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Intel Uncensored
Intel Uncensored
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BEWARE: DIGITAL ID IS HERE! – Your Internet Access Could Be Shut Off! – Biometrics & Censorship Rise
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BEWARE: DIGITAL ID IS HERE! – Your Internet Access Could Be Shut Off! – Biometrics & Censorship Rise

from World Alternative Media: TRUTH LIVES on at https://sgtreport.tv/
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Pet Life
Pet Life
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Labrador Leads Deputy To His Injured 86-Year-Old Grandma | The Dodo
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Let's Get Cooking
Let's Get Cooking
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Reese Witherspoon’s “Favorite” Weeknight Dinner Is the Most Delicious Way to Cook Ground Beef (My Family Loves It)
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Reese Witherspoon’s “Favorite” Weeknight Dinner Is the Most Delicious Way to Cook Ground Beef (My Family Loves It)

The perfect fall meal! READ MORE...
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Let's Get Cooking
Let's Get Cooking
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This Kitchen Makeover Is So Cozy, It Almost Feels Like a Living Room
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This Kitchen Makeover Is So Cozy, It Almost Feels Like a Living Room

The apartment dweller was after a minimalist, modern-meets-vintage look. READ MORE...
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History Traveler
History Traveler
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What Happened to the Lighthouse of Alexandria? Theories & History
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What Happened to the Lighthouse of Alexandria? Theories & History

  Rocky coastlines and reefs are among the biggest dangers for sailors as they approach the shore. Lighthouses have helped sailors safely navigate harbors since ancient times. Initially, they were fires placed on hilltops and then on raised platforms. But the first true lighthouse was built in the Egyptian city of Alexandria, on an island called “Pharos,” which became the word for lighthouse in many languages. Standing over 110 meters (360 feet) tall, the Lighthouse of Alexandria became one of the Seven Wonders of the Ancient World.   Quick Facts Built Completed c. 280 BCE Creators Probably Sostratus of Cnidus under the orders of Ptolemy I Soter Location Isthmus of Pharos, Alexandria, Egypt Overview First known lighthouse, around 110 meters tall Destruction Earthquakes between 956 and 1323 CE   Who Built the Lighthouse of Alexandria?   Alexandria was the most important port cities in Egypt and the Mediterranean during antiquity. The area was used as a port centuries before the founding of the city by Alexander the Great in 332 BCE. Its importance grew once Alexander turned it into a marine base for his fleet.   When Alexander’s Macedonian general Ptolemy I Soter claimed Egypt following Alexander’s death and founded the Hellenistic Ptolemaic dynasty, he built up Alexandria as his new capital. He ordered the construction of a gigantic lighthouse to guide ships.   Standing over 110 meters (360 feet) tall, the lighthouse was built on the nearby island of Pharos, which was later connected to the shore by a mole. Although the origins of the name “Pharos” are unknown, it soon became a synonym for “lighthouse” in Greek. Therefore, “Pharos of Alexandria” may refer either to the small island near Alexandria or to the lighthouse that was built there.   Mosaique St Marc Alexandrie, Venice. Source: Basilica San Marco   “Pharos is a small oblong island, and lies quite close to the continent, forming towards it a harbour with a double entrance. For the coast abounds with bays, and has two promontories projecting into the sea. The island is situated between these, and shuts in the bay, lying lengthways in front of it. Of the extremities of the Pharos, the eastern is nearest to the continent and to the promontory in that direction, called Lochias, which is the cause of the entrance to the port being narrow. Besides the narrowness of the passage, there are rocks, some under water, others rising above it, which at all times increase the violence of the waves rolling in upon them from the open sea. This extremity itself of the island is a rock, washed by the sea on all sides, with a tower upon it of the