The Kangavar Survey — the Iron Age

Total Page:16

File Type:pdf, Size:1020Kb

The Kangavar Survey — the Iron Age Iranica Antiqua, vol. XXXVII, 2002 THE KANGAVAR SURVEY — THE IRON AGE BY T. Cuyler YOUNG, Jr. (Toronto) Introduction I have been trying, without success, for more years than either of us wants to count, to convince my good friend and colleague, Karl Lamberg- Karlovsky, that the Iron Age is an interesting period in the history of ancient Iran. So far I have failed. He is a stubborn fellow, but then so am I. Here is one more attempt on my part to lure him into agreeing that there are fun things to do with materials dating to the end of Iranian prehistory. Though I may fail again in this enjoyable struggle between us, at least, under the present circumstance, I assume he will have to read it! The data for this discussion The data for this discussion is summarized in Tables I to III and in their accompanying Numerical Analyses. All of these data were collected by a survey of the Kangavar Valley in central western Iran conducted by the Godin Project of the University of Toronto, the Royal Ontario Museum and the Archaeological Service of Iran in the autumn of 1974 (Young 1975). Comments on the recovery, nature and quality of the data base A. The survey The survey was conducted between September 12 and October 23, 1974. The staff consisted of the author (director), Claus Breede (surveyor and draftsman), Mr. M. Rahbar of the Archaeological Service of Iran, and two hired pickmen from the excavation staff of the Godin Project. Thanks to the outstanding generosity of Mr. Saif'ollah Kambaxsh-Fard we were provided accommodation and board at the excavation house of the Iranian expedition to the Anahita Temple in Kangavar. I must say that I have 420 T.C. YOUNG never lived in a more pleasant or better managed dig house than that of the Iranians at Kangavar. The survey was greatly facilitated by a complete set of air photographs of the area covered, provided by the Department of Geography of the University of Tehran. These invaluable documents were supplemented by a set of 1:250,000 U.S. Army maps of the valley which are my personal possession. Our procedure was to identify sites to be visited each day from the air photographs as best we could and to begin our work on the ground by visiting these locations. From those points we were able to identify on the ground sites which had not been visible on the air photographs. Further sites were found by seeking information from farmers who regularly ploughed nearby fields and who were aware of non-mounded sherd scatters. When a site was located, Young, Rahbar and the two pickmen would search for sherds, while Breede would measure and make a rough topo- graphic plan of the site. Photographs were taken when thought necessary, and a few sites deemed particularly important or which had a distinctive configuration were sherded systematically. No complete pick-up of sherds was made. No systematic transects were walked, and no efforts were made to sample the valley randomly. Only sites visible by one means or another, or discovered through enquiry, were visited. Sherds and other items recovered were either processed at the dig house the day they were found, or on the one day a week we did not go into the field. Period identifications were based on the excavated sequence from Godin Tepe as then understood and on materials recovered by the Iranians from the Anahita Temple excavations. No claim can be made that we located all of the ancient sites in the area surveyed. It is reasonable to assume, however, that we probably visited all of the mounded sites, and we certainly recovered a goodly number of non- mounded sites as well. The survey may reasonably be described as of medium intensity. In total we visited some 75 modern villages and mapped a total of 171 pre-modern and ancient sites. Seventy percent of the diagnostic sherds found were taken to Tehran. Roughly half of that collection is in the Muse Iran Bastan, and half is in the Royal Ontario Museum, Toronto, Canada. THE KANGAVAR SURVEY – THE IRON AGE 421 B. The geography of the survey area The area surveyed (Fig. 1) is that part of the drainage basin of the Gamas Ab River which flows through the Kangavar Valley. The main branch of the river enters the Kangvar Valley from the Assadabad Valley to the northwest by cutting through a slight rise which separates the two valleys. It leaves the Kangavar Valley through a very narrow gorge cut through a relatively high ridge of hills which defines the boundary between the Kan- gavar and the Sahneh Valleys. Before the river enters this gorge it is joined by the branch