UPSC 2020 Topic – Indus Valley Civilization – 100 Must-Know Facts
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POTTERY ANALYSIS of Kuntasl CHAPTEH IV
CHAPTER IV POTTERY ANALYSIS OF KUNTASl CHAPTEH IV POTTBKY ANALYSIS OF KUNTASI IV-A. KUNTASI, A HARAPPAN SITE IN WESTKRN SAUKASHTKA IV-A-1. Gujarat and its regions The ancient site of Kuntasi (22" 53’ OO” N - 70“ :J2 ’ OO" H '; Taluka Maliya, Dislricl l^ajkot) lies about two kilomelres soulh- easl of the present village, on the right (north) bank of the meandering, ephemeral nala of Zinzoda. The village of Kuntasi lies just on the border of three districts, viz., Rajkot, Jamnagar and Kutch (Fig. 1). Geographically, Kuntasi is located at the north western corner of Saurashtra bordering Kutch, almost at the mouth of the Little Rann. Thus, the location of the site itself is very interesting and unique. Three regions of Gujarat^ : Gujarat is roughly divided into three divisions, namely Anarta (northern Gujarat), Lata (southern Gujarat from Mahi to Tapi rivers) and Saurashtra (Sankalia 1941: 4- 6; Shah 1968: 56-62). The recent anthropological field survey has also revealed major “ eco-cultural” zones or the folk regions perceived by the local people in Gujarat (North, South and Saurashtra) identical with the traditional divisions, adding Kutch as the fourth region (Singh 1992: 34 and Map 1). These divisions also agree well more or less with the physiographical divisions, which are also broadly divided into three distinct units, viz. the mainland or the plains of (North and South combined) Gujarat, the Saurashtra peninsular and Kutch (Deshpande 1992: 119)'. -72- The mainland or the plains of Gujarat is characleri zed by a flat tract of alluvium formed by the rivers such as Banas and Kupen X draining out into the Little Rann of Kutch, and Sabarmati, Mahi, Narmada, Tapi, etc.(all these rivers are almost perennial) into the Gulf of Khambhat. -
And Mohenjo-Daro (Site) Fariha A
62 Safeguarding Heritage the People’s Way Learning from the Indus Floods in Sindh, Larkana (City) and Mohenjo-Daro (Site) Fariha A. Ubaid Denkmalschutz gemeinsam mit der Bevölkerung. Höhepunkt der Katastrophe bedeckte das Wasser etwa ein Lektionen aus den Hochwassern des Indus in Sindh Fünftel der Landesfläche (800,000 qkm), mehr als 20 Milli- und Larkana–Mohenjo-Daro onen Menschen waren direkt betroffen, ebenso wie Ernten, Leben mit dem Hochwasser war im Industal ein natürlicher Infrastrukturen, Vieh und die bauliche Substanz ganzer Dör- Prozess seit 5000 Jahren. Um mit der beständigen Bedro- fer und Städte. Die bereitgestellte Unterstützung ging über- hung fertig zu werden, hatten die Siedlungen in den Ebenen wiegend in die Soforthilfe, um den Betroffenen Nahrung und des heutigen Pakistan über die Zeit ihre eigenen Verhaltens- Unterkunft zu verschaffen. Der Schutz von Kulturdenkmalen weisen entwickelt. Dennoch war das Land auf die enormen stand verständlicherweise weit hinten auf der Prioritäten- Fluten, die im Jahr 2010 zusammen mit bisher ungekannten liste nationaler Strategiepläne und häufig wurden die his- Mengen an Monsunregen auftraten, nicht vorbereitet. Beim torischen Stätten von den Evakuierten als Notunterkünfte in Fig. 1: Pakistan with the Indus Valley Safeguarding Heritage the People’s Way ... 63 Beschlag genommen. Der Wiederaufbau bedeutete vor allem die Errichtung neuer Häuser und Infrastruktur. Der Beitrag gibt einen Überblick über die Hochwasser- probleme und Vorsorgemaßnahmen bei den wichtigsten Denkmalstätten im Industal. Technisch-zivilisatorische Interventionen in die Landschaft, wie Dämme, Wehre, Ka- näle, Bewässerungssysteme und Hochwasserschutz-Vor- kehrungen, werden vor dem Hintergrund der historischen Bedeutung der Indus-Kulturen betrachtet. Mit einem der- art übergreifenden Blick wird für das Gebiet der heutigen Stadt Larkana und der benachbarten archäologischen Welterbestätte Mohenjo-Daro eine Analyse der Flutereig- nisse durchgeführt. -
Transboundary River Basin Overview – Indus