same name as the island, admirably constructed of white marble, with several stories.” (Strabo, Geography, Book XVII, Chapter I)   How Was the Lighthouse Constructed? Lighthouse of Alexandria, by Philip Galle, 1572. Source: Rijksmuseum   The construction of the Lighthouse of Alexandria was a remarkable feat of engineering. The tower stood over 110 meters (360 feet) tall, with the pyramids of Giza, another wonder of the ancient world, being the only taller structures at that time. It is believed to have been designed by the Greek architect and engineer Sostratus of Cnidus, although his role as an architect has been disputed. Sostratus had reportedly been observing the movements of the stars and the patterns of the waves for years to determine the best location for the tower.   “Sostratus of Cnidus, a friend of the kings, erected it for the safety of mariners, as the inscription imports.16 For as the coast on each side is low and without harbours, with reefs and shallows, an elevated and conspicuous mark was required to enable navigators coming in from the open sea to direct their course exactly to the entrance of the harbour.” (Strabo, Geography, Book XVII, Chapter I)     OTHER WONDERS OF THE ANCIENT WORLD Pyramids at Giza Statue of Zeus Olympia Hanging Gardens of Babylon Colossus of Rhodes Temple of Artemis at Ephesus Mausoleum of Halicarnassus   Lighthouse of Alexandria, by Jean Claude Golvin. Source: jeanclaudegolvin.com   Once the construction was completed around 280 BCE, Sostratus reportedly inscribed his name on the walls and then added an extra layer of plaster with Ptolemy’s name written on top. According to the satirist Lucian of Samosata, he did this knowing that the external layers would eventually fall, revealing his name as the creator of the architectural masterpiece in the years to come.   “After he had built the work he wrote his name on the masonry inside, covered it with gypsum, and having hidden it inscribed the name of the reigning king. He knew, as actually happened, that in a very short time the letters would fall away with the plaster and there would be revealed: ‘Sostratus of Cnidos, the son of Dexiphanes, to the Divine Saviours, for the sake of them that sail at sea.’ Thus, not even he had regard for the immediate moment or his own brief life-time: he looked to our day and eternity, as long as the tower shall stand and his skill abide. History then should be written in that spirit, with truthfulness and an eye to future expectations rather than with adulation and a view to the pleasure of present praise.” (Lucian, How to Write History, LXII)   Why Was the Lighthouse of Alexandria So Famous? The Lighthouse of Alexandria, as depicted in Kitāb al-Bulhān, the “Book of Wonders,” c. 1400. Source: Bodleian Libraries, University of Oxford   The Pharos of Alexandria was indeed a complex structure that was built on solid blocks of limestone, sandstone, and granite. One of the oldest accounts comes from the writings of Philo of Byzantium and Antipater of Sidon from the 3rd and 2nd centuries BCE, respectively. Most importantly, the addition of Pharos to the list of the “Seven Wonders of the Ancient World” is often attributed to these two writers.   According to the archaeologist Hermann Thiersch’s “Pharos antike, Islam und Occident,” the base was square and sturdy, made to withstand the waves crashing into it. The middle part was octagonal, and the top was cylindrical. Each level was sloping slightly inward, and a spiral ramp was built to enable people to reach the top, where the fire would burn to emit light during the night. According to some descriptions, bronze mirrors were placed on the apex that reflected the sunlight to help sailors enter and exit the port during the day. It is believed that its light could be seen over 40 kilometers (24.85 miles) away. Coins depicting Hadrian and the Pharos of Alexandria and its statues. Source: Münzkabinett, Germany Roman coins also depict some decorative items placed on top of the tower, including a huge statue of Alexander the Great or, according to some sources, of Poseidon, Zeus, or Ptolemy I, depicted as the god Helios. It is now suggested that the great statue was believed to depict different gods or mortals at different times in history. Four smaller statues, probably of the son of Poseidon, Triton, were placed at the four corners of the building. After the Muslim conquest of Egypt, the decorative items and beacons were replaced by a small mosque.   