Borobudur, One of The Wonders of the World That Exist in Indonesia

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Borobudur is a Buddhist temple located in Borobudur, Magelang, Central Java, Indonesia. Location of the temple is approximately 100 km to the southwest of Semarang, 86 km west of Surakarta, and 40 km to the northwest of Yogyakarta. This stupa-shaped temple was founded by Mahayana Buddhists around the year 800 AD during the reign of Shyilendra. Borobudur is the largest Buddhist temple or temple in the world, and one of the largest Buddhist monuments in the world.
This monument consists of six square terraces on which there are three circular courtyard, the walls are decorated with 2,672 relief panels and originally there are 504 Buddha statues. Borobudur has the most complete and complete collection of Buddhist reliefs in the world. The largest main stupa in the middle as well crowns this building, surrounded by three circular rows of 72 perforated stupas in which there is a buddha statue sitting cross-legged in a perfect lotus position with mudra (hand attitude) Dharmachakra mudra (rotating wheel dharma).
This monument is a model of the universe and built as a sacred place to glorify Buddha as well as serve as a place of pilgrimage to guide mankind from the world of carnal lust to enlightenment and wisdom according to Buddhism. Pilgrims enter through the eastern side to begin the ritual at the base of the temple by walking around this sacred building clockwise, while continuing up the next steps through three levels of realm in Buddhist cosmology. These three levels are Kāmadhātu (the realm of lust), Rupadhatu (tangible realm), and Arupadhatu (intangible realm). In this journey pilgrims walk through a series of alleys and staircases by witnessing no less than 1,460 beautiful relief panels engraved on the walls and balustrades.
According to historical evidence, Borobudur was abandoned in the 14th century as the influence of Hindu and Buddhist kingdoms on Java and the influx of Islamic influence began. The world began to realize the existence of this building since found in 1814 by Sir Thomas Stamford Raffles, then serving as Governor-General of England over Java. Since then Borobudur has undergone a series of rescue and restoration efforts. The largest restoration project was held in the period 1975 to 1982 for the efforts of the Government of the Republic of Indonesia and UNESCO, then this historic site included in the list of World Heritage Sites. Borobudur is still used as a place of religious pilgrimage; Every year Buddhists who come from all over Indonesia and abroad gather in Borobudur to commemorate the Vesak Trisuci. In the world of tourism, Borobudur is the single most visited tourist attraction in Indonesia.

Borobudur name


In Bahasa Indonesia, ancient religious buildings are called temples; The term temple is also used more widely to refer to all archaeological buildings originating from the Hindu-Buddhist period in the archipelago, such as gates, gates and petthets (pools and showers). The origin of the name Borobudur is unclear, although the original name of most temples in Indonesia is unknown. The name Borobudur was first written in the book "The History of Java Island" by Sir Thomas Raffles. Raffles writes about a monument called Borobudur, but no older document names the exact same name. The only ancient Javanese manuscript that gives clues to the existence of a Buddhist sacred structure that may refer to Borobudur is Nagarakretagama, written by Mpu Prapanca in 1365.
The name Bore-Budur, later written BoroBudur, probably written Raffles in English grammar to mention the nearest village to the temple of Bore (Boro); Most temples are often named after the village where the temple was standing. Raffles also suspects that the term 'Budur' may be related to the term Buda in Javanese which means "ancient" - hence meaningful, "ancient Boro". However, other archaeologists assume that the name Budur comes from the term bhudhara which means mountain.

Many theories are trying to explain the name of this temple. One of them states that this name probably comes from the word Sambharabhudhara, which means "mountain" (bhudara) where on the slopes lies the terraces. In addition there are several other people's etymologies. Suppose the word borobudur comes from the saying "the Buddhas" which due to the sound shift becomes borobudur. Another explanation is that this name comes from two words "bara" and "beduhur". The word coals is supposedly derived from the vihara word, while there is also another explanation where the embers come from the Sanskrit language which means the temple or monastery complex and the beduhur means is "high", or reminiscent of the Balinese language meaning "above". So the point is a monastery or dormitory on the high ground.
Historian J.G. De Casparis in his dissertation for a doctorate in 1950 argued that Borobudur was a place of worship. Based on the inscription of Karangtengah and Tri Tepusan, Casparis estimates Borobudur founder is the king of Mataram from Syailendra named Samaratungga, who did the construction around 824 AD The giant building can only be completed by the time of his daughter, Ratu Pramudawardhani. Borobudur development is estimated to take half a century. In the inscription Karangtengah also mentioned about the conferment of land sima (land tax-free) by Çrī Kahulunan (Pramudawardhani) to maintain Kamūlān called Bhūmisambhāra. The term Kamūlān itself comes from the word mula which means the place of origin, the sacred building to glorify the ancestors, possibly the ancestors of the Sailendra. Casparis estimates that Bhūmi Sambhāra Bhudhāra in Sanskrit, meaning "Hill of the ten-tier virtues of bodhisattwa", is the original name of Borobudur.

Surrounding environment


Located about 40 kilometers (25 mi) northwest of Yogyakarta City, Borobudur is situated on a hill on a plain surrounded by two pairs of twin mountains; Mount Sundoro-Sumbing in the northwest and Merbabu-Merapi in the north-east, north of it is Tidar hill, closer to the south is the ranks of Menoreh hills, and this temple is located near the confluence of two rivers, Progo River and Elo River east. According to Javanese legend, the area known as Kedu plain is a place considered sacred in Javanese beliefs and is praised as 'Taman Pulau Jawa' because of its natural beauty and soil fertility.



Three temples of connected



In addition to Borobudur, there are several Buddhist and Hindu temples in the region. At the time of discovery and restoration in the early 20th century found other Buddhist temples of Mendut and Pawon temple stretched stretched in a straight line. Initially allegedly just a coincidence, but based on the fairy tales of locals, there used to be a stone-lined streets fenced in a balustrade fence on either side that connects these three temples. There is no physical evidence of stone-lined highways and gates and maybe this is just a fairy tale, but experts suspect there is indeed a symbolic unity of these three temples. These three temples (Borobudur-Pawon-Mendut) have similar architectural and decorative style and originated from the same period that reinforce the allegations of ritual interconnection between these three temples. Sacred linking must exist, but how the religious ritual process of pilgrimage is done is not known for certain.
In addition to Mendut and Pawon temples, around Borobudur also found some other ancient relics, including various pottery findings such as stoneware and jugs that show that around Borobudur there were some residential areas. Ancient findings around Borobudur are now housed in the Borobudur Karmawibhangga Museum, located north of the temple adjacent to the Raksa Ocean Museum. Not how far north of Pawon temple found the ruins of a former Hindu temple called Banon Temple. In this temple found some statues of Hindu gods in good condition that is Shiwa, Wishnu, Brahma, and Ganesha. However, the original stone of Banon Temple is very little found so that it is impossible to do reconstruction. At the time of its discovery the statues of Banon were transported to Batavia (now Jakarta) and are now kept in the National Museum of Indonesia.


Ancient lake


Unlike other temples built on flat land, Borobudur is built on a hill 265 m (869 ft) above sea level and 15 m (49 ft) above the base of an ancient lake that has dried up. The existence of this ancient lake became a matter of heated debate among archaeologists in the 20th century; And alleged that Borobudur was built on the edge or even in the middle of the lake. In 1931, an artist and expert on Hindu Buddhist architecture, W.O.J. Nieuwenkamp, ​​proposed the theory that the Kedu Plain was once a lake, and Borobudur was built to symbolize the lotus flower floating on the surface of the lake. The lotus flower either in the form of padma (red lotus), utpala (blue lotus), or cumuda (white lotus) can be found in all the iconography of Buddhist religious art. Often grasped by Boddhisatwa as a symbol (regalia symbol), became the seat of the throne of the Buddha or as a stupa. The architectural form of Borobudur itself resembles a lotus flower, and Buddhist posture in Borobudur symbolizes the Lotus Sutra mostly found in Mahayana Mahayana Buddhist religious texts (Buddhist schools which later spread to East Asia). Three circular courts at the top of Borobudur are also thought to symbolize the lotus petals. However, Nieuwenkamp theories that sound amazing and fantastic this much reap a rebuttal from the archaeologists. On the land around this monument has found archaeological evidence to prove that the area around Borobudur during the construction of this temple is dry land, not the base of ancient lakes.
Meanwhile geologists in fact supported Nieuwenkamp's view by showing evidence of sediment of mud near this site. A stratigraphic, sediment and pollen sample analysis conducted in 2000 supported the existence of ancient lakes in the surroundings of Borobudur, which reinforce the idea of ​​Nieuwenkamp. The elevation of the surface of this ancient lake fluctuates from time to time, and evidence suggests that the base of the hill near Borobudur was once again submerged in water and became the edge of the lake around the 13th and 14th centuries. River flows and volcanic activity are thought to have contributed to change the landscape and topography of the surrounding environment including Borobudur lake. One of the most active volcanoes in Indonesia is Mount Merapi which is located quite close to Borobudur and has been active since the Pleistocene.