0 [Type here] Irrigation in Africa in figures - AQUASTAT Survey - 2016 Transboundary River Basin Overview – Indus Version 2011 Recommended citation: FAO. 2011. AQUASTAT Transboundary River Basins – Indus River Basin. Food and Agriculture Organization of the United Nations (FAO). Rome, Italy The designations employed and the presentation of material in this information product do not imply the expression of any opinion whatsoever on the part of the Food and Agriculture Organization of the United Nations (FAO) concerning the legal or development status of any country, territory, city or area or of its authorities, or concerning the delimitation of its frontiers or boundaries. The mention of specific companies or products of manufacturers, whether or not these have been patented, does not imply that these have been endorsed or recommended by FAO in preference to others of a similar nature that are not mentioned. The views expressed in this information product are those of the author(s) and do not necessarily reflect the views or policies of FAO. FAO encourages the use, reproduction and dissemination of material in this information product. Except where otherwise indicated, material may be copied, downloaded and printed for private study, research and teaching purposes, or for use in non-commercial products or services, provided that appropriate acknowledgement of FAO as the source and copyright holder is given and that FAO’s endorsement of users’ views, products or services is not implied in any way. All requests for translation and adaptation rights, and for resale and other commercial use rights should be made via www.fao.org/contact-us/licencerequest or addressed to [email protected]. -
TCS Offices List.Xlsx
S No Cities TCS Offices Address Contact 1 Hyderabad TCS Office Agriculture Shop # 12 Agricultural Complex Hyderabad 0316-9992350 2 Hyderabad TCS Office Rabia Square SHOP NO:7 RABIA SQUARE HYDER CHOCK HYDERABAD SINDH PAKISTAN 0316-9992351 3 Hyderabad TCS Office Al Noor Citizen Colony SHOP NO: 02 AL NOOR HEIGHTS JAMSHORO ROAD HYDERABAD SINDH 0316-9992352 4 Hyderabad TCS Office Qasimabad Opposite Larkana Bakkery RIAZ LUXURIES NEAR CALTEX PETROL PUMP MAIN QASIMABAD ROAD HYDERABAD SINDH 0316-9992353 5 Hyderabad TCS Office Market Tower Near Liberty Plaza SHOP NO: 26 JACOB ROAD TILAK INCLINE HYDERABAD SINDH 0316-9992354 6 Hyderabad TCS Office Latifabad No 07 SHOP NO" 01 BISMILLAH MANZIL UNIT NO" 07 LATIFABAD HYDERABAD SINDH 0316-9992355 7 Hyderabad TCS Office Auto Bhan Opposite Woman Police Station Autobhan Road near women police station hyderabad 0316-9992356 8 Hyderabad TCS Office SITE Area Area Office Hyderabad SITE Autobhan road near toyota motors site area hyderabad 0316-9992357 9 Hyderabad TCS Office Fatima Height Saddar Shop No.12 Fatima Heights Saddar Hyderabad 0316-9992359 10 Hyderabad TCS Office Sanghar SHOP NO: 02 BAIT UL FAZAL BUILDING M A JINNAH ROAD SANGHAR 0316-9992370 11 Hyderabad TCS Office Tando allah yar SHOP NO: 02 MAIN BUS STOP NEAR NATIONA BANK TDA 0316-9992372 12 Hyderabad TCS Office Nawabshah Near PTCL SUMERA PALACE HOSPITAL ROAD NAAWABSHAH 0316-9992373 13 Hyderabad TCS Office Tando Muhammad Khan AL FATEH CHOCK ADJUCENT HABIB BANK STATION ROAD TANDO MOHD KHAN 0316-9992374 14 Hyderabad TCS Office Umer Kot JAKHRA MARKET -
Solid Waste Management Initial Environmental Examination
Initial Environmental Examination Project Number: 37220 October 2008 Pakistan: Sindh Cities Improvement Investment Program (SCIP) Solid Waste Management Initial Environmental Examination Prepared by the Government of Sindh for the Asian Development Bank. Initial Environmental Examination Project Number: 37220 October 2008 PAK: Sindh Cities Improvement Investment Program Solid Waste Management Initial Environmental Examination This report has been submitted to ADB by the Government of Sindh and is made publicly available in accordance with ADB’s public communications policy (2005). It does not necessarily reflect the views of ADB. Sindh Cities Improvement Investment Program IEE Report for Solid Waste Management Sector Subprojects CONTENTS I. INTRODUCTION 5 A. Overview 5 