Methods and Problems in the Site Census Approach: a View from Mewar Through Archaeology and Ethnohistory
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Harappan civilization 2 Architecture 2 Drainage System 3 The planning of the residential houses were also meticulous. 4 Town Planning 4 Urban Culture 4 Occupation 5 Export import product of 5 Clothing 5 Important centres 6 Religious beliefs 6 Script 7 Authority and governance 7 Technology 8 Architecture Of Indus Valley Civilisation 9 The GAP 9 ARTS OF THE INDUS VALLEY 11 Stone Statues 12 MALE TORSO 12 Bust of a bearded priest 13 Male Dancer 14 Bronze Casting 14 DANCING GIRL 15 BULL 16 Terracotta 16 MOTHER GODDESS 17 Seals 18 Pashupati Seal 19 Copper tablets 19 Bull Seal 20 Pottery 21 PAINTED EARTHEN JAR 22 Beads and Ornaments 22 Toy Animal with moveable head 24 Page !1 of !26 Harappan civilization India has a continuous history covering a very long period. Evidence of neolithic habitation dating as far back as 7000 BC has been found in Mehrgarh in Baluchistan. However, the first notable civilization flourished in India around 2700 BC in the north western part of the Indian subcontinent, covering a large area. The civilization is referred to as the Harappan civilization. Most of the sites of this civilization developed on the banks of Indus, Ghaggar and its tributaries. Architecture The excavations at Harappa and Mohenjodaro and several other sites of the Indus Valley Civilisation revealed the existence of a very modern urban civilisation with expert town planning and engineering skills. The very advanced drainage system along with well planned roads and houses show that a sophisticated and highly evolved culture existed in India before the coming of the Aryans. -
Arts of the Indus Valley
2 ARTS OF THE INDUS VALLEY HE arts of the Indus Valley Civilisation emerged during Tthe second half of the third millennium BCE. The forms of art found from various sites of the civilisation include sculptures, seals, pottery, jewellery, terracotta figures, etc. The artists of that time surely had fine artistic sensibilities and a vivid imagination. Their delineation of human and animal figures was highly realistic in nature, since the anatomical details included in them were unique, and, in the case of terracotta art, the modelling of animal figures was done in an extremely careful manner. The two major sites of the Indus Valley Civilisation, along the Indus river—the cities of Harappa in the north and Mohenjodaro in the south—showcase one of earliest examples of civic planning. Other markers were houses, markets, storage facilities, offices, public baths, etc., arranged in a grid-like pattern. There was also a highly developed drainage system. While Harappa and Mohenjodaro are situated in Pakistan, the important sites excavated in India are Lothal and Dholavira in Gujarat, Rakhigarhi in Haryana, Bust of a bearded priest Ropar in Punjab, Kalibangan in Rajasthan, etc. Stone Statues Statues whether in stone, bronze or terracotta found in Harappan sites are not abundant, but refined. The stone statuaries found at Harappa and Mohenjodaro are excellent examples of handling three-dimensional volumes. In stone are two male figures—one is a torso in red sandstone and the other is a bust of a bearded man in soapstone—which are extensively discussed. The figure of the bearded man, interpreted as a priest, is draped in a shawl coming under the right arm and covering the left shoulder. -
Book Reviews
BOOK REVIEWS Indian Beads: A Cultural aud Technological Study. Shantaram Bha1chandra Deo. Pune: Deccan College Postgraduate and Research Institute, 2000. 205 pp., 7 color, 37 b/w plates, 3 maps, 24 figures, bibliography, no index. Paper 600 rupees. No ISBN. Distinctive Beads in Ancient India. Maurya Jyotsna. BAR International Series 864. Oxford: Archaeopress, 2000. 122 pp., 1 map, 10 figures, 7 tables, bibliography, index. Paper cover. ISBN 1-84171-067-9. Amulets and Pendants in Ancient Maharashtra. Maurya Jyotsna. New Delhi: D. K. Printworld, 2000. 