CLEAN DEVELOPMENT MECHANISM PROJECT DESIGN DOCUMENT FORM (CDM-PDD) Version 02 - in Effect As Of: 1 July 2004)
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Live Storage Capacities of Reservoirs As Per Data of : Large Dams/ Reservoirs/ Projects (Abstract)
LIVE STORAGE CAPACITIES OF RESERVOIRS AS PER DATA OF : LARGE DAMS/ RESERVOIRS/ PROJECTS (ABSTRACT) Completed Under Construction Total No. of No. of No. of Live No. of Live No. of Live No. of State/ U.T. Resv (Live Resv (Live Resv (Live Storage Resv (Live Total No. of Storage Resv (Live Total No. of Storage Resv (Live Total No. of cap data cap data cap data capacity cap data Reservoirs capacity cap data Reservoirs capacity cap data Reservoirs not not not (BCM) available) (BCM) available) (BCM) available) available) available) available) Andaman & Nicobar 0.019 20 2 0.000 00 0 0.019 20 2 Arunachal Pradesh 0.000 10 1 0.241 32 5 0.241 42 6 Andhra Pradesh 28.716 251 62 313 7.061 29 16 45 35.777 280 78 358 Assam 0.012 14 5 0.547 20 2 0.559 34 7 Bihar 2.613 28 2 30 0.436 50 5 3.049 33 2 35 Chhattisgarh 6.736 245 3 248 0.877 17 0 17 7.613 262 3 265 Goa 0.290 50 5 0.000 00 0 0.290 50 5 Gujarat 18.355 616 1 617 8.179 82 1 83 26.534 698 2 700 Himachal 13.792 11 2 13 0.100 62 8 13.891 17 4 21 J&K 0.028 63 9 0.001 21 3 0.029 84 12 Jharkhand 2.436 47 3 50 6.039 31 2 33 8.475 78 5 83 Karnatka 31.896 234 0 234 0.736 14 0 14 32.632 248 0 248 Kerala 9.768 48 8 56 1.264 50 5 11.032 53 8 61 Maharashtra 37.358 1584 111 1695 10.736 169 19 188 48.094 1753 130 1883 Madhya Pradesh 33.075 851 53 904 1.695 40 1 41 34.770 891 54 945 Manipur 0.407 30 3 8.509 31 4 8.916 61 7 Meghalaya 0.479 51 6 0.007 11 2 0.486 62 8 Mizoram 0.000 00 0 0.663 10 1 0.663 10 1 Nagaland 1.220 10 1 0.000 00 0 1.220 10 1 Orissa 23.934 167 2 169 0.896 70 7 24.830 174 2 176 Punjab 2.402 14 -
B. Pre-Feasibility Report (Extracts of DPR) 1
Water Re-circulation and Environmental Sustainability Pre-feasibility Report Project for Jog Falls, Shivamogga District Karnataka B. Pre-feasibility report (extracts of DPR) 1. Executive Summary x The proposed project is a water recirculation project by pumping 400 cusecs of water in the summer months (8 months, November - June) from the storage pond near MGHE to the weir proposed to be constructed in the upstream of Sita Katte bridge and use the reversible flow in the same pipeline for generating power for 4 months (July-October). x The water from the weir will be released to the falls in the summer months (for about 8 months from November to June). This pumped water, drops over the falls for a maximum of about 8 hours each day for 8 months. The discharged water at the upstream will have a natural distribution through cascades before the drop in the falls. x In rainy season (June to October), the same pipeline would be used to generate power. The pump house/power house will be located in the area opposite side of Mahatma Gandhi Hydro Electric (MGHE) power house adjacent to Ambuthirtha reservoir/MGHE powerhouse tail water pond. The reservoir has sufficient storage capacity. x The water is pumped directly from the downstream storage pond through two pipes of 1600 mm diameter, which passes through a tunnel near Bombay guest house. The total distance to be covered from the pump house to the foot of the anicut near the Sita Katte bridge shall be approximately 3210 m. x The power house with two generators will be with an installed capacity for generation of power of 16.61 MW each in monsoon months (totalling to 47.84 million units) and the power consumed in non-monsoon months (pump mode) would be 24.74 MW each amounting to 47.80 Million units. -
Integrated State Water Plan for Lower Bhima Sub Basin (K-6) of Krishna Basin
