DOCSLIB.ORG

Abstract Volume-Ver 12.Cdr

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Abstract Volume-Ver 12.Cdr Abstract Volume 30th Himalaya-Karakoram- Tibet Workshop Dehradun, India 6-8 October 2015 Wadia Institute of Himalayan Geology Dehradun (India) Abstract Volume 30th Himalaya-Karakoram-Tibet Workshop WIHG, Dehradun, India 6-8 October 2015 WADIA INSTITUTE OF HIMALAYAN GEOLOGY (An Autonomous Institute of Department of Science & Technology, Government of India) 33, General Mahadeo Singh Road, Dehradun - 248 001 EPABX : 0135-2525100, Fax : 0135-2625212 Web : http://www.wihg.res.in Contents 1. Kinematics and shear heat pattern of ductile simple shear zones with 'slip boundary 1 condition': application in Himalayan tectonics Kieran F. Mulchrone, Soumyajit Mukherjee 2. An investigation into Uttarakhand disaster: a natural phenomenon or a result of multitude 1 factors? R.M. Devi, A.P. Dimri, Joystu Dutta 3. July 25, 2015, Islambad Earthquake (IE), Pakistan - probable causative fault is Hazara 2 Fault Zone (HFZ) or Hazara Lower Seismic Zone (HLSZ)? MonaLisa, M. Qasim Jan 4. Preliminary Seismic Hazard Evaluation of Makran Accretionary Zone (MAZ), Pakistan 3 MonaLisa, Frank Roth 5. The Nidar Ophiolite and its surrounding units in the Indus Suture Zone (NW Himalaya, 4 India): new field data and interpretations Nicolas Buchs, Jean-Luc Epard 6. Early Palaeozoic garnets in the Jutogh Group, Himachal Himalaya, India: its regional 5 implication O.N. Bhargava, M. Thöni, C. Miller 7. Variability in boreal spring precipitation over the last millennium in cold arid western 7 Himalaya, India Ram R. Yadav, Akhilesh K. Yadava, Jayendra Singh 8. Metamorphic CO2 -producing processes in the Himalaya: the contribution of calc-silicate rocks 7 Chiara Groppo, F. Rolfo, P. Mosca, G. Rapa 9. Cretaceous-Tertiary Boundary C, O and Hg Isotope Chemostratigraphy from Northern 8 and Southern Hemispheres, India-Asia collision and Evolution of the Himalaya V.C. Tewari, A.N. Sial 10. Paleoglaciations in the Himalaya and future implications 9 Vinod C. Tewari 11. Petrology of lawsonite-blueschist facies metasediments from the western Himalaya 10 (Ladakh, NW India) Franco Rolfo, C. Groppo, H.K. Sachan, S.K. Rai 12. Uplift and Growth of the northwest Pamir 11 Rasmus Thiede, Edward Sobel, Paolo Ballato, Konstanze Stübner, Mustafo Gadoev, Ilhomjon Oimahmadov, Todd Ehlers, Manfred Strecker 13. Tectonic deformation zones across the Himalaya of northwest India 12 Rasmus C. Thiede, Johannes Faruhn, Saptarshi Dey, Marcus Nennewitz, Bodo Bookhagen, Vikrant Jain, Manfred Strecker 14. Back structures (back-faults and back-folds) from collisional orogen: field findings from 13 Lesser Himalaya, Sikkim, India Narayan Bose, Soumyajit Mukherjee i 15. Depositional scenario and climate variability during the late Quaternary in the Tangtse 14 Valley, Ladakh, Trans-Himalaya, India Randheer Singh, Binita Phartiyal 16. Modelling the Crust beneath the Kashmir valley in North-western Himalaya 15 Ramees R. Mir, Imtiyaz A. Parvez, Vinod K. Gaur, Ashish, R. Chandra, Shakil A. Romshoo 17. Late Cenozoic Records of the River System of Northwestrn Himalaya 16 Rohtash Kumar 18. Facies character in the Siwalik rocks in the Lish River section, Darjeeling District, 16 West Bengal, India: depositional environment and palaeogeography Suchana Taral 19. High resolution climatic changes through Pleistocene-Holocene transition in Northwest 17 Indian Himalaya by using speleothems Bahadur Singh Kotlia, Anoop Kumar Singh, Jaishri Sanwal, Syed Masood Ahmad, Lalit Mohan Joshi 20. The Performance of RegCM with Different Convective Parameterization Schemes in 18 North Pakistan Himalaya Region Bushra Khalid, Pir Shaukat Ali 21. Climatic and tectonic scenario during Holocene in Ladakh, western Tibetan Plateau 20 Binita Phartiyal, Anupam Sharma, Debarati Nag 22. Late Quaternary tectonics and fluvial aggradation in monsoon dominated Saryu River 20 valley: Central Kumaun Himalaya Girish Ch. Kothyari, Khayingshing Luirei 23. 