102 pp., 4 maps, 12 figures, 3 tables, bibliography, index. Cloth 220 rupees. ISBN 81-246-0158-5. Reviewed by PETER FRANCIS JR. (1945-2003), former Director of the Centerfor Bead Research, Lake Placid, New York India is one of the world's largest countries rate with him on a book. That project with one of its most ancient civilizations. never happened, as Dikshit passed away in Blessed with immense natural and human 19(}9, just before his own History (?f Indian resources. It is no surprise that it is a lead Class was published. ing source of beads in both ancient and Deo received a fellowship from the In modern times. Only China is larger and as dian Council of Historical Research to ancient, but the Chinese have never been study and prepare a manuscript on Indian as interested in beads as have the Indians. beads during the years 1985 to 1988. He The Indian subcontinent has been unparal worked on the project for many years, long leled in terms of bead making, bead trad after the period of the fellowship. -
Sculptures-Indus Period
UNITl SCULPTURES-INDUS PERIOD Structure 1.1 Introduction 1.2 Objectives 1.3 The Indus Valley Civilization - Background 1.4 Sculptural Art Engraving - Seals Rounded Sculptures 1.5 Stylistic Features 1.6 Representational Examples 1.7 Summary 1.8 Self-Assessment Questions 1.9 Terminal Questions. 1.10 Answers to Terminal Questions 1.1 INTRODUCTION In the previous unit you have studied the different techniques followed by Indian sculptors during historical times. In every period the sculptures are created in different styles. This shows the artistic achievements of the respective period. In this unit we shall discuss the sculpture as developed in the Indus Valley civilization. 1.2 OBJECTIVES After reading this unit you will be able to: • describe the Indus civilization and the sculptures of the period; • discuss about the subjects chosen for sculptures; • explain the types of sculptures; and • discuss about the trends and approaches in sculpture of Indus period. 1.3 INDUS VALLEYCIVILIZATION -BACKGROUND The Indus Valley civilization, which flourished from 3000 BC, marked the beginning of a great civilization in the sub-continent. It was situated on the banks of the Indus and Saraswati rivers and their tributaries initially. Later it extended into Ganges- Yamuna Doab region and also into Afghanistan. Among the settlements were the major urban centres ofHarappa and Mohenjodaro located in Pakistan, Lothal, Rangpur, Surkothada, Kalibangan, Rakhigarhi, Dholavira, Daimabad, Kunal and many other places located .in India. The famous archaeologists who have discovered many of these sites and conducting research on various aspects are John Marshcll, a.B.Lal, S.R.Rao, Bhist, and others. -
Kalibangan : Death from Natural Causes
ANTIQUITY, XLII, 1968 Kalibangan : Death from Natural Causes by ROBERT RAIKES Mr R. L. Raikes is a hydrologist who is head of the firm of Raikes and Partners, consulting engineers in Rome. We recently published an article by him on ‘The Mohenjo-daro Floods’ (ANTIQUITY, 1965, 196), in which he concluded that Mohmjo-daro and ‘inevitably all other sites in the same general area of the Indus jlood-plain, were gradually engulfed by mud’. This article provoked discussion and comment in subsequent numbers. Mr Raikes now considers the end of Kalibangan some time in the 18thcentury BC and excludes the hypothesis of catastrophic climate change. As he has recently been accused of being a prophet of the New Catastrophism, he says that here it is rather a relief to him to be able, with conviction, to exclude catastrophic climate change. ALIBANGAN, which has been ex- Sind and the central Punjab-Mohenjo-daro, K cavated during recent years-and is still Harappa, Chanhu-daro, Judeir-jo daro, being excavated at the time of writing-by the Lohumjo-daro, to name but a few-may be of Archaeological Survey of India, is one of the significance. For, whereas the other ‘cities’ more important sites of the Harappan Civiliza- named were constructed largely of burnt brick, tion in India (FIG. I). Interim reports on it have Kalibangan was mainly of mud-brick construc- been published in Indian Archaeology. The tion. Some use of burnt brick there certainly subject of this short paper will in due course be was but the comparative rarity of it suggests the published in full, with the necessary technical possibility that the means of producing large details, in Ancient India. -
