Atomium (The Belgian national icon)

Built in 1958 for the the Brussels World’s Fair (Expo ’58), it is103 metre(335-foot) tall monument represents a cell of an iron crystal, magnified 165 billion times, with vertical body diagonal, with tubes along the 12 edges of the cube and from all 8 vertices to the centre. The Atomium is the visiualization of microscopic molecular structures on a great enlarged scale,which is located next to Heysel metro station in Brussels.

Nine spheres ,made of steel,18 metres in diameter connect via tubes with escalators as long as 35 m. A panoramic view of Brussels is seen from the top sphere. Other spheres have exhibitions. Three upper spheres are closed to the public for safety reasons.
Designed to be the star attraction of the ephemeral World Exhibition of 1958, this 103 metre high building has continued to shine for four decades, although its brilliance gradually faded with the effects of age and corrosion. But the quality and the precision of the work saved it from demolition, an ambitious renovation project has become rality. The aim was to completely renew the casing of the spheres and to replace the aluminium skin with insulating sandwich panels in mirror polished stainless steel on the outside and galvanised steel on the inside. The facelift also entailed the restoration of the structure, the replacement of all the windows, the lighting and the electricity systems.

After more than a year of renovation work the Atomium has a new face and give visitors a brand new aesthetic experience by taking them on a very special journey through its spheres.Today, the inside of the building glows with an unparalleled sparkle. The one-directional visit through each of the six spheres open to visitors makes the most of the possibilities offered by modern animation techniques. To echo this rejuvenation, the setting of the entire site is currently being developed with in particular the construction of an entrance pavilion at the heart of a pedestrian area. A fascinating and triumphant architectural prowess of the 50s that has once again opened its doors to the general public, the challenge of the Atomium is to retain its vitality. The vitality that endears it to the public.

Zheravna (attractive tourist destination in Bulgaria)

The village has 330 houses and 550 inhabitant. It is an architectural and ethnographic reserve of over 150 houses, a workshop for church candles, a small school, a convent, a church, 8 drinking-fountains, inns and shops, preserved from the time of the National Revival period. Some of them are over 300 years. Every of them is unique monument to the culture,created from unknown master. The village originated between the 12th-14th century. In the 17th-18th century it gained in wealth mostly due to the development of handcrafts, stock-breeding and trade. At that time the typical Zheravna wooden house took shape. Houses, churches, schools and other buildings have been preserved and turned into museums. Zheravna is the birthplace of Yordan Yovkov, an outstanding Bulgarian writer, whose house is now a museum.

Zheravna is situated in the eastern part of the country, in the middle of the Bulgarian Balkan mountains. It is located 55km from Sliven, near to town Kotel. The distance between Zheravna and the Black sea is only 110 km. Zheravna is the best place to spend your vacation. Opyimum geographic position and mountainous relief to Zheravna give an opportunity to relaxation and tourism. Excursions, picnics, fishing, photo-tourism and ecological walks. That is only part of attractions to Zheravna.

Into the bosom of Zheravna-between the cobblestone alleys, behind the tall fence walls, to uncover the flowered gardens, the intricate woodcarvings and traditional furnishing of the Bulgarian Renaissance home.

the Caribbean sea (tropical paradise)

The country is located in West Indies, the Caribbean sea. Antigua is tropical paradise. Antigua’s economy has become increasingly reliant upon tourism, and it markets itself as a luxury Caribbean escape. Many hotels and resorts are located around the coastline, and the island’s single airport. St. John is the capital city of Antigua. It is situated in the northwest, near to the airport and has a deep harbour which is able to accommodate large cruise ships. It is the biggest commercial center of the island. He is also administrative center since 1632 when the country was colonised. The nation gained its independance in 1981.