1D Velocity structure of the Garhwal-Kumaun Himalaya 21 Sanjay S. Negi, Ajay Paul, P. Mahesh 24. Identifying out-of-sequence thrusts in the Chitwan Intermontane Valley, Central Nepal, 23 using longitudinal river profiles and SL index analysis Ananya Divyadarshini, Vimal Singh 25. Late Pleistocene-Holocene record of aggradation and incision of Indus River, 24 Ladakh, NW Himalaya: Role of paleoclimate and tectonics Anil Kumar, Pradeep Srivastava 26. Are late Eocene-Oligocene calcretes of the western Himalaya linked to climatic aridity 25 in India? B.P. Singh 27. Behaviour of Little Ice Age (LIA) in Northern vs. Southern sites in Asia 26 B.S. Kotlia 28. Climate variability during Late Quaternary in Khalsi-Saspol paleolake, along River 26 Indus, Ladakh, Trans-Himalaya: a multi-proxy approach Debarati Nag, Binita Phartiyal 29. Formation of Wrinkle Ridge along the Piedmont Belt in the Eastern Himalayas 28 Chandreyee Goswami Chakrabarti, Prasun Jana, Pallavi Mahato ii 30. Shear-wave Velocity Structure of the Crust in Northeast India 30 Dipok K. Bora, Devajit Hazarika, Kajaljyoti Borah 31. Proposed Geo-Park (Stromatolite Fossil Park) development at Mamley area, South 31 Sikkim with emphasis on promotion of Geotourism in Sikkim Himalaya Indira sharma, Prakriti Pradhan, V.C. Tewari 32. Mathematical analysis on seismic profiles provides a new approach of delineating 32 subsurface geometry an application in the Himalayan Foreland Thrust belt Joyjit Dey 33. Early Campanian calcareous nannofossils from Chikkim Formation, Spiti Valley, 32 Tethys Himalaya, India Jyotsana Rai, Deb Brat Pathak, Bindhyachal Pandey 34. Holocene out-of-sequence thrusting in the Kangra re-entrant, NW Sub-Himalaya, India 34 Saptarshi Dey, Rasmus C. Thiede, Taylor F. Schildgen, Hella Wittmann, Bodo Bookhagen, Manfred R. Strecker 35. The geochemistry and petrography of Permo-Carboniferous sandstones from the 34 Spiti region, Tethys Himalaya, Himachal Pradesh, India: an excellent preservation of paleoclimatic record Shaik A Rashid, Javid A Ganai 36. Paleoseismology of Nepal Himalaya and 2015 Gorkha Earthquake 35 Soma Nath Sapkota, L. Bollinger, P. Tapponnier 37. A review on out-of-sequence deformation in the Himalaya 36 Soumyajit Mukherjee 38. Mitigation and bioengineering measures for prevention of Surbhi Resort Landslide, 38 Mussoorie Hills, Uttarakhand Lesser Himalaya, India Victoria Z. Bryanne, Vinod C. Tewar 39. Morphotectonic evolution of the Siwalik Hills between the Yamuna and the Markanda 39 Exits, NW Himalaya Mahak Sharma, Vimal Singh 40. Regional correlation of the Carbonate rocks from Ophiolitic Mélange Zone in Manipur, 40 North East Himalaya India with Indus-Tsangpo Suture Zone of Ladakh Himalaya Vinod C. Tewari 41. Geomorphological and climatic changes in the Chang La pass region of Ladakh Range 41 During the Quaternary Priyanka Joshi, Binita Phartiyal 42. Trilobite fauna of Cambrian Series 2 (Stage 4) - Series 3 (Stage 5) boundary from the 42 Parahio Valley (Spiti), Northwest Himalaya, India Birendra, P. Singh, Nancy Virmani, O.N. Bhargava, Naval Kishore, Aman Gill 43. Multi-proxy provenance record of Cenozoic exhumation along the flanks of the eastern 43 Qaidam basin, northern Tibetan plateau Brian K. Horton, Meredith A. Bush, Joel E. Saylor, Junsheng Nie iii 44. Tectonic and topographic control over erosion in the Arunachal Himalaya 44 Vikas Adlakha, Akhil Kumar, R.C. Patel, Nand Lal 45. Stable isotopic studies of the Early Pleistocene pedogenic nodules and gastropod shells 45 from the Pinjor Formation of the Upper Siwalik Subgroup exposed in the vicinity of Panchkula (Haryana) Simran Singh Kotla, Rajeev Patnaik, Ramesh Kumar Sehgal, Aditya Kharya 46. Traces fossils ofScoyenia ichnofaceis from the Pinjor Formation (Pliocene), Nadah 45 locality, Siwalik foothills Ravi. S. Chaubey, Birendra P. Singh 47. Nepal Earthquake 2015: it's tectonic implication 46 Santanu Baruah, Manoj K. Phukan, Saurabh Baruah, Ranju Duarah 48. Late Quaternary Fluvial deposits and Landscape evolution along the Yamuna River: 46 Implications to peripheral forebulge tectonics of Ganga plain Rupa Ghosh, Pradeep Srivastava, U.K. Shukla, R.K. Sehgal, R. Islam, Pankaj Srivastava 49. Paleocene-early Eocene high elevation of the Linzizong Arc and Crustal Mass Balance 47 implications for large-scale subduction of continental crust during Himalayan collision Miquela Ingalls, David B. Rowley, Brian Currie, Shanying Li, Gerard Olack, Ding Lin, Albert Colman 50. Fluid-rock interaction: the isotope perspective 48 Igor M. Villa 51. Slope instability and geotechnical characteristics of the slope materials along the Mansa 48 Devi Hill bypass road, Haridwar Township Ruchika S. Tandon, B. Venketeshwarlu, Vikram Gupta, Rajesh Sharma 52. Tectonic and metamorphic discontinuities in the Greater Himalayan Sequence in Central 49 Himalaya: insights from natural examples and numerical modelling R. Carosi, C. Montomoli, S. Iaccarino,A. Piccolo, M. Faccenda, D.Visonà 53. Monazite U-Pb age and fluid inclusion of cordierite migmatite in far-eastern Nepal 50 Takeshi Imayama, J...,. Yamamoto, T Takeshita, K Takahata K Yi 54. Lithium isotopes as a tracer for silicate weathering in the Ganga basin 51 Waliur Rahaman, Friedhelm von Blanckenburg, Jan A. Schuessler 55. Channel width variations and controls in drainage networks of Dehradun 52 Sukumar Parida, S.K. Tandon, Vimal Singh 56. Deciphering the Meso-Cenozoic tectonic history of southern Eurasia using 53 Thermochronology on Central Asian faults Stijn Glorie, Johan De Grave, Wenjiao Xiao, Alan Collins 57. Paleoflood records in Himalaya 55 Pradeep Srivastava, Y.P. Sundriyal, Anil Kumar, Suman Rawat, Naresh Kumar, R.J. Wasson, Rajesh
Load more

Recommended publications
  • Urban Risk Reduction Through Effective Disaster Management Plan-A Case Study of Shimla City, Himachal Pradesh, India
    INTERNATIONAL JOURNAL OF SCIENTIFIC & TECHNOLOGY RESEARCH VOLUME 4, ISSUE 02, FEBRUARY 2015 ISSN 2277-8616 Urban Risk Reduction Through Effective Disaster Management Plan-A Case Study Of Shimla City, Himachal Pradesh, India Bhavna Karki Abstract: By 2050, 70% of the world‘s population will live in urban areas. In India the urban population has increased from 217 million to 377 million in last two decades .With increasing population the associated risk and vulnerability has also increased. As cities continue to grow, there is increased pressure on resources; exposure of lives, livelihoods and economic, social and environmental assets to risk is set to increase exponentially. Recognised as one of the best cities for public services and one of the oldest Municipal Corporation in India, Shimla city is situated at the traverse spur of the Central Himalayas at 31004' N to 31010' N latitude and 77005' E to 77015' E longitude, at an altitude of 2397.59 m metres amsl. This paper aims at underlying the role of Shimla Municipal Corporation (SMC) as local government in managing disasters in the city along with effective planning and risk assessments. Key words: Shimla, governance, urban, disaster risk, exposure, vulnerability, plan ———————————————————— 1. Introduction In spite of knowing and acknowledging the vulnerabilities Population pressure on urban areas is increasing and increasing risks the administration has failed to address exponentially in India. The government and authorities are many other aspects of disaster management in similar facing challenges in managing cities and providing incidents that are frequent and regular. This paper aims to inhabitants the facilities, services as well as a safer look into the preparedness level of the city of Shimla for environment.