History of Borobudur



Development

There is no written evidence explaining who built the Borobudur and what it is for. Its development time is estimated based on the comparison between the type of script written on Karmawibhangga's closed legs with the type of script commonly used on 8th and 9th century royal inscriptions. It is estimated that Borobudur was built around AD 800. This time period corresponds to the period between 760 and 830 AD, the peak of the triumph of the Syailendra prefecture in Central Java, which was then influenced by the Sriwijaya Empire. Borobudur development is estimated to spend more than 75 - 100 years and was completely completed during the reign of king Samaratungga in 825.
There is a confusion of the facts about whether the ruling kings of Java were Hindus or Buddhas at the time. The House of Sailendra is known to be a devout adherent of Mahayana Buddhism, but through the findings of Sojomerto inscriptions indicates that they may be originally Hindus of Shiva. It was during this period that various Hindu and Buddhist temples were built on the Kedu Plain. Based on the Canggal Inscription, in 732 AD, the king of Siwa Sanjaya ordered the construction of the Shiwalingga sacred building built in the hills of Mount Wukir, located only 10 km (6.2 mi) east of Borobudur. Borobudur Buddhist temple was built at almost the same time as the temples in Prambanan Plain, although Borobudur is estimated to have been completed about 825 M, twenty-five years earlier before the start of the construction of Siwa Prambanan temple around the year 850 AD


The construction of Buddhist temples - including Borobudur - was then possible because the heir of Sanjaya, Rakai Panangkaran granted permission to Buddhists to build the temple. Even to show his respect, Panangkaran conferred the village of Kalasan to the sangha (Buddhist community), for the maintenance and financing of Kalasan Temple built to glorify Bodhisattwadewi Tara, as mentioned in the Kalasan Inscription dates to 778 AD. This clue is understood by archaeologists, that in ancient Javanese society, religion was never a problem that could reap the conflict, with the example of the king of Hindus could have supported and funded the construction of Buddhist temples, and vice versa. But it is suspected that there was a rivalry between the two royal dynasties of that era - the Shailendra Buddhist dynasty and the Sanjaya dynasty who worshiped Shiva - who later ruled the battle of Sanjaya in 856 in the hills of Ratu Boko. Uncertainty also arises about the Lara Jonggrang temple in Prambanan, a magnificent temple believed to be built by the winner of Rakai Pikatan as Sanjaya's answer to rival the splendor of Borobudur's dynasty, These two dynasties are the Sailendra party also involved in the construction of Siwa Temple in Prambanan.

Borobudur development stage

Archaeologists suspect that the early design of Borobudur was a very large single stupa crowning its apex. It is suspected that the massive massive mass of this huge and heavy stupa endangered the body and foot of the temple so that the architect of Borobudur designer decided to dismantle this gigantic stupa and be replaced into three rows of small stupas and one parent stupa as it is today. Here are the approximate stages of Borobudur development:

The first stage:
Borobudur development period is not known for sure (estimated 750 and 850 AD). Borobudur is built on a natural hill, the top of the hill is flattened and the flat terrain is expanded. Indeed Borobudur is not entirely made of andesite stone, part of the soil hill compacted and closed stone structure that resembles a shell that wraps the hill. The remaining parts of the hill are covered by layers of stone layers. Initially built-storey apartment layout. It seems to be designed as a terraced pyramid, but then changed. As a proof there is an arrangement that is dismantled. Built the first three steps that close the original structure of the pyramid terraces.

The second stage:
The addition of two steps square, balustrade fence and one circular step above which directly built a single stupa is very large.

Third stage:
There was a design change, the step of the circle with a single large parent stupa dismantled and replaced three circular steps. Smaller stupas are built in a circular march on the courtyard of this steps with a large master stupa in the center. For some reason the foundation is widened, built additional legs that wrap the original legs and close the Karmawibhangga relief. Archaeologists suspect that Borobudur was originally designed in the form of a very large single stupa crowning the square terraces. But this big stupa is too heavy to push the skewed building structure to shift out. It is worth remembering that the core of Borobudur is just a hill so the pressure on the top will be spread to the outer side of the bottom so that Borobudur threatened landslide and collapse. It was therefore decided to dismantle a large single parent stupa and replace it with circular terraces dotted with small stupas of stupas and only one main stupa. To sustain the temple wall is not avalanched then added additional leg structure that wraps the original legs. This structure is a reinforcement and functions like a belt that binds to the body of the temple does not collapse and collapsed out, as well as hide the Karmawibhangga relief on the part Kamadhatu

Fourth stage:
There are minor changes such as the improvement of the relief, the addition of the outer balustrade fence, the change of ladder and the curve on the goalkeeper, and the widening of the foot.

Borobudur abandoned


Borobudur hidden and abandoned for centuries buried under a layer of soil and volcanic ash which then overgrown with trees and shrubs so that Borobudur at that time really resembles a hill. The real reason the cause of Borobudur abandoned is still unknown. It is not known for certain since when this sacred building ceased to be the center of pilgrimage of Buddhists. In the period of 928 and 1006, King Mpu Sindok moved the capital of Medang kingdom to the East Java region after a series of volcanic eruptions; It is uncertain whether this is the factor that caused Borobudur to be abandoned, but some sources suspect that it is very likely that Borobudur began to be abandoned in this period.  This sacred building is mentioned vaguely around 1365, by Mpu Prapanca in the Nagarakretagama manuscript written during the Majapahit empire. He mentioned the existence of "Vihara in Budur". In addition Soekmono (1976) also proposed popular opinion that this temple began to be completely abandoned since the population around converted to Islam in the 15th century.

This monument is not fully forgotten, through the tales of the people of Borobudur shifting from as evidence of the glory of the past into a more superstitious tale associated with misfortune, misfortune and suffering. The two centuries of Javanese chronicles written in the 18th century mention bad luck associated with this monument. According to Babad Tanah Jawi (History of Java), this monument was a fatal factor for Mas Dana, a rebel dissident to Pakubuwono I, the king of the Sultanate of Mataram in 1709. It is said that the "Redi Borobudur" hill was surrounded and the rebels were defeated and executed by the king. In Babad Mataram (The history of Mataram Kingdom), this monument is associated with the misfortune of Prince Monconagoro, the crown prince of the Yogyakarta Sultanate who visited this monument in 1757. Although there is a taboo that forbids people to visit this monument, "The Prince comes and visits the captives in the cage (the buddha statue inside the stupa)". After returning to the palace, the Prince fell ill and died a day later. In Javanese beliefs during the Mataram period of Islam, the ruins of the temple buildings are considered to be the place of the spirits of the spirits and are considered wingit so as to be associated with misfortune or misfortune that may befall anyone who visits and interferes with this site. Although it is scientifically suspected, perhaps after this site has not been groomed and covered in scrub, this place has once been a hotbed of disease outbreaks such as dengue or malaria.

Reinvention


After the Anglo-Dutch War over Java, Java under British rule in 1811 to 1816. Thomas Stamford Raffles was appointed Governor-General, and he had a special interest in Javanese history. He collected antique artifacts of ancient Javanese art and made notes on Javanese history and culture that he collected from his encounter with the local people on his journey around Java. On his inspection visit in Semarang in 1814 he was informed of the existence of a large monument deep in the forest near the village of Bumisegoro. Due to his absence and duties as Governor-General, he could not go alone to search for the building and sent H.C. Cornelius, a Dutch engineer, to investigate the existence of this great building. Within two months, Cornelius and his 200 subordinates cut down trees and shrubs that grew on the hill of Borobudur and cleared the soil that buried this temple. Due to landslide threats, he can not dig and clean all the aisles. He reported his findings to Raffles including submitting various sketch images of Borobudur temple. Although this discovery only mentions several sentences, Raffles is considered meritorious for the rediscovery of this monument, and draws the world's attention to the existence of this ever-lost monument.
Hartmann, an official of the Dutch East Indies government in the Residency of Kedu continued the work of Cornelius and by 1835 finally all parts of the building had been unearthed and seen. His interest in Borobudur is more personal than his job duties. Hartmann does not write reports on his activities; In particular, rumors that he had found the great buddha statue in the main stupa. In 1842, Hartmann investigated the main stupa even though what he discovered remained a mystery because the inside of the stupa was empty.
The Netherlands Indies government commissioned F.C. Wilsen, an engineer of Dutch engineering officials, studied this monument and drew hundreds of sketches of relief. J.F.G. Brumund was also appointed to undertake a more detailed study of this monument, which he completed in 1859. The government plans to publish articles based on Brumund's research with sketches by Wilsen, but Brumund refuses to cooperate. The Netherlands Indies government then commissioned another scientist, C. Leemans, who compiled the monograph based on sources from Brumund and Wilsen. In 1873, the first monograph and more detailed research on Borobudur was published, followed by a translation edition in French a year later. The first photograph of this monument was taken in 1873 by the Dutch engrafi expert, Isidore van Kinsbergen.

The appreciation for this site is growing slowly. For a long time Borobudur has been a source of souvenirs and income for thieves, temple looters, and collectors of "artefact hunters". The head of the Buddha statue is the most stolen part. For stealing the entire buddha statue is too heavy and large, the statue deliberately overthrown and dropped by the thief to cut his head. That's why now in Borobudur found many Buddha statues without head. Buddha Chief Borobudur has long been the target of antique collectors and museums around the world. In 1882, the chief inspector of cultural artifacts suggested that Borobudur be completely dismantled and its reliefs transferred to the museum due to unstable conditions, uncertainty and theft of monuments. As a result, the government appointed Groenveldt, an archaeologist, to conduct a thorough investigation of the site and take into account the actual conditions of this complex; His report stated that these concerns were excessive and suggested that the building be left intact and not unloaded for removal.
Parts of Borobudur temple stolen as a souvenir, statues and carvings are hunted antique collector. The act of looting this historic site is even one of them approved by the Colonial Government. In 1896, the King of Thailand, Chulalongkorn when visiting Java in the Indies (now Indonesia) expressed interest in owning some parts of Borobudur. The Dutch East Indies government authorized and awarded eight carts full of statues and parts of Borobudur buildings. Artifacts brought to Thailand include; Five Buddhist statues along with 30 stones with reliefs, two lion statues, some kala stones, stairs and gates, and the dwarapala guard statue that once stood on Bukit Dagi - a few hundred meters northwest of Borobudur. Some of these artifacts, the statues of lions and dwarapala, are now on display at the National Museum of Bangkok.