Maharashtra Krishna Valley Development Corporation Pune. Chief Engineer (S.P) W.R.D Pune. Integrated state water Plan for Lower Bhima Sub basin (K-6) of Krishna Basin Osmanabad Irrigation Circle, Osmanabad K6 Lower Bhima Index INDEX CHAPTER PAGE NO. NAME OF CHAPTER NO. 1.0 INTRODUCTION 0 1.1 Need and principles of integrated state water plan. 1 1.2 Objectives of a state water plan for a basin. 1 1.3 Objectives of the maharashtra state water policy. 1 1.4 State water plan. 1 1.5 Details of Catchment area of Krishna basin. 2 1.6 krishna basin in maharashtra 2 1.7 Location of lower Bhima sub basin (K-6). 2 1.8 Rainfall variation in lower Bhima sub basin. 2 1.9 Catchment area of sub basin. 3 1.10 District wise area of lower Bhima sub basin. 3 1.11 Topographical descriptions. 5 1.11 Flora and Fauna in the sub basin. 6 2.0 RIVER SYSTEM 2.1 Introduction 11 2.2 Status of Rivers & Tributaries. 11 2.3 Topographical Description. 11 2.4 Status of Prominent Features. 12 2.5 Geomorphology. 12 2.6 A flow chart showing the major tributaries in the sub basin. 13 3.0 GEOLOGY AND SOILS 3.1 Geology. 16 3.1.1 Introduction. 16 3.1.2 Drainage. 16 3.1.3 Geology. 16 3.1.4 Details of geological formation. 17 K6 Lower Bhima Index 3.2 Soils 18 3.2.1 Introduction. 18 3.2.2 Land capability Classification of Lower Bhima Sub Basin (K6). -
FM Holds Inter-Ministerial Meeting on Banning Sugar Futures Sugarcane
NEWS FLASH –24th August, 2016 SUGAR FM holds inter-ministerial meeting on banning sugar futures Finance Minister Arun Jaitley on Monday held an inter-ministerial consultation on imposing ban on sugar futures trading in an effort to curb speculation and check price rise of the sweetener during festival season. MoS for Food C L Chaudhary, secretaries from Food, Consumer Affairs, Agriculture and finance ministries were present in the meeting. The meeting comes in the backdrop of the Food and Consumer Affairs Ministry recommending the regulator Sebi to ban sugar futures trade to check prices. Sugar prices in the retail markets have risen in last few weeks and are ruling at Rs 42 per kg in the national capital. “We discussed about banning sugar futures trading in the meeting called by the FM. It was an initial discussion and nothing was decided,” Chaudhary told Press Trust of India after the meeting. Food Secretary Vrinda Sarup echoed the same and said: “Nothing has been finalised on banning sugar futures.” Sugar is largely traded on leading agri-commodity bourse National Commodity and Derivatives Exchange (NCDEX). The exchange has already raised the margin amount to be deposited by both sellers and buyers on its platform. To check prices, the government recently imposed an export duty of 20 per cent on sugar as part of its efforts to curb outbound shipments and boost domestic supply. India’s sugar production is estimated to decline to 25 million tonnes in the 2015-16 season (October-September) from 28.3 million tonnes in the previous year. The outlook for the next year is not encouraging as sugar production is pegged lower at 23.26 million tonnes. -
KPCL POWER PROJECTS in KARNATAKA Installed Capacity Sl.No Power Stations Units X MW
KPCL POWER PROJECTS IN KARNATAKA Installed capacity Sl.No Power Stations Units x MW A. HYDRO PROJECTS Cauvery River Basin Sir Sheshadri Iyer Hydro Electric Station 4x6 1 42.00 ( Shivanasamudram) 6x3 2 Shimsha Hydro Electric Station 2x8.6 17.20 Total 59.20 Sharavathy valley Project 3 Linganamakki Dam Power House 2 x 27.5 55.00 4 4x21.6 Mahathma Gandhi Hydro Electric Station 139.20 4x13.2 5 Sharavathi Generating Station 10 x 103.5 1035.00 Total 1229.20 Gerusoppa Hydro Electric Project 6 Gerusoppa Dam Powerhouse 4 x 60 240.00 Kali Hydro Electric Project 7 Supa Dam Powerhouse 2x50 100.00 8 Nagjari Powerhouse 5x150+1x135 885.00 9 Kadra Dam Powerhouse : 3 x 50 =150 3 x 50 150.00 10 Kodasalli Dam Powerhouse : 3 x 40=120 3 x 40 120.00 Total 1255.00 Varahi Hydro Electric Project 11 Mani Dam Powerhouse 2x4.5 9.00 12 Varahi UGPH :4 x 115 =460 4 x 115 460.00 Total 469.00 Krishna Basin Project 13 1X15 Almatti Dam Power House 290.00 5x55 Mini Hydro Electric Project Bhadra Project 14 1x7.2 Bhadra Right Bank Canal Powerhouse 13.20 1x6 15 2 x12 Bhadra Left Bank Canal Powerhouse 26.00 1x2 16 2x9 Munirabad Power House(Thunga Bhadra Basin) 28.00 1x10 17 Ghataprabha Dam Powerhouse 2 x 16 32.00 18 Mallapur Mini Hydel Scheme 2x4.5 9.00 19 Sirwar Mini Hydel Scheme 1x1 1.00 20 Kalmala Mini Hydel Scheme 1 x 0.40 0.40 21 Ganekal Mini Hydel Scheme 1 x 0.35 0.35 Total 109.95 Total Hydro 3652.35 B. -
Dams of India.Cdr
