Visualizzazione post con etichetta micenei. Mostra tutti i post
Visualizzazione post con etichetta micenei. Mostra tutti i post

giovedì 17 luglio 2014

Come 10 Tirinto

Una città molte volte più grande di Tirinto e di Micene. L'antico progetto di prosciugamento del lago Kopais, per trasformarlo in una vasta pianura fertile.
L'intreccio con il mito di Ercole (che in realtà è un mito dell'acqua, in Grecia) con la deviazione di numerosi corsi d'acqua.
Un'opera di spostamento di rocce e terra, regolazione del livello dell'acqua e costruzione di terrapieni e muri tale che sarebbe di grandi proporzioni anche ai giorni nostri, con mezzi meccanici moderni.
L'archeologia sa essere affascinante di per sé, senza bisogno dei ciarlatani.


Extensive remains of vast Mycenaean citadel 

revealed 

 A team of archaeologists is excavating the remains of a vast ancient Mycenaean citadel, known as Glas or Kastro (castle). 
Under the leadership of Associate Professor Christofilis Maggidis of Dickinson College and the auspices of the Athens Archaeological Society, teams of specialists have been systematically surveying the imposing, island-like, flat-topped bedrock outcrop that rises 20-40 meters above a surrounding plain with a summit area stretching 49.5 acres at the northeastern edge of the Kopais basin in southeastern Greece. 
The area is estimated to measure ten times the size of the ancient citadel of Mycenaean Tiryns and seven times that of Mycenae





Aerial view of Glas showing the massive cyclopean walls enclosing and defining  the site of the ancient remains [Credit: C. Maggidis] 



“I first excavated at Glas in 1990 as a graduate student with my mentor, the late Spyros Iakovidis,” said Maggidis. “The unparalleled size of the citadel, its connection with the gigantic drainage project of Kopais, and the discovery of such important but few remains in the citadel indicating that the rest of the citadel was left vacant puzzled me since then.” 

Glas 

The effective regulation of production and organization of the socio-economic life by the Mycenaean palatial administration and a long period of prosperity and stability led to population growth, as indicated by the rapid increase in the number and size of the Mycenaean settlements and cemeteries, and their geographical distribution in the homeland and abroad in the 13th century BC. 
Given the indigenous environmental circumscription and resource limitations, demographic growth necessitated expansion and intensification of specialized agricultural production to meet basic needs and afford surplus for exportation. A colossal project In the closing years of the 14th century BC (LH IIIA2) a large-scale engineering project of gigantic proportions was realized in Boeotia, perhaps a joint venture of the neighboring palaces of Thebes and Orchomenos, which effectively transformed the Kopais basin (ca. 20,000 ha) into the most fertile plain on mainland Greece: the submerged marshland was artificially drained by means of an ingenious and complex drainage control system which involved course diversion of six rivers and streams from the basin into wide peripheral –and possibly navigable (?)– canals, protected by massive watertight embankments (reinforced in places with Cyclopean revetments and bearing roads on their crowns) and supplied with underground drains and channels leading the water overflow into artificial polders, natural bedrock cavities and sinkholes (καταβόθραι), or to the bay of Larymna. 

The Kopais drainage project was colossal by both ancient and modern standards: it is estimated that 2,000,000 cubic meters of earth were moved to build the extensive dykes and massive embankments (2m high and 30m wide) running for many kilometers on the periphery of the basin, more than 250,000 cubic meters of stone were used to revet the embankments, and the water overflow of the main canal is estimated at 100 cubic meters per sec. 
The area once named “Arne” was still remembered as “multi-vined” in the Iliad (“polystaphylon Arne,” II 507) and Orchomenos as one of the richest kingdoms of the heroic past (Iliad I. 381-382), whose wealth and power was associated in the ancient literary sources with the cultivation of the drained lake (Strabo IX.2.40; Pausanias IX.17.2; Diodorus IV.18.7). 