Restoration


Borobudur again attracted attention in 1885, when Yzerman, Chair of the Archaeological Society in Yogyakarta, discovered a hidden leg. Photographs featuring reliefs on hidden legs were made in the period 1890-1891. This discovery prompted the Dutch East Indies government to take steps to preserve this monument. In 1900, the government established a commission of three officials to examine this monument: Brandes, an art historian, Theodoor van Erp, an engineer who was also a member of the Dutch army, and Van de Kamer, a construction engineer from the Department of Public Works.In 1902, the commission proposed a three-step proposal for preservation of Borobudur to the government. First, urgent dangers must be addressed immediately by rearranging the corners of the building, moving stones that harm another stone next to it, strengthening the first balustrade, and restoring some of the niches, gates, stupas and main stupas. Second, fence the temple yard, maintain and repair the drainage system by repairing the floor and shower. Third, all loose and loose rocks must be removed, the monument is cleaned up to the first balustrade, the broken stone is removed and the main stupa restored. The total cost required at the time was estimated at about 48,800 Guilders.
The restoration was done in the period 1907 and 1911, using the principle of anastilosis and led by Theodor van Erp. The first seven months were spent digging the ground around the monument to find the missing buddha heads and stone panels. Van Erp dismantled and rebuilt three circular terraces and stupas at the top. In the process Van Erp found many things that could be improved; He submitted another approved proposal with an additional budget of 34,600 guilders. Van Erp undertook further reconstruction, he even meticulously reconstructed the chattra (three stacked stone umbrellas) that crowned the summit of Borobudur. At first sight, Borobudur has recovered as it was in its heyday. However, chattra reconstruction uses only a few genuine stones and is just a fictional guess. Because it is considered not to be accounted for its authenticity, Van Erp broke apart the chattra part. Now mastaka or kemangkas Borobudur chattra stack three stored in the Museum Karmawibhangga Borobudur.

Due to limited budgets, this refurbishment only focuses on cleaning statues and stones, Van Erp does not solve drainage and water management problems. Within 15 years, gallery walls tilted and reliefs showed cracks and damage. Van Erp uses concrete that causes the crystals of alkali and calcium hydroxide crystals that spread throughout the building and damage the stone temple. This causes problems so further renovation is required.A small refurbishment has been done since then, but not enough to provide complete protection. In the late 1960s, the Government of Indonesia has made a request to the international community for a massive restoration to protect this monument. In 1973, the master plan to restore Borobudur was made. The Government of Indonesia and UNESCO took steps to thoroughly refine this monument in a major project between 1975 and 1982. The foundation is solidified and all 1,460 relief panels are cleaned. This restoration is done by dismantling all five square terraces and improving the drainage system by implanting the drain into the monument. The filter layer and waterproof are added. This colossal project involved 600 people to restore the monument and cost a total of 6,901,243 US dollars. After the renovation, UNESCO incorporated Borobudur into the list of World Heritage Sites in 1991. Borobudur belongs to the criterion of Culture (i) "represents the genius masterpiece of human genius," (ii) "presents an important exchange in human values ​​within a certain timeframe within a cultural region of the world, in architectural and technological development, monumental art , urban planning and landscape design, "and (vi)" are directly and clearly linked to a living event or tradition, with ideas or with beliefs, with artistic work and literary works of extraordinary universal significance. "Contemporary events"
After a massive renovation in 1973 supported by UNESCO, Borobudur again became a religious and Buddhist pilgrimage center. Once a year during the full moon around May or June, Buddhists in Indonesia commemorate the Vesak Day, the day commemorating the birth, death, and especially the enlightenment of Siddhartha Gautama reaching the highest level of wisdom to become Buddha Shakyamuni. Vesak is a national holiday in Indonesia and the memorial ceremony is centered in three main Buddhist temples with a walking ritual from Mendut temple to Pawon Temple and the procession ends at Borobudur Temple.
This monument is the single most visited tourist attraction in Indonesia. In 1974 as many as 260,000 tourists who 36,000 of them are foreign tourists have visited this monument. This number increased to 2.5 million visitors annually (80% were domestic tourists) in the mid-1990s, before the 1997 Asian financial crisis. However, tourism development has been criticized for not involving local communities, so some local conflicts are frequent. In 2003, small-scale residents and entrepreneurs around Borobudur held meetings and protests with poetry reading, rejecting the plans of the provincial government planning to build a three-storey mall complex called 'Java World'. The efforts of local people to earn a living from the tourism sector of Borobudur have increased the number of small businesses around Borobudur. However, their efforts to earn a living often even interfere with the comfort of visitors. For example, a souvenir souvenir trader who interferes with insisting on selling his wares; Widespread market stalls souvenirs so that when about to exit the temple complex, visitors are even driven walking far into the labyrinth of the souvenir market. If not organized then all this makes the temple complex Borobudur increasingly chaotic.On May 27, 2006, a magnitude 6.2 magnitude earthquake struck the southern coast of Central Java. This natural disaster destroyed the area with the most victims in Yogyakarta, but Borobudur remains intact.

On August 28, 2006 the symposium titled Trail of Civilizations was held in Borobudur on the initiative of the Governor of Central Java and the Ministry of Tourism and Culture, as well as representatives of UNESCO and Buddhist majority countries in Southeast Asia such as Thailand, Myanmar, Laos, Vietnam, And Cambodia. The highlight of this event is a colossal ballet performance "Borobudur Masterpiece" in front of Borobudur Temple. This dance is created based on traditional Javanese dance style, gamelan music, and clothing, telling about the history of Borobudur development. After this symposium, Ballet Borobudur masterpiece re-performed several times, especially before the commemoration of Vesak which is usually attended by the President of the Republic of Indonesia.
UNESCO identifies three important issues in conserving Borobudur: (i) vandalism or visitor destruction; (Ii) soil erosion in the southeast of the site; (Iii) analysis and return of missing parts. Loose soil, several earthquakes, and heavy rain can destabilize the structure of this building. Earthquakes are the most severe factor, because not only can the rocks fall and the curve collapses, the earth itself waves in waves that can damage the structure of the building. The increasing popularity of the stupa attracts many visitors who are mostly Indonesian citizens. Although there are many warning boards for not touching anything, the racking of warnings through loudspeakers and the presence of guards, vandalism in the form of destruction and relief scribbles and statues are frequent, this clearly undermines the site. In 2009, there was no system to limit the number of tourists who could visit per day, or implement each visit should be accompanied by a guide to keep visitors in check.

Rehabilitation


Borobudur is very affected by the eruption of Mount Merapi in October and November 2010. Volcanic dust from Merapi covered the temple complex which is 28 kilometers (17 mi) west-southwest direction from the crater of Merapi. The layer of volcanic ash reaches a thickness of 2.5 centimeters (1 in) covering the temple building during the eruption of 3-5 November 2010, the dust also killed nearby plants, and experts worry that volcanic ash which is chemically acidic can damage the historic building rock this. The temple complex is closed 5 to 9 November 2010 to clean up the dust.
Looking at the rehabilitation efforts of Borobudur after the eruption of Merapi 2010, UNESCO has donated funds amounting to 3 million US dollars to fund the rehabilitation efforts. Cleaning the temple from volcanic ash deposits will take at least 6 months, followed by reforestation and tree planting in the surrounding environment to stabilize the temperature, and lastly revive the social and economic life of the local community. More than 55,000 blocks of temple stone should be dismantled to improve the water system and drainage clogged dough of volcanic ash mixed with rainwater. Restoration ends November 2011, earlier than expected.

Architecture


Borobudur is a masterpiece of Indonesian Buddhist art, for example the culmination of the attainment of the architectural and aesthetic techniques of Buddhist art in Java. The building was inspired by dharma ideas from India, including stupas, and mandalas, but believed to be a continuation of local elements; The terraced punden megalithic structure or the stratified pyramid found from the prehistoric period of Indonesia. As a blend of ancestor native worship of Indonesia and the struggle to reach Nirvana in Buddhism.

Design concept


In essence, Borobudur is a stupa which, when viewed from above, forms a large Mandala pattern. Mandala is a complex pattern composed of rectangular and concentric circles representing the cosmos or universe commonly found in Wajrayana-Mahayana Buddhist schools. The ten courts of Borobudur clearly illustrate the Mahayana philosophy that simultaneously describes cosmology as the concept of the universe, as well as the level of mind in Buddhism. Like a book, Borobudur describes the ten levels of Bodhisattva that must be passed to achieve perfection into the Buddha. The square plan plot measures 123 meters (404 ft) on each side. The building has nine terraces, six square bottom terraces and three circular upper terraces.In 1885, it was accidentally discovered a hidden structure at the foot of Borobudur. This hidden leg is a relief of which 160 of them are about Karmawibhangga. On the relief of this panel there are carved letters which is a guide for the engraver to create scenes in relief images. This original leg is covered by the addition of stone structures that form a large enough plain, the real function is still a mystery. It was initially thought that the addition of the foot was to prevent monuments from spreading. Another theory suggests that the addition of the foot is due to genuine foot design errors, and is incompatible with Wastu Literature, the Indian book on architecture and urban planning. Whatever the reason for the addition of this leg, the addition and making of these extra feet is done carefully by considering religious, aesthetic, and technical reasons.

The three levels of the spiritual realm in Buddhist cosmology are:


Kamadhatu
The foot of Borobudur symbolizes Kamadhatu, the world that is still dominated by kama or "low lust". This section is mostly covered by a pile of stones that allegedly made to strengthen the construction of the temple. In the original legs that covered this additional structure there are 160 panels Karmawibhangga story that is now hidden. A few extra structures in the southeast corner are set aside so that people can still see some reliefs in this section. The additional andesitic rock structure that covers the original leg has a volume of 13,000 cubic meters.Rupadhatu Four terraced steps that form a roving hallway on the wall decorated by relief gallery by experts called Rupadhatu. The floor is square. Rupadhatu consists of four aisles with 1,300 relief images. The entire relief length is 2.5 km with 1,212 decorative carved panels. Rupadhatu is a world that has been able to free itself from lust, but still bound by form and form. This level represents the nature between that, between the lower and upper realms. In this part of Rupadhatu Buddha statues are found in niches or niches on the balustrades or hallways. Originally there were 432 Buddha statues in open niches along the outer sides of the balustrade. On the balustrades there is a slight difference in design that symbolizes the transition from the realm of Kamadhatu to the realm of Rupadhatu; The lowest balustrade is crowned ratna, while the four levels of balustrades above are crowned stupika (small stupa). Parts of these rectangular terraces are rich in ornaments and relief carvings.