The historical lighthouse took twelve years to complete, and it cost more than 800 talents of silver, which, by today’s standards, would be worth around US$21 million. It became an important landmark of the Hellenistic period, and travelers from all over the world were encouraged to visit Alexandria to admire the tower.   How Was the Lighthouse of Alexandria Destroyed? Incendie Alexandrie, by Hermann Goll 1876, private collection. Source: Wikimedia Commons   Constructed in a seismogenic zone, the Pharos of Alexandria suffered repeated damage from earthquakes until its structural collapse in 956 CE and 1303 CE, and its complete destruction after an earthquake in 1323 CE.   The Pharos of Alexandria was in ruins by 1477 CE when Mamlūk sultan Qāʾit Bāy ordered the creation of a fort on the spot where it once stood. After many centuries, in 1968, a UNESCO-sponsored expedition led to the rediscovery of some of the ruins, but due to the lack of expertise in underwater archaeology, the exploration was put on hold.   In 1994, archaeologist Jean-Yves Empereur was able to continue the search and discovered Hellenistic statues and multiple stone blocks in the underwater area around Pharos. The blocks are believed to have been some of the masonry blocks used to construct the lighthouse, which eventually fell into the sea in 1323 CE. This discovery led to the Egyptian government’s decision to cancel the plans to build a breakwater in the area and replace it with the idea of creating an underwater museum park for divers.   The Lighthouse of Alexandria: Stories & Legends Engraving of the Lighthouse of Alexandria, by Philip Galle after Maerten van Heemskerck, 1572. Source: National Gallery of Art   The seventh wonder of the ancient world has inspired many legends and stories. One recent belief, not supported by evidence, is that the tower was used as a weapon to defend the city. According to this theory, Pharos could light enemy ships on fire, either with prismatic lenses or by spraying fire from the top of the tower.   The 10th-century writer al-Mas’udi connected the destruction of the lighthouse to a Byzantine eunuch agent who gained the trust of the Caliph and permission to enter the tower. According to this story, the eunuch wanted to search for a hidden treasure that was believed to have been buried in the foundations of the tower. The man cunningly destroyed the foundations little by little every night, which eventually caused the building to collapse.   A drawing of the Lighthouse of Alexandria by German archaeologist Prof. H. Thiersch (1909). Source: Wikimedia Commons   The Pharos of Alexandria continues to hold great significance in a historical and cultural context, inspiring architects and artists across time and space. For example, the design of minarets in many Egyptian Islamic mosques originally followed a three-stage design similar to the one of Pharos. In Abusir of Egypt and other parts of the world, similar constructions were built that were named “Pharos” but lacked the height and decorative elements of the original lighthouse.   The lost tower now stands as a symbol of the grandeur of Hellenistic years and of the cultural significance of Alexandria as a cosmopolitan hub for philosophers and scholars.
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The Byzantine Navy Playbook that Secured an Empire
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The Byzantine Navy Playbook that Secured an Empire

  The Byzantine Empire’s navy was revered in the Mediterranean Sea between the 7th and 11th centuries. At the time, the empire prioritized it in order to ensure its own survival by controlling the sea. This was because its capital, Constantinople, was at the heart of the regional Mediterranean and Near East trade which was the empire’s lifeblood.   The navy’s power reached its peak during the Macedonian Renaissance (from 867 to 1056). One key triumph during this period was the recapture of Crete in 961 by the general and future emperor Nikephoros II Phokas. Before the invasion, Crete had been overrun by groups of Muslim pirates for about 135 years since the 9th century and had served as a base for raiders across the Aegean.   That said, the success of the navy was the result of several key factors.   