which flows north out of the Nehavand Valley (the village at this point, the extreme southwestern limit of the survey, is, nat- urally, called Doab). The survey covered the more or less flat valley bot- tom and the narrow valleys carved by the small tributary streams that flow into the Gamas Ab from within the Kangavar drainage basin. All such streams were followed to the crest of the local water shed. The valley naturally divides into three separate geographic areas. The valley floor proper runs from approximately the Kangavar — Tueiserhkan road to the gorge through to the Sahneh Valley (just south of the Kangavar — Nehavand road). Godin Tepe sits at the east end of this area. Agricul- ture here is based almost exclusively on irrigation, originally using only water drawn from the Gamas Ab, but now much supplemented with well water raised to the surface by diesel pumps. A line of sites dating to Godin Period VI along the east side of the valley suggests that either the river ran here in the 4th millennium, or perhaps the first documented irrigation canal was dug in the valley along that line. Sites from the valley floor are labeled K. To the west and northwest of the modern road from Hamadan to Ker- manshah, on which the town of Kangavar is located, is an upland area which we labeled the Kangavar Hill Country. Sites here are designated KH. Three small streams flow down through this hilly and broken land- scape. Modern villages and ancient sites are located mainly along these streams. Today, as in the past, some of the agriculture of this area is based on irrigation, but a great deal of dry farming is, and was in the past, also practiced. The areas between the streams are used extensively for grazing. All of the modern villages and ancient sites are small compared with those on the valley floor. This is also true of the third main area of the drainage basin. In this area, Velishgird, villages and sites line up along the two streams that flow 422 T.C. YOUNG around either side of the mountain, Khangurmaz. Sites are labeled V. After these two streams join the main river slightly to the south of the site of Seh Gabi (Young and Levine 1974) the geographical distinction between the main valley floor (K) and Velishgird becomes rather indis- tinct. The southern and western boundary of Velishgird, therefore, is rather arbitrarily drawn. This area was most heavily occupied in the Parthian period: many of the small sites of that time represent single farm home- steads. Limited irrigation is practiced and most of the agriculture is dry farm. The hill slopes are again, as in the Kangavar Hill Country, used extensively for pasturage. C. Problems and suspected problems with the data discussed here 1. At the time the survey was completed Henrickson had not begun to work on his definitive study of the stratification, architectural and ceramic periodization of Period III at Godin (Henrickson 1984). From this impor- tant work we now know that the ceramics of the long-lived Period III (ca. 2600-16/1500 B.C.) can be divided typologically and stratigraphically into six major sub-periods or phases. The survey materials could at the time be identified only as Period III. It is now clear, however, (as suspected in 1974) that not all of the fifty-six sites so identified were occupied at the same time. Thus while the Period III occupation of the valley remains the largest of any period in terms of total hectares, occupation in Period III at any one time was certainly not as extensive as the total suggests. More important for our purposes here, we do not know exactly which sites of Period III were occupied at the time of the arrival of the Iron Age I/II culture. In this regard it would be splendid were someone able to visit the valley again and sort out the Period III sites according to their phases. 2. The Iron I/II Period is a large problem. These two cultures are, of course, distinct and well documented in both habitation sites and burials in northwestern Iran: e.g. Hasanlu (Dyson 1989). Along the face of the Elburz Mountains (Iron I and II), and in Luristan and Kurdistan (for certain, Iron I only) they are documented only in burials: e.g. Khorvin and Chandar (Vanden Berghe 1964) and Geytariyeh (Kambaxsh-Fard 1375) for the Elburz region; Giyan (Contenau and Ghirshman 1935) and Godin (Young 1969) for the central western Zagros. An examination of the exposed sections at Tepe Giyan demonstrates that there was clearly a settlement contemporary with at least some of the Iron I burials at that site, THE KANGAVAR SURVEY – THE IRON AGE 423 and there is an occupation site of Iron I and II near Khorvin (personal observations).