Arupadhatu
In contrast to the halls of Rupadhatu rich in reliefs, from the fifth floor to the seventh wall is not berelief. This level is called Arupadhatu (which means not form or intangible). The floor plan is in the shape of a circle. This level represents the upper realm, in which man is free from all desires and bonds of form and likeness, but has not reached nirvana. In the courtyard of the circle are 72 two small stupas that are arranged in three rows that surround one large stupa as the main stupa. This small bell-shaped stupa is arranged in 3 patios of circles, each of which is 32, 24, and 16 (a total of 72 stupas). The two lower terraces of the stupas are larger with rhombic holes, the upper one is slightly smaller and the hole is square-shaped. Buddha statues are placed inside stupas that are covered in potholes like in a cage. From the outside the statues still looked vague. This intelligent design explains the concept of transition to a state without being, that Buddha statue exists but is invisible.

Adibuddha
The highest level representing the absence of a perfect being is represented as the largest and highest stupa. Stupas are plain drawn without holes. Inside this largest stupa has been found an imperfect Buddha statue or also called an unfinished Buddha, which is misunderstood as a statue of 'Adibuddha', but through further research there is never a statue in the main stupa, the unfinished statue is the fault of the sculptor in ancient times. According to the wrong sculpture belief in the process of making it can not be destroyed. Archaeological excavations conducted in this temple yard find many statues like this. The main stupa left empty supposedly means the highest wisdom, namely kasunyatan, solitude and complete absence where the human soul is not bound by desire, desire, and form and free from the circle of samsara.

Building structure

Approximately 55,000 cubic meters of andesite rock is transported from rock quarries and a collection site to build this monument. The stone is cut in a certain size, transported to the site and put together without the use of cement. Borobudur structure does not use cement at all, but the interlock system is like the lego blocks that can stick without glue. These stones are combined with the appropriate bulges and holes and load each other, as well as the "pigeon tail" shape that locks two blocks of stone. Relief is made at the site after the building structure and the wall is completed.
This monument is equipped with a good drainage system for areas with high rainfall. To prevent puddles and floods, 100 showers are fitted in every corner, each with a unique design of a giant head shape or makara.
Borobudur is very different from other temple design, this temple is not built on flat surface, but on the natural hill. However, the construction technique is similar to other temples in Java. Borobudur does not have worship rooms like other temples. There are long passageways that are narrow roads. The hallways are bounded against the walls of the temples level by level. In general, Borobudur design is similar to the pyramid staircase. It is in these alleys that Buddhists are expected to perform a walking ceremony around the temple to the right. Borobudur may at first function more as a stupa, rather than a temple or temple. The stupa is indeed intended as a sacred building to glorify the Buddha. Sometimes a stupa is built as a symbol of honor and exaltation to the Buddha. While the temple or temple is more functioning as a house of worship. The intricate design of this monument shows that this building is indeed a building of worship. This form of non-structured building and terraced terrace structure is thought to be the development of the punden terraces form, which is the original architectural form of prehistoric Indonesia.
According to local legend Borobudur designer architect Gunadharma, little is known about this mysterious architect. Its name is more based on Javanese legends and legends and not based on historic inscriptions. The legend of Gunadharma is related to folklore about the Menoreh hills that resemble the body of the lying person. This local tale tells that Gunadharma's lying body turned into a row of Menoreh hills, of course this legend is just fiction and fairy tales.
The design of Borobudur uses a set of measuring devices, ie the length of a human face between the end of the hairline on the forehead to the tip of the chin, or the span distance between the tip of the thumb with the tip of the little finger when the palm of the hand is fully developed. Of course this unit is relative and slightly different between individuals, but this unit remains on this monument. The 1977 study revealed a 4: 6: 9 ratio of comparison found in this monument. Architects use this formula to determine the exact dimensions of a self-similar recurring geometry fractal in the Borobudur design. This mathematical ratio is also found in the nearby Mendut and Pawon temple designs. Archaeologists believe that the ratio of 4: 6: 9 and the tuning unit has the function and meaning of calendar, astronomy, and cosmology. The same is true at Angkor Wat temples in Cambodia.

The structure of the building can be divided into three parts: the base (feet), the body, and the peak. The base measures 123 × 123 m (403.5 × 403.5 ft) with a height of 4 meters (13 ft). The body of the temple consists of five square terraces of the square that are smaller on it. The first terrace backs off 7 meters (23 ft) from the base of the terrace. Each subsequent terrace retreated 2 meters (6.6 ft), leaving a narrow alley at each level. The upper part consists of three circular terraces, each level supporting a series of concentrated stupas stupa. There is the largest main stupa in the center; With shoots reaching a height of 35 meters (115 ft) from the ground. The original height of Borobudur including chattra (umbrella stack three) which is now released is 42 meters (138 ft). The ladder is located on the center of the four sides of the wind that brings visitors to the top of the monument through a series of arch gates guarded 32 statues of lions. The gate gate is decorated with Kala carvings at the top of the middle of the doorway and the protruding makara engraved on both sides. Kala-Makara motif commonly found in the architecture of the door of the temple in Java. The main door is on the east side, as well as the starting point for reading relief stories. This ladder is continuously connected to the stairs on the hillside which connects the temple to the surrounding plains.

Relief


On the temple walls at every level - except on the terraces of Arupadhatu - stacked with careful and delicate bas-relief panels. Relief and decorative pattern Borobudur naturalist style with the ideal proportion and aesthetic taste is smooth. These reliefs are very beautiful, even considered the most elegant and elegant in the art of the Buddhist world. Relief Borobudur also implements the artistic discipline of India, such as the various attitudes of the body that have a certain aesthetic meaning or value. Reliefs in the form of noble humans such as ascetics, kings and noble ladies, angels or beings who attain degrees of sanctity like gods, tara and boddhisatwa, are often depicted in the position of the inferior body. This position of the body is called a "dent three" that is curved or slightly inclined at the neck, hips, and ankle with the body weight only resting on one leg, while the other rested leg rested. This flexible body position implies elegance, for example the figure of an angel Surasundari who stands with a tribangga's body while holding a long-stemmed lotus.
The Borobudur Relief displays many pictures; Such as the human figure of noble, commoners, or ascetics, various plants and animals, and displays the traditional vernacular forms of the archipelago. Borobudur is like a book that records various aspects of the life of ancient Javanese society. Many archaeologists examine the past life in ancient Java and the archipelago of the 8th and 9th centuries by observing and referring to the carvings of Borobudur reliefs. The form of stage houses, granaries, palaces and temples, jewelry, clothing and weaponry, various plants and wildlife, as well as means of transportation, are observed by researchers. One of them is a famous relief depicting the Borobudur Ship. Typical timber ships of this archipelago shows the ancient maritime culture. The replica of the ark made on the basis of the Borobudur relief is preserved in the Raksa Ocean Museum located north of Borobudur.
These reliefs are read in clockwise directions or called mapradaksina in Old Javanese from Sanskrit daksina meaning east. These reliefs vary the contents of the story, among others reliefs jataka stories. The reading of these relief stories always begins, and ends at the east side gate at each level, starting on the left and ending at the right of the gate. So obviously that the east is the real (main) rising ladder and towards the top of the temple, meaning that the temple faces east even though the other sides are similarly true.


The composition and distribution of relief stories on the walls and balustrades of the temple are as follows.

Karmawibhangga
In accordance with the symbolic meaning at the foot of the temple, the relief that adorns the veiled batur wall illustrates the law of karma. Karmawibhangga is a text that describes the doctrine of karma, the cause and effect of good and evil deeds. The series of reliefs is not a series story, but in each frame it describes a story that has a causal relationship. The relief not only illustrates the humiliating deeds of humankind accompanied by the punishment he will obtain, but also the good deeds of man and the reward. Taken as a whole is a depiction of human life in a never-ending ever-ending sphere of life - death (samsara), and it is by Buddhism that the chain will be brought to an end for perfection. Now only the southeastern part is open and can be seen by the end. The complete photo of Karmawibhangga relief can be seen at Karmawibhangga Museum on the north side of Borobudur temple.

Lalitawistara
It is a portrayal of the Buddha's history in a series of reliefs (but not a complete history) beginning with the Buddha's descent from Tushita heaven, and ending with the first discourse at Deer Park near the city of Banaras. This relief is lined up from the stairs on the south side, after passing a series of reliefs as many as 27 frames starting from the east side staircase. The 27 frames describe the busyness, both in heaven and in the world, in preparation for the presence of the last incarnation of the Bodhisattwa as a Buddhist candidate. The relief depicts the birth of the Buddha in this arcapada as Prince Siddhartha, the son of King Suddhodana and Empress Maya from the Land of Kapilawastu. The reliefs amount to 120 frames, which end in the first discourse, symbolically declared as Dharma Wheel Playback, the Buddha's teaching is called dharma which also means "law", while dharma is symbolized as wheel.

Jataka and Awadana
Jataka is the story of the Buddha before he was born as Prince Siddharta. Its contents are the principal point of good deeds, such as the willingness to sacrifice and the helpfulness that distinguishes the Bodhisattva from any other creature. Some of Jataka's stories feature a fable story that is a story involving wildlife figures who behave and think like humans. Indeed, the collection of merit or good deeds is the stage of preparation in an effort toward the level of Buddhahood.
Awadana, in essence is almost the same as Jataka but the culprit is not the Bodhisattwa, but others and the story is compiled in Diwyawadana, which means deity noble deeds, and Awadanasataka or hundred Awadana stories. In the reliefs of the Borobudur temples Jataka and Awadana, they are treated equally, meaning they are both present in the same sequence without distinction. The most famous set of life of the Bodhisattva is Jatakamala or the storyline of Jataka, the work of the Aryasura poet who lived in the 4th century AD.
GandawyuhaA row of reliefs adorning the second aisle wall, is Sudhana's story wandering indefatigably in his quest for the Higher Knowledge of Truth by Sudhana. His depictions in 460 frames are based on the Mahayana Buddhist scriptures entitled Gandawyuha, and for the closing part of the book of another book, Bhadracari.