Kalibangan (Pre – Harappan Settlement)
Kalibangan (Pre – Harappan Settlement) Dr. Dilip Kumar Assistant Professor (Guest) Dept. of Ancient Indian History & Archaeology, Patna University, Patna Paper – CC-XI, Sem. – III Kalibangan is a town located at 29.47°N 74.13°E on the left or southern banks of the Ghaggar (Ghaggar - Hakra River) in Rajasthan. The Kalibangan pre-historic site was discovered by Luigi Pio Tessitori, an Italian Indologists (1887–1919). He was doing some research in ancient Indian texts and was surprised by the character of ruins in that area. He sought help from Sir John Marshall of the Archaeological Survey of India. At that time the ASI was conducting excavations at Harappa, but they were unaware of the significance of the ruins. In fact, Tessitori was the first person to recognize that the ruins were 'Prehistoric' and pre-Mauryan. Luigi Pio Tessitori also pointed out the nature of the culture, but at that time it was not possible to guess that the ruins of Kalibangan lay within the Indus Valley Civilization. He died five years before the Harappan culture was formally recognized. After India's independence, both the major Harappan cities together with the Indus became a part of Pakistan and Indian archaeologists were compelled to intensify the search for Harappan sites in India. Amlanand Ghosh (Ex. Director General, Archaeological Survey of India, or ASI) was the first person to recognise this site as Harappan and marked it out for excavations. Under the leadership of B. B. Lal (then Director General, ASI), Balkrishna (B.K.) Thapar, M. D. Khare, K. M. Shrivastava and S. -
Download Book
EXCAVATIONS AT RAKHIGARHI [1997-98 to 1999-2000] Dr. Amarendra Nath Archaeological Survey of India 1 DR. AMARENDRA NATH RAKHIGARHI EXCAVATION Former Director (Archaeology) ASI Report Writing Unit O/o Superintending Archaeologist ASI, Excavation Branch-II, Purana Qila, New Delhi, 110001 Dear Dr. Tewari, Date: 31.12.2014 Please refer to your D.O. No. 24/1/2014-EE Dated 5th June, 2014 regarding report writing on the excavations at Rakhigarhi. As desired, I am enclosing a draft report on the excavations at Rakhigarhi drawn on the lines of the “Wheeler Committee Report-1965”. The report highlights the facts of excavations, its objective, the site and its environment, site catchment analysis, cultural stratigraphy, structural remains, burials, graffiti, ceramics, terracotta, copper, other finds with two appendices. I am aware of the fact that the report under submission is incomplete in its presentation in terms modern inputs required in an archaeological report. You may be aware of the fact that the ground staff available to this section is too meagre to cope up the work of report writing. The services of only one semiskilled casual labour engaged to this section has been withdrawn vide F. No. 9/66/2014-15/EB-II496 Dated 01.12.2014. The Assistant Archaeologist who is holding the charge antiquities and records of Rakhigarhi is available only when he is free from his office duty in the Branch. The services of a darftsman accorded to this unit are hardly available. Under the circumstances it is requested to restore the services of one semiskilled casual labour earlier attached to this unit and draftsman of the Excavation Branch II Purana Quila so as to enable the unit to function smoothly with limited hands and achieve the target. -
Immigrant Identity in the Indus Civilization: a Multi-Site Isotopic Mortuary Analysis