B. The Investment Program 5 C. Environmental Regulatory Compliance 6 D. Environmental Category of Solid Waste Sector Subprojects 6 E. Objectives and Scope of IEE 6 F. Report Structure 7 II. DESCRIPTION OF SOLID WASTE MANGEMENT SECTOR SUBPROJECTS 7 A. Background and Need 7 B. Proposed Investment 8 C. Secondary Storage Facilities 8 D. Secondary Collection Vehicles 10 E. Sanitary Landfill 10 III. ENVIRONMENTAL SETTING 14 A. Seismic Intensity 14 B. Topography and Soil 14 C. Hydrology and Water Resources 14 D. Climate 15 E. Demography and Socioeconomics 16 F. Waste Generation, Collection and Disposal 17 G. Environmental Conditions in the Vicinity of the Proposed Sites 20 IV. ENVIRONMENTAL IMPACTS AND MITIGATION 27 A. Screening of Environmental Impacts 27 B. Design Related Impacts and Design Principles 30 C. Construction Related Impacts 31 D. Operations Related Impacts 32 E. Positive Impact 34 V. STAKEHOLDERS CONSULTATION 34 A. Identification of Stakeholders and Methodology 34 B. -
Spatio-Temporal Flood Analysis Along the Indus River, Sindh, Punjab, KPK and Balochistan Provinces, Pakistan Version 1.0
21 August 2010 FL-2010-000141-PAK Spatio-Temporal Flood Analysis along the Indus River, Sindh, Punjab, KPK and Balochistan Provinces, Pakistan Version 1.0 This map shows daily variation in flood water extent along the Indus rivers in Sindh, Punjab, Balochistan and KPK Index map CHINA Crisis Satellite data : MODIS Terra / Aqua Map Scale for 1:1,000,000 Map prepared by: Supported by: provinces based on time-series MODIS Terra and Aqua datasets from August 17 to August 21, 2010. Resolution : 250m Legend AFGHANISTAN Image date : August 17-21, 2010 025 50 100 Result show that the flood extent is continously increasing during the last 5 days as observed in Shahdad Kot Tehsil Source : NASA of Sindh and Balochistan provinces covering villages of Shahdad, Jamali, Rahoja, Silra. In the Punjab provinces flood has Pre-Flood River Line (2009) ® Kilometres Pre-flood Image : MODIS Terra / Aqua q Airport Map layout designed for A1 Printing (36 x 24 inch) partially increased further in Shujabad Tehsil villages of Bajuwala Tibba, Faizpur, Isanwali, Mulana)as. Over 1000 villages Resolution : 250m Flood Water extent (Aug 17) and 100 towns were identified as severly affected by flood waters and analysis was performed using geospatial database v® Heliport Image date : September 19, 2009 Flood Water extent (Aug 18) received from University of Georgia, google earth and GIS data of NIMA (USGS). Approx. 800 kilometres stretch of Source : NASA p ! Villages/towns PAKISTAN national highway and link roads are submerged or partially inundated by flood water. Flood Water extent (Aug 19) Major airfield Railways IRAN INDIA Baseline Imagery : MODIS Aqua Aug 19, 2010 Ri vers ± Source : NASA Flood Water extent (Aug 20) p Minor airport Rural road Urbanized area This analysis also used Pre river line MODIS data for September 19, 2009 to show identify flood water only. -
The Decline of Harappan Civilization K.N.DIKSHIT
The Decline of Harappan Civilization K.N.DIKSHIT EBSTRACT As pointed out by N. G. Majumdar in 1934, a late phase of lndus civilization is illustrated by pottery discovered at the upper levels of Jhukar and Mohenjo-daro. However, it was the excavation at Rangpur which revealed in stratification a general decline in the prosperity of the Harappan culture. The cultural gamut of the nuclear region of the lndus-Sarasvati divide, when compared internally, revealed regional variations conforming to devolutionary tendencies especially in the peripheral region of north and western lndia. A large number of sites, now loosely termed as 'Late Harappan/Post-urban', have been discovered. These sites, which formed the disrupted terminal phases of the culture, lost their status as Harappan. They no doubt yielded distinctive Harappan pottery, antiquities and remnants of some architectural forms, but neither town planning nor any economic and cultural nucleus. The script also disappeared. ln this paper, an attempt is made with the survey of some