(Press-News.org) The earliest evidence of using flower beds for burial, dating back to 13,700 years ago, was discovered in Raqefet Cave in Mt. Carmel, during excavations led by the University of Haifa. In four different graves from the Natufian period, dating back to 13,700-11,700 years ago, dozens of impressions of Salvia plants and other species of sedges and mints (the Lamiaceae family), were found under human skeletons. "This is another evidence that as far back as 13,700 years ago, our ancestors, the Natufians, had burial rituals similar to ours, nowadays", said Prof. Dani Nadel, from the University of Haifa, who led the excavations.
The Natufians, who lived some 15,000-11,500 years ago, were of the first in the world to abandon nomadic life and settle in permanent settlements, setting up structures with stone foundations. They were also among the first to establish cemeteries - confined areas in which they buried their community members for generations. The cemeteries were usually located at the first chambers of caves or on terraces located below the caves. In contrast, earlier cultures used to bury their dead (if at all) randomly. Mt. Carmel was one of the most important and densely populated areas in the Natufian settlement system. Its sites have been explored by University of Haifa archeologists for dozens of years.
A Natufian cemetery containing 29 skeletons of babies, children and adults was discovered at Raqefet cave. Most of the burials were single interments, although some were double, in which two bodies were interred together in the same pit. In fours graves, researchers found plant impressions on a thin layer of mud veneer which was presumably spread like plaster inside the grave. Before burying the bodies, the Natufians spread a bed of blooming green plants inside the graves. The impressions are mostly of plants with square stems, common among the mint family. In one incident, flowering stems of Judean Sage were found, one of three Sage species currently growing in the vicinity of the cave. This led the researchers to suggest that the burials were conducted in springtime, using colorful and aromatic flowers. The Raqefet cave remains are the earliest example found of graves lined with green and flowering plants.
According to the researchers, apparently flowerbeds were not restricted to adults alone and graves of children and adolescents were also lined with flowers. Since the mud veneer doesn't include impressions of stone objects and bones, despite the presence of thousands of these hard and durable artifacts within the cave and grave fills, the researchers suggest that the green lining was thick and continuous, covering the entire grave floor and sides, preventing objects from leaving impressions on the moist mud veneer.
The researchers even found evidence of Natufian bedrock chiseling in the graveyard, demonstrating grave preparation to fit their needs. The Natufians also chiseled a variety of mortars and cupmarks in close vicinity to the graves and on rock exposures on the terrace below the cave. The graves were directly radiocarbon dated. Samples from three different human skeletons were dated to 13,700-11,700 years ago.
"The Natufians lived at a time of many changes - a time when population density was rising and the struggle for land, food and resources was increasing. The establishment of grave yards and unique burial rituals reflects the complexity of the Natufian society. Communal burial sites and elaborate rituals such as funeral ceremonies must have strengthened the sense of solidarity among the community members, and their feeling of unity in the face of other groups", concluded Prof. Nadel.
INFORMATION:
The project was led by researchers from the Zinman Institute of Archaelogy at the University of Haifa, with expert partners from the Hebrew University of Jerusalem, the Weizmann Institute, the Max Planck Institute (Germany), The Centre National de la Recherche Scientifique (Paris) and the Anthropology Department at the University of Texas at Austin (USA). The research results were published in the Proceedings of the National Academy of Sciences (United States) journal. The research project in Raqefet cave has been ongoing since 2004, and is largely sponsored by a National Geographic research grant (Committee for Research and Exploration). Additional funds were provided by the Wenner-Gren and CARE Foundations. Raqefet cave is located in a national park (the Israel Nature and Parks Authority). The excavation was conducted under license from the Israel Antiquities Authority. University of Haifa students from the Department of Archeology also participated in the excavations and lab research that followed.
Earliest evidence of using flower beds for burial found in Raqefet Cave in Mt. Carmel
2013-07-05
ELSE PRESS RELEASES FROM THIS DATE:
New marker substance for cancer cells
2013-07-05
Imaging techniques in cancer medicine provide far more than merely information on the scale and location of cancerous ulcers. There are modern methods that additionally characterise the tumour cells precisely, for instance by specific molecules they carry on their surface. Such additional information gives doctors key clues as to the precise cancer type and enables them to predict the probability that a patient will respond to a particular form of therapy.
Positron emission tomography (PET) is one such technique. Unlike with computed tomography or magnetic resonance imaging, ...
Protecting drinking water systems from deliberate contamination
2013-07-05
An international project has developed a response programme for rapidly restoring the use of drinking water networks following a deliberate contamination event.