    [Show full text]
  • OU1901 092-099 Feature Cycling Ladakh
    Cycling Ladakh Catching breath on the road to Rangdum monastery PICTURE CREDIT: Stanzin Jigmet/Pixel Challenger Breaking the There's much more to Kate Leeming's pre- Antarctic expeditions than preparation. Her journey in the Indian Himalaya was equally about changing peoples' lives. WORDS Kate Leeming 92 93 Cycling Ladakh A spectacular stream that eventually flows into the Suru River, on the 4,000m plains near Rangdum nergy was draining from my legs. My heart pounded hard and fast, trying to replenish my oxygen deficit. I gulped as much of the rarified air as I could, without great success; at 4,100m, the atmospheric oxygen is at just 11.5 per cent, compared to 20.9 per cent at sea level. As I continued to ascend towards the snow-capped peaks around Sirsir La pass, the temperature plummeted and my body, drenched in a lather of perspiration, Estarted to get cold, further sapping my energy stores. Sirsir La, at 4,828m, is a few metres higher than Europe’s Mont Blanc, and I was just over half way up the continuous 1,670m ascent to get there. This physiological response may have been a reality check, but it was no surprise. The ride to the remote village of Photoksar on the third day of my altitude cycling expedition in the Indian Himalaya had always loomed as an enormous challenge, and I was not yet fully acclimatised. I drew on experience to pace myself: keeping the pedals spinning in a low gear, trying to relax as much as possible and avoiding unnecessary exertion.
    [Show full text]
  • New Hominoid Mandible from the Early Late Miocene Irrawaddy Formation in Tebingan Area, Central Myanmar Masanaru Takai1*, Khin Nyo2, Reiko T
    Anthropological Science Advance Publication New hominoid mandible from the early Late Miocene Irrawaddy Formation in Tebingan area, central Myanmar Masanaru Takai1*, Khin Nyo2, Reiko T. Kono3, Thaung Htike4, Nao Kusuhashi5, Zin Maung Maung Thein6 1Primate Research Institute, Kyoto University, 41 Kanrin, Inuyama, Aichi 484-8506, Japan 2Zaykabar Museum, No. 1, Mingaradon Garden City, Highway No. 3, Mingaradon Township, Yangon, Myanmar 3Keio University, 4-1-1 Hiyoshi, Kouhoku-Ku, Yokohama, Kanagawa 223-8521, Japan 4University of Yangon, Hlaing Campus, Block (12), Hlaing Township, Yangon, Myanmar 5Ehime University, 2-5 Bunkyo-cho, Matsuyama, Ehime 790-8577, Japan 6University of Mandalay, Mandalay, Myanmar Received 14 August 2020; accepted 13 December 2020 Abstract A new medium-sized hominoid mandibular fossil was discovered at an early Late Miocene site, Tebingan area, south of Magway city, central Myanmar. The specimen is a left adult mandibular corpus preserving strongly worn M2 and M3, fragmentary roots of P4 and M1, alveoli of canine and P3, and the lower half of the mandibular symphysis. In Southeast Asia, two Late Miocene medium-sized hominoids have been discovered so far: Lufengpithecus from the Yunnan Province, southern China, and Khoratpithecus from northern Thailand and central Myanmar. In particular, the mandibular specimen of Khoratpithecus was discovered from the neighboring village of Tebingan. However, the new mandible shows apparent differences from both genera in the shape of the outline of the mandibular symphyseal section. The new Tebingan mandible has a well-developed superior transverse torus, a deep intertoral sulcus (= genioglossal fossa), and a thin, shelf-like inferior transverse torus. In contrast, Lufengpithecus and Khoratpithecus each have very shallow intertoral sulcus and a thick, rounded inferior transverse torus.