Recommended publications
  • The Anahita Temple at Kangavar
    THE ANAHITA TEMPLE AT KANGAVAR The modern town of Kangavar, the site of the Anahita Temple, is situated midway between Hamadan and Kermanshah, on the main historical Hegmataneh-Ctesphon highway. The Temple has an area of 4.6 hectare and is located on a huge schist outcropping that overlooks the Kangavar plain. Like a number of other monumental buildings, the Anahita Temple is constructed on a platform, a technique common on the IRanian plateau in historical periods. The town of Kangavar is the principal population center in the vast plain of Kangavar. This fertile plain is surrounded from the north and northwest by the central Zagros ranges. The Chelmaran heights, the main stone quarry of the region, is located on the west, not far from the Temple. High annual precipitation provides the plain with ample irrigation water supplied by natural springs and the Gamasab river, the confluence of the Khurram-rud, the Asadabad, and te Kangavar rivers. As in many regions in Iran, these rivers and the natural springs have played an important role in the cultural development of the Kangavar plain from prehistoric to the present time. The flourishing prehistoric cultures of Seh-Gabi and Godin, whose type sites are located northeast of Kangavar, and the latter's economic and cultural contact with Susa are indicative of the importance of the region from the early Neolithic to the late Chalcolithic period. Southern view of Anahita Temple The strategic geographical location of the plain also played an important role as the commercial highway and locus of contact between the cultural centers on the west and east streching as far as Khorasan and China.
    [Show full text]
  • New Evidence on the Chronology of the “Anahita Temple”
    Iranica Antiqua, vol. XLIV, 2009 doi: 10.2143/IA.44.0.2034383 NEW EVIDENCE ON THE CHRONOLOGY OF THE “ANAHITA TEMPLE” BY Massoud AZARNOUSH (Iranian Center for Archaeological Research, Tehran) Abstract: Partly standing-partly excavated remains of a monument in Kangavar, a town in western Iran between Hamadan and Kermanshah, have been dated to the Seleucid and/or Parthian periods. In an article published in 1981, nevertheless, M. Azarnoush argues in favour of a late Sasanian date for this site. The discovery of a brick under the massive masonry of the western platform of the monument in the course of later excavations provided the possibility for thermoluminescence dating of this sample. The TL reading of the brick confi rms the Sasanian date of the monument. The present article intends to assess this and some other new information about the site. Keywords: W-Iran, Kangavar, Anahita Temple, Sasanian, chronology I- Introduction In an article published in 1981, I argued in favour of a late Sasanian date for the monument of Kangavar, frequently labelled the “Anahita Temple” (Azarnoush 1981: 69-94, Pl. 12-19). By that time I had completed two seasons of excavations on this site, following fi ve seasons of work headed by Seyfollâh-e Kâmbakhsh-e Fard, another Iranian archaeologist of whose expeditions I am certainly honoured to have been a member. Reasons backing the new chronology may be outlined in the following: – Isidor of Charax is the oldest author who mentions the presence of an Artemis Temple in Concobar, most probably the Greek pronunciation for the Iranian Kangavar.
