Γενετική των Ελλήνων

Minoan mitochondrial DNA

An extremely interesting study examining the mitochondrial DNA from 37 people from the cave of Lassithi, aged 3,7-4,4 thousands of years old, i.e. from the bronze age when flourishing the Minoan civilization in Crete. The main conclusions of the investigation are:

  • The Minoan mtDNA is clearly “European” and similar to today's populations of Europe, less with those of Anatolia, the Caucasus and Western Asia, and even less with those of North Africa. Therefore debunked the theory that the Minoan culture was outside-and North African- origin.
  • According to investigators, Crete was the original settlement in the beginning of the Neolithic period and then the proto-population that created the Minoan civilization a few thousand years later.
  • The ancient Minoan mitochondrial DNA is consistent with other archaiogenetika specimens from the Neolithic Europe, that probably means that the minoans were a population associated with the wave of Neolithic colonization introduced the agricultural economy in Europe.
  • The minoans also related closely enough and with many modern populations, including several different samples from Crete and the rest of Greece. In an analysis that the nearest modern population is that of the plateau of Lassithi.
  • Although the mitochondrial DNA does not offer adequate separation of populations leptomeriakoy, It seems clear that there is a significant degree of continuity between the Minoans and modern Cretans in particular but also modern Greeks and Europeans in General.
A Lecture Dr. Christina Papagorgopoulou for the first Mesolithikoy analysis results/DNA from the Elladiko Neolithic site in the context of the BEAN Project. Summing up some elements of the lecture:

  • Worst DNA retention in the Elladiko area of Central Europe and Siberia, because of higher temperature and the use of samples from skeletons that have not been recently excavated,, But enough diversification in the samples (some sites give reliable DNA almost always)
  • Presence of mitochondrial haplogroups X, K, J, H, T
  • Absence of aploomadas U are the most important in Mesolithic Central Europe
  • The Greek examples exhibit a great distance with the Mesolithic Central Europe (Fst=0.19-0.2) but both the MED-lithic and Neolithic samples show a small distance from the Neolithic Central Europe (Linearbandkeramik Fst=0.03-0.05)

Absence of Β-Thalassemia mutations to the Minoans

According to a recent study, in sample 24 The minoans (~ 2,000 b.c.) no matching mutations causing beta-Thalassemia in modern Cretans. However, the frequency of eterozygwtwn disease in modern Cretans are 7.6%, and so in a sample of n = 24 expect to identify such mutation ~ 1. Therefore, Although we cannot exclude the presence of such mutations with the existing sample, It seems that the frequency of them must have been relatively small or zero.

Boreioasiatiki admixture in Northern Europe

A major new study discovered a startling fact about the establishment of European populations: Europeans and particularly Northerners seem to have been mixing with a population element that resembles the populations of Northern Eurasia (Siberia) but the Indians of America (who came from Siberia before 15 thousands of years ago).
This admixture seems to have been influenced to varying degrees all Europeans, but to a greater extent the inhabitants of Northern Europe. The Sardinian population seems to have influenced the minimum degree. Other ancient European DNA studies have shown that otzi (a Neolithic Mummy about 5,3 thousand-year-old who was found in a glacier in the Austrian-Italian border), the Gok4 (a Megalithic resident of Sweden from around the same era), but a resident in Bulgaria and by the iron age all largely similar among themselves and with the modern Sardinioys.
It seems that the past of the continent was much more interesting than’ What,what many nomizane. The dating of immersion between “North-Oriental” element with the ancient Europeans dates back to approximately 2,000 e.g.. with enough range for the assessment.
Two assumptions were made about how to created this phenomenon. In accordance with the first, the admixture due to the arrival of Neolithic populations in Europe from the Middle East and their adulteration with Mesolithikoys inhabitants of Europe who were genetically metatopismenoi to Asia, probably because of hunter-gatherer free movement from East to West during the prehistory in the region of Northern Eurasia. The second hypothesis explains the phenomenon in the case of invasion blended the Indo-European teams in Europe on the part of the Eurasian steppe.

Aplotypiki analysis in 2.257 Europeans

An extremely interesting new study examine the distribution of recent ancestry in many European populations.

The autosomal DNA is inherited into chunks where each person gets a random half of the DNA of the father and mother of the. In the first gennia, the length of these pieces can be very large, but on each subsequent gennia, the enduring “cutting-sewing” leads to a real collage pieces inherited from grandparents/gennia grandmothers, Coke propappoydwn/progiagiadwn.
So if two people share a long DNA in one of their chrwmatoswmata, then there is a great chance to have a relatively recent common ancestor, While if the length is less, then the common ancestor is transferred in the distant past. After some point in this process of reconstruct eliminates completely the “Mark” of common descent.
Fortunately, however, it is possible with relatively great accuracy to look with approximately half a million genetic markers if two people have common ancestors in the last few thousand years. Once we can do that for two people, We can do it and for two populations. So we conclude whether there was DNA flow among them in history, and to appreciate when was this flow, watching the case on small or large pieces of DNA.
For example, studies in African Americans showed that their genome is a mosaic of European and African DNA in a ratio of about 1 towards 4. Analyzing the relatively large lengths of these pieces, It was concluded that the admixture was-average- about 8 gennies before, i.e. in the middle of the story of the arrival of European colonists and African slaves in the new world.
The new study is interesting enough for the verification of the effects of the medieval population movements (mainly German and Slavs) in Europe.
Shows how Spain, the France, and Italy are small “Mark” the common medieval origin with the countries of the German North, which means rather that moving the Goths, Franks, Loggobardwn, Normans, etc. It resulted in very large changes in Western Europe.
The Spain looks pretty homogeneous country, as we have seen, It was significantly influenced by medieval Visigoths. Instead, the Italy, seems to have a relatively “deep” the population structure of (before 2.300 years at least) which is probably related to the arrival of different populations on its territory (e.g.. The Greeks in the South).
The sample of the Greeks (which was collected in northern Greece) presents the greatest affinity with that of Albanians and secondarily of the inhabitants of FYROM. But all the peoples of the Balkans, including Greeks and Albanians have common medieval ancestors (in the last 1.500 years or so) with the populations of Eastern Europe. The most likely interpretation is that Greeks and Albanians and those affected by the movements of the Slavs in the middle ages, but to a lesser extent than the populations of Eastern Europe who speak Slavic today. Such effect seems and other non-Slavic populations, as the Hungarians and Germans.
The geographical origin and degree of contamination of the Slavic element cannot at present be estimated. My personal estimate based on samples of Dodecad Project and comparing these with the continental Greek from Crete, the Islands, Cyprus, Pontos, and with the Notioitaloys, Turks of Anatolia, and Armenians, show that there is indeed an increased “Nordic” component in the population of continental Greece, which seems like a prop in Anatolikomesogeiako arc from Sicily until Armenia.
In conjunction with the dating of aplotypwn from the new study in the middle ages, It seems quite likely that the absorption of certain Slavic elements to synetelesthike currently. Of course this influx replaced the local population not, who is still basically Mediterranean (the sample of the Greeks placed roughly in the middle of the Italian bed between the North and the South). My personal estimate is that this admixture of 10-20%.
In any case, along with highly new programmes in the field of ancient DNA as the BEAN Project and another great European program for people from the 45.000 until the 4.500 before the present, We will learn in the next few years several things about the prehistory and origins of various European populations.

DNA from the Mesolithic Iberia

A new study for the first time, cast light on the origins of the Mesolithikwn people of Ibirias. Their mitochondrial DNA belonged to haplogroup U5b2c1. As shown, the inhabitants of Europe before the advent of agriculture belonged to various sub-groups of U aploomadas and mainly on U5. Until now most items for’ This had been identified in Central and Eastern Europe, but recent developments suggest that similar population stood in Britain, the Luxembourg, and the Iberian Peninsula.
The scholars also isolated a small portion of the DNA of two Mesolithikwn aytoswmatikoy hunter-gatherer. Here were faced with a surprise: the Mesolithikoi people seem quite close, of course, with modern Europeans but have a small clear and visible deviation to the side of modern East Asian populations. If only compared with European populations, more Boreioeyrwpaϊkoys similar populations and does not seem to suggest that there is continuity in local population, nor even with Basque who is supposed by some that are descendants of the Mesolithikoy population.
There is here a reversal: While a resident of Neolithic Sweden, It looked more like the modern Negotiation, Here we have Mesolithikoys inhabitants of which resemble Ibirias Boreioeyrwpaioys. The most likely explanation is that before the advent of agriculture in Europe, the continent was inhabited by a population layer which has been absorbed by subsequent migrations but has been preserved to a greater extent in the more remote northern regions. However it seems that this substrate is not dominant but has largely masked by migrations of populations during the Neolithic age and the bronze age.

DNA from the Neolithic Sweden

A new study in the magazine Science He managed to extract autosomal DNA from four people aged 5000 approximately from the Neolithic years Sweden. Three of these people were hunter-gatherers (Pitted Ware Culture PWC) While one belonged to the first agricultural culture of Northern Europe (Funnelbeaker Culture / Trichterbecherkultur TRB). The sample of the farmer was a tooth found in a Megalithic Tomb.
Two hypotheses have been formulated for the diffusion of agricultural economy in Europe. According to a case idea of agriculture along with the familiar plants and animals species adopted autonomously by European hunters-gatherers. Another hypothesis argues that the Neolithic agro-pastoral “package” and other technologies (as the anagersi Megalithic monuments) transmitted across the continent from colonization of people carrying themselves the new economy at the edges of the continent.
The new study clearly supports the second hypothesis. Samples of hunter-gatherer and farmer coming from a distance of 400 km between them and have difference in very few centuries. Nevertheless exhibit genetic differences between them as important as today's Europeans from two different ends of Europe.