    [Show full text]
  • Mineral Resources of Himachal Pradesh by Arun K
    Mineral Resources Of Himachal Pradesh By Arun K. Sharma , State Geologist , Himachal Pradesh Geological Wing , Department of Industries, Udyog Bhawan , Shimla-1 , Himachal Pradesh -171009 Rajneesh Sharma, Geologist, Geological Wing , Department of Industries, Udyog Bhawan , Shimla-1 , Himachal Pradesh -171009 Dr. H. R. Dandi Geologist, Geological Wing , Department of Industries, Udyog Bhawan , Shimla-1 , Himachal Pradesh -171009 i Mineral Resources of Himachal Pradesh Arun K. Sharma , Rajneesh Sharma, Dr. H. R. Dandi Contents Content Page No 1 Introduction 1 2 Minerals 1 3 Mineral Deposits 2 3.1 Igneous Minerals 3 3.2 Metamorphic Minerals. 3 3.3 Sedimentary Minerals. 3 3.4 Hydrothermal minerals. 4 4 Distinctive Characters of the Minerals 4 4.1 Color 4 4.2 Streak 4 4.3 Luster 4 4.4 Hardness 4 4.5 Specific Gravity 5 4.6 Cleavage 5 4.7 Crystal form 6 5 Mineral Resource 6 5.1 Inferred Mineral Resource 6 5.2 Indicated Mineral Resource 6 5.3 Measured Mineral Resource 7 6 Mineral Reserve 7 6.1 Probable Mineral Reserve 7 6.2 Proven Mineral Reserve 7 7 Distinctive Characters of the Mineral Deposit 7 8 Importance of Mineral Resources 8 9 Global Scenario 8 9.1 History 8 9.2 Modern mineral history 10 10 National Scenario 12 10.1 Past history 12 10.2 Pre Independence era 13 10.3 Post Independence Period 13 10.4 Present mining scenario 14 ii 11 Geology of Himachal Pradesh 21 11.1 Sub-Himalayas 22 11.2 Lesser Himalayas 22 11.3 Higher Himalayas 23 11.4 Geological Structural Belts 24 11.4.1 Siwalik Autochthon to Parautochthon Belt.
    [Show full text]
  • State of Environment Report Himachal Pradesh
    State of Environment Report Himachal Pradesh Department of Environment, Science & Technology Government of Himachal Pradesh Narayan Villa, Shimla-171 002, H.P. Phone No. 0177-2627608, 2627604, 2620559 Website: www.himachal.nic.in/environment State of the Environment Report on Himachal Pradesh © Department of Environment, Science & Technology, Government of Himachal Pradesh. Published by : Department of Environment, Science & Technology, Government of Himachal Pradesh. Narayan Villa, Shimla-171002 (Himachal Pradesh). All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written consent of the copyright owner. Editing, Typesetting and Printing : Shiva Offset Press, Dehradun - 248 001 Tel.: +91-135-2715748 Fax : 91-135-2715107 E-mail: [email protected] ii iii iv JAGAT PRAKASH NADDA Minister (Forests, Science & Technology) Himachal Pradesh MESSAGE It gives me immense pleasure to learn that the Department of Environment, Science & Technology, Government of Himachal Pradesh is bringing out the second State of Environment Report for the State. I have been given to understand that the State of Environment Report being published by the Department would display vital information on the environment related aspects of the State. As a Minister in-charge of the Department it shall be my endeavour to equip the Department in such a way that it successfully carries forward the protection, prevention and conservation agenda in a most sustainable manner. Himachal Pradesh, which has its own peculiar environmental problems, needs to tread the devel- opmental path without compromising with its pristine environment.
