
The full World Championship match results:

Get rythm (Joaquin Phoenix / Johnny Cash)
Hey get rhythm when you get the blues
C'mon get rhythm when you get the blues
Get a rock and roll feelin' in your bones
Get taps on your toes and get gone
Get rhythm when you get the blues
A little shoeshine boy he never gets lowdown
But he's got the dirtiest job in town
Bendin' low at the people's feet
On a windy corner of a dirty street
Well I asked him while he shined my shoes
How'd he keep from gettin' the blues
He grinned as he raised his little head
He popped his shoeshine rag and then he said
Get rhythm when you get the blues
C'mon get rhythm when you get the blues
Yes a jumpy rhythm makes you feel so fine
It'll shake all your troubles from your worried mind
Get rhythm when you get the blues
Get rhythm when you get the blues
Get rhythm when you get the blues
C'mon get rhythm when you get the blues
Get a rock and roll feelin' in your bones
Get taps on your toes and get gone
Get rhythm when you get the blues
Well I sat and listened to the sunshine boy
I thought I was gonna jump with joy
He slapped on the shoe polish left and right
He took his shoeshine rag and he held it tight
He stopped once to wipe the sweat away
I said you mighty little boy to be a workin' that way
He said I like it with a big wide grin
Kept on a poppin' and he'd say it again
Get rhythm when you get the blues
C'mon get rhythm when you get the blues
It only cost a dime just a nickel a shoe
It does a million dollars worth of good for you
Get rhythm when you get the blues
For the good times (Kris Kristofferson)
Don't look so sad. I know it's over
But life goes on and this world keeps on turning
Let's just be glad we had this time to spend together
There is no need to watch the bridges that we're burning
Lay your head upon my pillow
Hold your warm and tender body close to mine
Hear the whisper of the raindrops
Blow softly against my window
Make believe you love me one more time
For the good times
I'll get along; you'll find another,
And I'll be here if you should find you ever need me.
Don't say a word about tomorrow or forever,
There'll be time enough for sadness when you leave me.
Lay your head upon my pillow
Hold your warm and tender body Close to mine
Hear the whisper of the raindrops
Blow softly against my window
Make believe you love me
One more time
For the good times
STABELVOLLEN MEDIA
Copyright of all music videoes, guest photoes and artworks solely belongs to the artists. Copyright of all other resources : Stabelvollen Media.
MEASURING THE EARTH AND EARTH CONSTRUCTIONS
JOHN HARRISON AND THE LONGITUDE
The Longitude


Longitude is a meridian (circle of longitude) that is part of the Earth's coordinate system. Longitude specifies the east–west position of a point on the Earth's surface. It is expressed as an angular measurement that goes from 0° to 180° in the east or west direction, measured from a starting meridian called the prime meridian.
Longitude is used together with latitude to determine a precise location on the Earth's surface. Longitudes east of the prime meridian. are called eastern longitudes and are indicated by adding an Ø after the coordinate. Similarly, longitudes west of the prime meridian are called western longitudes and are indicated by adding a W after the coordinate.
For more precise location, each degree is divided into 60 minutes, which are written 60′ (arc minute), which are in turn divided into 60 seconds, which are written 60″ (arc second). This coordinate system is commonly used for land and sea maps.
In geographic information systems (GIS) and when using GPS, it has now become common to represent fractions of a degree as a decimal number, which is then referred to as decimal degrees.
Since each meridian runs from the North Pole to the South Pole, the distance between the degrees of longitude depends on the distance from the equator. At the equator, that is, at latitude 0, the distance between two degrees of longitude is 111.3 kilometers (km), which is approximately the same as the distance between two degrees of latitude.
At 45° N or S, the distance is 78.9 km, while it is 0 km at 90° N or S (North Pole/South Pole).
As we can see from the figure above on the left,
- T is a place on the Earth's surface in the eastern hemisphere.
- A is the point where the Prime Meridian intersects the Equator, while
- B is the point - where the great circle through T intersects the Equator.
- The great circle (on the left in the figure) through the North Pole (NP) and the point A
is the Prime Meridian.