    [Show full text]
  • Arkeolojik Verilerin Işiğinda Epi-Paleolitikten Tunç Çaği Sonuna Kadar Anadolu-Iran Ilişkileri
    Hacettepe Üniversitesi Sosyal Bilimler Enstitüsü Arkeoloji Anabilim Dalı ARKEOLOJİK VERİLERİN IŞIĞINDA EPİ-PALEOLİTİKTEN TUNÇ ÇAĞI SONUNA KADAR ANADOLU-İRAN İLİŞKİLERİ Bayram Aghalari Doktora Tezi Ankara, 2017 ARKEOLOJİK VERİLERİN IŞIĞINDA EPİ-PALEOLİTİKTEN TUNÇ ÇAĞI SONUNA KADAR ANADOLU-İRAN İLİŞKİLERİ Bayram Aghalari Hacettepe Üniversitesi Sosyal Bilimler Enstitüsü Arkeoloji Anabilim Dalı Doktora Tezi Ankara, 2017 KABUL VE ONAY BİLDİRİM YAYIMLAMA VE FİKRİ MÜLKİYET HAKLARI BEYANI ETİK BEYAN v TEŞEKKÜR Hacettepeli olduğum ilk günden beri beni yönlendiren, yardımlarını esirgemeyen, tez çalışmam konusunda tecrübe ve görüşlerinden yararlandığım danışman hocam Doç. Dr. Halil TEKİN'e sonsuz teşekkürlerimi sunarım. Tez izleme komitemde yer alan Hacettepe Üniversitesi arkeoloji bölüm başkanı Prof. Dr. Sevinç GÜNEL, Prof. Dr. Halime HÜRYILMAZ, Doç. Dr. Ayşegül AYKURT, Ankara Üniversitesi bölüm başkanı Prof. Dr. Tayfun YILDIRIM ve Prof. Dr. Fikri KULAKOĞLU'NA tez çalışmam boyunca bilgilerini benimle paylaşmaları, konuya farklı bakış açılarıyla katkıda bulunmalarından ve beni desteklemelerinden dolayı çok teşekkür ederim. Ayrıca ders aşamasında bilgilerinden yararlandığım bütün Hacettepe Arkeoloji bölümü öğretim üyeleri ve görevlilerine teşekkürlerimi bildirmek isterim. Tez çalışmam boyunca yararlandığım İngiliz Arkeoloji Enstitüsü (BIAA) elemanlarına derin teşekkürlerimi bildirmek isterim. Yanı sıra araştırmanın uygulamasını gerçekleştirdiğim süre içinde teknik yardım ve desteklerini gördüğüm Türk ve İranlı arkadaşlarıma da teşekkür ederim. Maddi Manevi desteklerini esirgemeyen hayatımın her anında yanımda olan, Eğitim ve öğretim hayatım boyunca beni her yönden destekleyen, sevgili aileme derin teşekkürlerim sonsuzdur. vi ÖZET AGHALARİ, Bayram. Arkeolojik verilerin ışığında Epi-Paleolitikten Tunç Çağları sonuna kadar Anadolu-İran ilişkileri, Doktora Tezi, Ankara, 2017. Yukarıda belirtildiği başlıklı bu çalışmada Ön Asya'nın iki önemli coğrafi bölgesi olarak Anadolu-İran ilişki ve bağlantıları Epi-Paleolitik dönemden itibaren ele alınmıştır.
    [Show full text]
  • The Seismicity of Iran. the Firuzabad
    The seismicity of Iran. The Firuzabad (Nehavend) earthquake of 16 August 1958 N. AMBRASEYS (*) - A. MOINFAB (**) Received on October 10th, 1973 SUMMARY. — The Firuzabad (Iran) earthquake of the 16th August 1958 had a smaller magnitude (il/ = 6.6) than did the last major earthquake in the same area which occurred on the 13th December 1957, and had a 7.1 magnitude. The Firuzabad earthquake killed 132 and injured about 200 people in 170 villages. It affected an area of 1,100 square kilometres -within which 2,500 housing units were destroyed or damaged beyond repair. The earthquake had its macroseismic epicentre somewhat southeast of the 1957 earthquake and the shock was felt over an area of 80,000 square kilometres. The damage pattern from the Firuzabad earthquake did not resemble that of the 1957 shock, in that the Firuzabad earthquake affected a smaller region but was the more intense of the two. In contrast, the 1957 earthquake had a somewhat more moderate surface intensity over a much wider area. The Firuzabad earthquake was associated with a fault-zone at least 20 kilometres long. This earthquake and the seismic events of the previous year as well as the aftershocks of the 21st of September 1958, show quite clearly a progressive expansion of seismic activity along a northwest-south- west axis in the Zagros mountains. RIASSUNTO. — Il terremoto di Firuzabad (Iran) del 16 Agosto 1958 ebbe una magnitudo inferiore (6.6) di quella del 13 Dicembre 1957 (7.1), la più forte avvenuta in ordine di tempo nella stessa zona; in 170 villaggi, 132 fu- rono i morti e 200 ca.