Buddha statue


In addition to Buddhist form in Buddhist cosmology carved on the wall, in Borobudur there are many statues of buddhas sitting cross-legged in a lotus position and displaying mudras or certain symbolic hand positions. The 1.5-meter-tall buddha statue is carved out of andesite stone material.The buddha statue in the niches at the Rupadhatu level, arranged by rows on the outside of the balustrade. The number decreases on the upper side. The first row of balustrades consists of 104 niches, the second row of 104 niches, the third row of 88 niches, the fourth row of 72 niches, and the fifth row of 64 niches. There are 432 total Buddhas at the Rupadhatu level. In the Arupadhatu section (three circular courts), Buddha statues are placed in stupas (hollow) stupas. In the first circular courtyard there are 32 stupas, the second court of 24 stupas, and the third court there are 16 stupas, all of which total 72 stupas. Of the original number of 504 Buddha statues, over 300 have been damaged (mostly headless) and 43 missing (since the discovery of this monument, buddha heads are often stolen as collectibles, mostly by overseas museums).
In passing all these buddha statues look similar, but there are subtle differences between them, namely in the mudra or hand position. There are five classes of mudras: North, East, South, West, and Central, all based on the five main directions of compass according to Mahayana teachings. The four balustrades have four mudras: North, East, South, and West, where each of the buddha statues facing that direction displays a distinctive mudra. Buddhist statues on the fence of the fifth balustrade and buddha statues in 72 stupas gazed in the upper courtyard displaying mudras: Middle or Center. Each mudra represents the five Dhyani Buddhas; Each with its own symbolic meaningHeritageThe achievement of aesthetics and architectural engineering expertise presented by Borobudur, as well as its remarkable size, is a testament to the greatness of the past, and has generated pride for the Indonesian nation. Like Angkor Wat's role for the Cambodians, Borobudur has become a powerful symbol for Indonesia - as a witness to the glories of the past. Sukarno asserted it by inviting country guests to visit him. While the Suharto government - aware of the symbolic meaning and potential of its economy - is diligently deploying a restoration project to restore this monument with the help of UNESCO. Many museums in Indonesia exhibit small scale models or replicas of Borobudur. This monument has become an icon, grouped with wayang and gamelan as a form of Javanese classical culture that inspired Indonesia.
Some archeological artifacts from Borobudur, or replicas, are exhibited in several museums in Indonesia and abroad. In addition to the Karmawibhangga Museum within the Borobudur complex, several museums store relics from Borobudur, including the National Museum of Indonesia, the Tropenmuseum in Amsterdam, the British Museum in London, and the National Museum Bangkok. While the Louvre Museum in Paris, the State Museum of Malaysia in Kuala Lumpur, and the World Religious Museum in Taipei also features a replica of Borobudur. This monument has attracted the world's attention to the classical civilization of Old Javanese Buddhism.

The rediscovery and restoration of Borobudur has been lauded by Indonesian Buddhists as a sign of the revival of Buddhism in Indonesia. In 1934, Narada Thera, a Sri Lankan preacher, visited Indonesia for the first time as part of his journey to spread Dharma teachings in Southeast Asia. This opportunity is used by local Buddhists to revive the Dharma call in Indonesia. On that occasion a tree planting ceremony was held on the southeast side of Borobudur, on March 10, 1934, blessed by the Narada Thera, as well as the appointment of some Upasaka into a monk. Every year, thousands of Buddhists from all over Indonesia and neighboring countries, gathered in Borobudur to commemorate the Vesak Trisuci day.
The symbol of the province of Central Java and Magelang regency, showing images of Borobudur. This temple has become a symbol of Central Java, and Indonesia extensively. Borobudur has become the name of several institutions and business entities, such as the University of Borobudur, Hotel Borobudur Jakarta, as well as some Indonesian restaurants abroad. Borobudur is displayed in rupiah currency, stamps, discussed in several books, news, publications, documentaries, as well as promotional materials of Indonesian tourism. This temple became a leading tourist attraction in Indonesia, it is important to move the wheels of the local economy and in the area around Borobudur. For example, Yogyakarta tourism sector grows one of them thanks to its proximity to the temple of Borobudur and Prambanan.

Overview of the restoration process of Borobudur Temple


1814 - Sir Thomas Stamford Raffles, Governor General of Great Britain in Java, hears the discovery of an ancient object in the village of Borobudur. Raffles ordered H.C. Cornelius to investigate the location of the discovery, a hill filled with bushes.

1873 - the first monograph on the temple was published.

1900 - Dutch East Indies government establishes a committee for the restoration and maintenance of Borobudur temple.

1907 - Theodoor van Erp leads the restoration until 1911.

1926 - Borobudur was restored, but halted in 1940 due to the crisis of malaise and World War II.

1956 - The Government of Indonesia requests UNESCO assistance. Prof. Dr. C. Coremans came to Indonesia from Belgium to examine the causes of Borobudur damage.

1963 - The Indonesian government issues a decree to restore Borobudur, but falls apart after the events of the movement.

1968 - At the 15th conference in France, UNESCO agreed to provide assistance to save Borobudur.

1971 - The Indonesian government establishes a Borobudur restoration body headed by Prof.Ir.Roosseno.

1972 - International Consultative Committee was formed by involving various countries and Roosseno as its chairman. The UNESCO-sponsored committee provided $ 5 million from the $ 7,750 million restoration cost. The rest is borne by Indonesia.

August 10, 1973 - President Soeharto inaugurated the commencement of Borobudur restoration; Restoration completed in 1984

January 21, 1985 - a bomb attack that destroyed several stupas on Borobudur temple which was then repaired immediately. The attack was carried out by an extremist Islamic group led by Husein Ali Al Habsyi.

1991 - Borobudur designated as World Heritage by UNESCO.


Transportation to Borobudur Temple

Borobudur Temple is administratively located in Borobudur Village, Borobudur District, Magelang Regency, about 45 km north of Jogja city, 20 km south of Magelang city, and 90 km from Semarang city. Routes can be reached via air, namely flights to Jogja (Adisucipto Airport) and Semarang (Ahmad Yani Airport) followed by land travel, or can be via land by public transport or by private vehicle.

From Jogja

From jogja city you can go to Giwangan Bus Terminal or Jombor Bus Sub Terminal, then take the bus majors Borobudur. This bus route from Giwangan terminal - Ringroad - Gamping - Terminal Jombor - Jl. Magelang - Sleman - Muntilan Bus Terminal. This bus usually stand by in terminal muntilan about 30 minutes, then proceed to Borobudur bus terminal. Jogja - Borobudur about 45 km. Travel time about 1.5 hours (outside stand by in terminal). After reaching Borobudur bus terminal can be continued with Walking Street (about 500 m) or take a pedicab or ride a gig. You come in the courtyard of Borobudur temple.
If you use a private car, the route taken from the City of Jogja is: Jogja - Jl. Magelang - Sleman - Paste - Greetings - Muntilan - Palbapang (T-junction after muntilan, before blabak; turn right) - Mendut - Borobudur car park. The distance is about 45 km, with normal traffic time of 1 hour.
For those who bring the car parked inside the tourist park (inside the fence), while for those who use a motorcycle parking should be outside.

From Semarang

From Semarang City you can go to Semarang bus terminal, take a bus majoring Jogja. The route is Semarang - Ungaran - Bawen - Ambarawa - Pringsurat - Secang - Magelang Terminal. You can get off at the terminal Magelang continue to ride the bus majors Borobudur. Or you can also drop it at the T-junction of Blondo (T-junction between mertoyudan and blabak) or down at the junction palbapang (tang between blabak and muntilan). From Blondo or Palbapang, you just go to majors Borobudur. Distance Semarang-Borobudur about 90 km, travel time about 3 hours (until magelang) plus half hour (until borobudur), total 3.5 hours.
By private vehicle. From semarang take the direction to the ungaran - bawen (right intersection bawen turn right, not straight, kalo straight to salatiga / boyolali) - ambarawa - pringsurat (temanggung) - secang - magelang - mertoyudan - T-junction Blondo turn right straight through front Office of Magelang regent - Then turn right at the Rubber pool junction

            

Ngaben, a Unique Tradition of Bali Indonesia

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Ngaben is one of the ceremonies performed by Hindus in Bali belonging to the Pitra Yadnya ceremony (the ceremony shown to the Leluhur). Some notions of Ngaben, as follows:
1. Ngaben etymologically derived from the word fire that got the prefix nga, and the ending, so that became ngapian, which encoded into ngapen which over time happened shifting the word to Ngaben. Ngaben ceremony always involves fire, the fire used there are 2, ie in the form of concrete fire (real fire) and abstract fire (fire coming from Puja Mantra Mantra who lead the ceremony).
2. Another version says that Ngaben comes from the word beya which means lunch, so Ngaben also means the ceremony to give provision to the Patriarch for his journey to Sunia Loka.
3. Another version, Ngaben comes from nge - "ash" - in. Encoded into Ngaben, is a ceremony of returning elements of the body to the elements of nature.

Forms of Ngaben Ceremony

Ngaben Sawa Wedana

Sawa Wedana is a Ngaben ceremony involving the corpse still intact (without buried first). Usually this ceremony is held within 3-7 days from the day the person died. Exceptions are common at ceremonies on a grand scale, whose preparations can last up to a month. While the family prepares everything for the ceremony then the body will be placed in the customary hall in each house with the provision of certain herbs to slow the decay of the corpse. Today the provision of the herb is often replaced with the use of formalin. As long as the corpse is still placed in traditional hall, the family still treats the corpse as if it were still alive, such as bringing coffee, feeding beside the body, bringing towel and clothes, etc. before before the ceremony called Papegatan then the concerned is considered only sleep and still in the environment His family.