How Greek Fire Helped the Navy Maintain Dominance The Greek Fire was used for the first time at the 674-678 Arab Siege of Constantinople, illustrated by Graham Turner. Source: thebyzantine-blogger.blog   At the center of Byzantine naval power was its legendary secret weapon called Greek Fire. Before its development in the 7th century, Byzantine fleets fought on relatively equal terms with their enemies, and relied on traditional ramming and boarding maneuvers. The rise of powerful Arab navies in the 650s, however, created an urgent need for more advanced tactical and technological strategies in order to more effectively defend the empire’s territories. Greek Fire was the answer to the problem. It was a petroleum-based mixture whose formula was a closely guarded secret.   The mixture was projected from bronze siphons mounted on the front of warships. Unlike other fire weapons, it could not be extinguished with water. The properties made it a weapon of immense destruction and psychological terror and the navy’s use of the weapon was a major turning point in naval warfare. Its effectiveness was proven during the great Arab siege of Constantinople (717 – 718) in which an Arab armada of over 1,800 ships was destroyed by the Byzantine fleet.   Advantages the Dromon Provided in Naval Warfare War galley bearing the body of Saint John Chrysostomos to Constantinople, detail of an icon from Kimolos, ca. 14th century. Source: Byzantine and Christian Virtual Museum   The dromon was a type of warship developed between the 5th and the 12th centuries AD in Byzantine shipyards and had evolved from the Roman liburnian. It was designed to be the primary warship of the navy and was part of a major fleet upgrade created to counter the fast-moving raiding vessels of Saracen pirates. In battle, its dual propulsion system of oars and lateen sails gave the dromon a huge advantage, allowing it to maintain speed and maneuverability in a wide range of weather conditions.   The new design also allowed it to be used in a wide variety of situations ranging from naval battles to amphibious assault missions. The ship could also be used to fight at a distance as it featured the deadly Greek Fire. Its effectiveness in amphibious missions was showcased during the famous reconquest of Crete in 961. That year, a large fleet of dromons under the command of Nikephoros Phokas was used to transport thousands of soldiers and heavy siege equipment to the heavily fortified island.   How the Thematic System Prevented the Byzantine Navy From Collapsing The Byzantine Empire between the 6th and late 9th centuries, including the themes as of c. 900.   The Byzantine Empire faced an array of challenges in the 7th century caused by severe territorial loss. Constant military pressure rendered traditional defense systems obsolete. The Byzantine government acted strategically to the crisis by establishing new military provinces (themes) designed to prevent the state from fracturing. It granted land to soldiers in exchange for their service (stratiotika ktemata).   The new defensive approach helped to slow down widespread enemy advances and strengthen local defenses in the region. Because the central imperial fleet was often too slow to react to widespread regional attacks, regional themes provided a more effective and rapid local defense response.   Ceramic grenades that were filled with Greek fire, surrounded by caltrops, 10th–12th century, National Historical Museum, Athens, Greece   Overall, the thematic system was a self-sufficient and cost-effective system as the decentralized nature of the land grants on which the system operated also allowed the state to support a military that may otherwise have been too expensive for the imperial treasury to support.   How the Command Structure Helped the Navy to Maintain Dominance Map of the main Byzantine-Muslim naval operations and battles in the Mediterranean, 7th–11th centuries.   The Byzantine naval command was highly organized and was led by the grand admiral. He oversaw the entire force and coordinated regional squadrons. Each of them had its own admiral or strategos who kept local fleets ready for deployment. The high level of organization allowed for fast responses when countering invasions and sieges.   The Byzantines also built fortified harbors and supply stations that were used to support the fleets during long campaigns, with some naval bases also serving as repair yards. Others were also used to store supplies and weapons such as Greek Fire. Additionally, the empire operated an intelligence system made up of spies and merchant ships that monitored enemy vessels. As a result, Byzantine naval dominance lasted for centuries.
