The stones used to build Borobudur originated from nearby riverbeds and volcanic quarries
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Reference sources report that the andesite stones used to construct Borobudur were gathered from neighbouring stone quarries or from nearby riverbeds such as the Progo River.
Borobudur, also transcribed Barabudur (Indonesian: Candi Borobudur, Javanese: ꦕꦤ꧀ꦝꦶꦧꦫꦧꦸꦝꦸꦂ, romanized: Candhi Barabudhur), is a 9th-century Mahayana Buddhist temple in Magelang Regency, near the town of Muntilan, northwest of the city of Yogyakarta, in Central Java, Indonesia.
Constructed of gray andesite-like stone, the temple consists of nine stacked platforms, six square and three circular, top
The high volume of visitors ascending the Borobudur's narrow stairs has caused severe wear to the stones of these stairs, eroding the stones' surface and making them thinner and smoother. Overall, Borobudur has 2,033 surfaces of stone stairs, spread over four cardinal directions; including the west side, the east, south and north. There are around 1,028 surfaces of them, or about 49.15 percent, that are severely worn out.
To avoid further wear of stairs' stones, since November 2014, two main sections of Borobudur stairs – the eastern (ascending route) and northern (descending route) sides – have been covered with wooden…
Approximately 55,000 cubic metres (72,000 cu yd) of andesite stones were taken from neighbouring stone quarries or from the bed of the
Progo River to build the monument. The stone was cut to size, transported to the site and laid without mortar. Knobs, indentations and dovetails were used to form joints between stones. The roof of stupas, niches and arched gateways were constructed in corbelling method. Reliefs were created in situ after the building had been completed.
The monument is equipped with a good drainage system to cater to the area's high stormwater run-off. To prevent flooding, 100 spouts are installed at the corners, each with a unique carved gargoyle in the shape of a giant or makara.
Borobudur differs markedly from the general design of other structures built for this purpose. Instead of being built on a flat surface, Borobudur is built on a natural hill. However, construction technique is similar to other temples in Java. Without the inner spaces seen in other temples, and with a general design similar to the shape of pyramid, Borobudur was first thought more likely to have served as a stupa, instead of a temple. A stupa is intended as a shrine for the Buddha. Sometimes stupas were built only as devotional symbols of Buddhism. A temple, on the other hand, is used as a house of worship. The meticulous complexity of the monument's design suggests that Borobudur is in fact a temple.
Little is known about Gunadharma, the architect of the complex. His name is recounted from Javanese folk tales rather than from written inscriptions.
... Borobudur was constructed with stones collected from the bed of the Kali Progo, which in times of flooding, washed along great quantities of stones which were of different origins, but all volcanic: andesite. The stones underwent stone ...
Carefully following their historical development, this volume describes the various construction techniques in southern Asia. Readers get acquainted successively with the techniques of carpentry layout, the setting of bricks, stone-cutting and stereotomy, as well as binders and plasterwork. With the help of drawings and photographs it is illustrated how the various difficulties subsequently encountered were met. The combination of the author’s firm background in architecture, as well as an in-depth knowledge of the region itself, make this handbook volume into a unique reference for students of (the history of) building techniques and architecture.
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