    [Show full text]
  • Health-Related Microbial Quality of Drinking Water in Kangavar, Western Iran
    See discussions, stats, and author profiles for this publication at: https://www.researchgate.net/publication/296477155 Health-related Microbial Quality of Drinking Water in Kangavar, Western Iran Article · January 2016 DOI: 10.9734/BJMMR/2016/23212 READS 8 7 authors, including: Heshmatollah Nourmoradi Ilam University of Medical Sciences 70 PUBLICATIONS 136 CITATIONS SEE PROFILE All in-text references underlined in blue are linked to publications on ResearchGate, Available from: Heshmatollah Nourmoradi letting you access and read them immediately. Retrieved on: 02 August 2016 British Journal of Medicine & Medical Research 14(1): 1-7, 2016, Article no.BJMMR.23212 ISSN: 2231-0614, NLM ID: 101570965 SCIENCEDOMAIN international www.sciencedomain.org Health-related Microbial Quality of Drinking Water in Kangavar, Western Iran Nezam Mirzaei 1,2 , Heshmatollah Nourmoradi 3, Allahbakhsh Javid 4, Fazel Mohammadi-Moghadam 5, Hamid Reza Ghaffari 6, Mohammad Ahmadpour 7 and Kiomars Sharafi 8,2* 1Environmental Health Research Center, Kurdistan University of Medical Sciences, Sanandaj, Iran. 2Department of Environmental Health Engineering, School of Public Health, Tehran University of Medical Sciences, Tehran, Iran. 3Department of Environmental Health Engineering, School of Health, Ilam University of Medical Sciences, Ilam, Iran. 4School of Public Health, Shahroud University of Medical Sciences, Shahroud, Iran. 5Department of Environmental Health Engineering, School of Health, Shahrekord University of Medical Sciences, Shahrekord, Iran. 6Social Determinants in Health Promotion Research Center, Hormozgan University of Medical Sciences, Bandar Abbas, Iran. 7Department of Public Health, Maragheh University of Medical Sciences, Maragheh, Iran. 8Department of Environmental Health Engineering, School of Public Health, Kermanshah University of Medical Sciences, Kermanshah, Iran. Authors’ contributions This work was carried out in collaboration between all authors.
    [Show full text]
  • Abstracta Iranica, Volume 37-38-39 | 2018, « Comptes Rendus Des Publications De 2014-2016 » [En Ligne], Mis En Ligne Le 10 Mars 2018, Consulté Le 01 Novembre 2020
    Abstracta Iranica Revue bibliographique pour le domaine irano-aryen Volume 37-38-39 | 2018 Comptes rendus des publications de 2014-2016 Édition électronique URL : http://journals.openedition.org/abstractairanica/42410 DOI : 10.4000/abstractairanica.42410 ISBN : 1961-960X ISSN : 1961-960X Éditeur : CNRS (UMR 7528 Mondes iraniens et indiens), Éditions de l’IFRI Référence électronique Abstracta Iranica, Volume 37-38-39 | 2018, « Comptes rendus des publications de 2014-2016 » [En ligne], mis en ligne le 10 mars 2018, consulté le 01 novembre 2020. URL : http:// journals.openedition.org/abstractairanica/42410 ; DOI : https://doi.org/10.4000/abstractairanica. 42410 Ce document a été généré automatiquement le 1 novembre 2020. Tous droits réservés 1 NOTE DE LA RÉDACTION Ce numéro triple d'Abstracta Iranica 37-38-39 s'ouvre quelques mois après la clôture du numéro triple 34-35-36. Ce nouveau numéro, qui recense les publications de 2014-2015-2016, est comme le précédent un numéro « ouvert » présentant les recensions reçues depuis plusieurs mois et il restera ouvert jusqu'en décembre 2018, date à laquelle démarrera le numéro suivant. Nous espérons ainsi retrouver notre rythme habituel de publications des recensions en résorbant le retard imposé par des éléments externes et internes à la revue. Dorénavant, le principe de numéro « ouvert » reste valable pour tous les numéros futurs et la mise en ligne sera opérée plusieurs fois par an, par paquet de 100 à 200 comptes rendus. De la sorte les recensions adressées par les contributeurs seront disponibles en ligne quelques mois plus tard. Plus de visibilité et une plus grande rapidité et, par conséquent, une meilleure diffusion devraient refaire d'Abstracta Iranica une référence indispensable de l'information et de la critique de l'ensemble des publications sur le monde iranien.
