf. habitat.Wolves occur across Eurasia and North America. However, deliberate human persecution because of livestock predation and fear of attacks on humans has reduced the wolf's range to about one-third of its historic range; the wolf is now extirpated (locally extinct) from much of its range in Western Europe, the United States and Mexico, and completely in Ireland, the United Kingdom, and Japan. In modern times, the wolf occurs mostly in wilderness and remote areas. The wolf can be found between sea level and 3000 (m). Wolves live in forests, inland wetlands, shrublands, grasslands (including Arctic tundra), pastures, deserts, and rocky.

Wolf. are nocturnal predators. During the winter, a pack will commence hunting in the twilight of early evening and will hunt all night, traveling tens of kilometres. Sometimes hunting large prey occurs during the day. During the summer, wolves generally tend to hunt individually, ambushing their prey and rarely giving pursuit.When hunting large gregarious prey, wolves will try to isolate an individual from its group. If successful, a wolf pack can bring down game that will feed it for days, but one error in judgement can lead to serious injury or death. Most large prey have developed defensive adaptations and behaviours.


Question: Which location has this plant invaded?

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Lysichiton americanus. in 1901 and has escaped to become naturalized in marshy areas in Britain and Ireland, for example in Hampshire and Surrey, including Wisley Gardens, and in the north and west of the UK. In 2016, it was classified by the European Union as an invasive species. This implies that this species cannot be imported, cultivated, transported, commercialized, planted, or intentionally released into the environment in the whole of the European Union"."## Cultivation.It was used as an ornamental garden plant in Britain and Ireland, where it grows well in marshy conditions. As of 2018, the Royal Horticultural Society recommends that it.


Question: What is the closest parent taxonomy of this animal?

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Collared peccary. family, Suidae. Although formerly classified in the genus Pecari, studies in 2020 placed in the genus "Dicotyles", based on an unequivocal type-species selection; these studies have been accepted by the American Society of Mammalogists. However, the IUCN still places it in the genus "Pecari".## Description.The collared peccary stands around 20 - 24 (in) tall at the shoulder and is about 1.0 - 1.5 (m) long. It weighs between 16 and 27 (kg). The dental formula is: 2/3,1/1,3/3,3/3. The collared peccary has small tusks that point toward the ground when the animal is upright. It has slender legs with a robust.

Collared peccary. peccary (Mammalia, Artiodactyla, Tayassuidae, Pecari) from the late Pleistocene of Florida", Richard C. Hulbert, Gary S. Morgan & Andreas Kerner), proving that at some point in the late Pleistocene the species had already inhabited part of the Southern US.## Diet.Collared peccaries are often classified as herbivores. They normally feed on cactus, mesquite beans, fruits, berries, seeds, roots, tubers, bulbs, palm nuts, grasses, other green vegetation, fungi, and insects. However, they will also eat eggs, snakes, fish, frogs, lizards, dead birds, and rodents if the opportunity presents itself. Despite all this supplementary diet, the main dietary components of this species are.

Collared peccary. active at night, but less so in daytime.Although they usually ignore humans, they will react if they feel threatened. They defend themselves with their tusks. A collared peccary can release a strong musk or give a sharp bark if it is alarmed. Amazonian people such as the Shipibos frequently tame collared peccaries when young ones are encountered. They will also rub their scent on rocks and tree stumps to mark their territory, and rub the scent on each other to help with identification.## The "giant peccary".The giant peccary (described as "Pecari maximus") was a purported fourth species of peccary, first.

Collared peccary. American specimens, and a clade comprising South American specimens (the presumed contact zone is in Colombia, which has both clades). Furthermore, extensive infraspecific variations (both individual and locality-based) are known in the morphology of the collared peccary. Smithsonian Institution - North American Mammals: "Pecari tajacu" Smithsonian Wild: "Pecari tajacu"Arizona Game and Fish Department – Living With Javelina## External links.


Question: Where is this plant originally discovered?

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Rye. northern China.Production levels of rye have fallen since 1992 in most of the producing nations, . For instance, production of rye in Russia fell from 13.9 (e6t) in 1992 to 2.4 (e6t) in 2020. Corresponding figures for other countries are as follows: Polandfalling from 4.0 (Mt) in 1992 to 2.9 (Mt) in 2020; Belarusfalling from 3.1 (Mt) in 1992 to 1.1 (Mt) in 2020; Chinafalling from 1.7 (Mt) in 1992 to 0.5 (Mt) in 2020. However, production levels rose in Germany from 2.4 (Mt) in 1992 to 3.5 (Mt) in 2020.World trade of rye is low compared with other grains.


Question: Which country does this object come from?