- The longitude of a point T on the Earth's surface is given as the angle u between A and
B (measured in the Equatorial plane).
- The latitude of a point T is given as the angle v (in a plane through the Earth's center, S,
and the great circle in T) between the Equatorial plane and the radius from the
Earthcenter to T.
- In this way, any point in the Eastern Hemisphere is given unique coordinates (u, v) where the angle u varies in the range (0, 180) degrees east
longitude and v varies in the range (0, 90) degrees north latitude.
- For the Western Hemisphere, the corresponding coordinates are west longitude, and for the Southern Hemisphere, south latitude.
Longitude
Longitude or meridian are lines that run between the North Pole and the South Pole (the geographic poles), and are one of two axes in the Earth's coordinate system. Longitude indicates how far east or west you are. The other axis in this coordinate system is called latitude or polar altitude, and indicates how far north or south you are.
The length around the Earth above the poles is calculated to be 40,007.863 km (WGS 84) (at sea level). The meridians are perpendicular to the equator, have the shape of a half-ellipse and consequently always have a length of 20,003.9315 km (WGS 84). Together, longitude and latitude form a coordinate system that describes where you are on the Earth, which is used by maps and systems for land and sea, e.g. GPS. The term great circles is related to longitude, since these are a measure of the globe's longitude circles, which in turn are the same as great circles.
The Greenwich Meridian
The best-known meridian is the one that passes through the astronomical observatory in Greenwich, south of London. It is also called the prime meridian. The plane through it divides the Earth into two hemispheres (the eastern and the western hemispheres) and each of them is divided into 180° (longitudes). Longitudes east of the Greenwich Meridian are called eastern longitudes and Ø is added after the coordinate. Longitudes west of the Greenwich Meridian are called western longitudes and W is added after the coordinate. All geographical positions are described today with north/south latitude from the equator and east/west longitude from the Greenwich Meridian (however, this does not fully apply to UTM (and MGRS)).
Division In total, the Earth is divided into 360 degrees of longitude, 180 east and west of the prime meridian.
Each degree is further divided into 60′ (minutes), and each minute into 60″ (seconds) or decimal minutes.
In recent times, it has become more common to indicate longitude and latitude in decimal degrees instead of minutes and seconds. The distance between the degrees of longitude varies from 111,319.5 m (WGS 84) at the equator to 0 at the poles. The equator is 40,075.017 km (WGS 84) long.
Some longitudes for well-known cities
in Norway (decimal degrees) (WGS 84):


Since the Earth makes one rotation about its own axis relative to the Sun during one day, one hour of time difference will be equal to 360°⁄24 = 15°.
Linguistic context Meridies is Latin for meridian and means "middle of the day". The meridian line passes through points where it is 12 o'clock (standard time) at the same time.
"Ante meridiem", abbreviated AM, is the English expression for time before 12 o'clock, and "post meridiem", abbreviated PM, for time after 12 o'clock.
Historycally it was the Greek astronomer and mathematician Hipparchus (c. 190–120 BC) who first divided the Earth's east-west axis into 360°. Unlike latitudes, which have a natural and fixed zero point at the Equator, there is no natural zero point for longitudes. This meant that most countries had their own prime meridian.
In Europe, Great Britain had used the Greenwich meridian as the zero meridian since 1721, France had the Paris meridian and Prussia the Berlin meridian. There are also old Norwegian maps with °W or °E for Christiania, which was Norway's zero meridian. It was not until the International Meridian Conference in Washington in 1884 that Greenwich, due to claims (the British navy operated on all oceans), was decided to be the official zero axis for longitude. The length of a meridian arc from a pole to the equator formed the standard for the metric length measure when the French National Assembly on March 30, 1791, adopted a proposal from the French Academy of Sciences that one meter should correspond to one ten-millionth of the distance from the North Pole to the equator through Paris. (WGS 84 defines the distance from a pole to the equator as 10,001,966 m; thus, at the end of the 18th century, this length could be specified with an accuracy better than 0.2 ‰ compared to today's definition.)