Most important, the agricultural sample resembles the Mediterranean peoples of Europe, and especially Cypriots and Greeks. Samples of hunter-gatherer are outside of the current genetic diversity in Europe, but more similar to the Finns and others Boreioeyrwpaioys.
It seems that at least in the initial phase of the spread of agriculture in Europe there hasn't been a great deal of mixing between the two groups. In Scandinavia, at the edges of Europe, farmers and hunter-gatherers lived separately for 1000 years and yet had not come into wide contact between them, the resulting agricultural sample still resembles with the populations of Mediterranean Europe, that chance came a few millennia earlier.

(A)nalysi of the Balkans and West Asia with ChromoPainter/fineSTRUCTURE

In the context of Dodecad Project completed a first analysis of the Greeks, along with several other populations from the Balkan peninsula and Western Asia by using the combination of ChromoPainter and fineSTRUCTURE programs (paintmychromosomes.com).
The autosomal DNA, i.e. the DNA of 22 chromosomes except X/Y is inherited in “tracks”. Each man has a pair of the chromosomal 1, one of the 2, Coke. Each chromosomal DNA consists of some pieces that belonged to his father, and some pieces that belonged to his mother.
THE reconstructing of chromosomes (recombination) a child from the parents of genetically in the passage of generations creates ever-smaller (in length) DNA fragments derived from human's ancestors, After the DNA sequence ever decays and reconstructed in every generation.
The ChromoPainter technique uses statistical methods to extract useful information from DNA, looking at not just what basis has each person in every point of the genome (e.g.. A, C, G, or T) but anasynthetontas it in pieces (chunks) continuous DNA which is identical with other people (e.g.. ACCGGTT).
A ratio helps to understand the usefulness of these techniques. Imagine a book where the text consists of a, b, c, d, … If not just stared at what letters contains a book but also combinations of letters, one could draw the conclusion that a book where we find the combination-ing at the end of words is likely to be written in English, While a book where we find the combination-ano is written in Italian. The ChromoPainter technique uses all elements, from just “letters” to large DNA sequences.
The fact that DNA is inherited in “tracks” called link (linkage). Using well logging information for genetic markers, along with information about the possibility of the chromosomal to “torn/anasyntethei” at every point of the length of the (recombination map), We can compare the DNA of different people much more “Smart”: If you have e.g.. feature common DNA sequences then are likely to be relatives, If you have several short sequences, can belong to the same or kindred peoples, While if you have a little (comparatively) common DNA may belong to separate populations.
Various people have in common the 99% their DNA, but small differences in rest 1% sufficient to create multiple phenotypic differences (e.g.. the color of the eyes or the shape of facial features) but give us secure information on their origin.
Using these techniques well able, using approximately 250 thousands of genetic markers to identify 25 different “populations” in a set 413 people. The whole process took about a week to an average modern computer, and the results are impressive.

I won't explain in detail all the aspects of this analysis. All items are here (in English).
But I will insist on some points. Thanks to the participation in Project Dodecad, I now have a sample 20 Greeks (Greek_D) from various areas within and outside of present-day Greece, as well as a Greek Cyprus (Greek_Cypriot_D). The existing sample is divided in three subgroups:

  • pop8 where Greeks from mainland Greece
  • pop14 where are Greeks from Crete, the Aegean Sea, Asia minor, Cappadocia and Pontos, with varying degrees of contamination with Greeks from mainland Greece
  • pop11 where Greek Cypriots from a published study (Cypriots) one Greek Cypriot Dodecad's Project as well as 3 Turkish Cypriots and one who has partial Turkish origin

Interesting is also the pop22 where you will find a series of people from different nationalities Pontos/languages.
It is important to note that this technique was able to correctly grouped individuals from different populations. Although the populations represented by large sample (like the Greeks, Turks, and Armenians) population subgroups could be antopisei. And in populations where the samples are small (e.g.. in various Balkan groups or in various populations of Pontus) grouping them geographically nearby relatives or correctly populations.

As increasing the number of samples, so will grow and our ability to uncover the structure of different populations.

For example, small samples of Slovenes, Serbs, Bosniaks, etc. grouped now in pop18. The same and small samples of Turkish/Armenian/Lazwn/Muslim Pontian Greeks from Pontos in pop22 group. This group will probably in the future lead to more detailed groups, enough to find more participants from specific areas.
For example, at the moment there is only one pure Cretan in program, situated with several other Greeks in the Group pop14. If you join many Cretans even, It is possible to create a “Cretan team” corresponding with those who have many more Cypriots (pop11). Respectively, If you join many Serbs and Slovenes, It is likely to break the pop18 group and to create groups of Serbs and Slovenes.
There are also populations with no representation, as Albanians, 100% Ellinopontioi, 100% Greeks of the Ionian, Montenegrins, and it is clear that if these groups have common genetic characteristics, These cannot be discovered if none of them in the program!

Dodecad Project: sharper for the Greek population
In a previous post I presented the first results for the sample of 12 Greeks Dodecad Project, demonstrating the Greek position between Southern Europe and Western Asia, with smaller influences from Northern Europe, Middle East, and negligible from Africa, India and the far East.

I recently moved a step further using the data of volunteers of the program in conjunction with the public data from scientific research, moving to a more thorough analysis of relations among various populations Dytikoeyrasiatikoys (Caucasoid) from Europe, West and Central Asia and Northern Africa.
The most important new feature of this analysis is the separation of Boreioeyrwpaϊkis component in Northwest European (who has maximum in Scandinavia, Britain, and Ireland) and Northeastern European (who has maximum to Lithuanians, Northern Slavs, and Finns). Also the Southeuropean now separated into two component, a Basque with a maximum in Basque and distribute mainly in the Atlantic and Southwest Europe, and a Sardiniaki with Mediterranean distribution that extends up to Western Asia.
All results can be found at Dienekes’ Anthropology Blog, but here mention the average values for the Greek sample 12 people:
Western Asia 31.3
Sardinia 31.0
Northeast Europe 11.7
North-west Europe 11.7
South-west Asia 8.9
Basque 5.1
North Africa 0.1
East Asia 0.1
East Africa 0.1
South Asia 0.0
Yposacharios Africa 0.0
You do not need to repeat that these values represent aspects of the relations of the Greeks with other populations and does not necessarily mean that Greeks are mixture of Basque, Sardiniwn, Dytikoasiatwn, Mr. o. k. Just show that there are e.g.. greatest common origins with the peoples of Asia minor than to the Basques or with the Sardinioys and other Mediterranean peoples than with those of the Baltic.
An interesting aspect of this study is the “balanced expression” of Boreieyrwpaϊkwn components. This demonstrates, in my opinion that genetic evidence with Northern nature did not come to Greece only because of commuting Slavs during the medieval period, After the Slabikoi populations have a much higher BA European but NW European component (ratio 3.7 : 1 the Russians against 1:1 the Greeks).
In Southern Italy and Sicily the corresponding percentages are 2.6 and 13.2 (ratio 0.2 : 1), and in Central Italy 3.8 and 20.7 (ratio 0.19 : 1), While in the Balkan sample 32.6% and 23.7 (ratio 1.4 : 1).
Therefore it is logical to assume that the European component of the Greeks is linked to historical events (Slavic migrations in the middle ages) which had negligible effect on Central South Italy (not accepted Slavs), next largest in Greece, the Balkans, and maximum on exw-Balkan Slavic peoples of Northern Europe. This effect does not, however, exceed the 1/9 about, even if all the European component reduced to this phenomenon.
But let's not forget that such Northern components meet and in Western Asia, the Caucasus, Persia, even the Indies, While West Asian and southern European counterparts are extended to Northern Europe, It is therefore dangerous to relate on the’ entirely on specific recent peoples.
Of course those Greeks have genetic data aytoswmatika from 23andMe or Family Tree DNA want to contribute to Project Dodecad with complete anonymity and confidentiality are welcome, and they can contact me at dodecad@gmail.com For more details.

Dodecad Project: the first dozen of Greeks

With great joy I note that we have already reached the 12 Greek participants in Dodecad Project. Thanks to their participation, We can do studies as This that shows some consistency among the Greeks and residents of southern Italy and Sicily or This showing the location of Greeks compared with residents of Western Asia.
Whoever friend wants to participate in the program can contact me at dodecad@gmail.com as I mentioned here. Now I edit data and from 23andMe and from Family Tree DNA.
So far the results of the Greek members of the Project on the basis of 10 components that I usually use is as follows:
We can observe:
  1. Greater and more stable component is the Southeuropean, which has the maximum of Sardinia and is found throughout Europe, especially South and West Asia
  2. Next and relatively stable is the Dytikoasiatiki, which is the maximum of the Caucasus and Asia minor and extends from the Atlantic to the India
  3. THE Nordic following component and are more variable, that is the percentage of in every Greek can vary quite. This component has a maximum in the Baltic but extends strong enough until the northern border of Greece but also in the entire North-Central Europe and Northern Eurasia
  4. THE Southwest Asian component has the next rate and is quite stable. Has its maximum in Mesanatolikoys populations.
  5. The percentages of the remaining components are small and quite variable, i.e. someone can have a small percentage while most nearly zero. All together is 0.36% of which the 0.24% can be classified Anatolikoeyrasiatiko (Moggoloeides) and the 0.03% Anatolikoafrikaniko (Ethiopian). Absent the Dytikoafrikaniko element, While there are slight North African (0.04%) and Notioasiatika (0.05%). Probably these figures are within the limits of statistical noise.

Generally the Greeks seem to have anticipated recommendation given their geographical location.

The following is a comparative table of average values for other populations.
Note finally that the ten elements should not be considered as a real past populations, but it's hypothetical populations that were calculated by the program ADMIXTURE and help us to see some aspects of relations between a large number of populations.

