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Through Hinduism, UNESCO and Monsoon

The name Angkor is derived from nokor (នគរ), a Khmer word meaning "kingdom" which in turn derived from Sanskrit nagara (नगर), meaning "city". The Angkorian period began in AD 802, when the Khmer Hindu monarch Jayavarman II declared himself a "universal monarch" and "god-king", and lasted until the late 14th century, first falling under Ayutthayan suzerainty in 1351. A Khmer rebellion against Siamese authority resulted in the 1431 sacking of Angkor by Ayutthaya, causing its population to migrate south to Longvek. The alternate name, Yasodharapura, was derived from the name of the foster mother of Lord Krishna in Hinduism this temple was completed around 921. Hinduism was the dominant religion in the ancient Khmer Empire, and many temples constructed by Khmer kings were dedicated to Hindu deities, including Angkor Wat.

The ruins of Angkor are located amid forests and farmland north of the Great Lake (Tonlé Sap) and south of the Kulen Hills, near modern-day Siem Reap city (13°24′N, 103°51′E), in Siem Reap Province. The temples in the Angkor area sum to over one thousand, including Angkor Wat, is a large religious monument. Many of the temples at Angkor held a variety of religious beliefs, including Shaivite, Buddhist, and Vaishnavite, and many others. Together, they comprise the most significant site of Khmer architecture. Visitors approach two million annually. Angkor was declared a UNESCO World Heritage Site in 1992. This increases their ability to conserve the site for future generations. They are running into problems in trying to preserve the site.

In 2007, an international team of researchers using satellite photographs and other modern techniques concluded that Angkor had been the largest pre-industrial city in the world by surface area, with an elaborate infrastructure system connecting an urban sprawl of at least 1,000 square kilometres (390 sq mi). Archaeologists created an archaeological map that revealed the true size and uncovered a sophisticated water management system. Angkor was considered to be a "hydraulic city" because it had a complicated water management network, which was used for systematically stabilizing, storing, and dispersing water throughout the area. This network is believed to have been used for irrigation in order to offset the unpredictable monsoon season and to also support the increasing population. Although the size of its population remains a topic of research and debate, newly identified agricultural systems in the Angkor area may have supported between 750,000 and 1,000,000 people.

Archaeological overview

Bronze Age to Iron Age in Angkor

The Angkor site transitioned from the Late Bronze Age to the Early Iron Age. Archaeologists dated this shift to 420 BC, using radiocarbon dating of bivalve shells found in graves with the dead. Finding these bivalve shells shows that from the 14th century and possibly earlier. You can see that the people who still lived in Angkor at this time. Which set up the coastal tracts from Southeast Asia, which were involved in the exchange of goods. The earliest Iron Age artefacts they found at this site were iron and bronze spearheads, tool kits with iron-bladed knives, hoes for tilling land, and bangles (bracelets). The Preah Khan is the only temple complex that had remains of iron development at this site, where they found iron slag in proximity to this temple complex.

Construction of the buildings in Angkor

The Angkor site and landscape were constructed mainly with Hinduism and Buddhism practitioners in mind. Some of the stone used in the construction of the Angkor came from a quarry that they located using lidar. The quarry that they found was located near Kulen Mountain and was used in the construction of some of the buildings in Angkor. Some of the buildings in Angkor were constructed of wood and tiles. Many of the buildings were built using grey and brown sandstone. This sandstone has magnetic ability which makes it possible to split the construction of these buildings into separate stages of development.

The single largest temple of the Angkorian region, Angkor Wat, was built between 1113 and 1150 by King Suryavarman II. Suryavarman ascended to the throne after prevailing in a battle with a rival prince. An inscription says that, in the course of combat, Suryavarman leapt onto his rival's war elephant and killed him.

After consolidating his political position through military campaigns, diplomacy, and a firm domestic administration, Suryavarman launched into the construction of Angkor Wat as his personal temple mausoleum. With walls nearly half a mile long on each side, Angkor Wat grandly portrays the Hindu cosmology, with the central towers representing Mount Meru, home of the gods; the outer walls, the mountains enclosing the world; and the moat, the oceans beyond.

The traditional theme of identifying the Khmer devaraja with the gods, and his residence with that of the celestials, is very much in evidence. The measurements of the temple and its parts in relation to one another have cosmological significance. Suryavarman had the walls of the temple decorated with bas reliefs depicting not only scenes from mythology, but also from the life of his own imperial court. In one of the scenes, the king is portrayed as larger than his subjects, sitting cross-legged on an elevated throne and holding court, while a bevy of attendants make him comfortable with the aid of parasols and fans.

Roads and Canals

Angkor consists of roads and canals that intertwine through the civilization, creating a grid-like outline that contour the buildings. These aspects of Angkor are said to be important for the past, being used for things such as transportation or trade. Each block contains homes or reservoirs that were essential for every day life. However, with the population so large at the time, large-scale hydraulic systems were difficult to create, making it hard to do projects essential for community life. Archaeologists suggest that nearby sites were not connected to Angkor via main roads, yet many were connected with rivers. Various roads were mostly elevated above the land with ditches alongside the roads. These trenches would fill up during heavy rain, which could have possibly been used for water transport between communities. The natural canals supported Angkor in natural ways, including the use of an irrigation system. These canals were intertwined among the architecture and allowed flooding in crop fields, creating an environmentally friendly way of watering thousands of crops at a time.

The roads were constructed using many layers of dirt and soil that were compacted together. In the past, they had methods of regenerating and improving these roads. These roads and canals are also hypothesized to have helped with contact among other empires. The roads share main principles that point to communication. These principles include engineered routes and the development of roads over time, meaning they became more complexly constructed as time progressed. Finally, these roads are made to expand as the economy grows, making archaeologists believe that communication was their main use.

LiDAR

At the Angkor site, archaeologists have used LiDAR (Light Detection and Ranging) to uncover structures such as building rods, monuments, and other features. This was beneficial for archaeologists to use because of Angkor's location. Some of the site, is in dense forest, which would be difficult for archaeologists to navigate. They used LiDAR to show that the cities after the decline of Angkor were sparsely populated.

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