The book "The Illustrated Degree of Longitude" is the incredible story of the English clockmaker John Harrison, who from the mid-18th century dedicated his life to constructing a ship's clock that could keep accurate time at sea. For many centuries, seafarers had found latitude using sun and star angles, but longitude remained a secret as long as one could not find the correct local time, related to the Middle Ages (GMT). This is what Harrison wanted - and managed - with his clocks. The book is beautifully illustrated and fascinating reading; for anyone interested in seafaring and navigation, clocks and the history of science. The Illustrated Degree of Longitude has been published in a number of languages, and has attracted great attention for both its content and design. Sobel is an award-winning investigative journalist for the New York Times, and Andrewes is a conservator at the Harvard University Museum. In 1714, the English Parliament offered £20,000, a formidable sum at the time, as a reward for anyone who could solve the longitude problem.
GREAT HUMAN CONSTRUCTIONS - THE ACROPOLIS OF ATHEN



Thales knew that the sun's rays come in the same direction, they are parallel. Thales also knew that the two triangles drawn in the figure on the left below therefore have the same shape. Both will have a right angle and two equal other angles on each. The triangles are therefore similar in shape.
Even today, it is important to use triangles and measure angles when making maps and navigating at sea or in the air. It is believed that Thales also used this method to determine the height of the Pyramids in Egypt. (See figure on the left.)
Thales' method is described in figure below.
Mathematically, we can set up the calculation as shown above.
The Acropolis of Athens is an ancient citadel
located on a rocky outcrop above the city of Athens, Greece, and contains the remains of several ancient buildings of great architectural and historical significance, the most famous being the Parthenon. The word Acropolis is from Greek ἄκρον (akron) 'highest point, extremity' and πόλις (polis) 'city'.[1]
The term acropolis is generic and there are many other acropoleis in Greece.
During ancient times the Acropolis of Athens was also more properly known as Cecropia, after the legendary serpent-man Cecrops, the supposed first Athenian king.
While there is evidence that the hill was inhabited as early as the 4th millennium BC, it was Pericles
(c. 495–429 BC) in the fifth century BC who coordinated the construction of the buildings whose present remains are the site's most important ones, including the Parthenon, the Propylaea, the Erechtheion and the Temple of Athena Nike.[2][3]
The Parthenon and the other buildings were seriously damaged during the 1687 siege by the Venetians during the Morean War when gunpowder being stored by the then Turkish rulers in the Parthenon was hit by a Venetian bombardment and exploded.[4]
History
Early settlement
The Acropolis is located on a flattish-topped rock that rises 150 m (490 ft) above sea level in the city of Athens, with a surface area of about 3 ha (7.4 acres). While the earliest artifacts date to the Middle Neolithic era, there have been documented habitations in Attica from the Early Neolithic period (6th millennium BC).There can be little doubt that a Mycenaean megaron palace stood upon the hill during the late Bronze Age. Nothing of this structure survives except, probably, a single limestone column base and pieces of several sandstone steps.[5] ortar called emplekton (Greek: ἔμπλεκτον).[8]
Soon after the palace was constructed, a Cyclopean massive circuit wall was built, 760 meters long, up to 10 meters high, and ranging from 3.5 to 6 meters thick. From the end of the Helladic IIIB (1300–1200 BC) on,[6] this wall would serve as the main defense for the acropolis until the 5th century.[7] The wall consisted of two parapets built with large stone blocks and cemented with an earth m
The wall uses typical Mycenaean conventions in that it followed the natural contour of the terrain and its gate, which was towards the south, was arranged obliquely, with a parapet and tower overhanging the incomers' right-hand side, thus facilitating defense. There were two lesser approaches up the hill on its north side, consisting of steep, narrow flights of steps cut in the rock. Homer is assumed to refer to this fortification when he mentions the "strong-built house of Erechtheus" (Odyssey 7.81). At some time before the 13th century BC, an earthquake caused a fissure near the northeastern edge of the Acropolis. This fissure extended some 35 meters to a bed of soft marl in which a well was dug.[9] An elaborate set of stairs was built and the well served as an invaluable, protected source of drinking water during times of siege for some portion of the Mycenaean period.[10]
Archaic Acropolis
Elevation view of a proposed reconstruction of the Old Temple of Athena. Built around 525 BC, it stood between the Parthenon and the Erechtheum. Fragments of the sculptures in its pediments are in the Acropolis Museum.