Sights to see in St. John:
* St. John`s Cathedral
* Museum of Antigua and Barbuda
The church was designed by Mr. Robert Cullen and had a short steeple at its western and. The Cathedral is built of freestone and the architect was Mr. J. Fuller of Bath and the Clerk of Works was Mr. F. Rowe of Bristol. After over a century, the church was elevated to the status of cathedral when the Diocese of Antigua was created in August 1842. The Cathedral is dominated by twin towers at the west end and provides a distinct baroque flavour. They are 70 ft high and the cupolas that crown the towers are aluminium in colour. Originally the south gate was the main entrance to the Cathedral. On top of its pillars are the bronze figures of St. John the Divine and St. John the Baptist.

The Museum of Antigua and Barbuda is housed in the colonial Court House, which was constructed in 1747 on the site of the first city market, and is the oldest building still in use in the city. The museum displays both Arawak and colonial artifacts recovered on archaeological digs on the islands. It also features a life-size replica of an Arawak house, models of sugar plantations, along with a history of the island, and Viv Richards cricket bat.

The Leaning Tower of Pisa (the world’s most famous construction mistake)

The Leaning Tower of Pisa is the world’s most famous construction mistake. The architect, Bonanno Pisano,
found his bell tower starting to lean almost immediately after he began to build it. And the lean kept increasing through the centuries, a tourist bonanza for Pisa, that would end if the tower leaned too far and fell.
This picture was taken in 1994, prior to a major engineering effort to stabilize the tower and reduce the lean by 10%. The tower was also closed to visitors. I had climbed it back in 1986, great fun, but disorienting.

Why the lean?

The tower is built on unsuitable ground for such a heavy and tall building. It is only about 6 feet above sea level and built on a riverbed. The underlying ground is made up of layers of sand and clay. The layers are not even and the weight of the building has compressed them. Because the layers are not even, as the ground has compressed, it has sunk more in some places than others.

Only 5 years after work on the building began, it was leaning noticeably to the North. The lean was first noticed during construction of the third floor. During the building of the next three floors, the lean was corrected by building the floors parallel to the ground, and not level with the leaning building. During this phase the tower started to lean the other way. Now it was leaning to the South.

Several plans have been tried over the years to stop the tower from falling. Some of them have been almost disastrous. In 1934 an Italian engineer drilled 361 holes into the base and filled them with mortar. The tower promptly leaned over some more. In 1993 650 tons of lead were hung from the North side of the building to try and stop the lean increasing. For a while it worked.

In 1995, they decided to try and increase the foundations under the South side of the building. They froze the ground using liquid nitrogen, to stop it moving, and then started to remove stones, so they could insert metal rods. What they didn’t know was that the stones they were removing were part of the original foundation of the building. That is the nearest the tower has come to disaster. In one night the lean increased as much as it normally increases in two years. They quickly added another 250 tons of lead and decided to rethink the whole thing.

At this point everyone was just about ready to give up. Then a British engineering professor came up with yet another idea. His plan was to remove ground from under the high side, instead of trying to add ground under the low side. In 1999 work began, and was done very slowly, so that the building wouldn’t get a sudden shock. At the beginning of June 2001, the work was complete, and the tower had been straightened up by about 16 inches, which returns it to the position it held in 1838. The engineers believe that it is safe for at least another 300 years.
So, if they know how, why didn’t they just straighten it up all the way? The answer lies in the tower’s name. It is the Leaning Tower of Pisa and just wouldn’t be the same if it didn’t lean! Some of the residents of Pisa say it would be better to let it fall down, rather than to straighten it all the way.

TOWER BASICS



Official Name: TORRE PENDENTE DI PISA
Function: Bell Tower (Campanile)
Original Architect: Bonanno Pisano
Architect who realized that the Leaning Tower could not be straightened:
Tomasso di Andrea da Pontedera (1275)
Years Built: 1173-1350