of these excavated sites and other exploratory field-data noticed in the lndo-Pak subcontinent, to understand the complex issue.of Harappan decline and its legacy. CONTENTS l.INTRODUCTION 2. FIELD DATA A. Punjab i. Ropar ii. Bara iii. Dher Majra iv. Sanghol v. Katpalon vi. Nagar vii. Dadheri viii. Rohira B. Jammu and Kashmir i. Manda C. Haryana i. Mitathal ii. Daulatpur iii. Bhagwanpura iv. Mirzapur v. Karsola vi. Muhammad Nagar D. Delhi i. Bhorgarh 125 ANCiENT INDlA,NEW SERIES,NO.1 E.Western Uttar Pradesh i.Hulas il.Alamgirpur ili.Bargaon iv.Mandi v Arnbkheri v:.Bahadarabad F.Guiarat i.Rangpur †|.Desalpur ili.Dhola宙 ra iv Kanmer v.」 uni Kuran vi.Ratanpura G.Maharashtra i.Daimabad 3.EV:DENCE OF RICE 4.BURIAL PRACTiCES 5.DiSCUSS10N 6.CLASSiFiCAT10N AND CHRONOLOGY 7.DATA FROM PAKISTAN 8.BACTRIA―MARGIANAARCHAEOLOGICAL COMPLEX AND LATE HARAPPANS 9.THE LEGACY 10.CONCLUS10N ・ I. -
Kenoyer2004 Wheeled Vehicles of the Indus Valley Civilization.Pdf
1 Kenoyer, J. M. 2004 Die KalTen der InduskuItur Pakistans und Indiens (Wheeled Vehicles oftbe Indus Valley Civilization of Pakistan and India). In Bad unil Wagen: Der Ursprung einer Innovation Wagen im Vorderen Orient und Europa (Wheel and Wagon - origins ofan innovation), edited by M" Fansa and S. Burmeister, pp. 87-106. Mainz am Rhein, Verlagg Philipp von Zabem. Wheeled Vehicles of the Indus Valley Civilization of Pakistan and India. By Jonathan Mark Kenoyer University of Wisconsin- Madison Jan 7,2004 Introduction The Indus valley of northwestern South Asia has long been known as an important center for the emergence of cities and urban society during the mid third millennium Be. However, it is only in the last two decades that new and more detailed scientific excavations and analysis have begun to reveal the complex processes through which these urban centers emerged (Kenoyer 1998, 2003, Posseh12002). In this paper I will focus on the early use and gradual development of wheeled vehicles at the site of Harappa, Pakistan, in order to better understand the role of carts in this process of urban development. The earliest Neolithic communities that emerged along the edges of the Indus VaIley around 7000 Be do not reveal the use of wheeled vehicles Oarrige et al. 1995; Jarrige and Meadow 1980), but as sedentary farming communities became established out in the alluvial plain of the Indus river and its tributaries (Figure 1), more effective means of transporting heavy raw material would have been a major concern. In the alluvial plains that make up the core area of the later Indus civilization no rock is available exceptin the region around the Rohri Hills, Sindh. -
Oilseeds, Spices, Fruits and Flavour in the Indus Civilisation T J
Journal of Archaeological Science: Reports 24 (2019) 879–887 Contents lists available at ScienceDirect Journal of Archaeological Science: Reports journal homepage: www.elsevier.com/locate/jasrep Oilseeds, spices, fruits and flavour in the Indus Civilisation T J. Bates Joukowsky Institute for Archaeology and the Ancient World, Brown University, United States of America ARTICLE INFO ABSTRACT Keywords: The exploitation of plant resources was an important part of the economic and social strategies of the people of South Asia the Indus Civilisation (c. 3200–1500 BCE). Research has focused mainly on staples such as cereals and pulses, for Prehistoric agriculture understanding these strategies with regards to agricultural systems and reconstructions of diet, with some re- Archaeobotany ference to ‘weeds’ for crop processing models. Other plants that appear less frequently in the archaeobotanical Indus Civilisation record have often received variable degrees of attention and interpretation. This paper reviews the primary Cropping strategies literature and comments on the frequency with which non-staple food plants appear at Indus sites. It argues that Food this provides an avenue for Indus archaeobotany to continue its ongoing development of models that move beyond agriculture and diet to think about how people considered these plants as part of their daily life, with caveats regarding taphonomy and culturally-contextual notions of function. 1. Introduction 2. Traditions in Indus archaeobotany By 2500 BCE the largest Old World Bronze Age civilisation had There is a long tradition of Indus archaeobotany. As summarised in spread across nearly 1 million km2 in what is now Pakistan and north- Fuller (2002) it can be divided into three phases: ‘consulting palaeo- west India (Fig. -