IMMIGRANT IDENTITY IN THE INDUS CIVILIZATION: A MULTI-SITE ISOTOPIC MORTUARY ANALYSIS By BENJAMIN THOMAS VALENTINE A DISSERTATION PRESENTED TO THE GRADUATE SCHOOL OF THE UNIVERSITY OF FLORIDA IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY UNIVERSITY OF FLORIDA 2013 1 © 2013 Benjamin Thomas Valentine 2 To Shannon 3 ACKNOWLEDGMENTS Truly, I have stood on the shoulders of my betters to reach this point in my career. I could never have completed this dissertation without the unfailing support of my family, friends, and colleagues, both at home and abroad. I am grateful, most of all, for my wife, Shannon Chillingworth. I am humbled by the sacrifices she has made for dreams not her own. I can never repay her for the gifts she has given me, nor will she ever call my debt due. Shannon—thank you. I am likewise indebted to the scholars and institutions that have facilitated my graduate research these past eight years. Foremost among them is my faculty advisor, John Krigbaum, who took a chance on me, an aspiring researcher with little anthropological training, and welcomed me into the University of Florida (UF) Bone Chemistry Lab. I have worked hard not to fail him, as he has never failed me. Under John Krigbaum’s mentorship, I have earned my chance to succeed in academe. During my time at UF, I have benefited from the efforts of many excellent faculty members, but I am especially grateful to James Davidson, Department of Anthropology and George Kamenov and Jason Curtis, Department of Geological Sciences. -
Unpaid Dividend-17-18-I2 (PDF)
Note: This sheet is applicable for uploading the particulars related to the unclaimed and unpaid amount pending with company. Make sure that the details are in accordance with the information already provided in e-form IEPF-2 CIN/BCIN L72200KA1999PLC025564 Prefill Company/Bank Name MINDTREE LIMITED Date Of AGM(DD-MON-YYYY) 17-JUL-2018 Sum of unpaid and unclaimed dividend 709686.00 Sum of interest on matured debentures 0.00 Sum of matured deposit 0.00 Sum of interest on matured deposit 0.00 Sum of matured debentures 0.00 Sum of interest on application money due for refund 0.00 Sum of application money due for refund 0.00 Redemption amount of preference shares 0.00 Sales proceed for fractional shares 0.00 Validate Clear Proposed Date of Investor First Investor Middle Investor Last Father/Husband Father/Husband Father/Husband Last DP Id-Client Id- Amount Address Country State District Pin Code Folio Number Investment Type transfer to IEPF Name Name Name First Name Middle Name Name Account Number transferred (DD-MON-YYYY) 49/2 4TH CROSS 5TH BLOCK MIND00000000AZ00 Amount for unclaimed and A ANAND NA KORAMANGALA BANGALORE INDIA Karnataka 560095 54.00 21-Feb-2025 2539 unpaid dividend KARNATAKA 69 I FLOOR SANJEEVAPPA LAYOUT MIND00000000AZ00 Amount for unclaimed and A ANTONY FELIX NA MEG COLONY JAIBHARATH NAGAR INDIA Karnataka 560033 72.00 21-Feb-2025 2646 unpaid dividend BANGALORE IN300394-13455837- Amount for unclaimed and A BASHKARAN NA 40 OLD MUNCHIFF COURT STREETINDIA Tamil Nadu 637001 10.00 21-Feb-2025 0000 unpaid dividend NO 198 ANUGRAHA -
Copper Technology in India : a Review
©.2001 NML Jamshedpur 831 007, India; Metollurgy in India: A Retrospective; (ISBN: 81-87053-56-7); Eds: P. Ramachandra Rao and N.G. Goswami; pp. 143-162. Prehistoric -Copper Technology in India : A Review D.P. Agrawal* ABSTRACT Copper has been used by mankind from 5" to 2nd Millennia BC. The paper traced how metal technology has been part of the reparative of the technologies pertaining to ceramics, stone industry, and even architecture. No doubt, the first use of copper must have been of native copper. With the growth of urbanization, especially of'the Indus civilization, the abundance of metal and technology advance progressed by leaps and bounds. The Archaeo-Metallurgical studies help a lot to know about typology of artifacts, technologies used, source of metal, what techniques ,different cultures used to make them artifact, mining technology? A lot remains to be done: relating ore bodies to the artifact, metallographic studies to known techniques of artifact making, alloying pattern minerals used, geochemistry of ore bodies to devise ways to fingerprint them through trace impurity patterns and lead isotope geochemistry etc. No less important are the ethno-archaeological studies to understand the man behind the technology and his artifact. A lot more can be achieved with the joint effort of metallurgical labs. and the archeologists. Key words : Ancient Indian copper technology, Archaco-metallurgi-Gd1 study, Ethno-archacological study, Pre-Harappan site. INTRODUCTION In the greater Indus region, it is clear that the origin and development of copper metal technology occurred in conjunction with developments in other technologies. The Neolithic and early Chalcolithic pyrotechnologies included the firing of clays to make pots, and the heating of stone materials to enhance colour, workability *Address : 10, familial Park, Bopal Road, Ahmedabad - 380058 143. -
