World Geography: List of Mountain Ranges, Peaks, Rivers & Lakes
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Forest of Madhya Pradesh
Build Your Own Success Story! FOREST OF MADHYA PRADESH As per the report (ISFR) MP has the largest forest cover in the country followed by Arunachal Pradesh and Chhattisgarh. Forest Cover (Area-wise): Madhya Pradesh> Arunachal Pradesh> Chhattisgarh> Odisha> Maharashtra. Forest Cover (Percentage): Mizoram (85.4%)> Arunachal Pradesh (79.63%)> Meghalaya (76.33%) According to India State of Forest Report the recorded forest area of the state is 94,689 sq. km which is 30.72% of its geographical area. According to Indian state of forest Report (ISFR – 2019) the total forest cover in M.P. increased to 77,482.49 sq km which is 25.14% of the states geographical area. The forest area in MP is increased by 68.49 sq km. The first forest policy of Madhya Pradesh was made in 1952 and the second forest policy was made in 2005. Madhya Pradesh has a total of 925 forest villages of which 98 forest villages are deserted or located in national part and sanctuaries. MP is the first state to nationalise 100% of the forests. Among the districts, Balaghat has the densest forest cover, with 53.44 per cent of its area covered by forests. Ujjain (0.59 per cent) has the least forest cover among the districts In terms of forest canopy density classes: Very dense forest covers an area of 6676 sq km (2.17%) of the geograhical area. Moderately dense forest covers an area of 34, 341 sqkm (11.14% of geograhical area). Open forest covers an area of 36, 465 sq km (11.83% of geographical area) Madhya Pradesh has 0.06 sq km. -
Dam Break Analysis of Idukki Dam Using HEC RAS
International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395 -0056 Volume: 04 Issue: 07 | July-2017 www.irjet.net p-ISSN: 2395-0072 Dam Break Analysis of Idukki Dam using HEC RAS Abhijith R1, Amrutha G2, Gopika Vijayaraj3, Rijisha T V4 1 Asst. Professor, Department of Civil Engineering, Viswajyothi College of Engineering and Technology, Vazhakulam, Kerala, India 2,3,4 UG Scholar, Department of Civil Engineering, Viswajyothi College of Engineering and Technology, Vazhakulam, Kerala, India ---------------------------------------------------------------------***--------------------------------------------------------------------- Abstract - Idukki reservoir, with an active capacity of developments, contingency evacuation planning and real 1459000000 m3 is a part of the Idukki Hydroelectric Project time flood forecasting. For assessing the flood damage due and comprises of Idukki Arch Dam, Kulamavu Dam and to dam breach it is necessary to predict not only the Cheruthoni dam. During the monsoon period when the dams possibility and mode of a dam failure, but also the flood hydrograph of discharge from the dam breach and the are full at its Maximum Reservoir Level (MRL) or in an propagation of the flood waves. The studies are to map or adverse event of dam break, the maximum discharge gets delineate areas of potential flood inundation resulting from released from these dams. This results into floods on a dam breach, flood depth, flow velocity and travel time of downstream and may cause disaster in cities or towns the flood waves etc. Knowledge of the flood wave and settled on the banks of the reservoir. This paper presents a flood-inundation area caused by a dam breach can case study of dam break analysis of Idukki Arch Dam using potentially mitigate loss of life and property damage. -
(Version 5) 09-01-06.Pmd
UNIT II PHYSIOGRAPHY This unit deals with • Structure and Relief; physiographic divisions • Drainage systems: concept of water sheds — the Himalayan and the Peninsular 2019-2020 CHAPTER STRUCTURE AND PHYSIOGRAPHY o you know that our earth also has a (i) The Penisular Block history. The earth and its landforms (ii) The Himalayas and other Peninuslar Dthat we see today have evolved over a Mountains very long time. Current estimation shows that (iii) Indo-Ganga-Brahmaputra Plain. the earth is approximately 460 million years old. Over these long years, it has undergone many THE PENINSULAR BLOCK changes brought about primarily by the The northern boundary of the Peninsular endogenic and exogenic forces. These forces have Block may be taken as an irregular