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How the Suez Canal Bridged Two Worlds
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How the Suez Canal Bridged Two Worlds

  On April 25, 1859, French diplomat Ferdinand de Lesseps officially launched an engineering project he had envisioned since the 1830s: the piercing of the isthmus of Suez, a land bridge connecting the African continent with Asia. De Lesseps and the engineers involved in creating the Suez Canal sought to establish a faster trade route between Europe and the Indian Ocean. On that day, around 150 picketers gathered in Damietta, a port city in northern Egypt, and began excavating the land separating the Mediterranean and the Red Sea. Slowed by political conflicts, a cholera epidemic, and an initial lack of labor power, the construction of the Suez Canal lasted ten years.   The Suez Canal in Ancient Times Statue of Pharaoh Necho II. Source: Rijksmuseum, Amsterdam   The picketers who gathered on the northern shore of the Nile in 1859 were not the first workers to excavate the land between the river and the Red Sea. Ancient Greek historian and geographer Herodotus reported that Pharaoh Necho II, who ruled Egypt from 610 BCE to 595 BCE, “began the making of the canal into the Red Sea, which was finished by Darius the Persian.”   The ancient waterway passed through the valley of Wadi Tumilat and the Bitter Lakes to reach the Red Sea. Necho II likely launched the project to facilitate the growing trade in the delta of the Nile. According to Herodotus, “a hundred and twenty thousand Egyptians perished in the digging of it.” However, an unfavorable oracle led the pharaoh to cease the operations.   In his Library, Greek historian Diodorus (active in the time of Julius Caesar and Augustus) wrote that Darius also stopped the digging of the ancient canal “for he was informed by certain persons that if he dug through the neck of land he would be responsible for the submergence of Egypt, for they pointed out to him that the Red Sea was higher than Egypt.​” According to Diodorus, the Ptolemy dynasty finally finished the canal, installing “an ingenious kind of a lock” to prevent floodings.   Today, it is believed that the waterway mentioned by Herodotus and Diodorus dates back to the 1850s BCE when Egyptian pharaohs began building irrigation channels between the Nile and the Red Sea. After his military campaigns in the area, Roman Emperor Trajan extended the canal for trade purposes. After falling into disuse during the Byzantine period, the ancient waterway was finally closed around 760 CE, when the Abbasid caliphs sought to prevent the rebelling cities of Mecca and Medina from using it for supplies. Toward the end of the 18th century, when France occupied Egypt, Napoleon Bonaparte saw the remains of the ancient Suez Canal.   Dreaming of a Canal: From Napoleon Bonaparte to Ferdinand de Lesseps Bonaparte et son État-Major en Egypte by Jean-Léon Gérôme, 1863. Source: ArtReview   In the 15th and 17th centuries, as several European countries sought to establish their dominance in trade with the East, the maritime Republic of Venice and France speculated about the possibility of redigging the ancient Canal of the Pharaohs. However, they never carried out the hypothetical schemes.   In 1798, when Napoleon Bonaparte conquered Egypt, European vessels had to circumnavigate the African continent to reach the Indian Ocean. Hoping to reduce Great Britain’s presence in India and the Middle East, the future French emperor proposed creating a faster route between Europe and the Indian Ocean by restoring the canal dug by the Egyptian rulers. A waterway connecting the Mediterranean and the Red Sea would serve the double purpose of expanding international trade and securing the French monopoly of the surrounding area.   Shortly after his successful campaign in Egypt, Bonaparte visited the isthmus of Suez and the location of the ancient channel. Upon his return, he sent a team of scientists and engineers to survey the area and lay the groundwork for his ambitious endeavor.   The preliminary studies’ results, however, disappointed the French general. Head engineer Jacques-Marie Lepère, commissioned to design the future canal, overestimated the difference in the Mediterranean and Red Sea’s altitude levels. Because of his incorrect calculation, Lepère advised against building a direct connection between the two bodies of water, warning that during the high tide, the Red Sea rose 10 meters (33 feet). Thus, it would overflow onto the Nile and the surrounding areas.   Ferdinand de Lesseps. Source: The Metropolitan Museum of Art, New York   Despite widespread doubts about its feasibility, the idea of piercing the isthmus of Suez did not disappear, especially among the French scientific community. In 1833, a group of engineers traveled to Egypt to conduct a new survey of the land between the African continent and Asia. The young scientists belong to the Saint-Simone sect, a society following social theorist Henri de Saint Simone’s beliefs on the key role of science and technology in modern society. Prosper Enfantin, the leader of the Saint-Simonians, was passionate about the old project of creating a canal in Suez. Skeptical about the accuracy of the former studies of the isthmus, Enfantin founded the international Société d’Études du Canal de Suez (Suez Canal Study Group) in 1846.   