eBook IMPORTANT DAMS OF INDIA List of state-wise important dams of India and their respective rivers List of Important Dams in India Volume 1(2017) Dams are an important part of the Static GK under the General Awareness section of Bank and Government exams. In the following eBook, we have provided a state-wise list of all the important Dams in India along with their respective rivers to help you with your Bank and Government exam preparation. Here’s a sample question: In which state is the Koyna Dam located? a. Gujarat b. Maharashtra c. Sikkim d. Himachal Pradesh Answer: B Learning the following eBook might just earn you a brownie point in your next Bank and Government exam. Banking & REGISTER FOR A Government Banking MBA Government Exam 2017 Free All India Test 2 oliveboard www.oliveboard.in List of Important Dams in India Volume 1(2017) LIST OF IMPORTANT DAMS IN INDIA Andhra Pradesh NAME OF THE DAM RIVER Nagarjuna Sagar Dam (also in Telangana) Krishna Somasila Dam Penna Srisailam Dam (also in Telangana) Krishna Arunachal Pradesh NAME OF THE DAM RIVER Ranganadi Dam Ranganadi Bihar NAME OF THE DAM 2 RIVER Nagi Dam Nagi Chhattisgarh NAME OF THE DAM RIVER Minimata (Hasdeo) Bango Dam Hasdeo Gujarat NAME OF THE DAM RIVER Kadana Dam Mahi Karjan Dam Karjan Sardar Sarover Dam Narmada Ukai Dam Tapi 3 oliveboard www.oliveboard.in List of Important Dams in India Volume 1(2017) Himachal Pradesh NAME OF THE DAM RIVER Bhakra Dam Sutlej Chamera I Dam Ravi Kishau Dam Tons Koldam Dam Sutlej Nathpa Jhakri Dam Sutlej Pong Dam Beas Jammu & Kashmir NAME -
6. Water Quality ------61 6.1 Surface Water Quality Observations ------61 6.2 Ground Water Quality Observations ------62 7
Version 2.0 Krishna Basin Preface Optimal management of water resources is the necessity of time in the wake of development and growing need of population of India. The National Water Policy of India (2002) recognizes that development and management of water resources need to be governed by national perspectives in order to develop and conserve the scarce water resources in an integrated and environmentally sound basis. The policy emphasizes the need for effective management of water resources by intensifying research efforts in use of remote sensing technology and developing an information system. In this reference a Memorandum of Understanding (MoU) was signed on December 3, 2008 between the Central Water Commission (CWC) and National Remote Sensing Centre (NRSC), Indian Space Research Organisation (ISRO) to execute the project “Generation of Database and Implementation of Web enabled Water resources Information System in the Country” short named as India-WRIS WebGIS. India-WRIS WebGIS has been developed and is in public domain since December 2010 (www.india- wris.nrsc.gov.in). It provides a ‘Single Window solution’ for all water resources data and information in a standardized national GIS framework and allow users to search, access, visualize, understand and analyze comprehensive and contextual water resources data and information for planning, development and Integrated Water Resources Management (IWRM). Basin is recognized as the ideal and practical unit of water resources management because it allows the holistic understanding of upstream-downstream hydrological interactions and solutions for management for all competing sectors of water demand. The practice of basin planning has developed due to the changing demands on river systems and the changing conditions of rivers by human interventions. -
Why Do Interstate Water Disputes Emerge and Recur? an Anatomy of Ambiguities, Antagonisms and Asymmetries