Not much is known about the architectural appearance of the Acropolis until the Archaic era. During the 7th and the 6th centuries BC, the site was controlled by Kylon during the failed Kylonian revolt,[11] and twice by Peisistratos; each of these was attempts directed at seizing political power by coups d'état. Apart from the Hekatompedon mentioned later, Peisistratos also built an entry gate or propylaea.[12] Nevertheless, it seems that a nine-gate wall, the Enneapylon,[13] had been built around the acropolis hill and incorporated the biggest water spring, the Clepsydra, at the northwestern foot.
A temple to Athena Polias, the tutelary deity of the city, was erected between 570 and 550 BC. This Doric limestone building, from which many relics survive, is referred to as the Hekatompedon (Greek for "hundred–footed"), Ur-Parthenon (German for "original Parthenon" or "primitive Parthenon"), H–Architecture or Bluebeard temple, after the pedimental three-bodied man-serpent sculpture, whose beards were painted dark blue. Whether this temple replaced an older one or just a sacred precinct or altar is not known. Probably, the Hekatompedon was built where the Parthenon now stands.[14]
Destruction of the Acropolis by the armies of Xerxes I, during the Second Persian invasion of Greece, 480–479 BC.
Between 529 and 520 BC yet another temple was built by the Pisistratids, the Old Temple of Athena, usually referred to as the Arkhaios Neōs (ἀρχαῖος νεώς, "ancient temple"). This temple of Athena Polias was built upon the Dörpfeld foundations,[15] between the Erechtheion and the still-standing Parthenon. The Arkhaios Neōs was destroyed as part of the Achaemenid destruction of Athens during the Second Persian invasion of Greece during 480–479 BC; however, the temple was probably reconstructed during 454 BC, since the treasury of the Delian League was transferred in its opisthodomos. The temple may have been burnt down during 406/405 BC as Xenophon mentions that the old temple of Athena was set afire. Pausanias does not mention it in his 2nd century AD Description of Greece.[16]
Around 500 BC the Hekatompedon was dismantled to make place for a new grander building, the Older Parthenon (often referred to as the Pre-Parthenon or Early Parthenon). For this reason, Athenians decided to stop the construction of the Olympieion temple which was connoted with the tyrant Peisistratos and his sons, and, instead, used the Piraeus limestone destined for the Olympieion to build the Older Parthenon. To accommodate the new temple, the south part of the summit was cleared, made level by adding some 8,000 two-ton blocks of limestone, a foundation 11 m (36 ft) deep at some points, and the rest was filled with soil kept in place by the retaining wall. However, after the victorious Battle of Marathon in 490 BC, the plan was revised and marble was used instead. The limestone phase of the building is referred to as Pre-Parthenon I and the marble phase as Pre-Parthenon II. In 485 BC, construction stalled to save resources as Xerxes became king of Persia, and war seemed imminent.[17] The Older Parthenon was still under construction when the Persians invaded and sacked the city in 480 BC. The building was burned and looted, along with the Ancient Temple and practically everything else on the rock.[18][19] After the Persian crisis had subsided, the Athenians incorporated many architectural parts of the unfinished temple (unfluted column drums, triglyphs, metopes, etc.) into the newly built northern curtain wall of the Acropolis, where they served as a prominent "war memorial" and can still be seen today. The devastated site was cleared of debris. Statuary, cult objects, religious offerings, and unsalvageable architectural members were buried ceremoniously in several deeply dug pits on the hill, serving conveniently as a fill for the artificial plateau created around the Classical Parthenon. This "Persian debris" was the richest archaeological deposit excavated on the Acropolis by 1890.[20]
The Periclean building program
After winning at Eurymedon during 468 BC, Cimon and Themistocles ordered the reconstruction of the southern and northern walls of the Acropolis. Most of the major temples, including the Parthenon, were rebuilt by order of Pericles during the so-called Golden Age of Athens (460–430 BC). Phidias, an Athenian sculptor, and Ictinus and Callicrates, two famous architects, were responsible for the reconstruction.[21]