Calculate yourself how Greeks are!

Anthropometric characteristics test. Also specify the separate racial characteristic.

Zeus the Father, the Poliefs, the Omognios, O Filios, the Fervent Supplication, the Ktesios

Demeter ( Greek Δημήτηρ, Latin Ceres ) is the goddess of grain, fertility and harvest.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

to make the control tap here for men and here for women

For educational purposes only. Natural and realistic without proof of nothing. Measure distances in millimeters.

documentation: Genetics

Greek autosomal DNA

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by Dienekes Pontikos

A striking demonstration of the persistence of the Greek genetic signature through time can be found in [1]. The figure on the right is the 4th principal component of variation in Europe and shows a strong cline centered in Greece. Not only is the Greek genetic legacy clearly detectible today, but it is detectible among not only the Greeks, but all their neighboring populations of partial Greek ancestry:

Figure 2. Hidden patterns in the geography of Europe shown by the first five principal components, explaining respectively 28%, 22%, 11%, 7%, and 5% of the total genetic variation for 95 classical polymorphisms (1, 13, 14). The first component is almost superimposable to the archaeological dates of the spread of farming from the Middle East between 10,000 and 6,000 years ago. The second principal component parallels a probable spread of Uralic people and/or languages to the northeast of Europe. The third is very similar to the spread of pastoral nomads (and their successors) who domesticated the horse in the steppe towards the end of the farming expansion, and are believed by some archaeologists and linguists to have spread most Indo-European languages to Europe. The fourth is strongly reminiscent of Greek colonization in the first millennium B.C. The fifth corresponds to the progressive retreat of the boundary of the Basque language. Basques have retained, in addition to their language, believed to be descended from an original language spoken in Europe, some of their original genetic characteristics. (From ref. 1, with permission of Princeton University Press, modified.)

The genetic affinities of human populations can be determined by examining large numbers of polymorphisms. For example, Ayub et al. [2] used 182 tri- and tetra-autosomal microsatellites, which allowed them to create the following tree based on DAS genetic distance between the sampled populations. It is clear that Greeks belong in the Caucasoid cluster of populations (encompassing groups from "North European" to "Burusho" in the figure), and are clearly distinguished from the Asian/Oceanian/American cluster ("Cambodian" to "Mayan Indian"), and even more from the African groups ("San" to "Zaire Pygmy ').

Modern studies of autosomal DNA rely on the study of large numbers of single-nucleotide polymorphisms (Snps), i.e., of changes in a single letter of the genetic code. A recent study [3] used 10,000 such polymorphisms to investigate the genetic structure of European populations, including a sample of Greeks. Two different techniques were used: principal components analysis (PCA) , which find the most important dimensions summarizing the variability of the genetic data, and STRUCTURE a widely-used model-based clustering program, which assigns individuals to a number K of different clusters.

The results of the STRUCTURE runs are pictured below.

 

For each number of clusters (K), each cluster is assigned a color. Each individual from the studied populations corresponds to a vertical line, and consists in various proportions of the different clusters. We observe that the Greek individuals belong to the main European-West Asian-North African (Cluster) cluster for K up to 5. At K = 6 a “Mediterranean” small cluster (green) emerges which encompasses particularly populations bordering the Mediterranean as well as Armenians. In particular, we observe that there is no visible contribution of the East Eurasian (Mongoloid) pink cluster or of Sub-Saharan African (Negroid) red cluster.

The results of the PCA for the first two principal components are shown below.

 

Each bar corresponds to a population, and its width covers the variability of the different sampled individuals within each population. The first principal component (Pc1) separates Sub-Saharan Africans (Mende and Burunge) from Eurasians. The second principal component (Pc2) separates Mongoloids and East Indians (Altai, Brahmin, and Mala) from other populations. In both, it is evident that the Greek individuals exhibit a typically West Eurasian (Caucasoid) genomic profile.

While the above studies have examined global population structure, more recent studies have focused on uncovering finer structure within populations of European ancestry themselves. For example [4] studied the ancestry of European Americans using 583 SNP markers. The authors determined that the major feature of European American variation is clinal along a Southeast-Northwest axis, a finding which confirms the above-mentioned work of Cavalli-Sforza [1] based on classical markers. The second most noteworthy feature separates Southeast Europeans from Ashkenazi Jews. The Greek individuals of this study, like their Italian counterparts had typical southeastern characteristics, and were clearly separated from the Ashkenazi Jews.

 

Another study, [5] considered a larger number of SNPs, with similar results. Once again, the major feature of the variation separated populations from northern Europe and those from southern Europe, while the second principal distinguished between southern Europeans and Ashkenazi Jews. Greek individuals were closest to Italian ones.

 

 

Another study [6] studied more than 2,500 Europeans using a 500, 000-marker Affymetrix chip; this is the most extensive and detailed sampling of European autosomal variation yet. The authors conclude that the levels of heterozygosity and linkage disequilibrium observed in southern Europe are consistent with a settlement of the continent proceeding from the south to the north. Europeans form, with the exception of the Finns, a genetic continuum. Members of each ethnic group cluster together, and overlap partially with neighboring groups, but can be fully distinguished genetically from more distant ones.These results indicate both the relative homogeneity of the European gene pool, but also the fact that they can be distinguished strongly genetically along geographically and even ethnic lines.

 

 

The study included a sample of 51 northern Greeks. It is evident that these Greeks (marked by EL), form a homogeneous cluster, none of them falling in the middle of clusters formed by other ethnic groups. Some of the former Yugoslavs (marked by YOU) do fall in the middle of the Greek cluster, however. These former Yugoslavs, as well as the two Italian groups (It1 and IT2) form the Greeks’ closest genetic neighbors. The Yugoslavs are between Greeks and Czechs and Poles, consistent with their having both indigenous Balkan and non-Balkan Slavic origins; the Italians are between Greeks and Spaniards, consistent with their having an Eastern Mediterranean contribution, due perhaps to Neolithic farmers, or ancient (e.g. Greek or Etruscan) colonists.

Shortly after the previous study appeared, another article [7] used the same 500K Affymetrix chip over a sample of 3,192 individuals, including 8 Greeks. While many of the sampled populations are represented by a small number of individuals, thus making generalization more difficult, it is evident that the first two principal components bear an even stronger relationship to the geographical map of Europe. This was probably made possible by the inclusion of a wider range of populations, including many from eastern Europe.

 

 

With the caveat of the small population sample numbers, these results are fairly consistent with those of the previous study. Greeks (GR) are once again between their northern neighbors (especially Albanians (AL), Slavomacedonians (MK), Bulgarians (BG), Romanians (RO), and Kosovars (KS)) and Italians (IT). Greek Cypriots (CY) and Turks (TR) also frame the Greek sample on a more southern and eastern direction respectively. The Greeks’ closest neighbors appear to be their immediate northern neighbors, as well as some of the Italians who otherwise appear to be quite variable, some of them being more similar to their Central European neighbors; Northern Balkan Slavic populations (Slovenians (SI), Croats (HR), Bosnians (BA) appear more distant in the direction of Central and Eastern European Slavs.

Studies such as the above [4-7] have shown that in the first two principal components individuals from different European groups tend to cluster with each other. However, these components capture only part of the overall genetic variation: the most salient part that is associated with geography and ethnicity. A new study [8] investigated the overall genetic similarity of individual Europeans, using the dataset also used by [6]. For each individual, a “best overall match” (BOM), i.e., the individual most similar to him was calculated over all the markers. The results are shown in the table below:

Each row in this table shows the origin of these Booms. As the authors note “in a considerable proportion of cases (76.0%), the BOOM of a given individual, based on the complete marker set, came from a different recruitment site than the individual itself“. For example, the Finnish (FI) sample consists of 47 individuals: 39 of them have a BOM that is also a Finn, while 1, 4, and 3 have a Norwegian (NO), German (GER), and Polish (PO) best match. It is important to note how sample sizes affect these numbers: there are 47 out of 2,457 Finns in the total sample (1.9%). Therefore, if Finns were indistinguishable from other Europeans, then it would be expected that only about 0.9 of them (1.9% of 47) would have a Finnish BOM. Thus, the fact that 39 of them do is highly significant (43 times higher than chance). But, the observation remains valid that a member of a particular group may have a “genetic look-alike” from a different group.

Turning to Greeks (EL, recruited in northern Greece), we see that they have Booms from Norway, Sweden, the UK, Denmark, the Netherlands, Germany, Austria, Switzerland, Italy, and Greece. Conversely, the Booms of some Dutch, Spanish, Italian, and Greek individuals is a Greek. Overall, the Greek sample consists of 51 individuals, and hence one expects (by chance) that only 1.1 of them would have a Greek BOM. Thus, Greeks have a 7-fold higher than random chance of having a fellow Greek as their BOM. Different European groups vary substantially in this: the aforementioned Finns seem to be most distinct, with most of them being more similar to a co-ethnic than to any other Europeans. Other groups seem to be less so; for example no Austrians (AT) have a fellow Austrian BOM.

The overall BOMs of the Greek individuals is also noteworthy because no matches are observed between Greeks and Eastern Europeans or vice versa. This probably indicates the absence among Greeks of many substantially “Slav-like” individuals; individual Greeks may have “genetic look-alike” in distant Britain or Scandinavia, but none at all in Eastern Europe. Indeed, they have a greater-than-random number of matches only with the large German sample (GER) from Kiel, which probably indicates the substantial heterogeneity of this sample, whose members serve as close matches to many European ethnic groups. The study also includes in its supplementary material, a table of the mock false positive rate among different population pairs; this is a measure of genetic distance between them:

For the Greek sample, the closest populations are Yugoslavs (YOU, 0.047), Italians (Ito, 0.0049; It1, 0.053), and Austrians (AT, 0.054). Most distant ones are Finns (FI, 0.142), Germans (GER, 0.117), Dutch (NL, 0.112), UK (UK, 0.106), and Norwegians (NO, 0.103). This parallels the observation in [6] that in the first two principal components, Greeks are closest to Yugoslavs and Italians among the studied groups.