The group disputed Lepère’s calculation, declaring that the Mediterranean and Red Sea had almost identical altitudes. In particular, Luigi (Alois) Negrelli, a civil engineer of Italian origins employed at the court of the Austrian emperor, introduced the idea of connecting the two bodies of water with a canal starting on the northern shores of the Nile and ending directly in the Red Sea. Faced with the opposition of Great Britain and the Khedive (viceroy) of Egypt, Abbas Pasha, the efforts of the study group came to nothing in the early 1850s.   In the same period, the idea of excavating a canal in Suez also caught the attention of Ferdinand de Lesseps, the former French consul to Cairo. During his post in the Egyptian city, de Lesseps became acquainted with Said Pasha, a son of the ruling Viceroy. In 1854, when Abbas Pasha died, the French diplomat shared his scheme for a canal between the Mediterranean and the Red Sea with his friend. On November 30, the new Viceroy granted de Lesseps the concession to establish a company to build the waterway.   Great Britain’s Opposition and an Engineering Feud Lord Palmerston, a fierce opponent of the Suez Canal, 1850s. Source: University of Southampton Special Collections   Upon obtaining the concession from the Viceroy, Ferdinand de Lesseps began lobbying for the Suez Canal Company throughout Europe, calling for entrepreneurs and politicians to support his project. While the plan to create a faster trade route was met with interest in several countries, Great Britain firmly opposed de Lesseps’ endeavor. In December 1854, de Lesseps complained to an acquaintance that British officials stationed in Constantinople had even begun pressuring the Sultan to withhold his approval for the canal. “Canvass opinion in England,” wrote de Lesseps, “heaven helps those who help themselves.”   In 1855, the French diplomat himself went to London in an effort to persuade the British government that a direct connection between the Mediterranean and the Red Seas would be beneficial to the country’s commercial and colonial interests.   “I have received sympathy and promises of assistance, and even of active co-operation, from a large number of gentlemen of influence in politics, science, trade, and commerce,” reported de Lesseps in a letter addressed to Napoleon III. However, Lord Palmerston, the prime minister, remained firmly opposed to the idea of a canal, comparing it to the “many bubble schemes which are palmed upon gullible capitalists.”   Arabia, William Henry F. Plate, 1847. The map shows the isthmus of Suez before the creation of the maritime canal. Source: Qatar Digital Library   Over the following years, the Suez Canal became one of the major political issues in the United Kingdom, with businessmen, newspapers, scientists, and members of Parliament intensively debating the project. Lord Palmerston unwaveringly claimed that the de Lesseps’ scheme was incompatible with “the standing policy of England” on foreign affairs. In particular, the prime minister feared the Suez Canal would weaken the integrity of the Ottoman Empire, which the British government had always sought to maintain. He also believed what he dismissively called the “French ditch” would foster French influence in the area. During the parliamentary debate of July 1857, Palmerston claimed that the Alexandria-Cairo railway, commissioned by Abbas Pasha to Robert Stephenson, was much more beneficial to British interests.   Panoramic view of the isthmus of Suez, 1855. Source: Gallica, Bibliothèque nationale de France   During the session, the British engineer supported Lord Palmerston’s view on the canal, emphasizing its skepticism about the project’s feasibility. A year later, Stephenson attacked Luigi Negrelli’s proposal for the waterway, disputing his findings in another parliamentary debate on the Suez Canal. The Austrian engineer responded with an article in the Österreichische Zeitung (Austrian Newspaper). A heated war of words between the two experts ensued, with Stephenson and Negrelli challenging each other in a series of open letters published in the Austrian newspaper and the Times. Both engineers died before they could mend their feud.   The Suez Canal Company The Suez Canal Company headquarters in Egypt. Source: Egypt Today   Despite the British government’s hostility and lobbying against the canal, de Lesseps wasted no time in laying the groundwork for the excavation of the isthmus of Suez. In 1855, he created an International Scientific Commission to assess all previous proposals for the waterway between the Mediterranean and the Red Sea. In November of the same year, he accompanied some engineers of the commission to Egypt, where they conducted extensive geological studies. In 1857, after several debates, the Suez Commission officially adopted the plan designed by Luigi Negrelli.   