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Sinjajevina

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Sinjajevina ( Montenegrin : Сињајевина , pronounced [sǐɲajɛʋina] ), also known as Sinjavina ( pronounced [sǐɲaːʋina] ), is a mountain in northern Montenegro . The highest point of Sinjajevina is Jablanov vrh , which is 2,277 m (7,470 ft) high.

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39-421: Mount Sinjajevina extends from southeast to northwest , between the town of Kolašin and the village of Njegovuđa , near Žabljak . The massif is 40 km long and 15 km wide. Geologically, its composition is cretaceous limestone . The high mountain plain averages 1,600 m (5,249 ft) in elevation, with only a few higher peaks. The highest peaks of Mount Sinjajevina are: Mount Sinjajevina

78-515: A cosmology of seven directions. For example, among the Hopi of the Southwestern United States , the four named cardinal directions are not North, South, East and West but are the four directions associated with the places of sunrise and sunset at the winter and summer solstices. Each direction may be associated with a color, which can vary widely between nations, but which is usually one of

117-492: A line, divide this line in half, then at right angles draw another imaginary line through the sky until it meets the line from the Southern Cross. This point is 5 or 6 degrees from the south celestial pole. Very few bright stars of importance lie between Crux and the pole itself, although the constellation Musca is fairly easily recognised immediately beneath Crux. The second method uses Canopus (the second-brightest star in

156-466: A special word: tenggara . Sanskrit and other Indian languages that borrow from it use the names of the gods associated with each direction : east (Indra), southeast (Agni), south (Yama/Dharma), southwest (Nirrti), west (Varuna), northwest (Vayu), north (Kubera/Heaven) and northeast (Ishana/Shiva). North is associated with the Himalayas and heaven while the south is associated with the underworld or land of

195-563: A terrestrial map because one is looking up instead of down. Similarly, when describing the location of one astronomical object relative to another, "north" means closer to the North celestial pole, "east" means at a higher right ascension , "south" means closer to the South celestial pole, and "west" means at a lower right ascension. If one is looking at two stars that are below the North Star, for example,

234-412: Is home to two lakes, both in a process of natural extinction: This Montenegro location article is a stub . You can help Misplaced Pages by expanding it . Southeast (direction) The four cardinal directions , or cardinal points , are the four main compass directions: north , south , east , and west , commonly denoted by their initials N, S, E, and W respectively. Relative to north,

273-500: Is related to I Ching , the Wu Xing and the five naked-eye planets . In traditional Chinese astrology , the zodiacal belt is divided into the four constellation groups corresponding to the directions. Each direction is often identified with a color, and (at least in China) with a mythological creature of that color . Geographical or ethnic terms may contain the name of the color instead of

312-584: Is the interesting situation that native Japanese words ( yamato kotoba , kun readings of kanji) are used for the cardinal directions (such as minami for 南, south), but borrowed Chinese words (on readings of kanji) are used for intercardinal directions (such as tō-nan for 東南, southeast, lit. "east-south"). In the Malay language , adding laut (sea) to either east ( timur ) or west ( barat ) results in northeast or northwest, respectively, whereas adding daya to west (giving barat daya ) results in southwest. Southeast has

351-487: Is used for the center. All five are used for geographic subdivision names ( wilayahs , states, regions, governorates, provinces, districts or even towns), and some are the origin of some Southern Iberian place names (such as Algarve , Portugal and Axarquía , Spain). In Mesoamerica and North America , a number of traditional indigenous cosmologies include four cardinal directions and a center. Some may also include "above" and "below" as directions, and therefore focus on

390-666: Is very far away from the celestial pole. The third method is best for moonless and clear nights, as it uses two faint "clouds" in the Southern Sky . These are marked in astronomy books as the Large and Small Magellanic Clouds (the LMC and the SMC). These "clouds" are actually dwarf galaxies near the Milky Way . Make an equilateral triangle, the third point of which is the south celestial pole. Like before,

429-543: Is within one degree of the bright star Polaris (named from the Latin stella polaris , meaning " pole star "). This makes Polaris, colloquially known as the "North Star", useful for navigation in the Northern Hemisphere : not only is it always above the north point of the horizon, but its altitude angle is always (nearly) equal to the observer's geographic latitude (though it can, of course, only be seen from locations in

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468-459: The Southern Cross (Crux) and its two "pointer" stars α Centauri and β Centauri . Draw an imaginary line from γ Crucis to α Crucis —the two stars at the extreme ends of the long axis of the cross—and follow this line through the sky. Either go four-and-a-half times the distance of the long axis in the direction the narrow end of the cross points, or join the two pointer stars with

507-571: The "North Star", though it will be about six degrees from the true north celestial pole. To find Polaris, from a point in the Northern Hemisphere, face north and locate the Big Dipper (Plough) and Little Dipper asterisms. Looking at the "cup" part of the Big Dipper, imagine that the two stars at the outside edge of the cup form a line pointing upward out of the cup. This line points directly at