Metals and Metallurgy in the Harappan Civilization
Indian Journal of History of Science, 53.3 (2018) 279-295 DOI: 10.16943/ijhs/2018/v53i3/49460 Metals and Metallurgy in the Harappan Civilization Vibha Tripathi* (Received 27 February 2018) Abstract The Indus Valley also referred to as Sindhu-Sarasvati Civilization excelled in variety of technologies, including metallurgy. Over the span of centuries, evolving from Pre/ Early Harappan to the Late Harappan cultural phases, the civilization evolved as an urban civilization. By the mature Harappan period (circa 2700 to 18/1700 BCE) metal technology attained great perfection. Several metallurgical innovations like the intricate ciré perdue or lost wax technique, true saw and the eye needle go to the credit of the metal smiths of that period. Exclusive objects of copper, gold, and silver came to be used. For special affects, minor metals like tin, arsenic, lead, antimony etc. came to be used for alloying. Although about 70% of the copper objects of the Harappan period are unalloyed, a judicious alloying pattern as per requirements may be discerned in the metal repertoire. Arsenic was found to be present in several statues probably with a specific reason. The sharp-edged cutting tools like razors, knives or daggers, arrowheads, spearheads, drills etc show a distinct alloying pattern with alloying of tin up to 12- 13%. The Harappan bronze tool repertoire comprised typical leaf-shaped arrowheads, spears with bent end, shaft-hole axe, double edged axes, the sword with amid-rib or the bronze female figurines like that of the ‘dancing girl’. In fashioning of pots and pans, technique of raising- sinking and drawing was employed. -
A Survey of Burial Practices in the Late / Post-Urban Harappan Phase During the Second
A Survey of Burial Practices in the Late/Post-Urban Harappan Phase during the Second and First Millennium BCE V.N. Prabhakar1 1. Indian Institute of Technology, Gandhinagar, VGEC Campus, Ahmedabad – 382424, Gujarat, India (Email: [email protected]) Received: 03 September 2015; Accepted: 26 September 2015; Revised: 14 October 2015 Heritage: Journal of Multidisciplinary Studies in Archaeology 3 (2015): 54-83 Abstract: The Harappan civilization flourished during 2600 – 1900 BCE and among the several traits it is known for, burial practices one among them. A long tradition of burying the dead can be witnessed during the preceding phases of Harappan civilization, which could have contributed to a larger extent in the overall architecture and arrangement of burial furniture of Harappan phase. The patterns in which the burials were built indicate different socio-cultural belief systems in place quite distinct indifferent regions. A survey of the burial practices during the late/post-urban Harappan phase indicates not only re- emergence of certain traits in the form of urn burials/post-cremation burials, but also continuation of Harappan forms also. This paper is aimed to look into the evidence available so far from late / post-urban Harappan sites, a few examples from Iron Age context also, datable to second and first millennium BCE, to understand the pattern and regional distributions, if any. Keywords: Burial Practices, Pot Burials, Earth Burials, Chalcolithic, Harappan Civilization, Cemetery H, PGW Culture Introduction The disposal of dead and emergence of various burial customs in the south Asian context can be traced back to the Mesolithic period. It has been generally agreed that burials to intern the dead individuals was one among the several modes of disposal of dead during prehistoric and protohistoric times.