In 1858, after a second concession from the Egyptian viceroy, Ferdinand de Lesseps was finally able to establish the Compagnie Universelle du Canal Maritime de Suez (Suez Canal Company). The two acts of concession granted the company control of the waterway for 99 years after the end of the excavation. Then, Egypt would obtain full ownership of the canal. In November, de Lesseps offered 400,000 shares of the company. Each share cost 500 Francs. While thousands of French citizens opted to invest in the diplomat’s project, the portions offered to Austria, Britain, Russia, and the United States remained largely unsold. To avoid delaying the start of the works, Said Pasha had to buy the rest of the shares. The Viceroy took a large loan from France to cover the cost.   1859-1869: A Ten-Year Project Workers at a Suez Canal job site, Justin Kozlowski, 1869. Source: Gallica, Bibliothèque nationale de France   Works on the Suez Canal officially began on the northern shores of the Nile River on April 25, 1859. In the early phases, the excavation was carried out by picketers, who dug the land and the bed of the lakes with pickaxes and baskets. Working conditions were extremely hard, with the men standing naked in the water for hours, dredging mud from rivers and lakes.   The construction of the waterway drew many job seekers to Egypt. While some men and women employed by the Egyptian government and the Suez Canal Company received some form of compensation, many joined the excavation under the threat of violence. Despite de Lasseps’ claim that workers “[came] running to our worksites,” on many excavations sites, forced laborers toiled with their pickaxes as foremen threatened to whip those deemed too slow.   However, in the first years, the operations at the Suez Canal slowed down because of the opposition of the British government rather than labor troubles. Indeed, the British ambassador in Constantinople managed to stop all operations when he revealed to the Egyptian authorities that the Sultan had yet to approve of the project. Only the direct intervention of Napoleon III solved the stalemate, allowing the Suez Canal Company to resume the excavation.   In 1865, a cholera epidemic further delayed the construction of the canal. In the last years of operations, however, the use of mechanical dredgers and shovels sped up the excavation. In August 1869, ten years after the first pickaxe blow, the Mediterranean and the Red Sea were finally connected. Workers had to dig 73 million cubic meters (97 million cubic yards) of mud and soil to achieve that result. The Suez Canal Company had spent more than double the original budget raised for the project.   The Inauguration of the Suez Canal Ferdinand de Lesseps and Ismail, the viceroy of Egypt, during the inauguration of the Suez Canal. Source: Gallica, Bibliothèque nationale de France   The canal officially opened with a solemn ceremony on November 17, 1869. Thousands of dignitaries, emperors, and leaders gathered in Egypt to participate in the boat procession through the newly built Suez Canal. The L’Aigle, the vessel of French Empress Eugenie, was the first ship to travel through the waterway. Firework displays and evening balls entertained the guests. The Egyptian Viceroy had also commissioned Italian composer Giuseppe Verdi to write an opera for the inauguration. However, the Franco-Prussian War and the Siege of Paris delayed the shipping of the scenery for the performance. Thus, the opera house staged Verdi’s Rigoletto instead of the scheduled premiere of Aida.   A US missile cruiser navigating the Suez Canal, 2013. Source: US Department of Defense   During the first two years after its opening, the number of ships passing through the canal was smaller than the company’s projections. The width and depths of several spots made navigation difficult for larger vessels. Between 1870 and 1884, about 3,000 ships got stranded. In 1876, when the waterway underwent extensive improvement, the daily traffic rose consistently. Ironically, the majority of the vessels using the Suez Canal displayed a British flag. In 1875, when the Egyptian government faced a financial crisis, British Prime Minister Benjamin Disraeli bought the Viceroy’s shares of the Suez Canal Company.   Shortly after its opening, the Suez Canal became one of the most important maritime routes. In 1956, after the so-called Suez Canal Crisis, Egypt gained control of the waterway.
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Fun Facts And Interesting Bits
Fun Facts And Interesting Bits
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YouTube
Scientists Invented Sound That Travels Through Air and Finds Just You
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Bailey Zimmerman Gets New Veneers — See the Transformation
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Bailey Zimmerman Gets New Veneers — See the Transformation

Bailey says he now has the smile of his dreams. Continue reading…
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Nicole Kidman Has a New Focus After Keith Urban Divorce
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Nicole Kidman Has a New Focus After Keith Urban Divorce

Nicole Kidman is leaning on family and work following her divorce from Keith Urban. The actress is staying positive and focused on what comes next. Continue reading…
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