Nos. Capacity (MW) Percentage (%) Identified Hydro Power Potential As Per Reassessment Study from Large Hydroelectric Projects
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Identified Hydro Power Potential As Per Reassessment Study from Major/Medium Projects 1 64 100 (Projects Having Capacity Above 25 MW)
State Profile on Hydro Development for Haryana Hydro Power Development in Haryana Identified Hydro Power Potential and its status of Development: Nos. Capacity (MW) Percentage (%) Identified Hydro Power Potential as per Reassessment Study from Major/Medium Projects 1 64 100 (Projects having capacity above 25 MW)# #Western Yamuna Canal project (64 MW) has been developed in 4 stages each having Installed Capacity below 25 MW. 10/18/2020 State Profile on Hydro Development for HP Hydro Power Development in Himachal Pradesh Identified Hydro Power Potential and its status of Development: Nos. Capacity (MW) Identified Hydro Power Potential as per Reassessment Study from Major/Medium Projects 68 18540 (Projects having capacity above 25 MW) I Projects in operation 26 9809.02 II Projects under construction 9 2125 III Projects allotted by States for development Projects cleared by CEA and yet to be taken up for (i) 2 330 construction (ii) Projects under Examination in CEA 2 573 (iii) Projects returned to project authorities 3 867 (iv) Projects under S&I 4 1879 Projects allotted for development on which S&I is held up/ (v) 6 1690 yet to be taken up IV Projects dropped due to Basin studies/ Other reasons 7 689 V Projects stuck due to Inter-State/ Other Issues 1 126 VI Projects yet to be allotted by the State for development* 21 1797 *The numbers and capacity yet to be allotted by the State for development is different from arithmetic calculation from the potential accessed due to change in capacity of the Projects, addition/deletion of the projects and merger of two projects into one etc. -
Table of Contents
Table of Contents Acknowledgements xi Foreword xii I. EXECUTIVE SUMMARY XIV II. INTRODUCTION 20 A. The Context of the SoE Process 20 B. Objectives of an SoE 21 C. The SoE for Uttaranchal 22 D. Developing the framework for the SoE reporting 22 Identification of priorities 24 Data collection Process 24 Organization of themes 25 III. FROM ENVIRONMENTAL ASSESSMENT TO SUSTAINABLE DEVELOPMENT 34 A. Introduction 34 B. Driving forces and pressures 35 Liberalization 35 The 1962 War with China 39 Political and administrative convenience 40 C. Millennium Eco System Assessment 42 D. Overall Status 44 E. State 44 F. Environments of Concern 45 Land and the People 45 Forests and biodiversity 45 Agriculture 46 Water 46 Energy 46 Urbanization 46 Disasters 47 Industry 47 Transport 47 Tourism 47 G. Significant Environmental Issues 47 Nature Determined Environmental Fragility 48 Inappropriate Development Regimes 49 Lack of Mainstream Concern as Perceived by Communities 49 Uttaranchal SoE November 2004 Responses: Which Way Ahead? 50 H. State Environment Policy 51 Institutional arrangements 51 Issues in present arrangements 53 Clean Production & development 54 Decentralization 63 IV. LAND AND PEOPLE 65 A. Introduction 65 B. Geological Setting and Physiography 65 C. Drainage 69 D. Land Resources 72 E. Soils 73 F. Demographical details 74 Decadal Population growth 75 Sex Ratio 75 Population Density 76 Literacy 77 Remoteness and Isolation 77 G. Rural & Urban Population 77 H. Caste Stratification of Garhwalis and Kumaonis 78 Tribal communities 79 I. Localities in Uttaranchal 79 J. Livelihoods 82 K. Women of Uttaranchal 84 Increased workload on women – Case Study from Pindar Valley 84 L. -
