The Nazca Lines // are a group of very large geoglyphs formed by depressions or shallow incisions made in the soil of the Nazca Desert in southern Peru. They were created between 500 BCE and 500 CE.
|UNESCO World Heritage Site|
1953 aerial photograph by Maria Reiche, one of the first archaeologists to study the lines
|Location||Nazca Desert, Peru|
|Criteria||Cultural: i, iii, iv|
|Inscription||1994 (18th Session)|
Individual geoglyphs measure between 0.4 and 1.1 km (.2 and .7 mi) wide. Their combined length is over 1,300 km (808 mi), and they cover an area of about 50 sq km (19 sq mi). The lines that form them are 10 to 15 cm (4 to 6 in) deep. They were made by scraping off the top layer of reddish-brown iron oxide-coated pebbles to reveal a yellow-grey subsoil. The width of the lines vary, but over half are slightly over one-third meter (approximately just over 1 foot) wide.
Some of the Nazca lines form shapes that are best seen from the air (~1,500 ft), though they are visible from the surrounding foothills and other high places. The shapes are usually made from one continuous line. The largest ones are about 370 m (1,200 ft) long.
The figures vary in complexity. Hundreds are simple lines and geometric shapes; more than 70 are zoomorphic designs of animals such as a hummingbird, spider, fish, llama, jaguar, monkey, lizard, dog and a human. Other shapes include trees and flowers.
Because of its isolation and the dry, windless, stable climate of the plateau, the lines have mostly been preserved naturally. Extremely rare changes in weather may temporarily alter the general designs. As of 2012, the lines are said to have been deteriorating because of an influx of squatters inhabiting the lands.
The high, arid plateau stretches more than 80 km (50 mi) between the towns of Nazca and Palpa on the Pampas de Jumana, approximately 400 km (250 mi) south of Lima, roughly matching the main PE-1S Panamericana Sur. The main concentration is in a 10 by 4 km (6 mi by 2 mi) rectangle, south of San Miguel de la Pascana hamlet. In this area, the most notable geoglyphs are visible.
In 1586, Luis Monzón reported having seen ancient ruins in Peru, including the remains of "roads". Although the lines were partially visible from the nearby hills, the first to report them were Peruvian military and civilian pilots.
In 1927 the Peruvian archaeologist Toribio Mejía Xesspe spotted them while he was hiking through the foothills. He discussed them at a conference in Lima in 1939.
Paul Kosok, an American historian from Long Island University, is credited as the first scholar to study the Nazca Lines at length. In Peru in 1940–41 to study ancient irrigation systems, he flew over the lines and realized one was in the shape of a bird. Another chance observation helped him see how lines converged at the winter solstice in the Southern Hemisphere. He began to study how the lines might have been created, as well as to try to determine their purpose. He was joined by archeologist Richard P. Schaedel from the United States, and Maria Reiche, a German mathematician and archaeologist from Lima, to help determine the purpose of the Nazca Lines. They proposed one of the earliest reasons for the existence of the figures: to be markers on the horizon to show where the sun and other celestial bodies rose on significant dates. Archaeologists, historians, and mathematicians have all tried to determine the purpose of the lines.
Determining how they were made has been easier than determining why they were made. Scholars have theorized the Nazca people could have used simple tools and surveying equipment to construct the lines. Archaeological surveys have found wooden stakes in the ground at the end of some lines, which supports this theory. One such stake was carbon-dated and was the basis for establishing the age of the design complex.
Refuting the hypothesis of Erich von Däniken that the lines had to have been created by "ancient astronauts", prominent skeptic Joe Nickell has reproduced the figures using tools and technology available to the Nazca people. Scientific American called his work "remarkable in its exactness" when compared to the existing lines. With careful planning and simple technologies, Nickell proved that a small team of people could recreate even the largest figures within days, without any aerial assistance.
Most of the lines are formed on the ground by a shallow trench with a depth between 10 and 15 cm (4 and 6 in). Such trenches were made by removing the reddish-brown iron oxide-coated pebbles that cover the surface of the Nazca Desert. When this gravel is removed, the light-colored clay earth exposed in the bottom of the trench produces lines and contrasts sharply in color and tone with the surrounding land surface. This sublayer contains high amounts of lime which, with the morning mist, hardens to form a protective layer that shields the lines from winds, thereby preventing erosion.