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Welsh Corgi. the Pembroke has been attributed to the influx of dogs alongside Flemish weavers from around the 10th century, while the Cardigan is attributed to the dogs brought with Norse settlers, in particular a common ancestor of the Swedish Vallhund. The Pembroke is the more popular of the two, yet still appears on The Kennel Club's vulnerable dog breeds of the United Kingdom list. The Pembroke Welsh Corgi gained in popularity because the Queen has personally owned more than 30 Pembrokes or Corgi-Dachshund crosses, known as dorgis. == History == Pembrokeshire and Cardiganshire are adjoining historical agricultural counties in South West.

Welsh Corgi. to choose whichever they felt was the most appropriate. The first dog to be named Best in Show at an open conformation show was Ch. Bowhit Pivot.Cardigan Welsh Corgis continued to be rarer than Pembrokes, with only 11 registrations made in 1940. Both breeds survived the Second World War, although the Cardigans registered with the Kennel Club numbered only 61 by the end of the war. Pembrokes became very popular during the post war years in the United Kingdom; in 1953 it was ranked as the fourth most popular breed by the Kennel Club, behind the English Cocker Spaniel, the.

Welsh Corgi. Welsh Corgi club was formed in 1937, and the first show was held at Geraldine Rockefeller Dodge's Giralda Farms in New Jersey. Following the Second World War, there were imports from the United Kingdom, including Rozavel Uncle Sam which dominated the show circuit for Corgis. In 1949, he became the first Pembroke winner of Best in Show at an open conformation show in the United States. By 1998, the Pembroke Welsh Corgi had become the 37th most popular breed of dog in the United States. A pair of Cardigan Welsh Corgis were imported to the US in 1931, but the.

Welsh Corgi. led to an increase in popularity for the breed within the United States. A theatrical adaptation took place of Welsh author Roald Dahl's The BFG which toured the UK in 1991 required several different Corgis to perform on stage as those of Queen Elizabeth. The Queen's Corgi is a Belgian animated film depicting the Queen's Corgis. In the anime Cowboy Bebop, the crew has a super-intelligent Pembroke Welsh Corgi, Ein, on their ship.The Top Shelf graphic novel Korgi plays on the folklore tradition of the Corgi as a faerie draft animal. It features the "Mollies" (fairy-like beings) who live in.


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

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Eriogonum umbellatum. Eriogonum umbellatum is a species of wild buckwheat known by the common name sulphurflower buckwheat, or simply sulphur flower. It is native to western North America from California to Colorado to central Canada, where it is abundant and found in many habitats, including the sagebrush steppe and alpine areas. It is an extremely variable plant and hard to identify because individuals can look very different from one another. Also, there are many varieties. It may be a perennial herb blooming by summer with stems 10 centimeters tall and two to six clusters of flowers, with a whorl of leaves below.

Eriogonum umbellatum. the stems, or a sprawling shrub approaching two meters high and wide. The leaves are usually woolly and low on the plant, and the flowers come in many colors from white to bright yellow to purple. Native American groups utilized parts of this plant for a number of medicinal uses.It is a popular larval host, feeding the bramble hairstreak, desert green hairstreak, lupine blue, Mormon metalmark, Rocky Mountain dotted blue, Sheridan's hairstreak, Sonoran metalmark, and western green hairstreak. Additionally, goats and domestic sheep feed on the plant.Varieties of this species include, but are not limited to:"E. u." var. "argus" -.

Eriogonum umbellatum. often nearly hairless leaves and bright yellow flowers; limited to the Klamath Mountains"E. u." var. "dichrocephalum" - found throughout much of the western United States"E. u." var. "furcosum" - a low shrub native to the Sierra Nevada"E. u." var. "glaberrimum" - (green buckwheat) - a nearly hairless, white-flowered species"E. u." var. "humistratum" - (Mt. Eddy buckwheat) - a rare northern California endemic"E. u." var. "juniporinum" - (juniper buckwheat) - an uncommon plant of eastern California and western Nevada"E. u." var. "subalpinum" - (sulfur buckwheat) - similar to "Eriogonum eriogonum" but has wider and more spoon-shaped leaves"E. u." var. "torreyanum" -.

Eriogonum umbellatum. (Donner Pass buckwheat) - known from fewer than 10 occurrences near the Donner Pass"E. u." var. "versicolor" - bears pinkish-brown flowers with bright stripesJepson Manual TreatmentEthnobotanyPhoto gallery.


Question: What is the architectural style of this building?

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Guarda Cathedral. The Cathedral of Guarda () is a Catholic church located in the northeastern city of Guarda, Portugal. Its construction took from 1390 until the mid 16th century, combining Gothic and Manueline architectural styles.## History.The History of Guarda Cathedral begins in 1199, when King Sancho I obtained permission from the Pope to transfer the seat of the bishopric from nearby "Egitania" (Idanha-a-Velha) to Guarda. The first cathedral building, in Romanesque style, was soon substituted by another church built in the site occupied today by the Misericórdia Church in Guarda. This second cathedral, of modest proportions and built in the 13th century,.