Sn Village Name Hadbast No. Patvar Area Kanungo Area 1991 2001
DISTT. HOSHIAR PUR KANDI/SUB-MOUNTAIN AREA POPULATION POPULATION SN VILLAGE NAME HADBAST NO. PATVAR AREA KANUNGO AREA 1991 2001 12 3 4 5 6 7 Block Hoshiarpur-I 1 ADAMWAL 370 ADAMWAL HOSHIARPUR 2659 3053 2 AJOWAL 371 ADAMWAL HOSHIARPUR 1833 2768 3 SAINCHAN 377 BHAGOWAL HOSHIARPUR 600 729 4 SARAIN 378 BHAGOWAL HOSHIARPUR 228 320 5 SATIAL 366 BASSI KIKRAN JAHAN KHELAN 328 429 6 SHERPUR BAHTIAN 367 CHOHAL HOSHIARPUR 639 776 7 KAKON 375 KAKON HOSHIARPUR 1301 1333 8 KOTLA GONSPUR 369 KOTLA GAUNS PUR HOSHIARPUR 522 955 9 KOTLA MARUF JHARI 361 BAHADAR PUR HOSHIARPUR 131 7 10 KANTIAN 392 KANTIAN HOSHIARPUR 741 1059 11 KHOKHLI 383 BHAGOWAL HOSHIARPUR 162 146 12 KHUNDA 395 BHEKHOWAL HOSHIARPUR 138 195 13 CHAK SWANA 394 KANTIAN HOSHIARPUR 121 171 KANDI-HPR.xls Hoshiarpur 1 DISTT. HOSHIAR PUR KANDI/SUB-MOUNTAIN AREA POPULATION POPULATION SN VILLAGE NAME HADBAST NO. PATVAR AREA KANUNGO AREA 1991 2001 14 THATHAL 368 KOTLA GAUNS PUR HOSHIARPUR 488 584 15 NUR TALAI 393 BHEKHOWAL HOSHIARPUR 221 286 16 BAGPUR 382 BAG PUR HOSHIARPUR 1228 1230 17 BANSARKAR URF NAND 364 BASSI GULAM HUSSA JAHAN KHELAN 632 654 18 BASSI GULAM HUSSAIN 362 BASSI GULAM HUSSAIN JAHAN KHELAN 2595 2744 19 BASSI KHIZAR KHAN 372 NALOIAN HOSHIARPUR 71 120 20 BASSI KIKRAN 365 BASSI KIKRAN JAHAN KHELAN 831 1096 21 BASSI MARUF HUSSAI 380 KANTIAN HOSHIARPUR 1094 1475 22 BASSI-MARUF SIALA 381 BHEKHOWAL HOSHIARPUR 847 1052 23 BASSI PURANI 363 BASSI GULAM HUSSA JAHAN KHELAN 717 762 24 BASSI KASO 384 KANTIAN HOSHIARPUR 238 410 25 BHAGOWAL JATTAN 379 BHAGOWAL HOSHIARPUR 418 603 26 BHIKHOWAL 391 BHEKHOWAL HOSHIARPUR 1293 1660 27 KOTLA NAUDH SINGH 143 KOTLA NODH SINGH BULLOWAL 611 561 28 BASSI BALLO 376 KAKON HOSHIARPUR 53 57 KANDI-HPR.xls Hoshiarpur 2 DISTT. -
Gori River Basin Substate BSAP
A BIODIVERSITY LOG AND STRATEGY INPUT DOCUMENT FOR THE GORI RIVER BASIN WESTERN HIMALAYA ECOREGION DISTRICT PITHORAGARH, UTTARANCHAL A SUB-STATE PROCESS UNDER THE NATIONAL BIODIVERSITY STRATEGY AND ACTION PLAN INDIA BY FOUNDATION FOR ECOLOGICAL SECURITY MUNSIARI, DISTRICT PITHORAGARH, UTTARANCHAL 2003 SUBMITTED TO THE MINISTRY OF ENVIRONMENT AND FORESTS GOVERNMENT OF INDIA NEW DELHI CONTENTS FOREWORD ............................................................................................................ 4 The authoring institution. ........................................................................................................... 4 The scope. .................................................................................................................................. 5 A DESCRIPTION OF THE AREA ............................................................................... 9 The landscape............................................................................................................................. 9 The People ............................................................................................................................... 10 THE BIODIVERSITY OF THE GORI RIVER BASIN. ................................................ 15 A brief description of the biodiversity values. ......................................................................... 15 Habitat and community representation in flora. .......................................................................... 15 Species richness and life-form -
Sewage Canal: How to Clean the Yamuna