During 437 BC, Mnesicles started building the Propylaea, a monumental gate at the western end of the Acropolis with Doric columns of Pentelic marble, built partly upon the old Propylaea of Peisistratos.[22] These colonnades were almost finished during 432 BC and had two wings, the northern one decorated with paintings by Polygnotus.[23] About the same time, south of the Propylaea, building started on the small Ionic Temple of Athena Nike in Pentelic marble with tetrastyle porches, preserving the essentials of Greek temple design. After an interruption caused by the Peloponnesian War, the temple was finished during the time of Nicias' peace, between 421 BC and 409 BC.[24]
The Erechtheion, viewed from the south-west, looking across the remains of the Old Temple in 2015
Construction of the elegant temple of Erechtheion in Pentelic marble (421–406 BC) was by a complex plan which took account of the extremely uneven ground and the need to circumvent several shrines in the area. The entrance, facing east, is lined with six Ionic columns. Unusually, the temple has two porches, one on the northwest corner borne by Ionic columns, the other, to the southwest, supported by huge female figures or caryatids. The eastern part of the temple was dedicated to Athena Polias, while the western part, serving the cult of the archaic king Poseidon-Erechtheus, housed the altars of Hephaestus and Voutos, brother of Erechtheus. Little is known about the original plan of the interior, which was destroyed by fire during the first century BC and has been rebuilt several times.[25][26]
During the same period, a combination of sacred precincts including the temples of Athena Polias, Poseidon, Erechtheus, Cecrops, Herse, Pandrosos and Aglauros, with its Kore Porch (Porch of the Maidens) or Caryatids' Balcony was begun.[27] Between the temple of Athena Nike and the Parthenon, there was the Sanctuary of Artemis Brauronia (or the Brauroneion), the goddess represented as a bear and worshipped in the deme of Brauron. According to Pausanias, a wooden statue or xoanon of the goddess and a statue of Artemis made by Praxiteles during the 4th century BC were both in the sanctuary.[28]
The Propylaea in 2005
Behind the Propylaea, Phidias' gigantic bronze statue of Athena Promachos ("Athena who fights in the front line"), built between 450 BC and 448 BC, dominated. The base was 1.50 m (4 ft 11 in) high, while the total height of the statue was 9 m (30 ft). The goddess held a lance, the gilt tip of which could be seen as a reflection by crews on ships rounding Cape Sounion, and a giant shield on the left side, decorated by Mys with images of the fight between the Centaurs and the Lapiths.[29] Other monuments that have left almost nothing visible to the present day are the Chalkotheke, the Pandroseion, Pandion's sanctuary, Athena's altar, Zeus Polieus's sanctuary and, from Roman times, the circular Temple of Roma and Augustus.[30]
Hellenistic and Roman Period
During the Hellenistic and Roman periods, many of the existing buildings in the area of the Acropolis were repaired to remedy damage from age and occasionally war.[31] Monuments to foreign kings were erected, notably those of the Attalid kings of Pergamon Attalos II (in front of the NW corner of the Parthenon), and Eumenes II, in front of the Propylaea. These were rededicated during the early Roman Empire to Augustus or Claudius (uncertain) and Agrippa, respectively.[32] Eumenes was also responsible for constructing a stoa on the south slope, similar to that of Attalos in the agora below.[33]
During the Julio-Claudian period, the Temple of Roma and Augustus, a small, round edifice about 23 meters from the Parthenon, was to be the last significant ancient construction on the summit of the rock.[34] Around the same time, on the north slope, in a cave next to the one dedicated to Pan since the Classical period, a sanctuary was founded where the archons dedicated to Apollo on assuming office.[35] During 161 AD, on the south slope, the Roman Herodes Atticus built his grand amphitheater or odeon. It was destroyed by the invading Herulians a century later but was reconstructed during the 1950s.[36]
During the 3rd century, under threat from a Herulian invasion, repairs were made to the Acropolis walls, and the Beulé Gate was constructed to restrict entrance in front of the Propylaea, thus returning the Acropolis to use as a fortress.[31]
Byzantine, Latin, and Ottoman Period
Depiction of the Venetian siege of the Acropolis of Athens during 1687.