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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. -
ANCIENT COMPOSITE MATERIALS: an EXPERIMENTAL APPROACH to “ARTIFICIAL LATERITE” from EARLY HISTORIC POPULATION CENTERS in ODISHA Monica L
ANCIENT COMPOSITE MATERIALS: AN EXPERIMENTAL APPROACH TO “ARTIFICIAL LATERITE” FROM EARLY HISTORIC POPULATION CENTERS IN ODISHA Monica L. Smith1 and Rabindra Kumar Mohanty2 1 Cotsen Institute of Archaeology, University of California, Los Angeles 2 Department of AIHC and Archaeology, Deccan College, Pune 411006 [email protected] Abstract The chemical and physical properties of natural materials, when combined in novel configurations or treated through processes such as fire, provide scope for humans to develop new and distinct substances. The sophisticated use of composite materials by ancient people (including concrete, plaster, and glass) enabled greater creativity in art, a greater range of architectural forms, and a more rapid production of daily-use goods. Composite materials also can be highly cost- effective as they are amenable to techniques such as molding that enables the production of novel shapes, and can make use of discarded materials as an efficient form of recycling. This paper examines the use of a composite process that was developed by ancient people to mimic solid stone at the ancient city of Sisupalgarh and its satellite town of Talapada during the Early Historic period (3rd century BCE-4th century CE) in eastern India. Introduction cooking, which physically alters foods and The first human artefacts were made from creates new flavors when ingredients are durable materials directly derived from nature combined to make stews, soup and gravy. The such as stone, wood, and bone. In many cases, finished products of cuisine often involves many those materials were used just as they were steps of input including chopping, grinding, found to assist in tasks related to acquiring mixing, and heating such that the final product food or providing shelter. -
List of Dehs in Sindh
List of Dehs in Sindh S.No District Taluka Deh's 1 Badin Badin 1 Abri 2 Badin Badin 2 Achh 3 Badin Badin 3 Achhro 4 Badin Badin 4 Akro 5 Badin Badin 5 Aminariro 6 Badin Badin 6 Andhalo 7 Badin Badin 7 Angri 8 Badin Badin 8 Babralo-under sea 9 Badin Badin 9 Badin 10 Badin Badin 10 Baghar 11 Badin Badin 11 Bagreji 12 Badin Badin 12 Bakho Khudi 13 Badin Badin 13 Bandho 14 Badin Badin 14 Bano 15 Badin Badin 15 Behdmi 16 Badin Badin 16 Bhambhki 17 Badin Badin 17 Bhaneri 18 Badin Badin 18 Bidhadi 19 Badin Badin 19 Bijoriro 20 Badin Badin 20 Bokhi 21 Badin Badin 21 Booharki 22 Badin Badin 22 Borandi 23 Badin Badin 23 Buxa 24 Badin Badin 24 Chandhadi 25 Badin Badin 25 Chanesri 26 Badin Badin 26 Charo 27 Badin Badin 27 Cheerandi 28 Badin Badin 28 Chhel 29 Badin Badin 29 Chobandi 30 Badin Badin 30 Chorhadi 31 Badin Badin 31 Chorhalo 32 Badin Badin 32 Daleji 33 Badin Badin 33 Dandhi 34 Badin Badin 34 Daphri 35 Badin Badin 35 Dasti 36 Badin Badin 36 Dhandh 37 Badin Badin 37 Dharan 38 Badin Badin 38 Dheenghar 39 Badin Badin 39 Doonghadi 40 Badin Badin 40 Gabarlo 41 Badin Badin 41 Gad 42 Badin Badin 42 Gagro 43 Badin Badin 43 Ghurbi Page 1 of 142 List of Dehs in Sindh S.No District Taluka Deh's 44 Badin Badin 44 Githo 45 Badin Badin 45 Gujjo 46 Badin Badin 46 Gurho 47 Badin Badin 47 Jakhralo 48 Badin Badin 48 Jakhri 49 Badin Badin 49 janath 50 Badin Badin 50 Janjhli 51 Badin Badin 51 Janki 52 Badin Badin 52 Jhagri 53 Badin Badin 53 Jhalar 54 Badin Badin 54 Jhol khasi 55 Badin Badin 55 Jhurkandi 56 Badin Badin 56 Kadhan 57 Badin Badin 57 Kadi kazia