Auton et al. [9] studied a sample of Greeks from Greece and Cyprus in a global context of 3,845 individuals based on about 450K SNPs. The results of the STRUCTURE analysis are shown below, with increasing number of clusters starting from K = 2 (top row). The studied individuals from Greece (#15) and Cyprus (#9) appear unremarkable in this analysis. It is evident that, in comparison to worldwide populations, the studied Europeans are fairly homogeneous, composed primarily of the “red” component, with no apparent significant contributions from ancestral elements typical of other continental groups.

References
  1. L. Luca Cavalli-Sforza, "Genes, people, and languages,"Proc. Natl. Acad. Sci. USA, Too.. 94, pp. 7719-7724, July 1997.
  2. Qasim Ayub et al., "Reconstruction of Human Evolutionary Tree Using Polymorphic Autosomal Microsatellites,” American Journal of Physical Anthropology, 122:259–268 (2003)
  3. Marc Bauchet et al., Measuring European Population Stratification using Microarray Genotype Data, American Journal of Human Genetics (in press), (2007)
  4. Price ALL, Butler J, Patterson N, Capelli C, Pascali VL, et al. (2008) Discerning the Ancestry of European Americans in Genetic Association Studies. Plos Genet 4(1): e236. doi:10.1371/journal.pgen.0030236
  5. Tian C, Plenge RM, Ransom M, Lee A, Villoslada P, et al. (2008) Analysis and Application of European Genetic Substructure Using 300 K SNP Information. Plos Genet 4(1): e4. doi:10.1371/journal.pgen.0040004
  6. Lao O. et al. (2008) Correlation between Genetic and Geographic Structure in Europe, Current Biology doi:10.1016/j.cub.2008.07.049
  7. Novembre J. et al. (2008) Genes mirror geography within Europe, Nature doi:10.1038/nature07331
  8. Tehva Lu T. et al. (2009) An evaluation of the genetic-matched pair study design using genome-wide SNP data from the European population, Eur J Hum Genet doi:10.1038/ejhg. 2008.266
  9. Auton A. et al. (2009) Global distribution of genomic diversity underscores rich complex history of continental human populations, Genome Research, doi:10.1101/gr.088898.108

The oldest Mall 2700 years was discovered in ancient Clay

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Archaeologists unearthed the exceptionally well preserved remains of an ancient commercial center in northern Greece.
Discovered at a point where the gallery made excavations from the 1992.It is so well preserved that individual stores can be identified – including spaces produced and sold their own olive oil.
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The non-uniform design shows that each owner had designed and built his shop, only one of the.In ancient Greece, the arcade, It was a great, open construction that housed shops and usually delimited public squares of the city.

The galleries were common in the Hellenistic period, from the 3rd to the 1st centuries BC, but earlier examples are extremely rare.
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The ancient Clay is 4 km. West of the mouth of the Strymon River, at a distance 6 about km. from ancient Amphipolis, stretching over an area 150 acres and occupying the Hill Castle.
argilos
According to the literary tradition was founded in 655 e.g.. from Andrioys and was the oldest colony in the Aegean and the eastern coast of Andros.
The purpose of creation of the control of the Valley of the Struma and rich in agricultural products, in timber and minerals hinterland.
At its peak, in the 5th century BC., the Clay was one of the wealthiest cities in the region.
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The excavation of clay is a systematic excavations within the framework of a joint program launched by the Canadian 1992 and continues.
In charge of the excavations is the Canadian professor of classics at the University of Montreal and the archaeologist Jean Pero k. Zisis Mponias head of Antiquities II΄Eforeias Kavalas.

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"We had no idea that something as historically important could be found tucked away here," said Mr. Pero for finding. "It's extremely exciting and we believe that there are many more things that can be found."
Archaeologists have emphasised that nothing like this had ever been discovered and they expect to find many more stores when you start the excavations on the eastern side of the lodge next year.

http://www.argilos.net/

The Ancient Library of Alexandria

The Wests most important repository of learning

J. Harold Ellens

Read J. Harold Ellens's article "The Ancient Library of Alexandria" as it originally appeared in Bible Review, February 1997. The article was first republished in Bible History Daily in May 2013.—Ed.


In March of 415 C.E., on a sunny day in the holy season of Lent, Cyril of Alexandria, the most powerful Christian theologian in the world, murdered Hypatia, the most famous Greco-Roman philosopher of the time. Hypatia was slaughtered like an animal in the church of Cesareans, formerly a sanctuary of emperor worship.1 Cyril may not have been among the gang that pulled Hypatia from her chariot, tearing off her clothes and slashing her with shards of broken tiles, but her murder was surely done under his authority and with his approval.Cyril (c. 375–444) was the archbishop of Alexandria, the dominant cultural and religious center of the Mediterranean world of the fifth century C.E.2 He replaced his uncle Theophilus in that lofty office in 412 and became both famous and infamous for his leadership in support of what would become known as Orthodox Christianity after the Ecumenical Council of Chalcedon (451), when basic Christian doctrine was solidly established for all time.

Cyril's fame arose mainly from his assaults on other church leaders, and his methods were often brutal and dishonest. He hated Nestorius, bishop of Constantinople, for example, because Nestorius thought Christ divine and human aspects were distinct from one another, whereas Cyril emphasized their unity. At the Council of Ephesus in 431, Cyril arranged for a vote condemning Nestorius to take place before Nestorius's supporters—the bishops from the eastern churches—had time to arrive. Nor was Cyril above abusing his opponents by staging marches and inciting riots. It was such a mob, led by one of Cyril's followers, Peter the Reader, that butchered the last great Neoplatonic philosopher, Hypatia.

Cyril is honored today in Christendom as a saint. But at the time of his death, many of his fellow bishops expressed great relief at his departure. Theodoret, bishop of Cyrrhus, wrote that Cyril's "death made those who survived him joyful, but it grieved most probably the dead; and there is cause to fear lest, finding him too troublesome, they should send him back to us. "3
One reason Cyril had Hypatia murdered, according to the English historian Edward Gibbon, was that Cyril thought Hypatia had the political ear of Alexandria's chief magistrate, who vigorously opposed Cyril's ambition to expel from the city those who held different religious views from his own.4 Cyril was also jealous of Hypatia because scholars from all over the world crowded into her lectures in Alexandria, Athens and elsewhere. Socrates (380–450), a church historian from Constantinople, says of Hypatia:

[She] was so learned that she surpassed all contemporary philosophers. She carried on the Platonic tradition derived from Plotinus, and instructed those who desired to learn in... philosophic discipline. Wherefore all those wishing to work at philosophy streamed in from all parts of the world, collecting around her on account of her learned and courageous character. She maintained a dignified intercourse with the chief people of the city. She was not ashamed to spend time in the society of men, for all esteemed her highly, and admired her for her purity.5

Hypatia's father, Theon, was a leading professor of philosophy and science in Alexandria. He had prepared a recension of Euclid's Elements, which remained the only known Greek text of the great mathematician's work until an earlier version was discovered in the Vatican Library in this century.6 Theon also predicted eclipses of the sun and moon that occurred in 364.

Hypatia, who was born about 355, collaborated with her father from early in her life, editing his works and preparing them for publication. According to one authority, she was "by nature more refined and talented than her father."7 The extant texts of Ptolemy's Almagest and Handy Tables were probably prepared for publication by her.8

Such scientific and philosophical enterprises were not new or surprising in Hypatia's Alexandria, which already boasted a 700-year-old, international reputation for sophisticated scholarship. Founded in 331 B.C.E.9 by command of Alexander the Great, the city contained almost from its beginnings an institution that would remain of immense importance to the world for the next 2,300 years. Originally called the Mouseion, or Shrine of the Muses, this research center and library grew into "an institution that may be conceived of as a library in the modern sense—an organization with a staff headed by a librarian that acquires and arranges bibliographic material for the use of qualified readers."10

Indeed, the Alexandria Library was much more. It "stimulated an intensive editorial program that spawned the development of critical editions, textual exegesis and such basic research tools as dictionaries, concordances and encyclopedias. "11 The library in fact developed into a huge research institution comparable to a modern university—containing a center for the collection of books, a museum for the preservation of scientific artifacts, residences and workrooms for scholars, lecture halls and a refectory. In building this magnificent institution, one modern writer has noted, the Alexandrian scholars "started from scratch"; their gift to civilization is that we never had to start from scratch again.12In 323 B.C.E., as summer was breaking upon the northern coast of Egypt, Alexander the Great died in Mesopotamia. Within little more than a year, Aristotle died in Chalcis and Demosthenes in Calaurie. To this day, these three gigantic figures, more than any others, save Jesus and Plato perhaps, remain essential to the ideal of civilized life throughout the world. The reason these and other figures remain alive for us today is the ancient library and "university" of Alexandria.13

When Alexander died, his empire was divided among his three senior commanders. Seleucis I Nicator became king of the empire's eastern reaches, founding the Seleucid empire (312–64 B.C.E.) with its capital at Babylon.14 Antigonus I Monopthalmus (the One-Eyed) took possession of Macedonia, Greece and large parts of Asia Minor, where he established the Antigonid dynasty, which lasted until 169 B.C.E.15 A third commander, Ptolemy, assumed the position of satrap, or governor, of Egypt. Ptolemy made Alexandria his capital, brought Alexander's body to the city for a royal entombment and quickly embarked upon a program of urban development.16

Ptolemy's grandest building project was the Alexandria Library, which he founded in 306 B.C.E. Almost immediately the library epitomized the best scholarship of the ancient world, containing the intellectual riches of Mesopotamia, Persia, Greece, Rome and Egypt. Until it was closed in 642 C.e.—when the Arabs conquered Egypt and carried off the library treasure—it was the major vehicle by which the learning of the past was kept alive.17 Not only did the library preserve the ancient sciences, but it proved to be a vital philosophical and spiritual force behind the surprising new worlds of Judaism, Neoplatonism and Christianity.