Ngaben Asti Wedana

Asti Wedana is a cremation ceremony that involves the remains of a corpse that was once buried. This ceremony is accompanied by a ceremony ngagah, the ceremony to dig back the grave of the person concerned to then mengupacarai bones remaining. This is done according to the tradition and rules of the local village, for example there are certain ceremonies where villagers are not allowed to perform the ceremonies of death and wedding ceremony then the corpse will be buried in a local grave called Makingsan ring Pertiwi ceremony (Lost in Motherland).

Swasta

Swasta is a cremation ceremony without the involvement of corpses or skeletons, this is usually done because of several things, such as: dead overseas or remote places, bodies not found, etc. At this ceremony the corpse is usually symbolized by the sandalwood (pengawak) painted and filled magical script as a rough body of the person's attachment.

Ngelungah

Ngelungah is a ceremony for children who have not dental date.

Warak Kruron

Warak Kruron is a ceremony for baby miscarriage.

Destination Ngaben Ceremony

Ngaben ceremony conceptually has the meaning and purpose as follows:
1. By burning the bodies as well as the symbolic ones, they arehes the ashes into the river, or the sea has the meaning to release the Atma (spirit) from the fetters of the world so that they can easily unite with God (Mokshatam Atmanam)
2. Burning the corpse is also a series of ceremonies to restore all elements of Panca Maha Bhuta (5 elements of human body builder body) to their respective origins in order not to block the way of Atma to Sunia Loka Section Panca Maha Bhuta namely: a. Nisa: solid elements that form bones, flesh, nails, etc. b. Apah: liquid elements that make up blood, saliva, tears, etc. c. Bayu: the air-forming element. D. Teja: the heat element that makes up the body temperature. E. Akasa: the ether element that forms the cavities in the body.
3. For the family, this ceremony is a symbolization that the family has been sincere, and let go of the concerned.

Ceremony Circuit Ngaben


Ngulapin

The ceremony to summon the Atma. This ceremony is also performed if the person dies outside the home (eg in the hospital, etc.). These ceremonies may vary depending on local customs and traditions, some are carried out at crossroads, road junctions, and local cemeteries.

Nyiramin / Ngemandusin

The ceremonies bathe and clean the corpse is usually done in the home page of the family concerned (natah). This procession is also accompanied by symbols such as jasmine flowers in the nasal cavity, glass cleavage over the eyes, eyebrows in eyebrows, and other equipment for the purpose of restoring the functions of unused body parts to their origin, and when the spirit of the deceased Reincarnated again to be endowed with a complete body (not disabled).

Ngajum Kajang

Kajang is a piece of white paper inscribed with magical scripts by local stakeholders, priests or elders. When finished writing the relatives and descendants of the concerned will carry out the ceremony ngajum kajang by pressing the kajang as much as 3x, as a symbol of steadiness the hearts of relatives release the departure of the deceased and unite the hearts of the relatives so the deceased can quickly travel to the next.

Ngaskara

Ngaskara means the purification of the spirit of the deceased. This purification is done with the aim that the spirit concerned can be united with God and can be a mentor relatives who are still living in the world.

Mameras

Mameras derived from the word squeeze which means successful, successful, or completed. This ceremony is performed when the dead already have grandchildren, because according to the belief of the grandchild it will lead the way the deceased through the prayers and good karma they do.

Papegatan

Papegatan comes from the word pegat, which means breaking up, the meaning of this ceremony is to break the worldly relationships and love of the relatives of the deceased, because these two things will hinder the journey of the spirit to God. With this ceremony the family means to have sincerely removed the departure of the deceased to a better place. The ingredients of this ceremony are offerings (banten) arranged on a stone mortar and above it is filled with two branches of dadap tree formed like a wicket and stretched white thread on both branches of the tree. Later this thread will be infiltrated by relatives and bearers of the corpse before leaving the house to break up.

Pakiriman

Debt In carrying out after the ceremony of papegatan followed by pakiriminan to the local cemetery, the corpse and his kajangnya then raised to the top of Bade / Wadah, the tower of the corpse (this is not absolute must exist, can be replaced with a regular keranda called Pepaga). From the house concerned the members of the community will carry all the ceremonial equipment along with the corpse accompanied by the voice of Baleganjur (Balinese gong) which is pounding and vibrant, or angklung sounds that seem sad. On the way to this grave will be paraded rotating 3x counterclockwise meaningful as a symbol returns the elements of Panca Maha Bhuta to their place. Besides this rotation is also meaningful: Spinning 3x in front of the deceased's house as a farewell symbol with relatives. Spinning 3x at the intersection and the village junction as a symbol of separation with the community environment. Spinning 3x in front of the grave as a symbol of parting with this world.

Ngising

Ngising is the funeral ceremony, the corpse is laid in a place that has been provided, accompanied by offerings and banten with its own philosophical meaning, then sprinkled by the priest who leads the ceremony with Tirta Pangentas who acts as an abstract fire accompanied by Puja Mantra from the pastor, The corpse burned to charred, the bones of the combustion then crushed and assembled again in the ivory fruit that has been expelled water.

Nganyud

Nganyud means a ritual to wash away all the defilements that are still left in the spirit of the deceased by symbolizing the ashes of the corpse. This ceremony is usually performed in the sea, or river.

Makelud

Makelud is usually held 12 days after the burning ceremony. The meaning of this makelud ceremony is to cleanse and sanctify the family environment due to the sadness that plagued the abandoned family. This 12-day philosophical sadness was taken from the Wiracarita Mahabharata, when the Pandavas experienced a 12-year sentence in the jungle.



Tapir, The Animals Endemic Indonesia

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Tapirs are herbivorous animals that feed on young foliage along the forests or riverside. Tapirs have a pig-like shape, rhinoceros-like ears and a long muzzle resembling a pangolin, whilst mooing more like birds than mammals. Tapir is a solitary animal, except in the breeding season. The activity is more at night (nocturnal). Feeding activities are usually done while still moving on in a sedentary path. The range of tapir ranges is very wide as they tend to walk away to find a location rich in mineral salts.

Species

Taxonomically, tapirs are grouped into the order Perisodactyla and Tapiridae family. There are four types of tapirs that still exist today. Three of them can be found in South America (Tapirus bairdii, Tapirus pinchaque and Tapirus terrestris) and only one spread in Southeast Asia (Tapirus indicus). Therefore the existence of tapirs is often used as one of the proofs of separation theory of the continent.
Tapir spreads in Southeast Asia include the southern part of Burma, southern Thailand, Peninsular Malaysia and Indonesia. Paleontological evidence indicates that the former tapir spreads include Java and Sumatra. But now in Indonesia, tapir can only be found in Sumatra, and even then only on the southern part of Lake Toba to Lampung. There is only one record of the existence of a tapir in the northern part of Lake Toba in Pangkalan Berandan. Tapirs are commonly found in lowland forests, but some records indicate their presence in the area to a height of 2000 m, as in Gunung Tujuh (Kerinci Seblat National Park). Tapirs can be found in primary, secondary, mixed, rubber plantations. Some records indicate its presence in oil palm plantations and across residential areas or camp officers at PHPA.

Description

Adult tapir can have a body length up to 225 cm. Another body shape that characterizes tapirs is its longitudinal nose resembling a short trunk. This nose is always brought to the ground when walking. Tapir relies more on smell and hearing in living his life. Some experts claim that this animal has a weak vision. In addition to having a unique body color, tapirs have their own uniqueness on the number of toes. On the front foot tapir has four fingers while on the hind legs only three.

Food

The main food of tapirs is the young leaves that are selectively snatched away from the tongue. Most are derived from shrubs or small trees, such as from the family Rubiaceae and Euphorbiaceae. In addition tapirs also eat fruits scattered on the floor of the forest such as jackfruit, watermelon, and durian. Therefore, tapirs play a significant role in the process of forest regeneration, dispersal, or enhancing the dynamics and stratification of the lower layers of the forest.

Tapir asia

Tapir asia (Tapirus indicus) is one type of tapir. Asian tapirs are the largest of the four types of tapirs and the only ones from Asia. The scientific name indicus refers to the East Indies, which is a natural habitat of this type. In Sumatra tapirs are generally called tenuk or seladang, gindol, pig alu, ayer horses, horse rimbu, horse arau, marba, cipan, and sipan.

Description

Asian tapirs are easily recognizable from the character of a bright "saddle" from the shoulders to the buttocks. The feathers on the other side of her body are black except for the tip of her ears that are white like the other tapirs. This color pattern is useful for camouflage: the chaotic color makes it look like a tapir, another animal may think it is a big rock instead of a prey when the tapir lies down or sleeps.
Asian tapirs grow all the way between 1.8 to 2.4 m (5 feet 11 inches to 7 feet 10 inches), with a height of between 90 to 107 cm (2 feet 11 inches to 3 feet 6 inches). These animals typically weigh between 250 and 320 kg (550 to 710 pounds), although some adults may weigh up to 540 kg (1,190 lb). Female female tapirs are typically larger than the male Asian tapirs. Like other types of tapir tail short fat and long and flexible trunk. On each front of his foot were four nails and on each hind leg there were three nails. Tapir Asia's eyesight is rather bad but its sense of hearing and smell is very sharp.

Life cycle

The Asian tapir pregnant period is about 400 days, after which a child is born weighing 6.8 kg (15 pounds). Asian tapirs are the largest at birth compared to other types of tapirs and grow faster than other types of tapirs. Young tapirs of all kinds with brown hair and white stripes, patterns that enable it to hide effectively in the shadows of the forest. The pattern in this baby changes to an adult tapir color pattern between four and seven months after birth. Tapirs are weaned between the ages of 6 and 8 months and these animals become adults by the age of three. Breeding bases occur in April, May Or June. Female tapirs usually give birth to one child every two years. Asian tapirs can live up to 30 years in both the wild and the confinement.
Recent interest has prompted biological engineers to try to create dwarf versions of tapirs. They believe that there is a market for dwarf tapirs as pets in the United States.