546-543: The Germanic names for the intermediate directions. Medieval Scandinavian orientation would thus have involved a 45 degree rotation of cardinal directions. In many regions of the world, prevalent winds change direction seasonally, and consequently many cultures associate specific named winds with cardinal and intercardinal directions. For example, classical Greek culture characterized these winds as Anemoi . In pre-modern Europe more generally, between eight and 32 points of

585-500: The North celestial pole. Similarly, a line from the center to the South celestial pole will define the South point by its intersection with the limb. The points at right angles to the North and South points are the East and West points. Going around the disk clockwise from the North point, one encounters in order the West point, the South point, and then the East point. This is opposite to the order on

624-484: The Northern Hemisphere). Polaris is near the north celestial pole for only a small fraction of the 25,700-year precession cycle. It will remain a good approximation for about 1,000 years, by which time the pole will have moved closer to Alrai ( Gamma Cephei ). In about 5,500 years, the pole will have moved near the position of the star Alderamin (Alpha Cephei), and in 12,000 years, Vega (Alpha Lyrae) will become

663-451: The SMC, LMC, and the pole will all be points on an equilateral triangle on an imaginary circle. The pole should be placed clockwise from the SMC and anticlockwise from the LMC. Going in the wrong direction will land you in the constellation of Horologium instead. A line from Sirius , the brightest star in the sky, through Canopus, the second-brightest, continued for the same distance lands within

702-576: The additional directions of up and down . Each of the ten directions has its own name in Sanskrit . Some indigenous Australians have cardinal directions deeply embedded in their culture. For example, the Warlpiri people have a cultural philosophy deeply connected to the four cardinal directions and the Guugu Yimithirr people use cardinal directions rather than relative direction even when indicating

741-433: The basic colors found in nature and natural pigments, such as black, red, white, and yellow, with occasional appearances of blue, green, or other hues. There can be great variety in color symbolism, even among cultures that are close neighbors geographically. Ten Hindu deities , known as the " Dikpālas ", have been recognized in classical Indian scriptures, symbolizing the four cardinal and four intercardinal directions with

780-415: The center as a fifth cardinal point . Central Asian , Eastern European and North East Asian cultures frequently have traditions associating colors with four or five cardinal points. Systems with five cardinal points (four directions and the center) include those from pre-modern China , as well as traditional Turkic , Tibetan and Ainu cultures. In Chinese tradition, the five cardinal point system

819-658: The compass – cardinal and intercardinal directions – were given names. These often corresponded to the directional winds of the Mediterranean Sea (for example, southeast was linked to the Sirocco , a wind from the Sahara). Particular colors are associated in some traditions with the cardinal points. These are typically " natural colors " of human perception rather than optical primary colors . Many cultures, especially in Asia , include

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858-757: The compass directions is common and deeply embedded in European and Chinese culture (see south-pointing chariot ). Some other cultures make greater use of other referents, such as toward the sea or toward the mountains ( Hawaii , Bali ), or upstream and downstream (most notably in ancient Egypt , also in the Yurok and Karuk languages). Lengo (Guadalcanal, Solomon Islands) has four non-compass directions: landward, seaward, upcoast, and downcoast. Some languages lack words for body-relative directions such as left/right, and use geographical directions instead. North celestial pole The north and south celestial poles are

897-455: The date of the rotation axis; J2000.0 is the current standard. An analogous concept applies to other planets: a planet's celestial poles are the points in the sky where the projection of the planet's axis of rotation intersects the celestial sphere. These points vary because different planets' axes are oriented differently (the apparent positions of the stars also change slightly because of parallax effects). The north celestial pole currently

936-424: The directions east, south, and west are at 90 degree intervals in the clockwise direction. The ordinal directions (also called the intercardinal directions ) are northeast (NE), southeast (SE), southwest (SW), and northwest (NW). The intermediate direction of every set of intercardinal and cardinal direction is called a secondary intercardinal direction. These eight shortest points in the compass rose shown to

975-591: The fathers (Pitr loka). The directions are named by adding "disha" to the names of each god or entity: e.g. Indradisha (direction of Indra) or Pitrdisha (direction of the forefathers i.e. south). The cardinal directions of the Hopi language and the Tewa dialect spoken by the Hopi-Tewa are related to the places of sunrise and sunset at the solstices, and correspond approximately to the European intercardinal directions. Use of

1014-782: The following degrees of a compass: The intercardinal (intermediate, or, historically, ordinal ) directions are the four intermediate compass directions located halfway between each pair of cardinal directions. These eight directional names have been further compounded known as tertiary intercardinal directions, resulting in a total of 32 named points evenly spaced around the compass: north (N), north by east (NbE), north-northeast (NNE), northeast by north (NEbN), northeast (NE), northeast by east (NEbE), east-northeast (ENE), east by north (EbN), east (E), etc. Cardinal directions or cardinal points may sometimes be extended to include vertical position ( elevation , altitude , depth ): north and south , east and west , up and down; or mathematically