line played a significant role in giving shape to various running from Kachchh along the western flank surface and subsurface features of the earth. You of the Aravali Range near Delhi and then have already studied about the Plate Tectonics roughly parallel to the Yamuna and the Ganga and the movement of the Earth’s plates in the as far as the Rajmahal Hills and the Ganga book Fundamentals of Physical Geography delta. Apart from these, the Karbi Anglong and (NCERT, 2006). Do you know that the Indian the Meghalaya Plateau in the northeast and plate was to the south of the equator millions of Rajasthan in the west are also extensions of years ago? Do you also know that it was much this block. The northeastern parts are larger in size and the Australian plate was a part separated by the Malda fault in West Bengal of it? Over millions of years, this plate broke into from the Chotanagpur plateau. -
BHISHMA SRI. R. RADHAKRISHNAN Former President & Trustee - BAI 81St Birthday on 2Nd July 2021 Wishing a Happy Healthy Long Life
Southern Estd1941 Bulletin of Builders Association of India - Southern Centre JULY 2021 BuilderFor Private Circulation only BHISHMA SRI. R. RADHAKRISHNAN Former President & Trustee - BAI 81st Birthday On 2nd July 2021 Wishing a Happy healthy long life Southern Estd1941 Bulletin of Builders Association of India - Southern Centre BuilderFor Private Circulation only Offical Journal of Builders’ Association of India - Southern Centre. July- 2021 Builders’ Association of India Southern Centre Plot No. A1, 1st Main Road, Opp. to AIEMA, Industrial Estate, Ambattur, Chennai - 600 058. (T) 044-2625 2006 | (E) [email protected] | (W) www.baisouthern.com CONTENTS OFFICE BEARERS - 2020-2021 Mr. L SHANTHAKUMAR - Chairman Ýê¤ó¤ò£¢ ñìô¢ 04 Mr. R R SHRIDHAR - Vice Chairman ñò¢òî¢î¬ôõ£¢ ñìô¢ 05 Mr. A N BALAJI - Hon. Secretary Mr. R NIMRODE - Hon. Joint Secretary Structures in the context of Mr. N G LOKANATHAN - Hon. Treasurer 06 everyday life EDITOR Mr. S AYYANATHAN Rules for Enlistment of Contractors in 08 98410 46799 CPWD, 2021 EDITORIAL BOARD Income Tax Benefits for Senior Citizens 15 Mr. L VENKATESAN Mr. S D KANNAN Tax Corner 18 Mr. P K P NARAYANAN ð¦û¢ñ£ R. Þó£î£è¤¼û¢íù¢¢ 24 ADVISORS Üè¬õ "81" Bhisma. R RADHAKRISHNAN All India Past President & Trustee - BAI ºù¢«ù££¢è÷¢ õ°î¢î 40 õ¬è 30 ñ¬öè÷¢ Mr. Mu MOAHAN Imm. Past National President - BAI Southern Centre Activities 42 Mr. J R SETHURAMALINGAM All India Past Vice President & Trustee - BAI TARIFF Si. No. Description Rate Per Issue Rate Per Annum 1. Multi Colour A4 Size Rear Cover Outer Rs.30,000/- Rs.3,00,000/- 2. -
North-East India: Land, People and Economy
North-East India: Land, People and Economy ^Spriringer K.R. Dikshit • Jutta K. Dikshit North-East India: Land, People and Economy Springer >5" i Preface I I I J'or ihc authors ol this book, stationed 2.000 km away rri>m North-Hast India, to write a book on this region would appear at lirst sight a larietehed exereise. But. sometimes, unforeseen situations ehange the perspective of individuals and induce cotnmitment to specific tasks. That is what iiappened with theauthors of this book. Theidea ofa book on Nortii-litist India had itsorigin ina Ixxik-writing workshop, conducted at North-Hastern Hill University. Shillong. in 200.'^. The workshop, attended among others, by the authors ofthis Ixmk. concluded with a plan toproduce a book, on the North-Hast region of India, to which all the partieipants were to contribute. Forsome retison. the plan did not materialise, and eonsequently. thepivsent authors." encouraged and assisted by the geography faculty of the North-Hastern Hill University (NHFIU). undertook to write the book. We started working on thisbook inall seriousness in thesummerol 2006. During the last 6 years, we visited all the states ofNorth-liast India several times and spent considerable time in the field, observing landscape and meeting people, recording ourobservations and collecting numerical data wherever possible. The field work in North-East. though purposive, often appeared it kind of adventure to explore an unfamiliar terrain. It is not that the region, especially its eastern periphery, is an unknt)wn territory, but some parts of the region arecjuite isolated and not absolutely risk-free. -