Pre-publication Draft Why do interstate water disputes emerge and recur? an anatomy of ambiguities, antagonisms and asymmetries Srinivas Chokkakula Centre for Policy Research, New Delhi [email protected] (To be published under RULNR monograph series, CESS, Hyderabad) Srinivas Chokkakula Pre-publication Draft Acknowledgements This monograph has taken much longer than initially planned. The research presented here is part of my dissertation work, and I have planned to publish this soon after submitting the dissertation (for my Ph D from the University of Washington, Seattle, USA) in 2015. The earlier draft received some useful and critical inputs, which set me on revising it substantially and also increasing its scope. It is now considerably improved and I hope that it will be received with interest. I express my deep gratitude to two individuals on this account: Dr Radha D’Souza for her critical review and discussion of the draft, and Dr Gopinath Reddy at CESS for his extraordinary patience and undeserving belief in me and my work. I am also thank Prof Gopal Kadekodi for his comments on an earlier version of the draft. I thank my colleagues at the Centre for Policy Research (CPR), New Delhi, for conversations, inputs and support at different stages of producing this research. I am grateful to Dr Pratap Bhanu Mehta and Dr Partha Mukhopadhyay for their unstinting support. I have been fortunate to benefit from generous conversations with late Prof Ramaswamy Iyer on the subject. I have also benefitted from interactions with several professional colleagues engaged directly with interstate water disputes resolution. I want to particularly acknowledge the enthusiastic the generous support of Mr Mohan Katarki. -
Ans: a 2. Which
Techofworld.In Techofworld.In 1. Which of the following hydroelectric project constructed on the river Krishna? A. Almatti Dam B. Baspa Hydro-Electric Project C. Bhadra Reservoir Project D. Chamera Hydro-Electric Project Ans: A Explanation: The Almatti Dam is a hydroelectric project on the Krishna River in North Karnataka, India which was completed in July 2005. Hence, A is the correct option. 2. Which of the following power project of Gujarat equipped with power generating sets manufactured by Bharat Heavy Electricals Limited? A. Subarnarekha Project B. Ukai Project C. Sardar Sarovar Project D. Ramganga River Project Ans: B Explanation: The Ukai Dam, constructed across the Tapti River, is the second largest reservoir in Gujarat after the Sardar Sarovar. It is also known as Vallabh Sagar. Constructed in 1972, the dam is meant for irrigation, power generation and flood control. It was manufactured by Bharat Heavy Electricals Limited was inaugurated on October 12, 1977.Hence, B is the correct option. Techofworld.In Techofworld.In 3. Match the following Set I a. Tungabhadra Project b. Tehri Dam Project c. Subarnarekha Project d. Sharavati Project Set II 1. Located near the Gersoppa falls 2. Jharkhand, Odisha, West Bengal 3. River Bhagirithi 4. Joint undertaking by the governments of Andhra Pradesh and Karnataka Code: a b c d A. 1 2 3 4 B. 4 3 1 2 C. 4 3 2 1 D. 4 1 3 2 Ans: C Explanation: The correct matching is given below: Tungabhadra Project: It is joint undertaking by the governments of Andhra Pradesh and Karnataka. Tehri Dam Project: The World’s fifth and Asia’s largest hydroelectric project has been constructed on river Bhagirithi, a tributary of Ganga in Tehri district of Uttaranchal. -
Hydrological Responses at Regional Scale to Landscape Dynamics
© Kamla-Raj 2014 J Biodiversity, 5(1,2): 11-32 (2014) Hydrological Responses at Regional Scale to Landscape Dynamics T.V. Ramachandra Energy and Wetlands Research Group, Centre for Ecological Sciences Indian Institute of Science, Bangalore 560 012, India Fax: 91-080-23601428 / 23600085 / 23600683 [CES TVR] E-mail: [email protected], [email protected] KEYWORDS Land Use. Land Cover. Western Ghats. Tropical Ecosystems. Stream Flow ABSTRACT Western Ghats is the primary catchment for most of the rivers in peninsular India. Pristine forests in this region are rich in biodiversity and are being cleared due to unsound developmental activities. Rapid land-use changes have undermined the hydrological conditions, there by affecting all the components in the hydrological regime. The development programs based on ad-hoc decisions, is posing serious challenges in conserving fragile ecosystems. These changes have adversely affected the hydrological regime of river basins resulting in diminished river / stream flows. This necessitates conservation of ecosystems in order to sustain the biodiversity, hydrology and ecology. In this situation, in order to resolve present problems and to avoid a future