The importance of water and of water infrastructures to human health and to the running of our economy makes water systems likely targets for terrorism and CBRN (chemical, biological and radionuclide) contamination. Reducing the vulnerability of drinking water systems to deliberate attacks is one of the main security challenges.
SecurEau, a four-year Seventh Framework Programme funded project, involved 12 partners, ...
Saarland University scientists reveal structure of a supercooled liquid
2013-07-05
This news release is available in German. The experimental work, which was performed at the German Electron Synchrotron Facility (DESY) in Hamburg, involved levitating hot metal droplets and observing them as they cooled by irradiating them with x-rays from one of the world's strongest x-ray sources. The research work is funded by the German Research Foundation (DFG) and the results have just been published in 'Nature Communications'.
Supercooled liquids demonstrate some interesting phenomena when they are irradiated with an extremely bright x-ray source. Shuai ...
From manga to movies: Study offers new insights into Japan's biggest media industries
2013-07-05
Japanese films have retaken the box office in their home market in a major shift not seen since the 1960s, according to new research by the University of East Anglia (UEA).
A boom in production numbers has taken place since 2000 - in 2012 Japan produced 554 films, the first time it had broken the 500-film barrier since 1961. This is in contrast to the period from the 1950s to the end of the 1990s, when Japanese production steadily declined from about 500 movies a year to only around 250.
However, despite their popularity at home this success has yet to translate into ...
Tweet all about it -- Twitter can't replace newswires, study shows
2013-07-05
News agencies continue to have an edge over Twitter in being first with the news, a study found.
Research into reporting of news events by Twitter and newswire services has found that while Twitter can sometimes break news before newswires, for major events there is little evidence that it can replace traditional news outlets.
Twitter's main benefits for news are bringing additional coverage of events, and for sharing news items of interest to niche audiences or with a short lifespan, such as local sports results.
Scientists at the Universities of Edinburgh and Glasgow ...
Laser system allows determination of atomic binding energy of the rarest element on earth
2013-07-05
The radioactive element astatine, the name of which is derived from the Greek word for 'instability,' is so rare on earth that it has not yet been investigated to any greater extent and, as a consequence, very little is known about it. Using artificially generated astatine, the Mainz-based physicist Sebastian Rothe has now managed for the first time to experimentally explore one of its fundamental parameters, the ionization potential, and thus determine one of the most important properties of the rare element. The ionization potential is the binding energy, i.e., the amount ...
Scientists explore the mind with epigenomic maps
2013-07-05
High-resolution mapping of the epigenome has discovered unique patterns that emerge during the generation of brain circuitry in childhood.
While the 'genome' can be thought of as the instruction manual that contains the blueprints (genes) for all of the components of our cells and our body, the 'epigenome' can be thought of as an additional layer of information on top of our genes that change the way they are used.
"These new insights will provide the foundation for investigating the role the epigenome plays in learning, memory formation, brain structure and mental ...
Solitary lemurs avoid danger with a little help from the neighbors
2013-07-05
Very little is known about the Sahamalaza sportive lemur (Lepilemur sahamalazensis), other than the fact it roosts during the day in rather open situations, such as tree holes, and therefore risks falling victim to predators from both the air and the ground.
Sportive lemurs are not kept in any zoo. Prior to this research virtually nothing was known about this particular species despite the fact that it has been classified as Critically Endangered, the top threat category of the International Union for Conservation of Nature's (IUCN) Red List of Threatened Species, at ...
In subglacial lake, surprising life goes on
2013-07-05
BOWLING GREEN, O.—Lake Vostok, buried under a glacier in Antarctica, is so dark, deep and cold that scientists had considered it a possible model for other planets, a place where nothing could live.
However, work by Dr. Scott Rogers, a Bowling Green State University professor of biological sciences, and his colleagues has revealed a surprising variety of life forms living and reproducing in this most extreme of environments. A paper published June 26 in PLOS ONE (Public Library of Science - http://dx.plos.org/10.1371/journal.pone.0067221) details the thousands of species ...
Toronto team IDs proteins key in stem cell production
2013-07-05
TORONTO - A team of Toronto-based researchers may be one step closer to a 'recipe' for large-scale production of stem cells for use in research and therapy.
Induced pluripotent stem cells (iPSCs) can be of great value for medical research because they can flexibly develop into many different types of cells. However, producing these cells is challenging because the proteins that control their generation are largely unknown.
But researchers from the University of Toronto, the Hospital for Sick Children and Mount Sinai Hospital (with colleagues from the United States and ...