    [Show full text]
  • Initial Environmental Examination IND:Himachal Pradesh Skills
    Initial Environmental Examination Project Number: 49108-002 June 2019 IND: Himachal Pradesh Skills Development Project Package : Rural Livelihood Center at Garola Panchayat, Bharmour, Chamba District (Himachal Pradesh) Submitted by: Government of Himachal Pradesh This initial environment examination report is a document of the borrower. The views expressed herein do not necessarily represent those of ADB's Board of Directors, Management, or staff, and may be preliminary in nature. In preparing any country program or strategy, financing any project, or by making any designation of or reference to a particular territory or geographic area in this document, the Asian Development Bank does not intend to make any judgments as to the legal or other status of any territory or area. Initial Environmental Examination Project Number: 49108-002 April 2019 India: Himachal Pradesh Skill Development Project Name of the subproject: Rural Livelihood Center at Garola Panchayat, Bharmour, Chamba District (Himachal Pradesh) Prepared by the Government of Himachal Pradesh for the Asian Development Bank This initial environmental examination is a document of the borrower. The views expressed herein do not necessarily represent those of ADB's Board of Directors, Management, or staff, and may be preliminary in nature. In preparing any country program or strategy, financing any project, or by making any designation of or reference to a particular territory or geographic area in this document, the Asian Development Bank does not intend to make any judgments as
    [Show full text]
  • 2000 Ladakh and Zanskar-The Land of Passes
    1 LADAKH AND ZANSKAR -THE LAND OF PASSES The great mountains are quick to kill or maim when mistakes are made. Surely, a safe descent is as much a part of the climb as “getting to the top”. Dead men are successful only when they have given their lives for others. Kenneth Mason, Abode of Snow (p. 289) The remote and isolated region of Ladakh lies in the state of Jammu and Kashmir, marking the western limit of the spread of Tibetan culture. Before it became a part of India in the 1834, when the rulers of Jammu brought it under their control, Ladakh was an independent kingdom closely linked with Tibet, its strong Buddhist culture and its various gompas (monasteries) such as Lamayuru, Alchi and Thiksey a living testimony to this fact. One of the most prominent monuments is the towering palace in Leh, built by the Ladakhi ruler, Singe Namgyal (c. 1570 to 1642). Ladakh’s inhospitable terrain has seen enough traders, missionaries and invading armies to justify the Ladakhi saying: “The land is so barren and the passes are so high that only the best of friends or worst of enemies would want to visit us.” The elevation of Ladakh gives it an extreme climate; burning heat by day and freezing cold at night. Due to the rarefied atmosphere, the sun’s rays heat the ground quickly, the dry air allowing for quick cooling, leading to sub-zero temperatures at night. Lying in the rain- shadow of the Great Himalaya, this arid, bare region receives scanty rainfall, and its primary source of water is the winter snowfall.
    [Show full text]
  • Himachal Pradesh University
    INTERNATIONAL CENTRE FOR DISTANCE EDUCATION AND OPEN LEARNING Website:www.hpuniv.ac.in or https//admissions.hpushimla.in HAND-BOOK OF INFORMATION Academic Year: 2020-21 Academic Session: February-March 2021 Admission to Postgraduate/ Undergraduate/ Diploma Courses HIMACHAL PRADESH UNIVERSITY NAAC Accredited "A" Grade University SUMMER HILL, SHIMLA - 171005 (INDIA) LAST DATE OF FILLING ONLINE ADMISSION FORM th UG Courses (B.A. / B.Com.) (CBCS) 20 March, 2021 for Registration th Last Date for Submission of Fee 5 April, 2021 th PG Courses/Diploma Courses 20 March, 2021 for Registration th Last Date for Submission of Fee 5 April, 2021 1 | P a g e lans'k vk/kqfud lkekftd ifjos”k esa ifjorZu dh xfr rst vkSj rqjUr yf{kr gksus okyh gSA Kku ds izpkj&izlkj ds ek/;e fujUrj c<+rs tk jgs gSaA dqN lh[kus ds