The Nazca "drew" several hundred simple, but huge, curvilinear animal and human figures by this technique. In total, the earthwork project is huge and complex: the area encompassing the lines is nearly 450 km2 (170 sq mi), and the largest figures can span nearly 370 m (1,200 ft). Some figures have been measured: the hummingbird is 93 m (305 ft) long, the condor is 134 m (440 ft), the monkey is 93 by 58 m (305 by 190 ft), and the spider is 47 m (154 ft). The extremely dry, windless, and constant climate of the Nazca region has preserved the lines well. This desert is one of the driest on Earth and maintains a temperature near 25 °C (77 °F) year round. The lack of wind has helped keep the lines uncovered and visible.
The discovery of two new small figures was announced in early 2011 by a Japanese team from Yamagata University. One of these resembles a human head and is dated to the early period of Nazca culture or earlier, and the other, undated, is an animal. In March 2012, the university announced a new research center would be opened at the site in September 2012 to study the area for the next 15 years. The team has been conducting field work there since 2006, when it had found approximately 100 new geoglyphs.
Earlier Paracas geoglyphsEdit
The Paracas culture is considered the precursor that influenced the development of the Nazca Lines. In 2018, drones used by archaeologists revealed many geoglyphs in the Palpa province that are being assigned to the Paracas culture. Many predate the associated Nazca lines by a thousand years. Some demonstrate a significant difference in the subjects and locations, such as some being on hillsides. Their co-discoverer, Peruvian archaeologist Luis Jaime Castillo Butters, indicates that many of these newly discovered geoglyphs represent warriors.
Anthropologists, ethnologists, and archaeologists have studied the ancient Nazca culture to try to determine the purpose of the lines and figures. One hypothesis is that the Nazca people created them to be seen by deities in the sky.
Paul Kosok and Maria Reiche advanced a purpose related to astronomy and cosmology, as has been common in other cultures: the lines were intended to act as a kind of observatory, to point to the places on the distant horizon where the sun and other celestial bodies rose or set in the solstices. Many prehistoric indigenous cultures in the Americas and elsewhere constructed earthworks that combined such astronomical sighting with their religious cosmology, as did the late Mississippian culture at Cahokia and other sites in present-day United States. Another example is Stonehenge in England.
Maria Reiche asserted that some or all of the figures represented constellations. By 1998, Phyllis B. Pitluga, a protégé of Reiche and senior astronomer at the Adler Planetarium in Chicago, had concluded that the animal figures were "representations of heavenly shapes". According to The New York Times, "she contends they are not shapes of constellations, but of what might be called counter constellations, the irregularly-shaped dark patches within the twinkling expanse of the Milky Way." Anthony Aveni criticized her work for failing to account for all the details.
Alberto Rossell Castro (1977) proposed a multi-functional interpretation of the geoglyphs. He classified them into three groups: the first appeared to be tracks connected to irrigation and field division, the second are lines that are axes connected with mounds and cairns, and the third was linked to astronomical interpretations.
In 1985, archaeologist Johan Reinhard published archaeological, ethnographic, and historical data demonstrating that worship of mountains and other water sources predominated in Nazca religion and economy from ancient to recent times. He theorized that the lines and figures were part of religious practices involving the worship of deities associated with the availability of water, which directly related to the success and productivity of crops. He interpreted the lines as sacred paths leading to places where these deities could be worshiped. The figures were symbols representing animals and objects meant to invoke the aid of the deities in supplying water. The precise meanings of many of the individual geoglyphs remain unknown.
Henri Stierlin, a Swiss art historian specializing in Egypt and the Middle East, published a book in 1983 linking the Nazca Lines to the production of ancient textiles that archeologists have found wrapping mummies of the Paracas culture. He contended that the people may have used the lines and trapezes as giant, primitive looms to fabricate the extremely long strings and wide pieces of textiles typical of the area. According to his theory, the figurative patterns (smaller and less common) were meant only for ritualistic purposes. This theory is not widely accepted, although scholars have noted similarities in patterns between the textiles and the Nazca Lines. They interpret these similarities as arising from the common culture.
The first systematic field study of the geoglyphs was made by Markus Reindel and Johny Cuadrado Island. Since 1996, they have documented and excavated more than 650 sites. They compared the iconography of the lines to ceramics of the cultures. As archeologists, they believe that the figurative motifs of geoglyphs can be dated to having been made between 200 and 600 BC.
Based on the results of geophysical investigations and the observation of geological faults, Johnson argued that some geoglyphs followed the paths of aquifers from which aqueducts (or puquios) collected water.