A citadel ten times the size of Tiryns 

Glas was built on top of an island-like, flat-topped bedrock outcrop rising 20-40 m above the plain below and encompassing an area of 20 ha or 49.5 acres (ten times the size of Tiryns and seven times that of Mycenae) at the north-eastern edge of the Kopais basin. The Mycenaean citadel of Glas was fortified by a massive cyclopean wall (5.50-5.80m thick) which runs along the brow of the rocky natural platform for approximately 3 kms, features four gates (including one double gate), and encompasses a cluster of three adjacent and intercommunicating central enclosures. 
The northern enclosure (3.7 acres or 1.5 ha) surrounds an administrative and residential complex with two “twin” long wings built at an angle on the summit of the rocky hill; either wing contains a focal, single-storey megaron-like room (“melathron”) at its remote end, which was richly decorated with frescoes but lacks a throne or a central hearth surrounded by interior columns, and several two-storey residential apartments communicating through two long corridors and a central staircase (II). The southern enclosure(12.6 acres or 5.1 ha) encompasses two parallel long storage buildings divided internally by cross-walls and equipped with wide access ramps, as well as other subsidiary rooms (guard houses, personnel residential quarters, kitchens) arranged quite symmetrically north and south of 
the storage facilities (III). 





GPR survey image and general plan of the Glas site. Note the gaps where no  structures are visible [Credit: C. Maggidis] 




The southern enclosure is connected with the south gate of the citadel via a road running through a central propylon on its southern peribolos wall, while another road connects the northern enclosure with the north gate of the citadel through a propylon on its eastern peribolos wall; the two adjacent enclosures communicate through a guarded internal gate. Another smaller enclosure is formed immediately east of the northern enclosure without any apparent entrance or visible ruins (I).

Finally, an internal cross-wall running from the central tower of the southeast double gate to the north cyclopean wall separates and isolates the eastern sector of the citadel which was, thus, accessible only from the eastern entrance of the double gate (IV).

Glas was apparently the regional storage center of production and fortified administrative seat and residence of two local rulers who were probably appointed by the palaces of Thebes and Orchomenos to supervise and maintain the complex draining system, organize and regulate the agricultural production, manage taxation, central storage and redistribution of products (crops and wine), control and defend the satellite peripheral settlements and populations. 
The three major Boeotian palatial centers, Thebes, Orchomenos, and Glas were destroyed by fire slightly earlier than Pylos, sometime in the advanced LH IIIB2 (ca. 1220/1200 BC), most likely by enemy action; Thebes and Orchomenos continued to exist and were reoccupied on a smaller scale, whereas Glas and the Kopais drainage works were completely destroyed and abandoned. This regional destruction may be associated with internal conflicts between the Mycenaean palaces of Thebes and Orchomenos, or, alternatively, may be attributed to external aggression by Mycenaeans from the Argolid. Both versions have been well-preserved in mythology, literature, and folk memory: according to mythical tradition, Thebes attacked and destroyed Orchomenos, with Heracles blocking the sinkholes and flooding the lake (Strabo IX.2.40), and the Argives repeatedly campaigned against and finally besieged Thebes (Seven against Thebes, and the Epigonoi ); accordingly, the palace of Thebes (“Kadmeia ”) was not included among the Boeotians in the “Catalogue of Ships” (Iliad II.494-516), a separate and possibly much older poem later embodied in the Iliad, and the king (“wanax ”) of Thebes did not participate in the Trojan War which allegedly took place shortly after the destruction of Thebes. 
The citadel of Glas was destroyed and abandoned, never to be inhabited again. History of the survey “The citadel of Glas presented the lay-out of a fort with certain spatial peculiarities: only one third or less of the total area of the citadel (49.5 acres) seemed to be occupied by various buildings and structures (administrative buildings, storage facilities, workshops, kitchens, personnel residence quarters), whereas no other ruins had been located so far by surface survey anywhere else in the citadel.” 
Maggidis wanted to find out why the space outside the central enclosures appeared to be void of structures. “I was convinced that Glas was much more than a fort administrating the drainage works of the Kopais lake and the local agricultural production, and decided to investigate the site further,” he said. 
Beginning in 2010, Maggidis and his colleagues conducted a systematic geophysical survey of the citadel using ground penetrating radar (GPR), a Fluxgate gradiometer, electrical resistivity, and satellite imagery. 
The team focused primarily on unexplored areas and some already excavated sectors. The results were illuminating. ”The citadel of Glas was not left void of structures outside the central enclosures after all, but was apparently covered with many buildings of various uses, including at least five large and well-built complexes, extensive residential quarters and clusters of buildings stretching between these complexes, (semi)circular structures (silos?), a cistern, staircases, retaining walls and terraces. This is the picture of a fortified town.” 
Though Maggidis and colleagues had come much closer to uncovering the true proportions and complexity of the citadel, he sees much more to be done. ”The systematic investigation of the Mycenaean citadel of Glas will continue and intensify in the next decade,” says Magiddis. “The geophysical survey will focus on the eastern (Sector IV) and the western part of the citadel (Sector V), while systematic excavation will target select building complexes, clusters, and structures.” 
Past excavations The citadel of Glas has been partially excavated (central enclosures) by T.A. de Ridder (1893), I. Threpsiades (1955-1961) and Sp. Iakovidis (1981-1983, 1990-1991). The exemplary publication by Sp. Iakovidis of earlier and recent excavations in the Mycenaean citadel of Glas and the synthesis of archaeological, geoarchaeological, and historical evidence have established the form, function, organization, importance and uniqueness of this archaeological site. For more information about the Glas survey and excavations visit the project website.