    [Show full text]
  • Western Iran اﯾران ﻏرﺑﯽ
    © Lonely Planet Publications 134 lonelyplanet.com WESTERN IRAN 135 0 200 km Western Iran WESTERN IRAN 0 120 miles To Quba (90km) Ceasefire Line ﺍﻳﺮﺍﻥ ﻏﺮﺑﯽ Kura Iÿdîr YEREVAN Aÿrî NARORNO River Mt Ararat (Aÿrî Daÿî) KARABAGH ARMENIA Khankandi BAKU To Erzurum (5137m) (Stepanakert) (120km) Doÿubayazit AZERBAIJAN A Z E R B A I J A N Gürbulak Sangar NAKHCHIVAN Goris From paddy fields to blizzards to the original Garden of Eden, this region will shatter your Bazargan Pars Maku Nakhchivan Kapan River Abad City Battle Site Agarak preconceptions of Iran. Standing at the frontiers with Mesopotamia and Turkey, western Shot Culfa Aras Eskanlu Chaldoran Qareh Kalisa Kordasht Meghri Khudaferin C A S P I A N Lake Bastam Jolfa Iran has witnessed many of civilisation’s great empires, fortunes oscillating between trading Qareh Qarachilar Tatvan WESTERN IRAN Van Van Ziya'eddin Ushtebin S E A Hadiy Kaleybar glories and military decimation. The deeply hospitable region lacks the iconic gem-city sites Khoy St Shahr Duzal Razi Stephanos Norduz Babak Lankaran To Elazîÿ Hošap Castle of central Iran so it’s often skipped by first-time Western visitors. But that makes it all the Castle Tasuj Marand Meshgin (300km) Salmas Payam Shahr Astara Khah Ahar T U R K E Y Haftevan Sufiyan Ardabil more appealing for those who relish delving a little deeper and being the ‘only tourist’. Mamakan Takhti Tabriz Alvares Astara To Šanlîurfa Mingöl Lake Mt Sabalan Lavandevil Osku (350km) Esendere Sero Orumiyeh (4811m) Sara'eyn Fandoqlu Khotbeh Sara Azar Kandovan Sarab Lisar Hakkari
    [Show full text]
  • 102 Political Prisoners of the Shah's Time Emphasize That Iraj Mesdaghi
    Petition - 20th round of signatures with "102" added signatures of political prisoners of the Shah's dictatorship 102 political prisoners of the Shah's time emphasize that Iraj Mesdaghi, the agent and infiltrator of the MOIS and protégé of Lajavardi the henchman of Evin prison, should be tried alongside the henchman Hamid Nouri Declaration of "1602" political prisoner about the absurd allegations of Iraj Mesdaghi "In line with the goals of the clerical regime’s Ministry of Intelligence and being its agent." 102 political prisoners of the Shah's era have emphasized that Iraj Mesdaghi, Who participated in the prosecutor's patrols to hunt the MEK members, and the protégé of Lajavardi, the henchman of Evin prison, is an MOIS agent and infiltrator and should be tried alongside the henchman Hamid Nouri. We are acquainted with the role and function of the infiltrators of Shah’s secret agents, the SAVAK (Such as Sirus Nahavandi, Massoud Batahi, and Behrouz Zofan) And according to the investigative reports of the Judiciary Committee of the National Council of Resistance On the eve of the trial of Hamid Nouri and the role of Iraj Mesdaghi We join the declaration of 1,500 of our brothers and sisters who have experienced the dungeons and torture chambers of the clerical regime. The mission of MOIS agent and infiltrator against democratic alternatives is Part of a long-standing project of religious dictatorship for massacre and destruction of The People's Mojahedin Organization of Iran as the main enemy of the Khomeini regime. 1 Declaration of 1500
    [Show full text]
  • The Deterioration Process of Limestone in the Anahita Temple of Kangavar (West Iran) Vahid Barnoos, Omid Oudbashi* and Atefeh Shekofteh