fy, vkt fdlh ds ikl tkus dh vko”;drk ugha gSA vk/kqfudre lapkj lk/kuksa ds }kjk lHkh izdkj dk Kku xzg.k djus dh xfr rst+ gqbZ gSA vr% ekuoh; fodkl dh bl izfØ;k ds lkFk f”k{kk dk lkeatL; Hkh t+:jh gSA f”k{kk ,d ekuoh; fØ;k gS] ;g viuk okLrfod mn~ns”; rHkh iwjk dj ikrh gS tc f”k{kkFkhZ dks ekuoh; ewY;ksa vkSj laosnuk ls vuqizf.kr dj ldsA f”k{kk dk iz;kstu fdlh rduhdh ;k O;olk; fo”ks"k esa n{krk iSnk djus rd lfefr ugha gS] cfYd thou esa ewY;cks/k vkSj ewY;fu"Bk dh lgtrk fodflr djuk bldk izFke mn~ns”; gksuk pkfg,A blfy, f”k{kk dh izfrfØ;k esa Hkh fujUrj ifjorZu gks jgs gS bl fLFkfr ds jgrs f”k{kk O;oLFkk esa oSf”od Lrj nwjorhZ f”k{kk iz.kkyh dk egRo c<+ jgk gSA nwjorhZ f”k{kk gj vk;qoxZ vkSj gj rjg dh HkkSxkSfyd fLFkfr esa jgus okys yksxksa dks f”k{kk
    [Show full text]
  • An Assessment of Apple Cultivation in Kalpa, Kinnaur District, Himachal Pradesh
    IOSR Journal Of Humanities And Social Science (IOSR-JHSS) Volume 20, Issue 8, Ver. II (Aug. 2015), PP 20-23 e-ISSN: 2279-0837, p-ISSN: 2279-0845. www.iosrjournals.org An Assessment of Apple Cultivation in Kalpa, Kinnaur District, Himachal Pradesh Gourab Bera (Research Scholar, Dept. of Geography, University of Calcutta) I. Introduction Apple (Maluspumila) is commercially the most important temperate fruit and is the fourth produced in the world after banana, orange and grape. About 70 million tons of apples were grown worldwide in 2013, and China produced almost half of this total. The United States is the second-leading producer with more than 6% of world production. Turkey is the third largest producer, followed by Italy, India and Poland. The area under apple cultivation in India increased by 24% from 1.95 lakh hectors. In 1991-92 to 2.42 lakh hectors. In 2001-02, although production increased by less than 1% (i.e. from 11 to 12 lakh tones). It is mostly grown in the states of Jammu & Kashmir, Himachal Pradesh, Uttaranchal, Arunachal Pradesh and Nagaland. Apple belt of the Himachal is the most important crop, accounting for about 90% of the total horticultural production. Study area Himachal Pradesh is one of the ideal locations for apple cultivation, covering the districts of Shimla, Siramour, Kullu, Mandi, Chamba and Kinnaur considering the vast production of apple orchards. The much- awaited delicious variety of apples from Himachal Pradesh's Kalpa (Kinnaur district) where horticulture is considered as a major livelihood source, most of all the households are involved in horticulture activity.
    [Show full text]
  • History : Project Deepak
    HISTORY : PROJECT DEEPAK 1. Raising & Early History. Project Deepak was raised in May 1961 with Col S N Punjh as Chief Engineer, primarily for the construction of Hindustan-Tibet (H-T) Road. The H-T Road is one of the most difficult roads ever to have been constructed in India. The 76 Km long Pooh-Kaurik sector of H-T Road passes through considerable lengths of sheer vertical hard rock stretches and huge bouldery strata embedded in sand and non-cohesive material, which is inherently unstable. The sector runs along the River Satluj crossing it at several locations. The road runs at altitudes between 1600 to 3600 meters. On the whole, the terrain and climatic conditions are very uncongenial. Many valuable lives were lost during the construction of this road. Thus, this work is a testimony to the sheer grit, determination and perseverance shown by PROJECT DEEPAK right from its early days. The subsequent major events in the history of Project Deepak include:- (a) In 1965, construction of the 122 Km long Road Dhami-Basantpur-Kiongal and 107 Km long stretch of Road Keylong-Sarchu (part of the Manali-Leh road) was entrusted to PROJECT DEEPAK. (b) In December 1966, following disbandment of Project Chetak, all roads of Uttaranchal were taken over by PROJECT DEEPAK. Thus, the 300 Km long Road Rishikesh –Joshimath-Mana, 63 Km long road Road Joshimath-Malari and 260 Km long Road Tanakpur-Askote-Tawaghat came under PROJECT DEEPAK. (c) The early seventies saw Project Deepak spreading its light (Deepak Jyoti) in the states of Rajasthan and even Punjab.