Latitude: 43.7167 (43° 43′ 0″ N)
Longitude: 10.3833 (10° 22′ 60″ E)
Elevation of Piazza dei Miracoli: About 6 feet, (2 meters) (DMS)
First Construction Stop: 1178 (War with Firenze)
Year in which lean became obvious: 1178 (Third Story)
Height at which lean became obvious: 10.6 meters (35 ft.)
Level at which Tower Straightens to North: 5 (About 110 meters)
Second Construction Stop: 1185 (War with Firenze)
Later Construction Stop: 1284 (War with Genoa, Major Sea Battle Defeat)
Height: 55.863 meters (185 feet). 8 stories.
Outer Diameter of Base: 15.484 meters
Inner Diameter of Base: 7.368 meters
Weight: 14,700 metric tons
Thickness of Walls at the Base: 8 feet
Direction of Lean: 1173-1250 North, 1272-1997 South

7th Floor Completed: 1319
Bell Tower Completed: 1350
First Bells added: 1198 (Third Floor)
Total Number of Bells: 7, tuned to musical scale
Largest Bell: L’Assunta (The Assumption). Three and a half tons, cast in 1655.
Oldest Bell: Pasquarreccia.
Address: Campo dei Miracoli – the “Field of Miracles”, Pisa, Italia
Year cement injected into base, (blamed for lean acceleration): 1934
Steps to Bell Tower: 294
Number of visitors who climbed to top in 1989: 700,000
Date Closed to Public: 7 January 1990
Date Re-opened to Public: 15 December 2001
Weight of Lead added on North side (picture above): 600 tons (1995)
Amount of tilt recorded overnight in September 1995: 2.5 mm (0.07″)
Weight of Lead added after overnight tilt in September 1995: 230 tons
Rate of Fall in 1990: 1.2 mm (1/20″) every year (“Un millimetre per anno”)
Source: The Guardian (London) August 19 1997
Amount of tilt correction from 1990 – 1999: 25 mm (about 1.0″)
Amount of tilt correction from 1999-2001: 43.8 cm (about 17.25″)
Date that Tower was last at current tilt: 1700

Shwedagon (The mountain of gold)

The origins of Shwedagon are lost in antiquity, its age unknown. Long before the pagoda was built, its location on Singuttara hill was already an ancient sacred site because of the buried relics of the three previous Buddhas. According to one legend, nearly 5000 years had passed since the last Buddha walked the Earth, and Singuttara hill would soon lose its blessedness unless it was reconsecrated with relics of a new Buddha. In order that such new relics might be obtained, King Okkalapa of Suvannabhumi spent much time atop the hill, meditating and praying. A series of miracles ensued and eight hairs of the historical Buddha were, somewhat magically, brought to the hill. To enshrine the relics, multiple pagodas of silver, tin, copper, lead, marble, iron and gold where built one on top of the other to a height of twenty meters. During the following centuries, passing from myth to historical fact, the pagoda grew to its present height of ninety-eight meters. Much of the continued construction of Shwedagon was actually reconstruction following disastrous earthquakes. During the 17th century the pagoda suffered earthquake damage on at least eight occasions. A particularly bad quake in 1786 brought the entire top half of the pagoda to the ground and its current shape and height date from the reconstruction of that time.

While much of the pagoda’s beauty derives from the complex geometry of its shape and surrounding structures, equally mesmerizing is its golden glow. The lower stupa is plated with 8,688 solid gold bars, an upper part with another 13,153. The tip of the stupa, far too high for the human eye to discern in any detail, is set with 5448 diamonds, 2317 rubies, sapphires, and other gems, 1065 golden bells and, at the very top, a single 76-carat diamond. Surrounding the pagoda are a plentitude of smaller shrines housing pre-Buddhist spirits called Nats, miracle working images, and even a wish granting stone. The entire temple complex radiates a palpable sense of beauty and serenity.

The perimeter of the base of the Pagoda is 1,420 fee and its height 326 feet above the platform. The base is surrounded by 64 small pagodas with four larger, one in the center of each side. There also are 4 sphinxes, one at each corner with 6 leogryphs, 3 on each side of them. Projecting beyond the base of the Pagoda, one on the center of each side are Tazaungs in which are images of the Buddha and where offerings are made.