During the Byzantine period, the Parthenon was used as a church dedicated to the Virgin Mary.[37] During the Latin Duchy of Athens, the Acropolis functioned as the city's administrative center, with the Parthenon as its cathedral, and the Propylaea as part of the ducal palace.[38] A large tower was added, the Frankopyrgos (Frankish Tower), demolished during the 19th century.[39]
After the Ottoman conquest of Greece, the Propylaea were used as the garrison headquarters of the Turkish army,[40] the Parthenon was converted into a mosque and the Erechtheum was turned into the governor's private harem. The buildings of the Acropolis suffered significant damage during the 1687 siege by the Venetians in the Morean War. The Parthenon, which was being used as a gunpowder magazine, was hit by artillery and damaged severely.[41]
During subsequent years, the Acropolis was a site of bustling human activity with many Byzantine, Frankish, and Ottoman structures. The dominant feature during the Ottoman period was a mosque inside the Parthenon, complete with a minaret.
The Acropolis was besieged thrice during the Greek War of Independence—two sieges from the Greeks in 1821–1822 and one from the Ottomans in 1826–1827. A new bulwark named after Odysseas Androutsos was built by the Greeks between 1822 and 1825 to protect the recently rediscovered Klepsydra spring, which became the sole fresh water supply of the fortress.
Independent Greece
The Acropolis (photo using albumen silver print) by 19th century photographer Francis Frith
After independence, most features that dated from the Byzantine, Frankish, and Ottoman periods were cleared from the site in an attempt to restore the monument to its original form, "cleansed" of all later additions.[42] The Parthenon mosque was demolished in 1843, and the Frankish Tower in 1875. German Neoclassicist architect Leo von Klenze was responsible for the restoration of the Acropolis in the 19th century, according to German historian Wolf Seidl, as described in his book Bavarians in Greece.[43]
Some antiquities from the Acropolis were exhibited in the old Acropolis Museum, which was built in the second half of the 19th century.[44]
At the beginning of the Axis occupation of Greece in 1941, German soldiers raised the Nazi German War Flag over the Acropolis. It would be taken down by Manolis Glezos and Apostolos Santas in one of the first acts of resistance. In 1944 Greek Prime Minister Georgios Papandreou arrived on the Acropolis to celebrate liberation from the Nazis.
Archaeological remains
Remains of the Theatre of Dionysus as of 2007. View from the west.
The entrance to the Acropolis was a monumental gateway termed the Propylaea. To the south of the entrance is the tiny Temple of Athena Nike. At the centre of the Acropolis is the Parthenon or Temple of Athena Parthenos (Athena the Virgin). East of the entrance and north of the Parthenon is the temple known as the Erechtheum. South of the platform that forms the top of the Acropolis there are also the remains of the ancient, though often remodelled, Theatre of Dionysus. A few hundred metres away, there is the now partially reconstructed Odeon of Herodes Atticus.[45]
Many of the valuable ancient artifacts are situated in the Acropolis Museum, which resides on the southern slope of the same rock, 280 metres from the Parthenon.[46]
Site plan
Site plan of the Acropolis at Athens showing the major archaeological remains.
Map of Acropolis of Athens (c. 1928 and 1940 CE.)