Nicola Masini and Giuseppe Orefici have conducted research in Pampa de Atarco (at about 10 km south of Pampa de Nasca), which they believe reveals a spatial, functional and religious relationship between these geoglyphs and the temples of Cahuachi. In particular, they investigated using remote sensing techniques and found "five groups of geoglyphs, each of them characterized by a specific motif and shape, and associated with a distinct function". They identified a ceremonial one, characterized by meandering motifs. Another is related to calendrical purpose, as proved by the presence of radial centers aligned along the directions of winter solstice and equinox sunset. As have earlier scholars, the two Italians believe that the geoglyphs were the venues of events linked to the agriculture calendar. These also served to strengthen social cohesion among various groups of pilgrims, sharing common ancestors and religious beliefs.
Other theories were that the geometric lines could indicate water flow or irrigation schemes, or be a part of rituals to "summon" water. The spiders, birds, and plants may be fertility symbols. It also has been theorized that the lines could act as an astronomical calendar.
Phyllis Pitluga, senior astronomer at the Adler Planetarium and a protégé of Reiche, performed computer-aided studies of star alignments. She asserted the giant spider figure is an anamorphic diagram of the constellation Orion. She further suggested that three of the straight lines leading to the figure were used to track the changing declinations of the three stars of Orion's Belt. In a critique of her analysis, Dr. Anthony F. Aveni noted she did not account for the other 12 lines of the figure.
He commented generally on her conclusions, saying:
I really had trouble finding good evidence to back up what she contended. Pitluga never laid out the criteria for selecting the lines she chose to measure, nor did she pay much attention to the archaeological data Clarkson and Silverman had unearthed. Her case did little justice to other information about the coastal cultures, save applying, with subtle contortions, Urton's representations of constellations from the highlands. As historian Jacquetta Hawkes might ask: was she getting the pampa she desired?
Jim Woodmann theorized that the Nazca lines could not have been made without some form of flight to observe the figures properly. Based on his study of available technology, he suggests a hot-air balloon was the only possible means of flight at the time of construction. To test this hypothesis, Woodmann made a hot-air balloon using materials and techniques he understood to have been available to the Nazca people. The balloon flew, after a fashion. Most scholars have rejected Woodmann's thesis as ad hoc, because of the lack of any evidence of such balloons.
Preservation and environmental concernsEdit
The Lines themselves are superficial, they are only 10 to 30 cm deep and could be washed away... Nazca has only ever received a small amount of rain. But now there are great changes to the weather all over the world. The Lines cannot resist heavy rain without being damaged.
After flooding and mudslides in the area in mid-February 2007, Mario Olaechea Aquije, archaeological resident from Peru's National Institute of Culture, and a team of specialists surveyed the area. He said, "[T]he mudslides and heavy rains did not appear to have caused any significant damage to the Nazca Lines". He noted that the nearby Southern Pan-American Highway did suffer damage, and "the damage done to the roads should serve as a reminder to just how fragile these figures are."
In 2012, squatters occupied land in the area, damaging a Nazca-era cemetery and allowing their pigs to have access to some of the land.
In 2013, machinery used in a limestone quarry was reported to have destroyed a small section of a line, and caused damage to another.
In December 2014, Greenpeace activists irreparably damaged the Nazca Lines while setting up a banner within the lines of one of the famed geoglyphs. The activists damaged an area around the hummingbird by grinding rocks into the sandy soil. Access to the area around the lines is strictly prohibited and special shoes must be worn to avoid damaging the UN World Heritage site. Greenpeace claimed the activists were "absolutely careful to protect the Nazca lines". This is contradicted by video and photographs showing the activists wearing conventional shoes (i.e. not special protective shoes) while walking on the site. Greenpeace has apologized to the Peruvian people, but Luis Jaime Castillo, Peru's vice minister of cultural heritage, called the apology "a joke", because Greenpeace initially refused to identify the vandals or accept responsibility. Culture Minister Diana Alvarez-Calderon said that evidence gathered during an investigation by the government would be used as part of a legal suit against Greenpeace. "The damage done is irreparable and the apologies offered by the environmental group aren't enough," she said at a news conference. Facing increasing pressure, Greenpeace later released the identities of four of the activists involved. One of the activists, Wolfgang Sadik, was eventually fined and given a suspended prison sentence for his role in the incident.
The Greenpeace incident also directed attention to other damage to geoglyphs outside of the World Heritage area caused in 2012 and 2013 by off-road vehicles of the Dakar Rally, which is visible from satellite imagery.
In January 2018, an errant truck driver was arrested, but later released for lack of evidence indicating any intent other than simple error. He had damaged three of the geoglyphs by leaving substantial tire marks across an area of approximately 150 by 350 feet (46 m by 107 m).
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