There are also figures of elephants crouching and men kneeling, and pedestals for offerings all around the base. In front of the 72 shrines surrounding the base of the Pagoda, you will find in several places images of lions, serpents, ogres, yogis, spirits, or Wathundari (Recording Secretary Angel).

On the wall below the first terrace of the Pagoda at the WSW and WNW corners, you will see embossed figures. The former represents King Okkalapa who first built the Pagoda. The latter is a pair of figures; the one above represents Sakka who assisted in foundation of the Pagoda, and the one below, Me Lamu, consort of Sakka and mother of Okkalapa.

 

In order to make the gilding stand the weather, the Trustees after the year 1900, decided to cover the bulbous spire, called the plantain bud with gold plates, each plate measuring 1 foot square and weighing 5 ticals of gold (0.18 pound). Subscriptions were called for and the work commenced in 1903, when the whole plantain bud was covered. It is on record that 4 such gold plates were donated by the late King George, V (then Prince of Wales) and Queen Mary when they visited Myanmar in 1906.
Open from 4am-10pm everyday.
Admission Fees – US$5.

The Eiffel Tower (The most famous tower on the Earth)

The Eiffel Tower, an immense stucture of exposed latticework supports made of iron, was erected for the Paris Exposition of 1889. The Prince of Wales (later King Edward VII of England) officiated at the ceremonial opening. Of the 700 proposals submitted in a design competition, one was unanimously chosen, a radical creation from the French structural engineer Alexandre Gustave Eiffel (b. Dec. 15, 1832, d. Dec. 28, 1923), who was assisted in the design by engineers Maurice Koechlin and Emile Nouguier, and architect Stephen Sauvestre.

 
However, the controversial tower elicited some strong reactions, and a petition of 300 names — including those of Maupassant, Emile Zola, Charles Garnier (architect of the Opéra Garnier), and Dumas the Younger — was presented to the city government, protesting its construction. The petition read, “We, the writers, painters, sculptors, architects and lovers of the beauty of Paris, do protest with all our vigour and all our indignation, in the name of French taste and endangered French art and history, against the useless and monstrous Eiffel Tower.”
Nature lovers thought that it would interfere with the flight of birds over Paris. But the Eiffel Tower was admired by Rousseau, Utrillo, Chagall, and Delaunay. It was almost torn down in 1909 at the expiration of its 20-year lease, but was saved because of its antenna — used for telegraphy at that time. Beginning in 1910 it became part of the International Time Service. French radio (since 1918), and French television (since 1957) have also made use of its stature. In the 1960s, it was the subject of a wonderful study by semiologist Roland Barthes.


Built to celebrate the science and engineering achievements of its age, soaring 300m / 984 ft. (320.75m / 1,052 ft. including antenna) and weighing 7000 tons, the structure consists of two visibly distinct parts: a base composed of a platform resting on four separate supports (called pylons or bents) and, above this, a slender tower created as the bents taper upward, rising above a second platform to merge in a unified column.
This unprecedented work, the tallest structure in the world until the Empire State Building was built about 40 years later, had several antecedents. Among them were the iron-supported railway viaducts designed by Eiffel, an arch bridge over the Douro River in Portugal with a span of 160 m (525 ft), and a design for a circular, iron-frame tower proposed by the American engineers Clarke and Reeves for the Centennial Exposition of 1876. Eiffel knew and publicly acknowledged this influence; he was no stranger to the United States, having designed the wrought-iron pylon inside Frederic Bartholdi’s Statue of Liberty in 1885. Later in the same year, he had also begun work on the cupola of the Nice observatory.
Eiffel was the leading European authority on the aerodynamics of high frames (he wrote “The Resistance of the Air” in 1913). In the construction of the Eiffel Tower, the curve of the base pylons was precisely calculated so that the bending and shearing forces of the wind were progressively transformed into forces of compression, which the bents could withstand more effectively. Such was Eiffel’s engineering wizardry that even in the strongest winds his tower never sways more than 4-1/2 inches. The superskyscrapers erected since 1960, such as the World Trade Center, were constructed in much the same way.
However difficult its birth may have been, the Tour Eiffel is now completely accepted by French citizens, and is internationally recognized as one of the symbols of Paris itself.

