Showing posts with label Italy. Show all posts
Showing posts with label Italy. Show all posts

Thursday, 21 September 2017

Ancient textiles reveal differences in Mediterranean fabrics in the 1st millennium BC


Textiles represent one of the earliest human craft technologies and applied arts, and their production would have been one of the most important time, resource and labour consuming activities in the ancient past.

Ancient textiles reveal differences in Mediterranean fabrics in the 1st millennium BC
Twill example from Civita Castellana, Italy, seventh century BC [Credit: Margarita Gleba]
In archaeological contexts, textiles are relatively rare finds, especially in Mediterranean Europe where conditions are unfavourable for organic material preservation. Many archaeological textile fragments do, however, survive in mineralised form, which forms the basis of a new study published in Antiquity.

Detailed analysis of several hundred textile fragments has provided, for the first time, a much more detailed definition of the textile cultures in Italy and Greece during the first half of the first millennium BC.

According to Dr Margarita Gleba, the study's author and researcher at the McDonald Institute for Archaeological Research, University of Cambridge, "Luckily for us, during the Iron Age (c. 1000-400 BC) people were buried with a lot of metal goods such as personal ornaments, weapons and vessels. These metals are conducive to the preservation of textiles as the metal effectively kills off the micro-organisms which would otherwise consume the organic materials, while at the same time metal salts create casts of textile fibres, thereby preserving the textile microstructure."

Ancient textiles reveal differences in Mediterranean fabrics in the 1st millennium BC
Weft-faced tabby example from Corfu, Greece, sixth century BC [Credit: Artex]
"This is how we get such a large number of textiles, even though they only exist now in tiny fragments. Through meticulous analysis using digital and scanning electron microscopy, high performance liquid chromatography and other advanced methods we are able to determine a lot of information including the nature of the raw materials and structural features such as thread diameter, twist direction, type of weaving or binding, and thread count."

The technical differences suggest that during the Iron Age, textiles in Italy more closely resembled those found in Central Europe (associated with the Hallstatt culture that was prevalent in modern-day Germany, Austria and Slovenia) while the textile culture of Greece was largely connected with the Near East.

Dr Gleba added, "There is overwhelming evidence for frequent contact between Italy and Greece during the first half of the first millennium BC, but this evidence shows that their textile traditions were technically, aesthetically and conceptually very different. This means that the populations in these two regions are making an active decision to clothe themselves in a certain way and it may have to do with traditions set up already in the Bronze Age."


"Textiles have been and still are widely considered one of the most valuable indicators of individual and group identity. Even in societies today, we frequently form opinions of others based on the type of cloth they are wearing: tweed is associated with Irish and British country clothing, cashmere with Central Asia and silk with the Far East for example."

"Curiously, by Roman times, the establishment of Greek colonies in southern Italy and more general oriental influences observed in material culture of Italic populations leads towards gradual disappearance of the indigenous textile tradition. Our future research will attempt to understand the cause behind this change in textile culture."

Source: University of Cambridge [September 21, 2017]
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Thursday, 7 September 2017

Archaeological site of Faragola in Puglia damaged by fire


A fire damaged the ancient archaeological site of Faragola in Puglia overnight. "It looks like the work of professionals," said Puglia-born archaeologist Giuliano Volpe, who said he was "devastated" by the damage to the fourth-sixth century site, as well as by a series of thefts.

Archaeological site of Faragola in Puglia damaged by fire

He said pots and terracotta panels had been split by the heat of the flames.

Volpe, head of the higher council for cultural and landscape heritage, said he was "particularly saddened" by the theft of an ancient winged figure.

Source: ANSA [September 07, 2017]
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Mystery of peculiar purple spots on 800 year old scrolls solved


More than 800 years ago, a teenaged soldier named Laurentius Loricatus accidentally killed a man. He spent the next three decades repenting alone in an Italian cave, self-flagellating.

Mystery of peculiar purple spots on 800 year old scrolls solved
Purple spot damaging the scroll [Credit: G. Vendittozzi]
But there are gaps in Loricatus's story, which was penned in the year 1244, after his death, on a five-metre-long goat skin parchment setting out the case for his canonisation—which failed.

Infuriating purple "spots" blot the ancient scroll and many others. On Thursday, scientists reported they had finally identified the cause of the spots.

Mystery of peculiar purple spots on 800 year old scrolls solved
The five-metre long parchment, A.A. Arm. I-XVIII 3328, from the Vatican Secret Archives. It belongs to the oldest
collection of the Archives, called Archivum Arcis, which was kept in Castel S. Angelo (downtown Rome) 
until the end of the 18th Century [Credit: G. Vendittozzi]
In a study published in the journal Scientific Reports, they fingered both Halobacteria, a type of bacteria found in high-salt environments like oceans, and Gammaproteobacteria—a group of microbes in the same class as E.coli and salmonella.

As patchy as it is, the tale is known thanks to the scroll's careful preservation. It has been kept in controlled temperature and humidity conditions at the Vatican Secret Archives since the 18th century.

Mystery of peculiar purple spots on 800 year old scrolls solved
Detachment of the superficial layer of the damaged areas and loss of readability [Credit: G. Vendittozzi]
The scientists said they hoped the breakthrough would boost document preservation and perhaps aid restoration of those already damaged.

Further study should identify the exact sequence of spot-causing microbes, they added.

Source: AFP [September 07, 2017]
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