crisis, a comprehensive assessment of land use changes, its spatial distribution and its impact on hydrological regime was carried out to explore appropriate remedial methods for the sustainable utilization management of natural resources. INTRODUCTION the hydrological cycle. This requires under- standing of hydrological components and its Developing countries in the tropics are fac- relation to the land use/land cover dynamics. ing threats of rapid deforestation due to un- The reactions or the results are termed hydro- planned developmental activities based on ad- logical response and depends on the interplay hoc approaches and also due to policies and between climatic, geological and land use vari- laws that considers forest as national resource ables (Ramachandra et al. -
List of Dams in India: State Wise
ambitiousbaba.com Online Test Series List of Dams in India: State Wise State DAM and Location Rajasthan • RanapratapSagar Dam(Chambal River), at Rawatbhata • Mahi Bajaj Sagar Dam (Mahi River) at Banswara district • Bisalpur Dam (Banas River), At Tonk district • Srisailam Dam(Krishna River), at Kurnool Andhra Pradesh district • Somasila Dam (Penna River), at Nellore district • Prakasam Barrage (Krishna River), at Krishna and Guntur • Tatipudi Reservoir(River Gosthani ), at Tatipudi, Vizianagaram • Gandipalem Reservoir (River Penner) • Ramagundam dam (Godavari), in Karimnagar • Dummaguden Dam (river Godavari) Telangana • Nagarjuna Sagar Dam (Krishna river), at Nagarjuna Sagar Nalgonda • Sri Ram Sagar (River Godavari) • Nizam Sagar Dam (Manjira River) • Dindi Reservoir (River Krishna), at Dindi, Mahabubnagar town • Lower Manair Dam (Manair River) • Singur Dam (river Manjira) Bihar • Kohira Dam (Kohira River), at Kaimur district • Nagi Dam (Nagi River), in Jamui District Chhattisgarh • HasdeoBango Dam (Hasdeo River), at Korba district Gujarat • SardarSarovar Dam(Narmada river), at Navagam • Ukai Dam(Tapti River), at Ukai in Tapi district IBPS | SBI | RBI | SEBI | SIDBI | NABARD | SSC CGL | SSC CHSL | AND OTHER GOVERNMENT EXAMS 1 ambitiousbaba.com Online Test Series • Kadana Dam( Mahi River), at Panchmahal district • Karjan Reservoir (Karjan river), at Jitgadh village of Nanded Taluka, Dist. Narmada Himachal Pradesh • Bhakra Dam (Sutlej River) in Bilaspur • The Pong Dam (Beas River ) • The Chamera Dam (River Ravi) at Chamba district J & K -
O0 Y Public Disclosure Authorized Report No
Document of The World Bank FOR OFFICIAL USE ONLY FL o0 y Public Disclosure Authorized Report No. 1835a-IN INDIA Public Disclosure Authorized STAFF PROJECT REPORT APPRAISAL OF THE KARNATAKAIRRIGATION PROJECT Public Disclosure Authorized March 15, 1978 Public Disclosure Authorized South Asia Projects Department Agriculture Division C This document has a restricted distribution and may be used by recipients only in the performance of their official duties. Its contents may not otherwise be disclosed without World Bank authorization. CURRENCY EQUIVALENTS US$1.00 = Rupees (Rs) 8.60 1/ WEIGHTS AND MEASURES (METRICSYSTEM) 1 meter (m) = 3.28 feet (ft) 1 kilometer (km) = 0.62 miles (mi) 1 hectare (ha) 3 - 2.47 acres (ac) I million cubic meters (Mm ) = 810 acre-feet (ac-ft) 1 thousand million cubic 3 feet (TMC) = 28.32 Mm I cubic foot per second 3 (cusec) = 0.0283m /s 1 liter per hectare (1/ha) = 14 ft /1,000 ac I ton = 1,000 kilograms (kg) 2,205 pounds 1/ Until September 24, 1975, the Rupee was officially valued at a fixed Pound Sterling rate. Since then it has been fixed against a "basket" of currencies. As these currencies are floating, the US Dollar/Rupee exchange rate is subject to change. Conversions in this report have been made at US$1 to Rs 8.60. FOR OFFICIAL USE ONLY INDIA APPRAISAL OF THE KARNATAKAIRRIGATION PROJECT Table of Contents Page No. I. BACKGROUND...................................... 1............ Agriculture in India ...... ......................... 1 Irrigation in India .............................................2 Agriculture and Irrigation in Karnataka ............ 2 Project Formulation .......... ............................... 4 II. THE PROJECT AREAS .......................................4 A.