Guarda Cathedral. the period from 1504 to 1517, under bishop Pedro Gavião, the pace of the works increased and the cathedral was almost completed. The architects of this phase were 'Pedro and Felipe Henriques. The Manueline style - a Portuguese mix of Gothic and early Renaissance - was the dominant influence in this second building stage, as attested by the decoration of the windows of the nave and transept, the decorated rib vaulting of the transept, some spiralling columns of the nave as well as the main portal, similar to the Manueline portal of Saint Michael's Chapel of Coimbra University.Most building activity.

Guarda Cathedral. - like the Baroque organ - all were removed during a renovation carried out in 1898 by architect Rosendo Carvalheira, which aimed at restoring the cathedral to its primitive, Gothic/Manueline appearance.Pedro Vaz Gaviao, Archbishop (1496–1516)Joao De Pina, Treasurer of the Cathedral General Bureau for National Buildings and Monuments (Portugal).


Question: Where is this object originally invented or found?

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Parka. A parka or anorak is a type of coat with a hood, often lined with fur or faux fur. This kind of garment is a staple of Inuit clothing, traditionally made from caribou or seal skin, for hunting and kayaking in the frigid Arctic. Some Inuit anoraks require regular coating with fish oil to retain their water resistance.The words "anorak" and "parka" have been used interchangeably, but they are somewhat different garments. Strictly speaking, an anorak is a waterproof, hooded, pull-over jacket without a front opening, and sometimes drawstrings at the waist and cuffs, and a parka is a hip-length.

Parka. is sometimes used as a mildly derogatory term.The word "parka" is derived from the Nenets language. In the Aleutian Islands the word simply means "animal skin". It first entered the English written record in a 1625 work by Samuel Purchas.The Inuit who speak Inuktitut use parkas and have various terms related to them as follows:## N-3B ("scrub snorkel" or "snorkel") parka.The original snorkel parka (USAF N-3B parka, which is 3/4 length and has a full, attached hood; the similar N-2B parka is waist-length and has an attached split hood) was developed in the United States during the early 1950s for.

Parka. pocket. It was invented by Noel Bibby of Peter Storm Ltd. in the early 1960s. It may have a full-zippered front opening, or pull over the head like an original anorak and close with snaps or a short zipper, has an integral hood, and elasticated or drawstring cuffs. In some versions, when rolled up, the hood doubles as a bag into which the rest of the coat is pushed. It became very popular in the United Kingdom during the 1970s.Anorak (slang)Capote (garment)Goggle jacketHoodieMackintoshYup'ik clothing"The Anorak", a play about the Montreal Massacre written and performed by Adam KellyA traditional Inuit parka.


Question: What is the closest parent taxonomy of this plant?

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Hippeastrum. Hippeastrum () is a genus of about 90 species and over 600 hybrids and cultivars of perennial herbaceous bulbous plants. They generally have large fleshy bulbs and tall broad leaves, generally evergreen, and large red or purple flowers."Hippeastrum" is a genus in the family Amaryllidaceae (subfamily Amaryllidoideae, tribe Hippeastreae, and subtribe Hippeastrineae). The name "Hippeastrum", given to it by William Herbert, means "knight's star", although precisely what Herbert meant by the name is not certain. For many years there was confusion among botanists over the generic names "Amaryllis" and "Hippeastrum", one result of which is that the common name amaryllis.

Hippeastrum. attempts were made to separate it into different genera. This work commenced in 1819 with the contributions of the English botanist, the Revd. William Herbert in Curtis's Botanical Magazine which he expanded in 1821 in The Botanical Register, identifying 14 species of the new genus of "Hippeastrum", and only leaving three species in "Amaryllis". The rest of the "Amaryllis" species he transferred to other genera, several of which he created. Herbert further refined his descriptions of "Hippeastrum" in his work on the Amaryllidaceae in 1837.## Nomenclature debate.Since then a key question has been whether Linnaeus's original type was a South.

Hippeastrum. be conserved and Herbert's "Leopoldia" rejected. This was accepted and "Hippeastrum" is now a "nomen conservandum" (conserved name), "i.e.," the correct name regardless of the fact that it does not have priority over "Leopoldia".## Intergeneric hybrids.While interspecific hybrids of "Hippeastrum" are relatively common, hybridization with other genera of Amaryllidaceae are more rare. The most conspicuous exception is the hybrid obtained through crossbreeding with the Mexican "Sprekelia formosissima" (St James's lily, Aztec lily, Jacobean lily), another member of the tribe Hippeastreae, originally called "Amaryllis formosissima", which is apomictic. "× Hippeastrelia" is the name given to this cross.## Subgenera.A number of subgenera.