-
Statue of Athena Promachos
-
Sanctuary of Artemis Brauronia or Brauroneion
-
Altar of Athena
-
Sanctuary of Asclepius or Asclepieion
-
Mycenaean fountain
The Acropolis Restoration Project
The Acropolis Restoration Project began in 1975 to reverse the decay of centuries of attrition, pollution, destruction from military actions, and misguided past restorations. The project included the collection and identification of all stone fragments, even small ones, from the Acropolis and its slopes, and the attempt was made to restore as much as possible using reassembled original material (anastylosis), with new marble from Mount Pentelicus used sparingly. All restoration was made using titanium dowels and is designed to be completely reversible, in case future experts decide to change things. A combination of cutting-edge modern technology and extensive research and reinvention of ancient techniques were used.[47]
The Parthenon colonnades, largely destroyed by Venetian bombardment during the 17th century, were restored, with many wrongly assembled columns now properly placed. The roof and floor of the Propylaea were partly restored, with sections of the roof made of new marble and decorated with blue and gold inserts, as in the original.[47] Restoration of the Temple of Athena Nike was completed in 2010.[48]
A total of 2,675 tons of architectural members were restored, with 686 stones reassembled from fragments of the originals, 905 patched with new marble, and 186 parts made entirely of new marble. A total of 530 cubic meters of new Pentelic marble were used.[49]
In 2021, the addition of new reinforced concrete paths to the site to improve accessibility caused controversy among archaeologists.[50]
Cultural significance
View of the Acropolis at dusk from Mount Lycabettus in 2023
Every four years, the Athenians had a festival called the Great Panathenaea that rivaled the Olympic Games in popularity. During the festival, a procession (believed to be depicted on the Parthenon frieze) traveled through the city via the Panathenaic Way and culminated on the Acropolis. There, a new robe of woven wool (peplos) was placed on either the statue of Athena Polias in the Erechtheum (during the annual Lesser Panathenaea) or the statue of Athena Parthenos in the Parthenon (during the Great Panathenaea, held every four years).[51]
Within the later tradition of Western civilization and Classical revival, the Acropolis, from at least the mid-18th century on, has often been invoked as a critical symbol of the Greek legacy and of the glories of Classical Greece.
Most of the artifacts from the temple are housed today in the Acropolis Museum at the foot of the ancient rock.
Geology
The Acropolis is a klippe consisting of two lithostratigraphic units: the Athens schist and the overlying Acropolis limestone.[52][53] The Athens schist is a soft reddish rock dating from the late Cretaceous period. The original sediments were deposited in a river delta approximately 72 million years ago. The Acropolis limestone dates from the late Jurassic period, predating the underlying Athens schist by about 30 million years. The Acropolis limestone was thrust over the Athens schist by compressional tectonic forces, forming a nappe or overthrust sheet. Erosion of the limestone nappe led to the eventual detachment of the Acropolis, forming the present-day feature. Where the Athens schist and the limestone meet there are springs and karstic caves.
Many of the hills in the Athens region were formed by the erosion of the same nappe as the Acropolis. These include the hills of Lykabettos, Areopagus, and Mouseion.
The marble used for the buildings of the Acropolis was sourced from the quarries of Mount Pentelicus, a mountain to the northeast of the city.
Geological instability
The limestone that the Acropolis is built upon is unstable because of the erosion and tectonic shifts that the region is prone to. This instability may cause rock slides that cause damage to the historic site. Various measures have been implemented to protect the site, including retaining walls, drainage systems, and rock bolts. These measures work to counter the natural processes that threaten the historic site.
Gallery
-
Marble seats at the Theatre of Dionysus inscribed with names.
-
Pergamene column at the Stoa of Eumenes.
-
Temple of Asclepius.
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North Portico of the Erechtheion, where a coffer is missing, signifying the supposed place where Zeus struck his lightning bolt, killing Erechtheus. Another belief is that this was the location where Poseidon struck his trident into the Acropolis.
References
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acro-. (n.d.). In Greek, Acropolis means "Highest City". The American Heritage Dictionary of the English Language, Fourth Edition. Retrieved September 29, 2009, from Dictionary.com website: Archived 2016-03-04 at the Wayback Machine Quote: "[From Greek akros, extreme; see ak- in Indo-European roots.]"
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Hurwit 2000, p. 87.
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"History" Archived 2019-10-24 at the Wayback Machine, Odysseus.
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Nicholas Reeves and Dyfri Williams, "The Parthenon in Ruins" Archived 2009-08-06 at the Wayback Machine, British Museum Magazine 57 (spring/summer 2007), pp. 36–38.
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Castleden, Rodney (2005). Mycenaeans. Routledge. pp. 64–.
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Iakovidis, Spyros (2006). The Mycenaean Acropolis of Athens. Athens: The Archaeological Society at Athens. pp. 197–221.
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Hurwit 2000, pp. 74–75.
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ἔμπλεκτος Archived 2021-06-10 at the Wayback Machine, Henry George Liddell, Robert Scott, A Greek-English Lexicon, on Perseus Digital Library.