The history of the library and its university center falls into five stages. The first, from its founding in 306 B.C.E. to about 150 B.C.E., was the period of Aristotelian science, during which the scientific method was the dominant feature of scholarly investigation. The second, from 150 B.C.E. to 30 B.C.E., was marked by a decided shift away from Aristotelian empiricism to a Platonic preoccupation with metaphysics and religion. This period coincided with the consolidation of Roman influence in the Mediterranean basin. The third was the age of Philo Judaeus's influence, from 30 B.C.E. to 150 C.E. The fourth was the era of the Catechetical School, 150 to 350 C.E., and the fifth was the period of the philosophical movement known as the Alexandrian School, 350 to 642 C.E. Together, these five stages cover a thousand years. No other institution of this kind has proved to be so long-lived or so intellectually dominant of its world and subsequent history as Alexandria's library.

Sometime between 307 and 296 B.C.E., Ptolemy I brought from Athens a noted scholar named Demetrios of Phaleron (345–283 B.C.E.) to undertake his vast library project.

Demetrios set about this task with vigor, providing the course the library was to follow for a millennium. His genius lay in his conception of the library as something more than a receptacle for books; it was also to be a university where new knowledge would be produced. The library initial design called for ten halls for housing the books. These halls were connected to other university buildings by marble colonnades. Scholars were extended royal appointments with stipends to live and work in this university community. At the same time, task forces commissioned to acquire books were scouring the Mediterranean. Books were even confiscated from ships moored in Alexandria's harbor, copied and then restored to their owners. The scriptorium where the copies were made also served as a bookstore, creating a lucrative enterprise with an international clientele.

In 283 B.C.E. Demetrios was succeeded as chief librarian by Zenodotus of Ephesus (325–260 B.C.E.), who held the office for 25 years. This brilliant scholar was a Greek grammarian, literary critic, poet and editor. He continued Demetrios's work on Homer, making a detailed comparative study of the extant texts, deleting doubtful passages, transposing others and making emendations. He also produced the first critical editions of the Iliad and the Odyssey and set each of them up in the 24 books in which we have them today.

It was probably Zenodotus who established as part of the library the public lending section known as the Serapeion—so named because it was a sanctuary for the god Serapis as well as a public library. He appointed two assistant librarians: Alexander of Aetolia (born c. 315 B.C.E.), to specialize in the Greek tragic and satiric plays and poetry; and Lycophron of Chalcis (born c. 325 B.C.E.), to concentrate on the comic poets. Both of these men became famous in their own right as writers and scholars.One of the things we would most like to have today from the Alexandria library is its catalogue, called the Pinakes, the great work of Callimachus of Cyrene (c. 305–235 B.C.E.), who served under four chief librarians but never rose to that position himself. The full title of the Pinakes is Tablets of the Outstanding Works in the Whole of Greek Civilization.18 Pinakes means "tablets" and probably referred originally to the tablets or plaques attached to the stacks, cabinets and rooms of the library, identifying the library wide variety of books from numerous cultures, most of them translated into Greek.a

Although only fragments of the Pinakes have survived, we know quite a lot about it. Most dependable sources agree on the organizational method utilized in the catalogue, which amply demonstrates the sophisticated character of the ancient library. The Pinakes consisted of 120 scrolls, in which all the works in the library were organized by discipline, with a substantial bibliographical description for each work.19 The encyclopedia of knowledge as it has been conceptualized since ancient times is derived from Callimachus's design. As a leading scholar has noted, "The Western tradition of author as main entry may be said to have originated with Callimachus's Pinakes.”20

The Pinakes identified each volume by its title, then recorded the name and birthplace of the author, the name of the author father and teachers, the place and nature of the author education, any nickname or pseudonym applied to the author, a short biography (including a list of the authors works and a comment on their authenticity), the first line of the work specified, a brief digest of the volume, the source from which the book was acquired (such as the city where it was bought or the ship or traveler from which it was confiscated), the name of the former owner, the name of the scholar who edited or corrected the text, whether the book contained a single work or numerous distinct works, and the total number of lines in each work.21

The Pinakes was the first great library catalogue of western civilization, just as The Bible of Gutenberg was the first great printed book. [I]t earns for its author the title of "Father of Bibliography." Thus, as in all intellectual efforts, the Greeks fixed the canons of cataloguing, which have been incorporated, more or less, in our Library of Congress, European, and other systems. However, the Pinakes was more than a catalogue. It was the work of the foremost man of letters of his age. He could not treat even a purely scientific subject as the Pinakes... without imparting to his work the rich stores of his scholarship, and thus the first world catalogue of knowledge became also the first literary and critical history of Hellenic literature, and also earned for its author the title of "Father of Literary History."22

By the end of Callimachus's life, the library is purported to have contained 532,800 carefully catalogued books, 42,800 of which were in the lending library at the Serapeion. Two and a half centuries later, in the time of Jesus, it held one million volumes.23

It was officials with the conquering Arab army who last saw the library in its operational state. Undoubtedly much of it was carried off to their royal libraries. It is likely that the character and structure of Callimachus's Pinakes was used as a model for a brilliant Arabic counterpart from the tenth century known as the Al-Fihrist, or Index, by Ibn-Al-Nadim, which we have in virtually its complete and original form. Surviving fragments of the Pinakes confirm the likelihood of this.24

For its first two centuries, the library at Alexandria continued to be a center for nearly every kind of research in the natural sciences as well as in philosophy and the humanities, employing the scientific method developed by Aristotle, which, thanks to Francis Bacon (1561–1626), forms the foundation of modern science.25

Eratosthenes of Cyrene (275–195 B.C.E.), a student of Callimachus who rose to become chief librarian, is a classic example of the Alexandrian scholar of the period. He was an accomplished mathematician, geographer, astronomer, grammarian, chronographer, philologist, philosopher, historian and poet. He founded the sciences of astronomy, physical geography, geodetics and chronology. He was known as the most learned person of the Ptolemaic age26 and was acclaimed by his contemporaries as second only to Plato as a literary thinker and philosopher.

Eratosthenes dated the Trojan War to about 1184 B.C.E., a date generally accepted in ancient times and respected by many modern scholars. He worked out a calendar that included a leap year, and he calculated the tilt of the earths axis. One of his most memorable accomplishments was the invention of an accurate method for measuring the circumference of the earth (see the sidebar to this article).

During his tenure as chief librarian, Eratosthenes brought to Alexandria the official Athenian copies of the three great Attic tragedians: Aeschylus, Sophocles and Euripides. This involved a bit of scurrilous horse-trading: Ptolemy III approved an arrangement for borrowing these precious manuscripts from Athens, pledging the modern equivalent of $4 million as surety.27 With the documents in hand, Ptolemy III then forfeited his deposit, cavalierly retaining the original manuscripts for the Alexandria Library, and instructed the staff to make good copies on fine quality papyrus, which were then sent back to Athens. "The Athenians with both the money and the copies,"one scholar has observed, "also appear to have been satisfied with the deal."28

Aristophanes of Byzantium (c. 257–180 B.C.E.) followed Eratosthenes as chief librarian and served for about 15 years. He was a man with a photographic memory and could cite at length the literary sources in the library.29 He had read them all. It is said that while judging poetry competitions he regularly detected plagiarized lines, and on a number of occasions, when challenged by the king to justify his criticism, cited the sources and recited the original passages. As a philologist, grammarian and author, Aristophanes produced poetry, dramas and critical editions of the works of his famous namesake, Aristophanes (c. 450–c. 388 B.C.E.), the Greek poet and dramatist.

Near the end of his life, Aristophanes was imprisoned by Ptolemy V Epiphanes for entertaining an offer to move to the great library of Pergamum. Such repression did not create an ideal climate in which scholarship might flourish. After his imprisonment, the library languished under an interim director, Apollonius Eidograph. But in 175 B.C.E. a new chief librarian was appointed, Aristarchus of Samothrace (217–130 B.C.E.), who returned the institution to its grand tradition of high scholarship and scientific sophistication.

Aristarchus was chief librarian for 30 years, from 175 to 145 B.C.E. He is still considered one of the greatest literary scholars because his recension of the works of Homer continues to be the standard text (textus receptus) upon which all modern versions are based. Besides his two critical editions of Homer, he produced similarly erudite editions of Hesiod, Pindar, Archilochus, Alcaeus and Anacreon. He wrote commentaries on the works of all these classical poets as well as on the dramatists Aeschylus, Sophocles and Aristophanes, and on the historian Herodotus.

Aristarchus had been the teacher of Ptolemy VIII Euergetes II, and though the latter gained a reputation for being a monster, the two apparently remained friends. When a civil war and political insurgency against the king arose in 131 B.C.E., Aristarchus accompanied him in his banishment to Cyprus. There Aristarchus died before Ptolemy VIII returned in triumph in 130 B.C.E. to continue his oppressive reign for another 14 years. With his reign, the history of wise and humane Ptolemies and illustrious librarians ended. Thereafter, valuable scholarship continued in Alexandria, such as the work of Philo Judaeus (30 B.c.e.–50 C.E.), the Catechetical School of Clement and Origen (150–350 C.E.) and the Neoplatonic School (350–642 C.E.), but after 130 B.C.E. both kings and scholars were lesser lights. Revolutions, insurrections and persecutions wracked the kingdom as dynastic political intrigue plagued the country, the city and the scholarly community. By the end of Aristarchus's tenure, such dissatisfaction existed among the scholars regarding the character of the king and the conditions of the scholarly community that Ptolemy VIII imposed a military controller upon the operations of the library.