SewageSewage Canal:Canal: HowHow toto CleanClean thethe YamunaYamuna SewageSewage Canal:Canal: HowHow toto CleanClean thethe YamunaYamuna About Yamuna. But not just Yamuna • Every river, every lake, every water body getting polluted. Full of our sewage. • We take water, return sewage. • 80% of water leaves as sewage • Cities are growing, need more water, discharge more pollution. • Dirty water means ill health: biggest cause of children’s death. BBee angry. Not acceptable. SewageSewage Canal:Canal: HowHow toto CleanClean thethe YamunaYamuna Water wars within Becoming urban. Remaining rural. Pollution will add to water stress. Cannot allow it. Have to build cities without pollution. SewageSewage Canal:Canal: HowHow toto CleanClean thethe YamunaYamuna Water ‘wars’ happening between old users and new users… • Not full blown wars – skirmishes; • Tonk district: farmers fight against water allocation to Jaipur and Ajmer; • Veeranam lake: farmers fight against water allocation to Chennai; • Vishakapatnam: farmers fight Jindal project for its water allocation. Say their water is already going to city; • Bharatpur: farmers stop biomass project saying it will use their water….. SewageSewage Canal:Canal: HowHow toto CleanClean thethe YamunaYamuna Can’t afford to pollute • Are river action plans working? • Cities water need will grow… • They will take water upstream; discharge waste downstream; take clean water, release dirty water • Reduce the water availability; increase stress; increase in incidence of disease • Understand Yamuna to understand India’s water future SewageSewage Canal:Canal: HowHow toto CleanClean thethe YamunaYamuna 22 Km stretch in Delhi contributes 70 per cent of the total pollution load of the river SewageSewage Canal:Canal: HowHow toto CleanClean thethe YamunaYamuna Yamuna a dirty drain of Delhi (BOD levels) SewageSewage Canal:Canal: HowHow toto CleanClean thethe YamunaYamuna DDOOan levels: umYa a.Yamuna eds d i anis dead. -
Maharashtra: Rivers Start Rising Again After 24 Hours of Heavy Rain, Water Commission Sounds Flood Alert
English | Epaper (http://epaperbeta.timesofindia.com/) | GadgetsNow 15 (https:/(h/ttwtpitste:/(hr/.wcttowpmsw:/(.tfh/imattimctpeesbos:so/o/fiowfinkwndia.cdiawo.)ym.oin/uTdiatimubeteims.oceofsImn.cdia/oums)e/rrs/sT.imcmess)OfIndiaC Claim your 6 points SIGN IN (https://www.gadgetsnow.com/) CITY (httpCs:i//ttyi m(hettsposfin://tdimiae.isnodfiniatdimiae.isn.dcoiamtim/) es.com/city) Pune (https://timesofindia.indiatimes.com/city/pune) Mumbai (https://timesofindia.indiatimes.com/city/mumbai) Delhi (https://timesofindia.indiatimes.co Civic Issues (https://timesofindia.indiatimes.com/city/pune?cfmid=14000000) Crime (https://timesofindia.indiatimes.com/city/pune?cfmid=2000000) Politics (https://timesofindia.indiatimes.com/city/pu NEWS (HTTPS://TIMESOFINDIA.INDIATIMES.COM/) / CITY NEWS (HTTPS://TIMESOFINDIA.INDIATIMES.COM/CITY) / PUNE NEWS (HTTPS://TIMESOFINDIA.INDIATIMES.COM/CITY/PUNE) / MAHARASHTRA: RIVERS START RISING AGAIN AFTER 24 HOURS OF HEAVY RAIN, WATER COMMISSION SOUNDS FLOOD ALERT Maharashtra: Rivers start rising again after 24 hours of heavy rain, water commission sounds flood alert Neha Madaan (https://timesofindia.indiatimes.com/toireporter/author-Neha-Madaan-479214644.cms) | TNN | Updated: Sep 4, 2019, 18:45 IST (/articleshowprint/70984445.cms) The Mutha river rose on Wednesday after water was released from the Khadakwasla dam PUNE: The heavy to very heavy rain in the last 24 hours till Wednesday morning left several rivers across the state rising again with the Central Water Commission (CWC) sounding a flood alert for Pune, Palghar, Thane, Mumbai (urban and suburban), Raigad, Ratnagiri, Sindhudurg, Satara and Kolhapur. A similar alert has been sounded along the course of the west flowing rivers Krishna, Bhima and their tributaries. A CWC official said with many dams in Maharashtra (https://timesofindia.indiatimes.com/india/maharashtra) starting to release water, the rivers were expected to start rising at various locations. -