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Hurwit 2000, p. 78.
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"The springs and fountains of the Acropolis hill" Archived 2013-07-28 at the Wayback Machine, Hydria Project.
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Pomeroy, Sarah B. (1999). Ancient Greece: A Political, Social, and Cultural History. Oxford University Press. pp. 163–.
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Starr, Chester G. "Peisistratos". Encyclopædia Britannica. Archived from the original on 31 July 2013.
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"Acropolis fortification wall" Archived 2012-11-28 at the Wayback Machine, Odysseus.
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Hurwit 2000, p. 111.
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Hurwit 2000, p. 121.
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External links
Wikimedia Commons has media related to Acropolis of Athens.
Library resources about Acropolis of Athens
"Acropolis of Athens". odysseus.culture.gr. Ministry of Culture and Sports (Greece).
"Acropolis Restoration Project". ysma.gr. Acropolis Restoration Service.
"Acropolis Educational Resources Repository". repository.acropolis-education.gr. Acropolis Information and Education Department.
"The Glafka Project Journey" (PDF). repository.acropolis-education.gr. Acropolis Restoration Service.
"Acropolis, Athens". whc.unesco.org. UNESCO.
"Ancient Athens 3D". ancientathens3d.com. Ancient Athens 3D.
"Attica". A Geological Companion to Greece and the Aegean. Université du Québec à Chicoutimi. Archived from the original on 20 May 2007.
"The Acropolis of Athens". athensguide.com.
"Acropolis - Tour of Acropolis of Athens, Site of the Parthenon". about.com. Archived from the original on 18 May 2013.
"A Quick Tour of the Athenian Acropolis". campus.lakeforest.edu. Lake Forest College.
Videos
ACROPOLIS of Athens, Full Reconstruction, 2001 on YouTube
The Acropolis in Athens 1955, Greece on YouTube
Athens, Greece: Ancient Acropolis and Agora - Rick Steves’ Europe Travel Guide - Travel Bite on YouTube
GREAT HUMAN CONSTRUCTIONS - THE PYRAMIDS

2600 BC, that is 4624 years ago (2024) the great Kheops-pyramid was finished at the Giza-pyramid complex in Egypt.
It was then the eldest of the Seven wonders of the Ancient World.
Kheops-pyramiden had the following dimensions:
- Square base with sidelengths 230,3 m
- Height 146,6 m (Current 138,5 m)
- Outer volume på (1/3*230,3*230,3*146,6) kbm = 2 591 795 kbm
that is ca. 2,6 millioner kubikk-meter.
The Kheops-pyramide consisted of
- 2,3 million stone blocks, with the shape of straight prisms, each weighing. 2,6 tonn, with a total ca 6 million tons.
- The stone blocks were held together by mortar.
- The stone blocks mainly consisted of local limestone form the Giza plateau, white limestone from Tura and granite from Aswan.



The Greek mathematician Thales (625 BC - 540 BC), could measure the height of a tree without clibing to the top of it.
He placed a stick beside the tree, and waited until the shadow of the stick had the same length as the stick itself.
The the shadow of the tree would have the same klength as the height of the tree, The rest was an elementary measure task and calculation.
Thales knew that the sun-beams comes in the same direction, they are parallell. . Thales also knew that the two triangles drawn in the fugure below has the same shape.Both of them will have a straight (90 degree) angle. The triangles have similar shape. Today it is also important to use triangles and measure angles when making a map and when navgitaing at sea or in the air.Many historians also thinks that Thales used this method to decide the height of the pyramis in Egypt. (Drawing to the left and below.)

The width b, of the base of the pyramid coud be measured and so could the length of the oyramis shadow, s..
The the height, H, of the pyramid clould be calculated as
H = s + b/2.
REFERANSER OG LINKER
Sobel, D., Andrews, W.J.H. (2006) Den illustrerte lengdegraden. Den utrolige historien om klokkemakeren som løste sin tids største maritime utfordring.
Dava Sobel, William J.H. Andrews. Pegasus Forlag. Norsk utgave 2006.