Read more at: http://archaeologynewsnetwork.blogspot.it/2014/07/extensive-remains-of-vast-mycenaean.html?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed:+TheArchaeologyNewsNetwork+(The+Archaeology+News+Network)#.U8gnlCh7DfX
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giovedì 26 giugno 2014

Scrittura Micenea 1




Siti Micenei principali

Il difficile è incominciare: da dove?

articolo di 
Maurizio Feo

La scrittura Micenea già da sola è un argomento piuttosto vasto, specialistico, che pochi sono disposti a sorbirsi... pur se è bellissimo e - a ben vedere - già dice moltissimo della Civiltà che l'ha creata. Che cosa coltivava ed allevava, in che cosa credeva, che cosa commerciava, com'era organizzata etc...

Pertanto, mi limiterò a pochissimo, sperando così di non annoiare.

Tavoletta 7671 in Miceneo e suo rendimento grafico (fonte Wiki)


- Intanto, essa è una scrittura 'bambina', nel senso che si tratta di un tentativo iniziale, con il quale gli ideatori hanno tentato di reperire segni per potere esprimere tutto ciò che ad essi serviva negli atti della propria vita. Ecco perché la Scrittura Micenea comprende segni che rappresentano sillabe (sillabogrammi o fonogrammi, perché rappresentano suoni), segni ideografici (ideogrammi, che esprimono globalmente alcune nozioni), oltre a segni di pesi e misure e segni numerici.

- I primi due gruppi sono le due vere categorie di segni, come già avevano compreso fin dall'inizio i primi studi di A. Evans, J. Sundwall, M. Ventris, E.L. Bennett e J. Chadwick.

- H. Schliemann scavò Micene nel 1876 e non riuscì a trovare traccia di scrittura. Com'era possibile che una città così potente e civilizzata ignorasse la scrittura? (d'altro canto, Omero stesso non menziona la scrittura alla corte di Agamennone: si limita a dire che i Greci ricevettero la scrittura dai Fenici circa 400 anni dopo la Guerra di Troia). Schliemann non era un epigrafista, né un vero archeologo: oggi si stanno consolidando più sicure certezze scientifiche negative sulla sua già dubbia attività di ricco avventuriero.

- A. Evans ebbe l'intuizione dell'esistenza dei segni pittografici, tracciati su comuni oggetti antichi (sigilli). Scavò Cnosso, a Creta, e rinvenne l'evidenza di quattro sistemi scrittori. Definì la scrittura in uso a Cnosso ancora poco prima della sua distruzione "Lineare B". Era tracciata su 1800 tavolette di argilla, che si riferiscono all'ultimo anno di vita del Centro e che - come d'uso - sarebbero state distrutte alla fine della stagione. La distruzione improvvisa (probabilmente da parte del Vulcano di Thera-Santorini) lo impedì e ci conservò questo splendido tesoro...