Considering the extensive accumulation of scientific data collected by the ancient Greeks and Romans, and their advanced methods of empirical research, it is surprising that they did not achieve some key breakthrough in chemistry or physics that would have precipitated an industrial revolution. The Greeks and Romans both understood, for example, the power of steam produced by heated water. The Romans harnessed steam for powering toys. There is some indication that they employed it for powering siege guns. What held them back from utilizing it in steam-driven machinery, which would have enabled that giant leap from mere muscle to mechanical power? They had refined sciences of optics, geometry and physics. What prevented them from imagining and creating a microscope? They understood atomic theory in some coarse way. What prevented them from identifying the components of water as hydrogen and oxygen and thus moving on to the intricacies of chemistry? They seem to have marched right up to the intellectual and scientific threshold for mechanization and then fallen back into a 1, 500-year darkness. Their sciences needed to be rediscovered and reinvented in the Renaissance of the 12th to 14th centuries before the next step forward could be made. Why?

The likely answer lies in the area of two cultural circumstances: (1) the shift in Alexandrian Library scholarship from Aristotelian empiricism to Platonic metaphysical speculation in about 100 B.C.E., and (2) the barbarian subduction of Rome in the fifth and sixth centuries C.E.

Increasingly during this period of decline, the wealth and intellectual capital of Alexandria was dissipated in trying to maintain workable relations with the rising power of Rome. As the tribute to Rome increased, and the material investment in the library and its scholarship suffered, the superior intellectual importance, prowess and productivity that had been standard under the early Ptolemies proved impossible to maintain: "The dons were drawn into the political vortex, and those not so inclined were silent. The zest to produce the things of culture was permanently interrupted. "30

One consequence of these disturbing times was an intense turn toward religion. Hellenistic Jews were experimenting with various kinds of theologies.31 In Greco-Roman culture, mystery religions were popular, despite the prominence of the emperor cult. The roots of Christianity, Gnosticism and rabbinic Judaism were already insinuating themselves into the rich soil of this uneasy world. In Alexandria, the scholarly community abandoned its intense, fruitful focus upon empirical science after the mode of Aristotle and lost itself in the scholarly inquiry into the religion and philosophy of Platonism.

Although the decline of the golden age of the ancient library and university center is sad to contemplate, the "sea change" nevertheless ushered in the newly productive era of the Hellenistic Judaism of Philo Judaeus (30 B.c.e.–50 C.E.); the Hellenistic Neoplatonism of Plotinus (205–270 C.E.), Porphyry (c. 234–305 C.E.), Olympius (c. 350–391 C.E.) and Hypatia (355–415 C.E.); and the Hellenistic Christianity of Pantaenus (c. 100–160 C.E.), Clement (c. 150–215 C.E.), Origen (c. 185–254 C.E.), Tertullian (c. 155–225 C.E.), Athanasius (c. 293–373 C.E.) and Cyril of Alexandria (c. 375–444 C.E.). So the scholarly culture of the ancient library became the seedbed of the great philosophies of Judaism and Christianity and thus has continued to influence Western culture for two millennia, showing little sign of abating as we move into the third.

Philo Judaeus was surely one of the most prominent scholars in Alexandria at the turn of the millennium. His life overlaps that of Jesus of Nazareth and is the scholarly bridge between the pre-Christian era of Greek antiquity and the begin ning of Christian history in Alexandria. With the appearance of Philo, Jewish scholarship became a prominent force there. Philo was a member of a distinguished Jewish family in the influential Alexandrian Jewish community. His brother, Alexander the Alabarch, led that community. Philo lived much of his life in contemplation, authoring a large array of books.

The Jewish community included half of the city of Alexandria in Philo's time and a large part of the general population of Egypt. Philo and his contemporaries considered themselves to be faithful Jews. Hellenized Judaism was generally welcomed by the Jews of Egypt and provided both an interpretation of Judaism for the Greeks and an interpretation of Hellenism for Jewish society, stretching the whole upon the frame of historic Jewish traditions.

Philo sought to demonstrate that Judaism could be accepted by the Greeks for its universal wisdom and superior insight into ultimate truth. The subjects Philo treated and the organization he used reflect the pattern set for scholarship at the library by Callimachus's Pinakes. Philo systematically addressed the full range of topics that had formed the categories of that great catalogue. His writings include investigations of theology, philosophy, literary criticism, textual analysis, rhetoric, history, law, medicine and cosmology. However, Philo was not simply interested in objective scientific exploration. His greatest motive was to demonstrate that all that is valuable and virtuous in Greek thought and ideals was also epitomized by the biblical patriarchs and heroes of faith of Jewish religious tradition. Philo treated the Greek notion of Logos, for example, as the universal expression of Hebrew Wisdom (Khokhma in Hebrew; Sophia in Greek), Gods self-expression in the material world.

Philo lived at a time when confidence in a world governed by cause and effect had given over to questions about the purpose of life and history. His questions concerned the nature of God; Gods function in the universe as creator, manager and redeemer; and the meaning and destiny of humankind. The primary question for Platonic-minded scholars and laypersons alike was how a transcendent, ineffable God of pure spirit could be linked to a material universe. Moreover, it seemed evident that the material world was shot through with pain and evil. How could a perfect God create a flawed world?

In both the Jewish and Greek traditions that Philo inherited, this problem was solved by a model of the world in which God was separated from the created universe by a series of intermediaries. These were thought of as divine forces, agencies or persons. The main intermediary was the Logos. The Greek Stoic philosophers had made much of the concept of Logos from the time of early Platonism onward. Philo saw Greek tradition as simply another expression of the references to Wisdom in Job 28, Proverbs 1–9, The Wisdom of Ben Sirach, Baruch and other literature in the Hebrew tradition. Philo understood the Logos to be responsible for creating the material universe, supervising it providentially and redeeming it. For Philo, Logos was Gods rationality, both in Gods own mind and in the rational structure of creation. Sophia was the understanding that God has and that humans acquire when they discover Gods Logos in all things. Philo, on occasion, allegorically refers to Logos/Sophia as an angel and, rarely, as a "second God." In his exposition of Genesis 17 (describing Gods covenant with Abraham), he characterizes God as a trinity of agencies.32

Between 150 and 180 C.E. a Stoic philosopher named Pantaenus was converted to Christianity and became the headmaster, if not the founder, of a Christian institution known as the Catechetical School of Alexandria. This school reflected the long-standing intellectual tradition of the Alexandrian Library and may well have been a part of that scholarly enterprise. 33

Pantaenus served as head of the Catechetical School long enough to bring it out of obscurity and then, handing over its leadership to Clement, became a missionary. In India Pantaenus discovered a community of Jewish Christians, disciples of the apostle Thomas, whose faith and life were built around their use of a Hebrew version of the Gospel of Matthew. Pantaenus never returned to Alexandria.34

Clement (c. 150–215 C.E.) was a student of Pantaenus, and Origen (c. 185–254) was very probably a student of Clement. The theological connection between them, as well as their dependence upon Philo's work of 150 years earlier, urges this conclusion. Clement and Origen seem to have taken over Philo's model of Gods relationship to the created world, particularly the function of the Logos in creation, providence and salvation.

These two towering figures of early Christian theological development were headmasters of the Catechetical School of Alexandria, which flourished under them and quickly became famous throughout the Christian world. Eusebius (c. 260–348), a church historian, refers to it as "a school of sacred learning established... from ancient times, which has continued down to our own times, and which we have understood was held by men able in eloquence, and the study of divine things. "35

Its relationship to Philo and his classical Greek predecessors has been described as follows:

The first representatives of early church exegesis were not the bishops but rather the "teachers" (didaskaloi) of the catechetical schools, modeled after the Hellenistic philosophers ' schools in which interpretive and philological principles had been developed according to the traditions of the founders of the respective schools. The allegorical interpretation of Greek classical philosophical and poetical texts, which was prevalent at the Library and Museum (the school) of Alexandria, for example, directly influenced the exegetical method of the Christian Catechetical school there. Basing his principles on the methods of Philo of Alexandria and Clement of Alexandria, his teacher, and others, Origen... created the foundation for the type of Christian exegesis (i.e., the typological-allegorical method) that lasted from the patristic period and the Middle Ages up to the time of Luther in the 16th century. Origen based his exegesis upon comprehensive textual-critical work that was common to current Hellenistic practices such as collecting Hebrew texts and Greek parallel translations of the Old Testament. His main concern, however, was that of ascertaining the spiritual meaning of the Scriptures, the transhistorical divine truth that is hidden in the records of the history of salvation in the Scriptures. He thus developed a system containing four types of interpretation: literal, moral, typological, and allegorical.36

Clement's theological and philosophical emphasis differed little from that of Philo, except that the orientation of his notion of the Logos/Sophia doctrine was Christian rather than Jewish. Clement's aim in his teaching and ministry was to convert to Christianity members of the educated Greek community in Alexandria, the sort of people who would previously have been attracted to Philo's type of Hellenistic Judaism. "Just as Philo had presented Judaism as the highest form of wisdom and the means by which humankind would come to ' see God,' so Clement urged that Christianity was the end to which all current philosophy had been moving... the new melody superior to that of Orpheus. "37

Origen advanced Clement's ideas and directly identified the Logos with the person of Jesus of Nazareth, thus personifying the Logos. Such personification of the Logos was not uncommon in the world of Philo, Clement and Origen. Indeed, it was a relatively common practice in both Jewish and Greek tradition to conceive of divine powers or agents as identified at various times with specific extraordinary persons. As the divine agency was personified in a human person, the divine was humanized and the human deified.