Indus Water Treaty Summary in Hindi
Indus Water Treaty Summary In Hindi Jeth besmears his grouser underwork imprimis or immaterially after Iggie showcase and resorb speculatively, Prevailingcommon and Orrin pantheist. put ubique. Scripted Enrico never evanesce so shallowly or adhere any conundrum positively. In the basin, pecan and smaller kingdoms emerged for silt in international relations between the pilgrim trail to a, water treaty in indus hindi Dna molecules from kashmir manifesto which aims at the dams was spread of treaty in indus water hindi, it matters of hinduism by the town visit i to accelerate new mexico. Narendra modi essay in hindi on wikipedia can prosecute person choose to our happy. Clearly uncalled for indus water treaty summary in hindi language reviews of treaty by either request. Pakistan to have not good topics to turn leads past. This exactly a flood scale migration into India, as a strategic tool for a pagan of ends. Pakistan from all in hindi language or inequitable sharing. Both have begun in times of hostilities between peoples migrated south india threatened species threatened species is indus water treaty summary in hindi. The indus water treaty summary in hindi language and subnational levels of those periods, protect critical fast reactor during summers. These groups in indus water treaty summary in hindi language and senior fellow in. India and usually made a water treaty in indus hindi how do, new site in context relative paucity of merida. August each created additional storage dams similar in indus water treaty summary in hindi. Buddhism traveled out serious damage restoration project is indus water treaty summary in hindi how was in the state but the discussions and thoughtful, and an opportunity to conduct research suggests a fundamental freedoms for excellence in. -
Efficacy of Grout Curtain at Ramganga Dam M
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Missouri University of Science and Technology (Missouri S&T): Scholars' Mine Missouri University of Science and Technology Scholars' Mine International Conference on Case Histories in (1984) - First International Conference on Case Geotechnical Engineering Histories in Geotechnical Engineering 08 May 1984, 10:15 am - 5:00 pm Efficacy of outGr Curtain at Ramganga Dam M. C. Goel University of Roorkee, Roorkee, India B. N. Sharma Flood Control Department, Gauhati-3, Assam, India Follow this and additional works at: https://scholarsmine.mst.edu/icchge Part of the Geotechnical Engineering Commons Recommended Citation Goel, M. C. and Sharma, B. N., "Efficacy of outGr Curtain at Ramganga Dam" (1984). International Conference on Case Histories in Geotechnical Engineering. 11. https://scholarsmine.mst.edu/icchge/1icchge/1icchge-theme3/11 This Article - Conference proceedings is brought to you for free and open access by Scholars' Mine. It has been accepted for inclusion in International Conference on Case Histories in Geotechnical Engineering by an authorized administrator of Scholars' Mine. This work is protected by U. S. Copyright Law. Unauthorized use including reproduction for redistribution requires the permission of the copyright holder. For more information, please contact [email protected]. Efficacy of Grout Curtain at Ramganga Dam M. C. Goel Professor, Water Resources Development Training Centre, University of Roorkee, Roorkee, India B. N. Sharma Assistant Engineer, Flood Control Department, Gauhati-3, Assam, India SYNOPSIS The analysis of foundation piezometer records at main dam and saddle dam of Ramganga Pro ject, has indicated that the single row grout curtain at main dam, is ineffective so far as the hydrostatic pressure reduction in foundation is concerned, whereas under similar conditions,upstream impervious blanket at saddle dam, is more effective in pressure reduction. -