    Barnoos et al. Herit Sci (2020) 8:66 https://doi.org/10.1186/s40494-020-00411-1 RESEARCH ARTICLE Open Access The deterioration process of limestone in the Anahita Temple of Kangavar (West Iran) Vahid Barnoos, Omid Oudbashi* and Atefeh Shekofteh Abstract The well-known archaeological site of Anahita Temple at Kangavar is one of the most important Iranian stone monu- ments. It has been dated by various authors in an interval extended from Achaemenid to Sasanian Persian Empires (sixth century BCE to seventh century AD). Signifcant weathering has been occurred in various stone blocks used in the construction of this monument. The aim of this research is to study the deterioration process of the stone blocks used in the Temple. It includes chemical and mineralogical analysis of stones, characterization of deterioration patterns and processes, and identifcation of factors infuenced the process. Results have been obtained by on-site and laboratory studies, including optical microscopy, petrography, X-ray fuorescence, X-ray difraction and scanning electron microscopy coupled with energy dispersive X-ray spectroscopy methods. They showed that low-porosity limestone and dolomitic limestone have been used in the construction of the Temple, which have a compact micritic structure with variable size calcite veins (sparite) and clay veins. According to the on-site and laboratory studies, the deterioration patterns are partially similar in majority of the stone blocks and include diferent types of detachments as well as biological colonisations. The multianalytical results proved that the deterioration process is mainly of physi- cal weathering type, due to structural and chemical characteristics of the limestone as well as climate factors, temper- ature fuctuations in particular.
    [Show full text]
  • The Freshwater Fishes of Iran Redacted for Privacy Hs Tract Approved: Dr
    AN ABSTRPCT OF THE THESIS OF Neil Brant Anuantzout for the degree of Dcctor of Philosophy in Fisheries presented on 2 Title: The Freshwater Fishes of Iran Redacted for Privacy hs tract approved: Dr. Carl E. Bond The freshwater fish fauna of Iran is representedby 3 classes, 1 orders, 31 familIes, 90 genera, 269species and 58 subspecIes. This includes 8 orders, 10 families, 14 generaand 33 species with marine representatives that live at least partof the tixne in freshwater. Also included are one family, 7 genera,9 species and 4 subspecies introduced into Iran. Overhalf the species and nearly half the genera are in the family Cypririidae; over75% of the genera and species are in the orderCypriniformes. The fish fauna may be separated into threemajor groups. The largest and nst diverse is the Sannatian Fauna,which includes the Caspian Sea, Azerbaijan, Lake Bezaiyeh, Rhorasan,Isfahan, Dashte-Kavir, and the four subbasins of the Namak LakeBasins. Of the fish found in Iran, 14 of 31 earnilies, 48 of 90 genera,127 of 269 species and 46 of 58 subspecies are found in theSarmatian Fauna. Endemisa is low, and nstly expressed at the subspecific level.The fauna contains marine relicts from the Sannatian Sea and recentinmigrants with strong relationships to the fishes of Europe, the Black Seaand northern Asia. The marine relicts are absent outside the Caspian Sea Basin, where the fauna is best described as a depauperate extensionof the Caspian and Aral Sea faunas. The second major fauna is the Nesopotamian Fauna,and includes the Tigris and Euphrates river Basins, the Karun1iver Basin, and the Kol, nd, Maliarlu, Neyriz and Lar Basins.