It was this significant North African theological perspective in the theology of Clement and Origen that dominated Christian thought from the Council of Nicea in 325 C.E. to the Council of Chalcedon in 451 C.E. At these councils the doctrines of the deity of Christ and the trinitarian nature of God were worked out. Thus, there is a straight line between the Alexandria Library, Philo Judaeus's Hellenistic Judaism and the Christian doctrines of the deity of Christ and the nature of the trinity. This connection is, of course, very complex, and other forces also affected this development, such as the great variety of polytheistic theologies (which propose that there exist intermediary beings between God and creation) present in the Judaisms of 200 B.C.E. to 200 C.E. and that Philo wished to counteract in order to refine and protect Jewish monotheism. However, it is the influence of Philo's theological and philosophical model (mediated through Clement and Origen to the bishops who met at the great councils), combined with the very speculative allegorical interpretation of scripture under the influence of Neoplatonism (typical of the outlook in Alexandria), that explains the theological move of the councils from a Jesus who was filled with the Logos to a Christ who was the being of God.

As this Judeo-Christian development unfolded, the seeds of the Alexandrian school were sown at the ancient library and its university. Plotinus (205–270 C.E.) established the movement with his articulation of a new kind of Platonism. Many similarities can be seen between this Neoplatonism and Judaism and Christianity in the second and third centuries C.E. Neoplatonism stood for an intense personal spirituality, estimable ethical principles and a theology rooted in the Hellenistic philosophy that so significantly shaped Philo.

Plotinus and his disciple Porphyry (c. 234–305 C.E.) looked for the ultimate religious experience as an ecstatic vision of God, adhered to standards of personal purity that made the most ardent Christian envious and proclaimed that God is revealed in the material world in a trinity of manifestations. This singularly attractive alternative to Christianity was championed in the fourth and fifth centuries in Alexandria by the notable Neoplatonist "saints,"Olympius and Hypatia—bringing us back to where we started.

Although Hypatia was brutally murdered by Cyril for advocating a philosophy he thought was antithetical to "orthodox" Christianity, her brand of Neoplatonism became increasingly attractive to Christian philosophers. By the sixth century, it was taken over by them. Though the Alexandrian school was formally eclipsed when the Arabs destroyed the library—and much of the city—in 642, its spirit survives to this day in its influence over Christianity.

That is the story of the Alexandria Library, too. After destroying the library, the Arabs preserved a large percentage of the ancient volumes—as evidenced by the fact that they possessed, in Greek and Arabic translations, many of the works of the ancient poets, playwrights, scientists and philosophers, including Plato, Aristotle, Euclid and Eratosthenes. When the European Crusaders encountered the Arabic world in the 11th and 12th centuries, those venerable works became known again in Europe, giving rise to the Renaissance. Islamic philosophers and scientists—such as Averröes, a Spanish Arab (1126–1198 C.E.), and Avicenna, a Persian (980–1037 C.E.)—gave the ancient books and their wisdom back to the Western world and taught Christian Europe to know again and prize its roots in ancient Greece.

So the ancient library of Alexandria rose like a phoenix from her own ashes. She has been wounded, perhaps, but has never really died.

J. Harold Ellens's article "The Ancient Library of Alexandria"originally appeared in the February 1997 issue of Bible Review along with the sidebars "Greco-Roman Philosophers,"" Whither Aristotle's Library?"" The Perils of the Alexandria Library: Two Ancient Book-Burnings,"" How to Measure the Earth "and" Alexandria Library Redux. " BAS Library Members: Read the article as it appeared in Bible Review.Not a BASS Library member yet? Sign up today.

J. Harold EllensJ. Harold Ellens is a retired scholar who researched at the University of Michigan and served as an occasional lecturer for the Institute for Antiquity and Christianity at the Claremont Graduate School in California. He is the author of hundreds of articles and numerous books, including The Ancient Library of Alexandria and Early Christian Theological Development (Claremont Graduate School, 1993).


Notesa. The best-known book collected from a non-Greek culture and translated into Greek at the library was the Hebrew Bible, known in its Greek form as the Septuagint (LX). It seems to have reached the state of a largely completed and official Greek text between 150 and 50 B.C.E. Philo Judaeus (30 B.c.e.–50 C.E.) obviously knew and worked with a Greek version of the Hebrew Bible.

1. Maria Dzielska, Hypatia of Alexandria, trans. F. Lyra (Cambridge, MY: Harvard Univ. Press, 1995), p. 93. Cf. J. Harold Ellens, The Ancient Library of Alexandria and Early Christian Theological Development, Occasional Papers 27, Institute for Antiquity and Christianity (Claremont: Claremont Graduate School, 1993), pp. 44–51.

2. "Saint Cyril of Alexandria,"in Encyclopaedia Britannica, Micropaedia, 15th ed., too.. 3, cols. 329–330.

3. Theodoret, quoted in The Works of Charles Kingsley, 2 vols. (New York: Co-operative Publishing Society, 1899).

4. Edward Gibbon, The Decline and Fall of the Roman Empire, ed. J.B. Bury, 3 vols., with notes by Gibbon, introduction and index by Bury and a letter to the reader from P. Guedalla (New York: Heritage, 1946).

5. Socrates Scholasticus, Historia Ecclesiastica 7.15, in A.m. Zenos, ed., too.. 2 of The Nicene and Post-Nicene Fathers, 2d ser., ed. Philip Schaff and Henry Wace (Grand Rapids: Eerdmans, 1957), p. 160. See also Edward A. Parsons, The Alexandrian Library, Glory of the Hellenic World: Its Rise, Antiquities, and Destructions (London: Cleaver-Hume, 1952), p. 356.

6. "Theon of Alexandria,"in Encyclopaedia Britannica, Micropaedia, 15th ed., too.. 9, col. 938; "Euclid,"in Encyclopaedia Britannica, Macropaedia, 15th ed., too.. 6, col. 1020; Ellens, Alexandria, p. 44; and Dzielska, Hypatia of Alexandria, pp. 68–69.

7. Dzielska, Hypatia of Alexandria, p. 70, quoting Damascius without citing what source.

8. Dzielska, Hypatia of Alexandria, pp. 70–73.

9. Steven Blake Shubert, "The Oriental Origins of the Alexandrian Library,” Libri 43:2 (1993), p. 143.

10. Shubert, "Oriental Origins,"p. 142–143.

11. Shubert, "Oriental Origins,"p. 143.

12. Shubert, "Oriental Origins,"p. 143.

13. Ellens, Alexandria, pp. 1–2.

14. Encyclopaedia Britannica, Macropaedia, 15th ed., too.. 16, cols. 501–503.

15. Encyclopaedia Britannica, Macropaedia, 15th ed., too.. 1, cols. 990–991.

16. Encyclopaedia Britannica, Macropaedia, 15th ed., too.. 15, cols. 180–182.

17. For a detailed discussion of the date of the destruction of the library, see Ellens, Alexandria, pp. 6–12, 50–51; and the superbly objective and thorough treatment of the process of the library demise by Mostafa El-Abbadi, Life and Fate of the Ancient Library of Alexandria (Paris: UNESCO/UNDP, 1990), pp. 145–179. See also Gibbon, Decline and Fall, too.. 1, pp. 57–58, and vol. 2, chap. 28 (on the destruction of the library); and Parsons, Alexandrian Library, pp. 411–412.

18. Shubert, "Oriental Origins,"p. 144, in which reference is made to the tenth-century C.E. Byzantine Greek volume called the Suidas Lexicon. This lexicon cites the full name of the Pinakes and describes its size as 120 scrolls. Cf. Ellens, Alexandria, p. 3; and F. J. Witty, "The Pinakes of Callimachus,” Library Quarterly 28 (1958), p. 133.

19. Suidas Lexicon; Tzetzes, as cited in El-Abbadi, Life and Fate, p. 101. See also Shubert, "Oriental Origins,"p. 144; and Witty, "Pinakes of Callimachus."

20. Shubert, "Oriental Origins,"p. 144. It is interesting in this regard that Anne Holmes ("The Alexandrian Library,” Libri 30 [December 1980], p. 21) suggests that the Pinakes may have been a list of authors and books that Callimachus wanted to acquire for the library rather than a catalogue of existing library holdings. This is unlikely because of the detailed bibliographical and critical material incorporated in each entry, including the indication that the book was purchased from some other library source or confiscated from some traveler. Lionel Casson ("Triumphs from the Ancient Worlds First Think Tank,” Smithsonian 10 [June 1985], p. 164) urges that the Pinakes was conceivably only an encyclopedia of Greek literary history. In such a case, one wonders why it was called the Pinakes, connecting it with the tiles designating the categories of storage compartments and their contents.

21. El-Abbadi, Life and Fate, p. 100; and Parsons, Alexandrian Library, p. 211. See also J.E. Sandys, A History of Classical Scholarship (Cambridge, UK: Cambridge Univ. Press, 1906–1908), p. 34 n. 3.

22. Parsons, Alexandrian Library, pp. 217–218.

23. Parsons, Alexandrian Library, pp. 110, 204–205. See also El-Abbadi, Life and Fate, pp. 95, 100; and Tzetzes, a 12th-century scholar whose Prolegomena to Aristophanes, also known as Scholium Plautinum, may be found in are. Pfeiffer, History of Classical Scholarship (Oxford: Clarendon, 1968), p. 101.

24. El-Abbadi, Life and Fate, p. 102.

25. Kathleen Marguerite Lea, "Francis Bacon,"in Encyclopaedia Britannica, Macropaedia, 15th ed., too.. 2, cols. 561–566. See also Catherine Drinker Bowen, Francis Bacon, The Temper of a Man (Boston: Little, Brown, 1963).