Behavior

Asian tapirs are primarily solitary animals, marking large terraces on land as territory or territory, although this area usually overlaps with other individual domains. Tapirs mark their territories by pissing on plants and they often follow other paths from which they have planted plants.
The animal is herbivorous, it feeds on the tender tubers and leaves of more than 115 species of plants (there are about 30 of which are especially preferred), slowly moving in the forest and stopping to eat and noticing the odor left by other tapirs in the area. However, when they feel threatened, tapirs can run fast despite being big, and they can also defend themselves with strong jaws and sharp teeth. Asian tapirs communicate with each other with high-pitched whistles and whistles. They like to live near the water and often bathe and swim. They can also climb up steep spots. Tapirs are particularly active at night, although they are not really nocturnal. They tend to eat as the sun goes down and before the sun rises, they also often take a nap briefly. This behavior marks them as crepuscular animals.

Habitat, Predators and Vulnerability

In the past, Asian tapirs can be found throughout the lowland rainforests of Southeast Asia including Cambodia, Indonesia, Laos, Malaysia, Burma Burma, Thailand and Vietnam. But the population has declined in recent years, and like other types of tapirs are also threatened with extinction. Due to its size, tapirs have few natural predators, even tapirs are rarely eaten by tigers. The main threat to Asian tapirs is human activity including logging for agriculture, flooding due to dams from rivers to create hydroelectric power, and illegal trade. In Thailand, for example, the arrest and sale of a young tapir can be worth US $ 5500. In areas such as Sumatra, where populations are predominantly Muslim,tapirs are rarely hunted for food because their resemblance to pigs makes taboo flesh, but in some areas they are hunted for sports or accidentally shot by other animals. Protected statuses in Thailand, Malaysia and Indonesia, aimed at intentionally but not addressing the issue of habitat loss, have limited the recovery or the maintenance of tapir pollution.

Brevetian variation

A small number of melanistic (black-all) Asian tapirs have been observed. In 1942, an all-black tapir was sent to the Rotterdam zoo and classified as a subspecies called Tapirus indicus brevetianus named after its discoverer Captain K. Brevet. In 2000, two melanistic tapirs were observed during a study of tigers in the Jerangau Forest Sanctuary in Malaysia Peninsula.  The cause of this variation may be a genetic abnormality similar to that of panthers that appear in leopard populations. However, unless and until the individual brevetianus can be studied, the exact explanation for the trait remains unknown.



Javanese Rhino, Endangered Animal from Indonesia

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Javan Rhino, or small-horned rhinoceros (Rhinoceros sondaicus) is a member of the Rhinocerotidae family and one of the five remaining rhinos. The rhino enters the same genus as the Indian rhinoceros and has a matte-like shell of a steel shirt. The rhino has a length of 3.1 to 3.2 m and a height of 1.4 to 1.7 m. The rhino is smaller than the Indian rhinoceros and is closer in size to the black rhino. The size of the horn is usually less than 20 cm, smaller than that of other rhino species.
This rhinoceros was once one of Asia's most widespread rhinos. Although called "Javan rhinoceros", these animals are not limited to live on the island of Java alone, but throughout the archipelago, throughout Southeast Asia and in India as well as China. This species is now very critical, with only a few populations found in the wild, and none in the zoo. The rhino is probably the rarest mammal on earth. Population 40-50 rhinos live in Ujung Kulon National Park on the island of Java, Indonesia. The population of Javan rhinoceros in the outdoors is located in Cat Tien National Park, Vietnam with an estimated population of not more than eight in 2007. The decline in Javan rhino population is due to hunting for its horn, which is very valuable in traditional Chinese medicine, at a price of $ 30,000 Kilogram on the black market. The decline in rhinoceros population is also caused by habitat loss, which is mainly caused by war, as the Vietnam war in Southeast Asia also caused a decrease in the Javan rhino population and hindered the recovery. The remaining places are only in two protected areas, but the Javan Rhinos are still at risk of being hunted, sensitive to disease and shrinking genetic diversity causing it to be disturbed in the breed. WWF Indonesia seeks to develop both for the Javan rhino because if there is an attack of disease or natural disaster such as tsunami, Krakatau volcano eruption and earthquake, the population of Javan rhinoceros will be directly extinct. In addition, because of the invasions of langkap (arenga) and competition with bulls for space and resources, the population is increasingly urged. The identified area is safe and relatively close to Halimun National Park in Mt. Salak, West Java, which was once the habitat of the Javan rhinoceros.
Javan rhino can live for 30-45 years in the wild. The rhinos live in lowland rain forest, wet meadows and large flooded land areas. Javan rhinocerms are mostly calm, except for childhood recognition and rearing, although a group can occasionally gather near puddles and where minerals are obtained. Adult rhinos do not have predators as enemies. Javan Rhinos usually avoid humans, but will attack humans if they feel disturbed. Natural researchers and protectors rarely examine the animals directly because of their scarcity and the danger of harassing an endangered species. Researchers used cameras and dirt samples to measure their health and behavior. The Javan Rhino is less studied than other rhino species.

Taxonomy and naming

The first study of Javan rhinoceroses was carried out by natural investigators from outside the area in 1787, when two animals were shot in Java. The Javan rhinoceros bone was sent to Dutch natural investigators Peter Camper, who died in 1789 before publishing his discovery that the Javan rhinoceros is a special species. Another Javan rhino was shot on Sumatra Island by Alfred Duvaucel who sent his specimen to his stepfather, Georges Cuvier, a famous French scientist. Cuvier recognized this beast as a special species in 1822, and in the same year identified by Anselme Gaëtan Desmarest as Rhinoceros sondaicus. This species is the last species of rhinoceros identified. Desmarest initially identified the rhinoceros from Java, but later changed and said the specimens came from Java.
The genus name Rhinoceros, in which there is also an Indian rhino, comes from the Greek: rhino means nose, and ceros means horn; Sondaicus is derived from the Sundanese word, an area that includes the islands of Sumatra, Java, Kalimantan and the surrounding small islands. The Javan rhinoceros is also called a small one-horned rhinoceros (as a difference with a large one-horned rhino, another Indian rhino name).

There are three subspecies, of which only two subspecies remain, while one subspecies is extinct:
Rhinoceros sondaicus sondaicus, a subspecies type known as the Indonesian Javan Rhino 'who once lived on the islands of Java and Sumatra. Now the population is only about 40-50 in Ujung Kulon National Park located at the western tip of Java Island. One researcher suggests that the Javan Rhino in Sumatra falls into a different subspecies, R.s. Floweri, but this is not widely accepted.
Rhinoceros sondaicus annamiticus, known as the Javan Rhino of Vietnam or the Vietnamese Rhinoceros, who once lived along Vietnam, Cambodia, Laos, Thailand and Malaysia. Annamiticus is derived from the Annam mountains of Southeast Asia, part of the species' habitat. Now the population is estimated to be fewer than 12, living in lowland forests in Cat Tien National Park, Vietnam. Genetic analysis suggests that the two remaining subspecies had the same ancestor between 300,000 and 2 million years ago.
Rhinoceros sondaicus inermis, known as the Indian Javan Rhinos, had lived in Bengal to Burma (Myanmar), but was considered extinct in the early decade of the 1900s. Inermis means no horn, because the characteristics of this rhino are small horns in male rhinos, and no horns in females. Specimens of this species are females that do not have horns. The political situation in Burma prevents estimates of this species in the country, but its salvation is considered unbelievable.

Evolution

The first rhino ancestor was separated from other Perissodactyls during the early Eocene. Comparison of mitochondrial DNA gives the impression that the ancestors of modern rhinoceros were separated from the ancestors of Equidae some 50 million years ago. The surviving family, Rhinocerotidae, first appeared in the late Eocene in Eurasia, and ancestral species of modern rhino emerged from Asia at the beginning of the Miocene.
Javan Rhinoceros and Indian rhinoceros are the only members of the genus Rhinoceros that first appeared on the fossil record in Asia about 1.6 million-3.3 million years ago. The molecular estimates suggest that the species had been formed earlier, about 11.7 million years ago. Though belonging to the genus type, the Javan and Indian rhino are believed to be unrelated to other rhino species. Different studies have hypothesized that they may be closely related to an extinct Gaindetherium or Punjabitherium. The Krlad Rhinocerotidae analysis puts Rhinoceros and Punjabitherium extinct on the klad with Dicerorhinus, the Sumatran rhino. Other studies suggest that the Sumatran Rhino is more closely related to two rhino species in Africa. The Sumatran Rhinoceros may be separated from other Asian rhinos 15 million years ago.

Description

Javan Rhino is smaller than its cousin, Indian rhinoceros, and has a large body close to a black rhinoceros. The length of the body of the Javan rhino (including its head) can be more than 3.1-3.2 m and reaches a height of 1.4 to 1.7 m. Adult rhino reportedly weighs between 900 and 2,300 kilograms. Research to collect accurate measurements of the Javan rhinoceros is never done and not a priority. There is no major difference between the sexes, but the female Javanese rhinoceros may be larger in size. Rhino in Vietnam is smaller than in Java based on evidence research through photographs and measurements of their footprints.
Like its cousin in India, Javan rhino has one horn (another species has two horns). Its horn is the smallest horn of all rhinoceros, usually fewer than 20 cm with the longest along 27 cm. Javan rhino rarely uses his horn to fight, but uses it to move the mud in the puddles, to pull the plants to be edible, and pave the way through thick vegetation. The Javanese rhinoceros has a long, high and long lips that help it take food. The serrated teeth are long and sharp; When Javan rhinoceros fight, they use this tooth. Behind the incisors, six long molars are used for chewing rough plants. Like all rhinoceroses, Javan Rhino has a good sense of smell and hearing but has poor eyesight. They are estimated to live for 30 to 45 years.
Her slightly hairy, gray or gray-brown skin wrapped around her shoulders, back and buttocks. The skin has a natural mosaic pattern that causes the rhino to have a shield. The Java rhino's neck wrap is smaller than the Indian rhinoceros, but it still forms a saddle shape on the shoulders. Because of the risk of disturbing endangered species, Javan rhinoceros is studied through a sample of dirt and cameras. They are rarely encountered, observed or measured directly.