- Bennett studiò e riprodusse circa 600 tavolette di Pilo (Ano Englianos), più recenti di quelle di Cnosso di almeno 200 anni, ma anch'esse scritte nel medesimo linguaggio: Lineare B.

Tavoletta da Pilo, in Lineare B, circa 1200 a.C. (fonte Wiki)

- E' affascinante il dettaglio dei vari aspetti e percorsi dello studio di decodificazione (ma lo lascio ad un'altra puntata specifica): qui mi limito a dire che l'Alfabeto Miceneo consta di circa 80 lettere (laddove gli alfabeti più ponderosi  - pochi - ne comprendono poco più di 30. Anche da questo fatto singolare si poté dedurre che si trattava di un alfabeto sillabico. In altre parole, non esisteva un segno per ogni singola consonante, ma tanti segni quante erano le vocali per mezzo delle quali le si dava un suono. Non 'T', quindi, ma 'Ta, Te, Ti, To, Tu".

- Le ipotesi degli studiosi circa il Lineare B spaziavano ovunque: Bossett, Hrosny e Sundwall pensavano si trattasse di antico Ittita; Evans e Myres credevano fosse una lingua anbatolica primitiva; Sitting concludeva trattarsi di una lingua "Pelasgica" affine all'Etrusco.

- Michael Ventris comprese che si trattava di un greco arcaico, ostico, abbeviato, ma pur sempre un greco scritto almeno 500 anni prima di Omero. Ne dette comunicazione radiofonica pubblica attraverso la BBC nel 1952. Nel 1953, avrebbe pubblicato - insieme a John Chadwick -un ampio articolo tecnico scientifico al riguardo, "Evidence for Greek Dialect in the Mycenean Archives".

Ecco infine i segni (annotati secondo la "convenzione di Salamanca" del 1970, con le poche modifiche che ad essa seguirono).

Lineare B

Elenco dei simboli


Tavola dei sillabogrammi

AB01 simbolo da
AB02 simbolo ro
AB03 simbolo pa
AB04 simbolo te
AB05 simbolo to
AB06 simbolo na
AB07 simbolo di
AB08 simbolo a
AB09 simbolo se
AB10 simbolo u
AB11 simbolo po
B12 simbolo so
AB13 simbolo me
B14 simbolo do
B15 simbolo mo
AB16 simbolo qa
AB17 simbolo za
B18 simbolo
B19 simbolo
AB20 simbolo zo
AB21 simbolo qi
AB22 simbolo
AB23 simbolo mu
AB24 simbolo ne
B25 simbolo a2
AB26 simbolo ru
AB27 simbolo re
AB28 simbolo i
AB29 simbolo pu2
AB30 simbolo ni
AB31 simbolo sa
B32 simbolo qo
B33 simbolo ra3
AB34 simbolo
B36 simbolo jo
AB37 simbolo ti
AB38 simbolo e
AB39 simbolo pi
AB40 simbolo wi
AB41 simbolo si
B42 simbolo wo
B43 simbolo a3
AB44 simbolo ke
AB45 simbolo de
AB46 simbolo je
AB47 simbolo
AB48 simbolo nwa
AB49 simbolo
AB50 simbolo pu
AB51 simbolo du
B52 simbolo no
AB53 simbolo ri
AB54 simbolo wa
AB55 simbolo nu
AB56 simbolo
AB57 simbolo ja
AB58 simbolo su
AB59 simbolo ta
AB60 simbolo ra
AB61 simbolo o
B62 simbolo pte
B63 simbolo
B64 simbolo
AB65 simbolo
AB66 simbolo ta2
AB67 simbolo ki
B68 simbolo ro2
AB69 simbolo tu
AB70 simbolo ko
B71 simbolo dwe
B72 simbolo pe
AB73 simbolo mi
AB74 simbolo ze
B75 simbolo we
AB76 simbolo ra2
AB77 simbolo ka
AB78 simbolo qe
AB79 simbolo
AB80 simbolo ma
AB81 simbolo ku
AB82 simbolo
B83 simbolo
B85 simbolo au
AB86 simbolo
AB87 simbolo twe
B90 simbolo dwo
B91 simbolo two