    [Show full text]
  • From the Lower Part of the Irrawaddy Formation, Myanmar
    New discovery of a large-sized Tetraconodon (Artiodactyla, Title Suidae) from the lower part of the Irrawaddy Formation, Myanmar Chit-Sein; Thaung-Htike; Tsubamoto, Takehisa; Tin-Thein; Author(s) Rössner, Gertrud E. Citation Asian paleoprimatology (2006), 4: 186-196 Issue Date 2006 URL http://hdl.handle.net/2433/199763 Right Type Departmental Bulletin Paper Textversion publisher Kyoto University Asian Paleoprimatology, vol. 4:186-196 (2006) Kyoto University Primate Research Institute New discovery of a large-sized Tetraconodon (Artiodactyla, Suidae) from the lower part of the Irrawaddy Formation, Myanmar Chit-Seini,Thaung-Htike2, Takehisa Tsubamoto2'3, Tin-Thein4, and Gertrud E. Rossner5 'Departmentof Geology, HinthadaUniversity, Hinthada, Myanmar 2PrimateResearch Institute , KyotoUniversity, Inuyama, Aichi 484-8506, Japan 3Centerfor PaleobiologicalResearch , HayashibaraBiochemical Laboratories, Inc., Okayama700-0907, Japan 4Departmentof Geology , Universityof Yangon,Yangon, Myanmar 5Departmentof Earth andEnvironmental Sciences , Paleontology Section, and Geobio- Center,Ludwig-Maximilians-University Munich, 80333 Munich, Germany Abstract New fossil dentitionsof a large-sized Tetraconodon (Mammalia, Artiodactyla, Suidae)were discoveredfrom the lowerpart of the IrrawaddyFormation, Migyaungye Township,Magway Division, central Myanmar. These specimens are the largest among the Tetraconodonspecimens ever found in Myanmar.The molar dimensions of thesespecimens are similarwith those of Tetraconodonmagnus but are smallerin the dimensionsof last
    [Show full text]
  • Impact Assessment of Implementation of Local Area Development Fund and Rehabilitation & Resettlement Policies in Hydroelectric Projects in Himachal Pradesh
    Impact Assessment of Implementation of Local Area Development Fund and Rehabilitation & Resettlement Policies in Hydroelectric Projects in Himachal Pradesh (A Study Sponsored by Directorate of Energy, Himachal Pradesh) Ranveer Singh C.S. Vaidya Agro-Economic Research Centre Himachal Pradesh University Shimla-171005 2012 Ranveer Singh and C.S. Vaidya (2012) Impact Assessment of Implementation of Local Area Development Fund and Rehabilitation & Resettlement Policies in Hydroelectric Projects in Himachal Pradesh, Agro-Economic Research Centre, Shimla. The study was funded by Directorate of Energy, Government of Himachal Pradesh, Shimla. Contact Person Dr. Ranveer Singh, Officer Incharge, Agro-Economic Research Centre, Himachal Pradesh University, Shimla-171005 Phones 0177-2830457 (Telefax), 0177-2830182 (Res.), +91 98161 86617 (Mob.) E-mail : [email protected] Cover photo Karcham-Wangtu, Allian Duhangan, Hydro Electric Projects in Himachal Pradesh, foot path bridge at Rampur, Mobile Health Van, Farmers training camp in Project affected area of RHEP, Budhil Hydro Electric Projects and houses of displaced families at Averi in RHEP. Printied by Bhartendu Offset Printing Press 109/5 Lower Bazar Shimla. Ph : 2808285 Mob: 92185-91003 CONTENTS # Chapter Page Abbreviations vi List of Tables vii List of Diagramms ix Foreword xi Acknowledgments xiii 1 Introduction 1-3 1.1 Hydroelectric power 1 1.2 Types of hydroelectric plants 1 1.3 Advantages of run of river schemes 1 1.4 Potential for hydro power development in Himachal Pradesh 2 1.5 Preamble
    [Show full text]