Facilities and Views

 

In the basements of the eastern and western pillars, one can visit the gargantuan 1899 machinery which powers the elevators, an astonishing spectacle reminiscent of a Jules Verne novel. From the Tower’s three platforms — especially the topmost — the view of Paris is superb. It is generally agreed that one hour before sunset, the panorama is at its best; don’t forget to bring your camera, and experiment with the f-stop settings to capture a dazzling sunset on the Seine. If you can’t be there in person, then check out a Live Aerial View of Paris with TF1′s webcam online: from the top of the Eiffel Tower, you can see Paris in real time, 24 hours a day, whatever the weather conditions in the French capital. To get the most out of this view of Paris, we suggest you surf their web site between 7:00 AM and 9:00 PM GMT (1:00 AM and 3:00 PM Eastern Time in the U.S.), when the City of Light is at its best.
First level: 57.63 meters (189 feet). Observatory from which to study the movements of the Eiffel Tower’s summit. Kiosk presentation about the mythic painting of the Eiffel Tower. Space CINEIFFEL: offers an exceptional
panorama of sights from the Tower. Souvenir shops (yes, every tourist MUST have a miniature replica). Restaurant “Altitude 95″ . Post office, with special stamps “Paris Eiffel Tower “. Panoramic gallery displaying the Monuments of Paris.

-300 steel workers, and 2 years (1887-1889) to construct it.15,000 iron pieces (excluding rivets).
-2.5 million rivets.
-40 tons of paint. 1671 steps to the top.
- Maximum sway at top caused by wind: 12 cm (4.75 inches).
-Maximum sway at top caused by metal dilation: 18 cm (7 inches).
-Total height in 1889: 300.51 meters (985 feet, 11 inches).
-Total height with television antenna: 320.755 meters (1052 feet, 4 inches).
-Height varies up to 15 cm depending on temperature. Size of base area: 10,281.96 square meters (2.54 acres). -Weight of foundations: 277,602 kg (306 tons).
-Weight of iron: 7.34 million kg (8092.2 tons).
-Weight of elevator systems: 946,000 kg (1042.8 tons).
-Total weight: 8.56 million kg (9441 tons).
- Pressure on foundation: 4.1 to 4.5 kg per square centimeter, depending on pier (58.26 to 64 lbs. per square inch).Dates of construction: January 26, 1887 to March 31, 1889.
-Cost of construction: 7.8 million francs ($1.5 million).
-Total number of visitors during 1889 Exposition: 1,968,287. Total receipts during 1889 Exposition: 5,919,884 francs ($1.14 million).
-Total number of visitors during 2002: 6,157,042.During its lifetime, the Eiffel Tower has witnessed a few strange scenes, including being scaled by a mountaineer in 1954, and two Englishmen parachuting off it in 1984. In 1923, the journalist Pierre Labric (who was later to become mayor of

 

Montmartre) rode a bicycle down from the first level; some accounts say he rode down the stairs, others suggest the exterior of one of the tower’s four legs which slope outward.
Politics have also played a role in its life. During World War II, the Germans hung a sign on it that read: “Deutschland Siegt Auf Allen Fronten” (“Germany is victorious on all fronts”). In 1958, a few months before Fidel Castro’s rise to power, Cuban revolutionaries hung their red-and-black flag from the first level, and, in 1979, an American from Greenpeace hung one that read: “Save the Seals”. In 1989, the Tower celebrated its centennial with music and fireworks (the show lasted 89 minutes).

Gardens by the Bay (The latest unmissable tourist attraction in Asia)

“Gardens by the Bay” is one of the largest horticultural attractions in the world. It consists of three distinct waterfront gardens – Bay South, Bay East and Bay Central, set in the heart of Singapore’s new downtown Marina Bay. The Gardens are being developed in phases. Bay South was completed and opened to the public on 29 June 2012. The full master plan implementation of Bay East and the development of Bay Central are part of the next phase of development.