    [Show full text]
  • The Seismicity of Iran. the Karkhaneh (Kangavar) Earthquake of 24 March L963
    The seismicity of iran. The Karkhaneh (Kangavar) earthquake of 24 March L963 N. AMBRASEYS * - A. MOINFAR ** Received on November 20th, 1973 SUMMARY. — The Karkhaneh (Iran) earthquake of the 24th of March 1963 was a medium magnitude (31 = 5.8) shock which belongs to the series of earthquakes that began in 1909 and which lias successively delineated a zone of seismic activity about 300 kilometres long. The meizoseismal area of the Karkhaneh earthquake lies between and overlaps the meizoseismal areas of the earthquakes of 1957 and 1958, tlius filling a gap of low seismic activity since 1958. The earthquake destroyed 4,000 houses in 22 villages, injuring about 50 people. Its meizoseismal area did not exceed 300 square kilome- tres. The felt area was comparatively large, about 45,000 square kilometres and the predominant epicentral intensity was VI to VII (MM). The earth- quake, which was followed by a dozen strong aftershocks, caused considerable ground deformations along the Kangavar valley which run for at least 8 kilometres parallel with and to the northwest of the Kurram river. There is no evidence that these deformations are of tectonic origin. RIASSUNTO. — 11 terremoto di Karkhaneh (Iran) del 24 Marzo 1963 di media magnitudo (5.8), appartiene a quella serie di terremoti iniziata nel 1900 che ha, in seguito, individuato una zona di attività sismica (li circa 300 km. L'area meizosismica del terremoto di Karkhaneh giace fra le aree meizosismiche dei terremoti del 1957 e 1958, sovrapponendosi loro, e col- mando così dal 1958, una lacuna di bassa attività sismica. 4000 furono le abitazioni distrutte e 50 ca.
    [Show full text]
  • Prehistoric Evidence of Sonqor Koliyaie Plain in Central Zagros
    Prehistoric Evidence of Sonqor Koliyaie Plain in Central Zagros Mahmood Heydarian1* and Hamid Reza Ghorbani2 1Department of Archaeology, Faculty of Humanities, Shahrekord University. 2Department of Archaeology, Faculty of Art, University of Birjand. (Received: 28 /03 /2015; Received in Revised form: 25 /06 /2015; Accepted: 03/11 /2015) Sonqor Koliyaie is a mountainous plain in central Zagros that has attracted the attention of human societies because of its appropriate environmental characteristics from long ago. Generally, the findings obtained from systematic archaeological surveys show that human settlements have been established in this area from Middle Paleolithic period through contemporary period. Three seasons of survey in this area have shown that among 301 discovered archeological sites, many belonged to Paleolithic, Epipaleolithic, Neolithic, Chalcolithic, Bronze, and Iron Age. The present study attempts to study the prevalent prehistoric cultures and traditions of the region since the beginning up to the first millennium BC. The research method is descriptive-analytic and the materials are cultural artifacts such as pottery and stone tools. The obtained results prove that although the number or size of the settlements has decreased during some periods, the common pottery traditions such as Dalma, Seh Gabi, Godin VII, VI, IV, III, and II in West of Iran show the presence of a continuous sequence of cultural settlements from the start of the human settlement in the valleys. Regarding the distribution of the sites, it should be noted that the distribution and size of the discovered settlement patterns have been different indifferent periods and have been influenced by various environmental factors such as height, water access, pasture, and communicative roads.
    [Show full text]