1053-454: The intercardinal directions have names that are not compounds of the names of the cardinal directions (as, for instance, northeast is compounded from north and east ). In Estonian, those are kirre (northeast), kagu (southeast), edel (southwest), and loe (northwest), in Finnish koillinen (northeast), kaakko (southeast), lounas (southwest), and luode (northwest). In Japanese, there

1092-422: The name of the corresponding direction. East: Green ( 青 "qīng" corresponds to both green and blue); Spring; Wood South: Red ; Summer; Fire West: White ; Autumn; Metal North: Black ; Winter; Water Center: Yellow ; Earth Countries where Arabic is used refer to the cardinal directions as Ash Shamal (N), Al Gharb (W), Ash Sharq (E) and Al Janoob (S). Additionally, Al Wusta

1131-559: The one that is "east" will actually be further to the left. During the Migration Period , the Germanic names for the cardinal directions entered the Romance languages , where they replaced the Latin names borealis (or septentrionalis ) with north, australis (or meridionalis ) with south, occidentalis with west and orientalis with east. It is possible that some northern people used

1170-410: The poles of the celestial equatorial coordinate system , meaning they have declinations of +90 degrees and −90 degrees (for the north and south celestial poles, respectively). Despite their apparently fixed positions, the celestial poles in the long term do not actually remain permanently fixed against the background of the stars. Because of a phenomenon known as the precession of the equinoxes ,

1209-492: The poles trace out circles on the celestial sphere, with a period of about 25,700 years. The Earth's axis is also subject to other complex motions which cause the celestial poles to shift slightly over cycles of varying lengths (see nutation , polar motion and axial tilt ). Finally, over very long periods the positions of the stars themselves change, because of the stars' proper motions . To take into account such movement, celestial pole definitions come with an epoch to specify

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1248-484: The position of an object close to their body. (For more information, see: Cultures without relative directions .) The precise direction of the cardinal points appears to be important in Aboriginal stone arrangements . Many aboriginal languages contain words for the usual four cardinal directions, but some contain words for 5 or even 6 cardinal directions. In some languages , such as Estonian , Finnish and Breton ,

1287-519: The right are: Points between the cardinal directions form the points of the compass . Arbitrary horizontal directions may be indicated by their azimuth angle value. The directional names are routinely associated with azimuths , the angle of rotation (in degrees ) in the unit circle over the horizontal plane . It is a necessary step for navigational calculations (derived from trigonometry ) and for use with Global Positioning System (GPS) receivers . The four cardinal directions correspond to

1326-404: The six directions of the x-, y-, and z-axes in three-dimensional Cartesian coordinates . Topographic maps include elevation, typically via contour lines . Alternatively, elevation angle may be combined with cardinal direction (or, more generally, arbitrary azimuth angle) to form a local spherical coordinate system . In astronomy , the cardinal points of an astronomical body as seen in

1365-449: The sky are four points defined by the directions toward which the celestial poles lie relative to the center of the disk of the object in the sky. A line (a great circle on the celestial sphere ) from the center of the disk to the North celestial pole will intersect the edge of the body (the " limb ") at the North point. The North point will then be the point on the limb that is closest to

1404-562: The sky) and Achernar . Make a large equilateral triangle using these stars for two of the corners. But where should the third corner go? It could be on either side of the line connecting Achernar and Canopus, and the wrong side will not lead to the pole. To find the correct side, imagine that Archernar and Canopus are both points on the circumference of a circle. The third corner of the equilateral triangle will also be on this circle. The corner should be placed clockwise from Achernar and anticlockwise from Canopus. The third imaginary corner will be

1443-450: The south celestial pole. If the opposite is done, the point will land in the middle of Eridanus , which isn't at the pole. If Canopus has not yet risen, the second-magnitude Alpha Pavonis can also be used to form the triangle with Achernar and the pole. In this case, go anticlockwise from Achernar instead of clockwise, form the triangle with Canopus, and the third point, the pole, will reveal itself. The wrong way will lead to Aquarius, which

1482-597: The star at the tip of the Little Dipper's handle. That star is Polaris, the North Star. The south celestial pole is visible only from the Southern Hemisphere . It lies in the dim constellation Octans , the Octant. Sigma Octantis is identified as the south pole star, more than one degree away from the pole, but with a magnitude of 5.5 it is barely visible on a clear night. The south celestial pole can be located from

1521-493: The two points in the sky where Earth 's axis of rotation , indefinitely extended, intersects the celestial sphere . The north and south celestial poles appear permanently directly overhead to observers at Earth's North Pole and South Pole , respectively. As Earth spins on its axis, the two celestial poles remain fixed in the sky, and all other celestial points appear to rotate around them, completing one circuit per day (strictly, per sidereal day ). The celestial poles are also

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