Designed by Grant Associates as tree-like structures between 25 metres and 50 metres in height (9 to 16 storeys), the 18 Supertrees are uniquely designed vertical gardens, with emphasis placed on creating a “wow” factor through the vertical display of tropical flowering climbers, epiphytes and ferns. The towering structures, stretching 50 metres into the sky, have giant steel and concrete trunks and thousands of thick wire rods for branches. Fitted with solar panels, hanging gardens and rainwater catches, the trees will be used to display plants from across the globe. At night, these canopies come alive with lighting and projected media produced by Lighting Planners Associates. The Supertrees are embedded with sustainable energy and water technologies integral to the cooling of the Conservatory.

18 giant solar-powered, plant-growing “Supertrees” are only part of the £500 million complex. The 101-hectacre gardens comprise three separate landscapes and include two massive (but energy-efficient) biomes designed by Wilkinson Eyre Architects that contain tens of thousands of Mediterranean and tropical plants. Bay South is the largest garden of the three garden at 54 hectares located next to the Marina Bay Sands and aims to showcase the best of tropical horticulture and garden artistry. The overall concept of its master plan draws inspiration from an orchid as it is representative of the tropics and of Singapore, being the country’s national flower. The conservatory complex comprises two cooled conservatories – the Flower Dome and the Cloud Forest, situated along the edge of the Marina Reservoir.

Opening Hours: 09:00 AM – 09:00 PM daily
Standard Admission: Adult $28, Senior Citizen $28; Child $15

Chefchaouen (one of the prettiest towns in Morocco)

Set beneath the striking peaks of the Rif Mountains, Chefchaouen is one of the prettiest towns in Morocco. Until 1920 Chefchaouen was closed to Europeans. Now that it’s opened it’s gates, the outside world has influenced the town. When visiting this town, you will be amazed by the uniqueness of the city. If you’ve got a few days to relax from the rigors of travel, this is a good place to do it.

Stand on the mountains with sky blue landscape make Chefchaouen looks cools and so beautiful. With red-tiled roofs, bright blue buildings, and narrow lanes converging on a delightful square, Chefchaouen has a strong Andalusian imprint in its architecture and arts. The town offers some native handicrafts that simply can not be found in most other places in Morocco. Woven blankets and wool garments are among two of these handicrafts, though there are many goods made the old way, from leather goods to shoes to cedar wood furniture.

The picturesque medina is filled with white-washed homes with distinctive, powder-blue accents, and the call to prayer rings out of several mosques around the town in chorus. The terracotta pantiles on the roofs, in contrast to the flat ones found elsewhere in Morocco, is an obvious assertion of the strong Andalusian influence in Chefchaouen’s architecture. Besides enjoying the beauty and environment of the town, you can also climbing Rif Mountains. But, before you climb the mountain, you have to ask the permission of the local government.

Al Ain Paradise (one of the greenest cities in the whole of Arabia)

Al Ain /meaning “spring”/ is the second largest city in the Emirate of Abu Dhabi and the fourth largest city in the United Arab Emirates. Dotted with almost 65 manicured gardens each having a unique style, Al Ain is one of the greenest cities in the whole of Arabia. Known as the Garden City due to its greenery, the city is the Guinness record holder, which has recognized it as the world’s largest garden. Attracting 7,000 visitors in one day, the gardens are probably the most famous attraction in the city.

The city has now become famous as a holiday resort for the people of the UAE as well as the tourists. With a size of four football pitches, this expansive park is home to approximately 10 million flowers, a 12 meter tall replica of the Eiffel Tower. The visitors had a unique experience to see millions of flowers in different colors, types, and settings – in a city known for its desert dunes.

Built on an oasis, this stunningly green city stands out like a verdant emerald in the heart of the hostile desert. The garden occupies an area of 21,000 square meters including the corridors and walkways of the internal length of 2,400 meters. The garden has 2,965 flower baskets, instead of the previous 2,500 baskets, in addition to the flower pyramids. The entrance is free.