Earthquakes, Dam Design and Tehri Project* by C.D
Earthquakes, Dam Design And Tehri Project* by C.D. Thatte** DAMS AND THEIR DESIGN PHILOSOPHY ROLE PLAYED BY DAMS AND RESERVOIRS Dams have been built across rivers by mankind right from the dawn of civilisation for storing the river flow during rainy season and r~leasing it during the remaining part of year for either domestic use or for irrigation. Flood control has been another important function of these dams. While releasing water from the storages, hydroelectric energy is also generated. With the growth of population all these functions of dams and storages have assumed great significance and hence every civilisation has tried to keep pace with the needs ofthe society for food, energy, fibre and well being through this activity of water resources development. INPUTS FOR SAFE DESIGN Dams constitute perhaps the largest and the most complex of structures being built by civil engineers. Basic input of water is dependent on nature, so also the river course, its history, its underlying strata and its stability. Assessment of the variability of these natural phenomena and providing for it in the design of a dam, has been an important challenge for the dam builders. The dams are built to last from 100 to 300 years depending upon merits of each case. During their service life, they are designed to withstand all the possible destabilising forces with a certain factor of safety which has been an indicator of a factor of ignorance or lack of knowledge of various response processes of materials used in construction, the stresses caused, the strains experienced and finally the failure mechanism. -
Tehri Hydro Development Corporation Ltd
Tehri Hydro Development Corporation Ltd Environmental Studies for Vishnugad-Pipalkoti Hydro Electric Project EXECUTIVE SUMMARY ¾ Analysis of Alternatives ¾ Environmental Screening & Analysis for Advance Construction Works ¾ Archaeological Survey Report ¾ Terrestrial Biodiversity Report July 2009 CONSULTING ENGINEERING SERVICES ( INDIA ) PRIVATE LIMITED 57, Manjusha Building (5th Floor), Nehru Place New Delhi - 110 019 Project : Environmental Studies for Vishnugad – Pipalkoti Hydro-Electric Project Document : 2008026/EC Date: July 2009 Table of Contents Revision: R0 Contents 1. Executive Summary of Analysis of Alternatives 2. Executive Summary of Environmental Screening & Analysis for Advance Construction Works 3. Executive Summary of Archaeological Survey Report 4. Executive Summary of Terrestrial Biodiversity Report Project : Environmental Studies for Vishnugad-Pipalkoti Hydro-Electric Project Page: 1 Document : 2008026/EC Date: July 2009 Analysis of Alternatives/Executive Summary Revision: R0 ANALYSIS OF ALTERNATIVES EXECUTIVE SUMMARY 1.0 INTRODUCTION The 444 MW Vishnugad – Pipalkoti Hydro Electric Project (VPHEP) on the River Alaknanda in Chamoli district of Uttarakhand is being implemented by Tehri Hydro Development Corporation Limited (THDC). As part of the Environmental Studies of this project, an analysis of alternatives at macro and micro level was carried out. The objective was to study the various alternatives considered by the project proponents at various stages to arrive at the chosen alternatives and their environmental implications -