The Omkareshwar Dam in India : Closing Doors on Peoples' Future
The Omkareshwar Dam in India : Closing Doors on Peoples’ Future Abstract: The Omkareshwar Project is one of 30 large dams to be built in the Narmada Valley and which are being contested by one of India’s strongest grassroots movements. In Spring 2004 MIGA, the World Bank’s Investment Guarantee Agency, turned down an application for Omkareshwar because of “environmental and social concerns”. The project will displace 50,000 small farmers and flood up to 5800 hectars of one of Central India’s last intact natural forests. Construction of the dam was taken up in November 2003, in spite of the fact that no Environmental Impact Asessment and no resettlement plan has been prepared for the project. The project violates a number of national and international standards, including the so-called Equator Principles. Although it has been turned down by Deutsche Bank, several foreign banks and export credit agencies are still considering loan and insurance applications for Omkareshwar. Village Sukwa, Omkareshwar submergence area A number of European private banks and several Export Credit Agencies (ECAs) have been asked to provide support for the highly controversial Omkareshwar Dam Project in India. In November 2003, representatives of the Japan Center for Sustainable Environment and Society (JACSES) and the German environment and human rights NGO Urgewald undertook a fact-finding mission to the Omkareshwar area. The following report is based on data collected during our visit as well as discussions with the project sponsor, affected villagers and a review of all obtainable project documents. The Project and its Sponsor The Omkareshwar Project was conceived in 1965 as an irrigation and power dam to be built in the Central Indian State of Madhya Pradesh. -
GEOGRAPHY India and the Administrative Units; the States and Union Territories A
www.gradeup.co www.gradeup.co GEOGRAPHY India and the Administrative Units; the States and Union Territories a. Physiography of India ● India lies in the northern hemisphere of the globe between 8o 4’ N and 37o6’ N latitudes and 68o7’ E and 97o25’ E longitudes. ● The southern extent goes up to 6o45’ N latitude to cover the last island of the Nicobar group of islands. The southern extreme is called Pygmalion Point or India Point. ● The Tropic of Cancer passes through the middle part of India and crosses the eight states of Gujarat, Rajasthan, Madhya Pradesh, Chhattisgarh, Jharkhand, West Bengal, Tripura and Mizoram. ● The total land frontier of 15,200 km passes through marshy lands, desert, plains, mountains, snow-covered areas and thick forests. ● The maritime boundary of 6100 km along the main landmass which increases to 7516 km of the coastlines of Andaman-Nicobar and Lakshadweep Islands are added to it. ● India commands a total geographical area of 32,87,263 sq.km which is roughly 0.57% of the area of the earth and 2.4% of the total area of the land hemisphere. ● India is the seventh-largest country of the world after Russia, Canada, USA, China, Brazil and Australia (all are mentioned in the descending order). ● India’s area is almost equal to the area of Europe (excluding Russia), one- third of Canada, one-fifth of Russia, eight times of Japan and twelve times of the United Kingdom. ● India has roughly a quadrangular shape. It measures about 3,214 km from north to south and about 2933 km from east to west, the difference between the two is just 281km. -
Hydro Electric Power Dams in Kerala and Environmental Consequences from Socio-Economic Perspectives
[VOLUME 5 I ISSUE 3 I JULY – SEPT 2018] e ISSN 2348 –1269, Print ISSN 2349-5138 http://ijrar.com/ Cosmos Impact Factor 4.236 Hydro Electric Power Dams in Kerala and Environmental Consequences from Socio-Economic Perspectives. Liji Samuel* & Dr. Prasad A. K.