Pont Du Gard # 3
** When you stand in front of this structure one’s first thought is not that it is almost 2,000 years old but that it is such a beautiful thing . Taken in Provence in 2018
Pont du Gard was added to UNESCO's list of World Heritage Sites in 1985 on the criteria of "Human creative genius; testimony to cultural tradition; significance to human history”. The description on the list states: "The hydraulic engineers and ... architects who conceived this bridge created a technical as well as artistic masterpiece."
A little information
The Pont du Gard is a Roman monument built halfway through the 1st century AD. It is the principal construction in a 50 km long aqueduct that supplied the city of Nîmes, formerly known as Nemausus, with water. Built as a three-level aqueduct standing 50 m high, it allowed water to flow across the Gardon river.
Built on three levels, the Pont is 49 m high above the river at low water and 274 m long. Its width varies from 9 m at the bottom to 3 m at the top. The three levels of arches are recessed, with the main piers in line one above another. The span of the arches varies slightly, as each was constructed independently to provide flexibility to protect against subsidence. Each level has a differing number of arches.
The Pont du Gard was constructed largely without the use of mortar or clamps. It contains an estimated 50,400 tons of limestone some of the individual blocks weigh up to 6 tons. Most of the stone was extracted from the local quarry of Estel located approximately 700 metres downstream, on the banks of the Gardon River.[The coarse-grained soft reddish shelly limestone, known locally as "Pierre de Vers", lends itself very well to construction . Although the exterior of the Pont du Gard is rough and relatively unfinished, the builders took care to ensure that the interior of the water conduit was as smooth as possible so that the flow of water would not be obstructed. The walls of the conduit were constructed from dressed masonry and the floor from concrete. Both were covered with a stucco incorporating minute shards of pottery and tile. It was painted with olive oil and covered with maltha, a mixture of slaked lime, pork grease and the viscous juice of unripe figs. This produced a surface that was both smooth and durable.
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Pont Du Gard # 3
** When you stand in front of this structure one’s first thought is not that it is almost 2,000 years old but that it is such a beautiful thing . Taken in Provence in 2018
Pont du Gard was added to UNESCO's list of World Heritage Sites in 1985 on the criteria of "Human creative genius; testimony to cultural tradition; significance to human history”. The description on the list states: "The hydraulic engineers and ... architects who conceived this bridge created a technical as well as artistic masterpiece."
A little information
The Pont du Gard is a Roman monument built halfway through the 1st century AD. It is the principal construction in a 50 km long aqueduct that supplied the city of Nîmes, formerly known as Nemausus, with water. Built as a three-level aqueduct standing 50 m high, it allowed water to flow across the Gardon river.
Built on three levels, the Pont is 49 m high above the river at low water and 274 m long. Its width varies from 9 m at the bottom to 3 m at the top. The three levels of arches are recessed, with the main piers in line one above another. The span of the arches varies slightly, as each was constructed independently to provide flexibility to protect against subsidence. Each level has a differing number of arches.
The Pont du Gard was constructed largely without the use of mortar or clamps. It contains an estimated 50,400 tons of limestone some of the individual blocks weigh up to 6 tons. Most of the stone was extracted from the local quarry of Estel located approximately 700 metres downstream, on the banks of the Gardon River.[The coarse-grained soft reddish shelly limestone, known locally as "Pierre de Vers", lends itself very well to construction . Although the exterior of the Pont du Gard is rough and relatively unfinished, the builders took care to ensure that the interior of the water conduit was as smooth as possible so that the flow of water would not be obstructed. The walls of the conduit were constructed from dressed masonry and the floor from concrete. Both were covered with a stucco incorporating minute shards of pottery and tile. It was painted with olive oil and covered with maltha, a mixture of slaked lime, pork grease and the viscous juice of unripe figs. This produced a surface that was both smooth and durable.
THANKS FOR YOUR VISIT TO MY STREAM.
I WOULD BE VERY GRATEFUL IF YOU COULD NOT FAVE A PHOTO WITHOUT ALSO LEAVING A COMMENT .