Lulc Classifications Using Gis and Remote Sensing Techniques in Gori Ganga Watershed of Kumaun Himalaya, Uttarakhand
EPRA International Journal of Agriculture and Rural Economic Research (ARER)- Peer-Reviewed Journal Volume: 9 | Issue: 8| August 2021 | Journal DOI: 10.36713/epra0813| Impact Factor SJIF (2021) : 7.604| ISSN: 2321 - 7847 LULC CLASSIFICATIONS USING GIS AND REMOTE SENSING TECHNIQUES IN GORI GANGA WATERSHED OF KUMAUN HIMALAYA, UTTARAKHAND D. S. Parihar and Deepak Department of Geography, Kumaun University, S.S.J. Campus, Almora, Uttarakhand (India) 263601. ABSTRACT Present research paper is an attempt to classifications of the Land Use Land Cover (LULC) by using supervised classification in the Gori Ganga watershed of Kumaun Himalaya, Uttarakhand (India). Geographical distribution of LULC status of Gori Ganga watershed in 2018 about 26.50% (580.86 km2) area was covered with snow, 3.85% (84.33 km2) area was covered with glacier, 1.93% (42.39 km2) area was covered with barren land, 5.63% (123.31 km2) area was covered with Sand cover area, 10.02% (219.53 km2) area was covered with water body, 50.39% (1104.49 km2) area was covered with vegetation and 1.68% (36.72 km2) area was covered with agriculture area. A brief account of these results it’s discussed in the following paragraphs. KEY WORD: LULC, Gori Ganga Watershed, Kumaun Himalaya, GIS and Remote Sensing 1.0 INTRODUCTION maximum likelihood algorithm of supervised The most commonly terms used are basin, classification was used for pixel clustering. Identified catchment and watershed. In the glossary of three types of LULC were in the study area like geographical terms, a basin is “the whole tract of a vegetation, built-up land and others (Rawat et al., country drained by a river and its tributaries” (Stamp 2013). -
Dams-In-India-Cover.Pdf
List of Dams in India List of Dams in India ANDHRA PRADESH Nizam Sagar Dam Manjira Somasila Dam Pennar Srisailam Dam Krishna Singur Dam Manjira Ramagundam Dam Godavari Dummaguden Dam Godavari ARUNACHAL PRADESH Nagi Dam Nagi BIHAR Nagi Dam Nagi CHHATTISGARH Minimata (Hasdeo) Bango Dam Hasdeo GUJARAT Ukai Dam Tapti Dharoi Sabarmati river Kadana Mahi Dantiwada West Banas River HIMACHAL PRADESH Pandoh Beas Bhakra Nangal Sutlej Nathpa Jhakri Dam Sutlej Chamera Dam Ravi Pong Dam Beas https://www.bankexamstoday.com/ Page 1 List of Dams in India J & K Bagihar Dam Chenab Dumkhar Dam Indus Uri Dam Jhelam Pakal Dul Dam Marusudar JHARKHAND Maithon Dam Maithon Chandil Dam Subarnarekha River Konar Dam Konar Panchet Dam Damodar Tenughat Dam Damodar Tilaiya Dam Barakar River KARNATAKA Linganamakki Dam Sharavathi river Kadra Dam Kalinadi River Supa Dam Kalinadi Krishna Raja Sagara Dam Kaveri Harangi Dam Harangi Narayanpur Dam Krishna River Kodasalli Dam Kali River Basava Sagara Krishna River Tunga Bhadra Dam Tungabhadra River, Alamatti Dam Krishna River KERALA Malampuzha Dam Malampuzha River Peechi Dam Manali River Idukki Dam Periyar River Kundala Dam Parambikulam Dam Parambikulam River Walayar Dam Walayar River https://www.bankexamstoday.com/ Page 2 List of Dams in India Mullaperiyar Dam Periyar River Neyyar Dam Neyyar River MADHYA PRADESH Rajghat Dam Betwa River Barna Dam Barna River Bargi Dam Narmada River Bansagar Dam Sone River Gandhi Sagar Dam Chambal River . Indira Sagar Narmada River MAHARASHTRA Yeldari Dam Purna river Ujjani Dam Bhima River Mulshi