Tavola dei logogrammi

(escluse le legature)

AB100 simbolo VIR
B102 simbolo MULier
B104 simbolo CERVus
B105 simbolo EQUus
B105f simbolo EQUf
B105m simbolo EQUm
B106 simbolo OVIS
B106f simbolo OVISf
B106m simbolo OVISm
B107 simbolo CAPer
B107f simbolo CAPf
B107m simbolo CAPm
B108 simbolo SUS
B108f simbolo SUSf
B108m simbolo SUSm
B109 simbolo BOS
B109f simbolo BOSf
B109m simbolo BOSm
AB120 simbolo GRAnum
B121 simbolo HORDeum
AB122 simbolo OLIVa
AB123 simbolo AROMa
B125 simbolo CYPerus
B127 simbolo KAPO
B128 simbolo KANAKO
B129 simbolo FAR
B130 simbolo OLEum
AB131 simbolo VINum
B132 simbolo
B133 simbolo AREPA
B135 simbolo MERI
B140 simbolo AES
B141 simbolo AURum
B142 simbolo
B144 simbolo CROcus
B145 simbolo LANA
B146 simbolo
B150 simbolo
B151 simbolo CORNu
B152 simbolo
B153 simbolo
B154 simbolo
B155 simbolo *155VAS
B156 simbolo TURO2
B157 simbolo
B158 simbolo
B159 simbolo TELA
B160 simbolo
B161 simbolo
B162 simbolo TUNica
B163 simbolo ARMa
AB164 simbolo
B165 simbolo
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B167 simbolo
B168 simbolo
B169 simbolo
B170 simbolo
AB171 simbolo
B172 simbolo
B173 simbolo LUNA
B174 simbolo
B176 simbolo ARBor
B177 simbolo
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AB180 simbolo
B181 simbolo
B182 simbolo
B183 simbolo
B184 simbolo
B185 simbolo
B189 simbolo
B190 simbolo
AB191 simbolo GALea
B200 simbolo 200VAS
B201 simbolo 201VAS
B202 simbolo 202VAS
B203 simbolo 203VAS
B204 simbolo 204VAS
B205 simbolo 205VAS
B206 simbolo 206VAS
B207 simbolo 207VAS
B208 simbolo 208VAS
B209 simbolo 209VAS
B210 simbolo 210VAS
B211 simbolo 211VAS
B212 simbolo 212VAS
B213 simbolo 213VAS
B214 simbolo 214VAS
B215 simbolo 215VAS
B216 simbolo 216VAS
B217 simbolo 217VAS
B218 simbolo 218VAS
B219 simbolo 219VAS
B220 simbolo 220VAS
B221 simbolo 221VAS
B222 simbolo 222VAS
B225 simbolo ALVeus
B226 simbolo 226VAS
B227 simbolo 227VAS
B228 simbolo 228VAS
B229 simbolo 229VAS
B230 simbolo HASta
B231 simbolo SAGitta
B232 simbolo
B233 simbolo PUGio
B234 simbolo
B240 simbolo BIGae
B241 simbolo CURrus
B242 simbolo CAPsus
B243 simbolo ROTA
B245 simbolo
B246 simbolo
B247 simbolo DIPTE
B248 simbolo
B249 simbolo
B250 simbolo 250VAS
B251 simbolo
B253 simbolo
B254 simbolo JACulum
B255 simbolo
B256 simbolo
B257 simbolo
B258 simbolo
B259 simbolo
B305 simbolo 305VAS
Metrogrammi
B110 simbolo Z
B111 simbolo V
B112 simbolo T
B113 simbolo S
B114 simbolo Q
B115 simbolo P
B116 simbolo N
B117 simbolo M
AB118 simbolo L
Numeri
1 simbolo
10 simbolo
100 simbolo
1000 simbolo
10000 simbolo