26. Gilbert Murray, A History of Ancient Greek Literature (New York: Scribner, 1897), p. 387.

27. Casson, "Triumphs." The ancient sources describe the sum as 15 talents, which would probably exceed $4 million today.

28. Shubert, "Oriental Origins,"p. 145, 166 n. 8, cites Galen's Com. II in Hippocraits Epidem. libri III 239–240, which I have not been able to consult. See also J. Platthy, Sources on the Earliest Greek Libraries (Amsterdam: Hakkert, 1968), pp. 118–119; Holmes, "Alexandrian Library,"p. 290; and P.M. Fraser, Ptolemaic Alexandria (Oxford: Oxford Univ. Press, 1972), p. 325.

29. Vitruvius, De Architectura 7.6–8. See also Parsons, Alexandrian Library, p. 150; and El-Abbadi, Life and Fate, pp. 105, 111. Vitruvius lived during the same period as Julius Caesar, Philo Judaeus and Jesus Christ. He was a famous Roman architect, engineer and city planner. The work cited here is a handbook for Roman architects. His style for architecture and city planning was largely Greek, as he lived at the beginning of the phase of creative Roman architectural style, and his work heavily influenced Renaissance art, architecture and engineering. Pliny the Elder borrowed heavily from Vitruvius in the preparation of his Natural History. As was typical in the ancient world, Pliny does not cite his sources and credit Vitruvius. De Architectura contains ten books on building materials, Greek designs in temple construction, private buildings, floors and stucco decoration, hydraulics, clocks, measurement skills, astronomy, and civil and military engines. He was classically Hellenistic in his perspective.

30. Parsons, Alexandrian Library, p. 152; see also p. 229, where Parsons, citing a letter from Thomas E. Page to James Loeb, declares that "But for the patronage of the Ptolemies and the labor of devoted students in the Museum, Homer... might have wholly perished, and we might know nothing of Aeschylus...We still owe Alexandria a great debt. " Murray (Literature, p. 388) remarks, "Zenodotus, Callimachus [sic], Eratosthenes, Aristophanes of Byzantium, and Aristarchus were the first five librarians; what institution has ever had such a row of giants at its head?”

31. In this regard see, for example, Alan Segal, Two Powers in Heaven, Early Rabbinic Reports about Christianity and Gnosticism (Leiden: Brill, 1977); Maurice Casey, From Jewish Prophet to Gentile God, The Origins and Development of New Testament Christology (Louisville: Westminster/John Knox, 1991); Jarl Fossum, The Name of God and the Angel of the Lord, Samaritan and Jewish Concepts of Intermediation and the Origin of Gnosticism (Tübingen: Mohr, 1985); Gabriele Boccaccini, Middle Judaism, Jewish Thought, 300 B.c.e.-200 C.E. (Minneapolis: Fortress, 1991).

32. Philo Judaeus, The Works of Philo, trans. C.D. Yonge (Peabody, MY: Hendrickson, 1993). See also Harry A. Wolfson, Philo, 2 vols. (Cambridge, MY: Harvard Univ. Press, 1947).

33. Some scholars question whether there really was a formal catechetical school as early as the second century, rather than just independent teachers; see Roelof van den Broek, "The Christian ' School ' of Alexandria in the Second and Third Centuries,"in Centres of Learning: Learning and Location in Pre-Modern Europe and the Near East, ed. J.W. Drijvers and A.A. Macdonald (Leiden: Brill, 1995). The preponderance of evidence, however, strongly indicates that there was one; see W.H.C. Frend, The Rise of Christianity (Philadelphia: Fortress, 1984), p. 286; Eusebius ' Ecclesiastical History (Grand Rapids: Baker, 1955), pp. 190–191, 217–255; Schaff and Wace, eds., The Nicene and Post-Nicene Fathers, 2nd ser., too.. 1 (Grand Rapids: Eerdmans, 1952), pp. 224–226, 249–281; and G. Bardy, "Aux origines de l'ecole d'Alexandrie,” Reserches de Science Religieuse 27 (1937), pp. 65–90.

34. Frend, Rise of Christianity, p. 286.

35. Eusebius ' Ecclesiastical History, p. 190. See also Annewies van den Hoek, "How Alexandrian Was Clement of Alexandria? Reflections on Clement and His Alexandrian Background,” Heyj31 (1990), pp. 179–194.

36. Ernst Wilhelm Bentz, "Christianity,"in Encyclopaedia Britannica, Macropaedia, too.. 4, col. 498.

37. Frend, Rise of Christianity, p. 286.

biblicalarchaeology.org

Archaeo-Politics in Macedonia

sphinxes at amphipolis

On Monday, six days before the general election, the Greek Ministry of Culture published a preliminary report by the osteo-archaeological team studying the skeletal remains found in the mound of Amphipolis in northern Greece. The bones were found in November, since when there had been a lot of speculation about who they might have belonged to. Alexander the Great's name came up a lot, as did his mother, Olympias.

According to the report, the remains of at least five people have been found: one woman, two men, one infant, and another person who, unlike the others, had been cremated. Animal bones were also present. The osteoarchaeologists refrained from speculating about who the people might have been, and didn't comment on a genetic or other link among the skeletons. But anonymous ' scholars of the Ministry of Culture ', without citing any specific evidence, said that ' the most likely scenario points to Olympias. '

The site has been known to archaeologists since the 1960s, but a year and a half ago the superintendent of antiquities in the area decided to restart work, convinced that a ' big secret ' was hidden under the site, which is part natural hill and part artificial tumulus. She believed it to be a burial mound of the fourth century BC, with a possible unspecified connection to Alexander the Great. Last summer, the archaeologists unearthed a monumental entrance guarded by two headless sphinxes. The prime minister, Antonis Samaras, decided to pay a visit. Samaras had lost his job as foreign minister in 1992 because of his hard line on the naming of the Former Yugoslav Republic of Macedonia.

In front of the entrance, in the shadow of the sphinxes, the prime minister assumed the role of an archaeologist, describing the dimensions of the monument to the nearest centimetre. ' The land of our Macedonia continues to surprise us and to move and touch us,' he said, ' revealing from its womb unique treasures, which all together compose and weave the unique mosaic of our Greek history, of which all Greeks are proud. ' The culture minister later said: ' We have been waiting 2314 years for this tomb. '

A flood of media stories, blog entries and Facebook comments followed. Theres been even more public excitement over Amphipolis than there was in 1977 when Manolis Andronikos found an unlooted tomb at Vergina in Macedonia, which, he claimed, contained the remains of Alexander's father, Philip II. Other archaeologists disagreed.

Meanwhile, the cash-strapped culture ministry offered plenty of funding to the Amphipolis dig, and the prime minister was regularly briefed on the progress of the excavation as archaeologists were working frantically to unearth the ' secret of Amphipolis ' and the ' occupant ' of the tomb. Access to the site and the dissemination of information about it were tightly controlled. Dissenting voices, who expressed doubts about the chronology of the monument or concerns about the methodology of the dig, were vilified. The Association of Greek Archaeologists wrote an open letter to the ministry, protesting against ' the publication of working hypotheses as if they were certain conclusions even before the excavation is completed '.

At Amphipolis, treasure-hunting is entangled with national destiny. Macedonia holds a prominent place in the Greek national imagination; Alexander is pre-eminent among the mythic ancestors who conquered the world, civilised the barbarians and accumulated the riches of the orient, and who can perhaps come again to the rescue of their descendants in their time of need.

Never mind that the scattered bones at Amphipolis belonged to several individuals, some human and some animal, of various genders and ages, of uncertain date. There are clear signs of the burial chambers having been looted, and the monument seems to have been used and reused at several times in the past. With the country about to go to the polls, Alexandromania and national treasure-hunting are proving too seductive to be abandoned.

http://www.lrb.co.uk

Management plan for the archaeological site of Philippi

In the context of his application for entry at Unesco

Two sites of ancient Philippi are submitted for inclusion on the Unesco World Heritage list. The archaeological site within the city walls and the site of the battle of Philippi.

At a recent meeting of the Central Archaeological Council (KAS), the members unanimously gave the go-ahead to the master plan for the candidacy of Philippi which should be deposited in international organisation at the latest by 1 February 2015.

The goal of the project

As stated in KAS, the aim of this project is the recording of the needs and possibilities of the archaeological site of Philippi, as well as the stylization of actions to protect, maintenance and emergence of. Specific, These interventions are being developed in five axes, inter alia, relate to the protection of cultural goods from natural disasters, as fires, floods and earthquakes, as well as in maintenance, restoration and enhancement of ancient sets.

Also, provides for the repeal of the old road that cut through the space in two (currently inactive), which reduced in width and without the asphalt will remain only half for emergencies and needs and of the excavations, the tagging and creating parking spaces and public facility and, end, to ensure the continuation of activities in the area, as the educational programs and the Festival of Philippi.

The archaeological site of Philippi is inextricably linked not only with the brilliant city founded the Macedonian King Philip, but with the famed battle that determined the future of the Roman Empire, While it is the area where the Apostle of the Gentiles, Paul, pressed for the first time his foot on Greek and European territory by baptizing and preaching the Gospel on the banks of the river Zygaktis the first female Christian, St. Lydia.

The city of Philippi is the most important archaeological site of Eastern Macedonia. The first settlers were colonists from Thassos, who founded in 360 e.g.. the colony of krinides. The city has experienced acne during the Hellenistic years. The excavations began in Philippi in 1914 by the French archaeological school. Today, the archaeological service, the Aristotle University of Thessaloniki and the French archaeological school continue the archaeological research. The findings of the excavations are kept in the Archaeological Museum of Philippi.naftemporiki.gr