Distribution and habitat

The most optimistic estimates estimate that fewer than 100 Javan rhino still exist in the wild. They are considered the most threatened mammals; Although there are still Sumatran rhinos where their lives are not protected like Javan rhinoceros, and some natural protectors assume they have a greater risk. The Javan rhinoceros is still alive in two places, Ujung Kulon National Park on the western tip of Java island and Cat Tien National Park located about 150 km north of Ho Chi Minh City.
These animals once spread from Assam and Bengal (their residence will complement each other between the Sumatran and Indian rhinos in that place) eastward to Myanmar, Thailand, Cambodia, Laos, Vietnam, and southward on the Malay peninsula and Sumatra island, Java and Kalimantan. Javan rhinos live in lowland rain forest, tall grass and alang-alang beds with many rivers, large floodplains or wet areas with many mud puddles. Although in Javan rhino histories favor low areas, subspecies in Vietnam are driven towards higher ground (above 2,000 m), caused by human hunting and hunting.
The Javan rhinoceros has shrunk over the last 3,000 years, beginning around 1000 BC, where life in the north of the rhino extends to Tongkok, but begins to move roughly southward at 0.5 km per year as human settlers rise in the area. This rhino began to become extinct in India in the early decades of the 20th century. The Javan Rhinoceros were hunted down to extinction on peninsular Malaysia in 1932. At the end of the Vietnam war, the Vietnamese rhinoceros was believed extinct along the mainland of Asia. Local hunters and loggers in Cambodia claim to see the Javan Rhino in the Cardamom Mountains, but surveys of the area failed to find evidence. The Javan Rhinoceros population may also exist on the island of Borneo, although the specimen may be a Sumatran rhino, a small population still living there.

Character

Javan rhinoceros are calm animals with the exception when they breed and if a host takes care of their child. Sometimes they will cluster in small groups in places looking for minerals and mud puddles. Wallowing in the mud is a common trait of all rhinos to maintain body temperature and help prevent diseases and parasites. Javan rhino does not dig its own mud puddles and prefers to use other puddles of animals or holes that appear naturally, which will use its horn to enlarge. Where to find minerals is also very important because the nutrients for rhinos are received from salt. The male area is larger than the female with the male area of ​​12-20 km ² and the female area is estimated to be 3-14 km ². Male area is bigger than female area. It is not known whether there is a territorial battle.
Males mark their territory with piles of dirt and urine splashes. Scratches made by feet on the ground and rolls of young trees are also used for communication. Other rhinoceros species have a distinct habit of defecating on large rhino droppings and then scraping their hind legs in the dirt. Sumatran and Javan Rhino when defecating in piles, not scratching. The adaptation of these properties is known ecologically; In the rain forests of Java and Sumatra, this method may not be useful for spreading odors.
Javan Rhinos have fewer sounds than the Sumatran rhino; Very few Javan rhino sounds are known. The adult Javan Rhino has no natural enemies other than humans. This species, particularly in Vietnam, is a species that fled into the forest when humans approached making it difficult to observe rhinos. When humans get too close to the Javan rhinoceros, the rhino will become aggressive and will attack, stabbing with the teeth of its series in the lower jaw while stabbing up with his head. Its anti-social character may be an adaptation of population pressures; Historical evidence suggests that this species was once more clustered.

Food

Javan Rhinos are herbivorous animals and eat a variety of plant species, especially buds, twigs, young leaves and fallen fruits. Most plants favored by this species grow in sun-exposed areas: in forest clearing, shrubs and other vegetation types without large trees. The rhino drops a young tree to reach its food and grabs it with its upper lip that can hold. The Javan rhinoceros is the most adaptable eater of all rhinoceros species. Rhino is estimated to eat 50 kg of food per day. Like the Sumatran Rhinoceros, this species of rhino needs salt for its food. Public mineral-seeking places are not in Ujung Kulon, but the Javan rhinoceros is seen drinking sea water for the same nutrients it needs.

Reproduction

The sexual nature of the Javan rhinoceros is difficult to learn because the species is rarely observed directly and no zoos have specimens. Females reach sexual maturity at the age of 3-4 years while male sexual maturity at age 6 years. The possibility of pregnancy is estimated to appear in the 16-19 month period. The birth interval of this species is 4-5 years and the child makes a stop at about 2 years. Four other rhinoceros species have similar pairs of properties

Conservation

The main factor in the declining population of the Javan Rhinoceros is the hunt for its horn, a problem that also attacks all species of rhino. Rhinoceros horns are a trading commodity in China for 2,000 years which is used as medicine for traditional Chinese medicine. Historically his skin was used to make armor of Chinese soldiers and local tribes in Vietnam believed that his skin could be used as an antidote to poison for snakes. Since the rhino's life spans many areas of poverty, it is difficult for people not to kill these animals that can be sold at high prices. When the Convention on International Trade in Endangered Species of Wild Fauna and Flora was first put into effect in 1975, the Javan rhino was incorporated into the protection of Appendix 1: all international trade in Javan rhino products is considered illegal. The black market survey of rhinoceros horns has determined that the Asian rhino has a price of $ 30,000 per kilogram, three times the price of African rhinoceros horns.
The loss of habitat due to agriculture also leads to a decrease in the Javan rhino population, although this is no longer a significant factor as the rhino only lives in two protected national parks. The worsening of habitat has prevented the recovery of the rhinoceros population who were victims of hunting for horns. Even with all conservation efforts, the prospects for the safety of the Javan rhinos are bleak. Because their population is enclosed in two small places, they are highly vulnerable to disease and breeding problems. Conservation geneticists estimate that a population of 100 rhinos needs to protect the genetic division of species.

Ujung Kulon

The Ujung Kulon peninsula was destroyed by the eruption of Krakatau volcano in 1883. The Javan rhino colonized the peninsula after the eruption, but humans never returned in large numbers, thus becoming a refuge. In 1931, because the Javan rhinoceros was on the verge of extinction in Sumatra, the Dutch East Indies government declared that rhino was a protected species, and it is still protected today. In 1967 when the rhino census was conducted in Ujung Kulon, only 25 rhinos existed. In 1980, the rhino population increased, and remained in the population of 50 until now. Although the rhino in Ujung Kulon has no natural enemies, they have to compete for sparse space and resources with wild buffalo and Arenga crops that can cause the number of rhinos to remain below the capacity of the peninsula. Ujung Kulon is managed by the Minister of Forestry of the Republic of Indonesia. Found at least four Javan rhinoceros infants in 2006.
The main photo of the Javan rhinoceros and its baby, estimated to be about 4-6 months old, was successfully immortalized by the WWF team in November 2007. When photographed, the rhino baby was feeding her mother. The existence of the rhino is known when found traces of rhinoceros measuring 15/16 cm around the watershed Citadahan on October 30, 2007. This is good news for proving the birth of a new rhino in Ujung Kulon.

Cat Tien

Few Rs.s members. The remaining annamiticus lives in Cat Tien National Park, Vietnam. This rhino has spread in Southeast Asia. After the Vietnam war, the Javan rhinoceros was considered extinct. Tactics used in combat cause damage to regional ecosystems: the use of Napalm, herbicides and defoliants from Agent Orange, aerial bombardment and the use of landmines. The war also flooded the area with weapons. After the war, many poor villagers, who previously used methods such as trap holes, now have deadly weapons that make them efficient rhino hunters. The alleged extinction of the subspecies was challenged when in 1988, a hunter shot an adult female showing that the species had survived the war. In 1989, scientists scrutinized the forests of southern Vietnam to search for evidence of other surviving rhinos. Fresh Rhino footprints belonging to at least 15 rhinoceros are found along the Dong Nai River. Because of the rhinoceros, the area where they lived became part of Cat Tien National Park in 1992. In the early 2000s, their population was feared to have greatly reduced in Vietnam; Some natural protectors estimate that only 3 to 8 rhinos survive, and perhaps none are male. The protector of nature debates whether the Vietnamese rhinoceros is likely to survive; Some argue that rhinoceros from Indonesia must be brought in to rescue the population in Vietnam, and others argue that the population can recover.

In captivity

There is no single Javan rhinoceros in the zoo. In the 1800s, at least four rhinos were exhibited in Adelaide, Kolkata and London. At least 22 Javan rhinoceroses have been documented and kept in captivity, and probably larger in number because these species are sometimes thought to be Indian rhinos. The Javan rhinoceros is never handled properly in captivity: the oldest living rhino reaches only 20 years of age, about half the age that rhinos can reach in the wild. The last Javan rhinoceros in captivity died at the Adelaide Zoo, Australia in 1907, where the species is little known for being shown as an Indian rhino. As a result of the long and expensive programs of the 1980s and 1990s to breed the Sumatran rhino at the zoo failed, efforts to protect the Javan rhinoceros at the zoo were unreliable.

The second habitat preparation effort

Javanese rhinoceros that gather in one main area are particularly vulnerable to extinctions that can be caused by disease, natural disasters such as tsunamis, Krakatau eruptions, earthquakes. In addition, this rhino also lacks space roaming and sources due to the invasion langkap (arenga) and competition with the bull.
WWF's initial study identified suitable, safe and relatively close habitat is Halimun National Park in Mt. Salak, West Java, formerly a Javan rhino habitat. If a second habitat is found, then a healthy, well-qualified rhino, and meets the criteria in Ujung Kulon will be sent to the new territory. This habitat will also ensure the safety of the population.