** *Research Scholar, Department of Economics, University of Kerala Kariavattom Campus P.O., Thiruvananthapuram. **Associate Professor, Department of Economics, University of Kerala Kariavattom Campus P.O., Thiruvananthapuram. Received: June 25, 2018 Accepted: August 11, 2018 ABSTRACT Energy has been a key instrument in the development scenario of mankind. Energy resources are obtained from environmental resources, and used in different economic sectors in carrying out various activities. Production of energy directly depletes the environmental resources, and indirectly pollutes the biosphere. In Kerala, electricity is mainly produced from hydelsources. Sometimeshydroelectric dams cause flash flood and landslides. This paper attempts to analyse the social and environmental consequences of hydroelectric dams in Kerala Keywords: dams, hydroelectricity, environment Introduction Electric power industry has grown, since its origin around hundred years ago, into one of the most important sectors of our economy. It provides infrastructure for economic life, and it is a basic and essential overhead capital for economic development. It would be impossible to plan production and marketing process in the industrial or agricultural sectors without the availability of reliable and flexible energy resources in the form of electricity. Indeed, electricity is a universally accepted yardstick to measure the level of economic development of a country. Higher the level of electricity consumption, higher would be the percapitaGDP. In Kerala, electricity production mainly depends upon hydel resources.One of the peculiar aspects of the State is the network of river system originating from the Western Ghats, although majority of them are short rapid ones with low discharges. -
Thiruchirappal Disaster Managem Iruchirappalli
Tiruchirappalli District Disaster Management Plan – 2020 THIRUCHIRAPPALLI DISTRICT DISASTER MANAGEMENT PLAN-2020 Tiruchirappalli District Disaster Management Plan – 2020 INDEX S. Particulars Page No. No. 1. Introduction 1 2. District Profile 2-4 3. Disaster Management Goals (2017-2030) 5-11 4. Hazard, Risk and Vulnerability Analysis with Maps 12-49 (District map, Division maps, Taluk maps & list of Vulnerable area) 5. Institutional Mechanism 50-52 6. Preparedness Measures 53-56 7. Prevention and Mitigation measures (2015 – 2030) 57-58 8. Response Plan 59 9. Recovery and Reconstruction Plan 60-61 10. Mainstreaming Disaster Management in Development Plans 62-63 11. Community and other Stake holder participation 64-65 12. Linkages / Co-ordination with other agencies for Disaster Management 66 13. Budget and Other Financial allocation – Outlays of major schemes 67 14. Monitoring and Evaluation 68 15. Risk Communication Strategies 69-70 16. Important Contact Numbers and provision for link to detailed information 71-108 (All Line Department, BDO, EO, VAO’s) 17. Dos and Don’ts during all possible Hazards 109-115 18. Important Government Orders 116-117 19. Linkages with Indian Disaster Resource Network 118 20 Vulnerable Groups details 118 21. Mock Drill Schedules 119 22. Date of approval of DDMP by DDMA 120 23. Annexure 1 – 14 120-148 Tiruchirappalli District Disaster Management Plan – 2020 LIST OF ABBREVIATIONS S. Abbreviation Explanation No. 1. AO Agriculture Officer 2 AF Armed Forces 3 BDO Block Development Officers 4 DDMA District Disaster Management Authority 5 DDMP District Disaster Management Plan 6 DEOC District Emergency Operations Center 7 DRR Disaster Risk Reduction 8 DERAC District Emergency Relief Advisory Committee. -
AGRICULTURAL REGIONS.Pdf
AGRICULTURAL REGIONS Dr. R.S. Randhawa (Ex. Director of Indian Council of Agriculture Research) has divided India into 5 agricultural regions in his book “Agriculture and Animal Husbandry in India”. The criteria of the his divisions are:- 1. Rainfall 2. Temperature 3. Crop Combination 1. Himalaya Agriculture Region – subdivided 2 parts 1. Western Himalayan Agriculture Region 2. Eastern Himalayan Agriculture Region 1. Western Himalayan Agriculture Region Is situated in Jammu and Kashmir, Himachal Pradesh, Uttrakhand in the Western Himalaya. The Average temperature of summer is about 150 C while average temperature of winter is 00 C. Annual precipitation 16 – W. part of West Bengal + North Eastern states + Sikkim. 1. Varies between 150 cms to 10 cms. Apple, saffron, walnut, chest nut, plums are the major product while maize, rice and barley are grown in lower valleys. The Eastern Himalayan agriculture region has about 250C summer temperature, 150 C average winter temperature, rain fall varies between 200- 600 cms. Rice is the dominating crop. While rice + Maize are grown in the Brahamaputra valley. 2. Eastern Humid Rice Dominating Region – Includes Eastern part of the county in the east of 100 cms 180 the line crossing eastern coastal states, Jharkhand, Chattisgarh, Bihar and eastern U.P. The average summer temperature about 350 C about winter temperature 220 C, average annual rainfall varies between 100 – 150 cms. Rice is the dominating crop, jute, sugarcane, Maize are the other crops. 3. Western dry wheat dominating region – Rajasthan, Punjab, Haryana, North part of Gujarat, West U.P. and North West part of M.P. average summer temperature about 430 C + average winter temperature – 100 C rainfall varies between 100-25 cms, wheat is dominating crop. -
Appendix D: the Major Narmada Dams M.J
International Dimensions of Ethics Education in Science and Engineering Case Study Series: Narmada Dams Controversy Appendix D: The Major Narmada Dams M.J. Peterson Version 1; September 2010 Appendix Contents: 1.) Statements by Critics of the Narmada Project 2.) Location Plan of Projects in Narmada Basin 3.) Table summarizing main features of the primary Narmada Dams and their reservoirs 4.) Diagram of Narmada riverbed 5.) Diagram of length of reservoir created by the Sardar Sarovar Dam at different heights This case was created by the International Dimensions of Ethics Education in Science and Engineering (IDEESE) Project at the University of Massachusetts Amherst with support from the National Science Foundation under grant number 0734887. Any opinions, findings, conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation. More information about the IDEESE and copies of its modules can be found at http://www.umass.edu/sts/ethics. This case should be cited as: M.J. Peterson. 2010. “Narmada Dams Controversy.” International Dimensions of Ethics Education in Science and Engineering. Available www.umass.edu/sts/ethics. © 2010 IDEESE Project 1 Statements by Critics of the Narmada Project 1. A Narmada Bachao Andolan statement re-posted to Friends of River Narmada site http://narmada.org/introduction.html (accessed 2 Aug 2010) We recognise the complexity of the issues involved. However, once one cuts through all the rhetoric, lies and subterfuge of the vested interests, the gross inequities are clear. Large numbers of poor and underprivileged communities (mostly tribals and dalits) are being dispossessed of their livelihood and even their ways of living to make way for dams being built on the basis of incredibly dubious claims of common benefit and "national interest". -
Thesis.Pdf (1.852Mb)
Thesis for doctoral degree (Ph.D.) 2008 Barriers of Mistrust Public and Private health care providers in Madhya Pradesh, India Ayesha De Costa From the Division of International Health (IHCAR), Department of Public Health Sciences Karolinska Institutet, Stockholm, Sweden Barriers of Mistrust Public and Private health care providers in Madhya Pradesh, India Ayesha De Costa Stockholm 2008 All previously published papers were reproduced with permission from the publisher. Published by Karolinska Institutet (Ayesha De Costa). Stockholm SE 171 77 © Ayesha De Costa, 2008 ISBN 978-91-7409-130-4 Abstract: Background: In India, the foundations for a public role in the health sector were set at the time of her independence in 1947. Like other former colonies emerging from the war, India envisioned heavy state involvement in the provision of health services to all. The private health sector, at the time was limited to a few mission hospitals and some practitioners of Indian systems of medicine. Since then, there has been the steady growth of a heterogeneous, popular private health sector based on fee-for-service payments; so that now 93% of all hospitals and 85% of all qualified physicians are in the private sector. Aim: The thesis aims to study private and public health care providers and their characteristics in the province of Madhya Pradesh, India. Associations between provider distribution (both sectors) and social, demographic and economic characteristics of different districts of the province are also studied. The thesis also explores perceptions that policy makers in each health sector (public or private) have towards the other. Methods: In 2004, a survey to map all health care providers serving the 60.4 million people living in the province’s 394 towns and 52117 villages (spread over 304000 sq.