DOCSLIB.ORG

Central Water Commission, Ministry of Water Resources, Government

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Central Water Commission, Ministry of Water Resources, Government Hkkjr ljdkj GOVERNMENT OF INDIA Tky lalk/ku ea=ky; MINISTRY OF WATER RESOURCES dsUnzh; ty vk;ksx CENTRAL WATER COMMISSION laxfBr Tky oSKkfudh; vk¡dM+k iqLrd ¼voxhZd`r unh dNkjsa½ INTEGRATED HYDROLOGICAL DATA BOOK (NON-CLASSIFIED RIVER BASINS) Tky oSKkuhdh; vkadM+++k funs’kky; HYDROLOGICAL DATA DIRECTORATE lwpuk iz.kkyh laxBu INFORMATION SYSTEM ORGANISATION ty vk;kstu ,oa ifj;kstuk Lda/k WATER PLANNING & PROJECTS WING dsUnzh; ty vk;ksx CENTRAL WATER COMMISSION flrEcj 2009 September 2009 ljdkjh iz;ksx ds fy, For Official Use laxfBr ty oSKkfudh; vk¡dM+k iqLrd ¼ voxhZd`r unh dNkjsa ½ INTEGRATED HYDROLOGICAL DATA BOOK (NON-CLASSIFIED RIVER BASINS) HYDROLOGICAL DATA DIRECTORATE INFORMATION SYSTEMS ORGANISATION WATER PLANNING & PROJECTS WING CENTRAL WATER COMMISSION NEW DELHI September 2009 List of Officers Associated with the Publication Sl. No. Name Designation 1. Sh. D.P. Mondal Advisor 2. Sh. S.K. Das Director 3. Sh. R.K. Gupta Deputy Director 4. Sh. O.P. Saini Assistant Director 5. Sh. Thakur Singh Private Secretary 6. Sh. A.B. Singh Senior Statistical Officer 7. Sh. Bhim Singh D.E.O. Gr.`B’ 8. Sh. Jagat Singh D.E.O. Gr.`B’ 9. Smt. Harinder Kaur D.E.O. Gr.`B’ 10. Sh. Gyan Chand SMO iii Abbreviations - : Anion + : Cation 0C : Degree Centigrade BCM : Billion Cubic Meter BOD : Bio-Chemical Oxygen Demand cumec : Cubic Meter per Second CWC : Central Water Commission DO : Dissolved Oxygen G : Gauge Sites GD : Gauge & Discharge sites GDQ : Gauge, Discharge and Water Quality Sites GDS : Gauge, Discharge & Sediment sites GDSQ : Gauge, Discharge, Sediment and Water Quality Sites m : Meter m.e./litre : Milli equivalent per Litre max : Maximum MCM : Million Cubic Meter mg/l : Milligram per Litre mhos/cm : Micro mhos per Centimeter min : Minimum mm : Millimeters MPN : Most Probable Number N.A. : Not Applicable NF : No flow pH : Negative logarithm of hydrogen ion concentration ppm : Part per million Q : Water Discharge per Second RD : River Dry RSC : Residual Sodium Carbonate SAR : Sodium Absorption Ratio SNR : Sample Not received Sod % age : Sodium percentage Sq Km : Square Kilometers TDS : Total Dissolved Solids W YEAR : Water Year WQ : Water Quality iv Contents Topics Page no. Foreword Preface List of Officers Associated with the publication Abbreviations Chapter 1: Introduction 1 Chapter 2: Description of Different River Basins 3 Chapter 3: Water and Related Statistics 47 Chapter 4: Sedimentation Statistics 51 Chapter 5: Water Quality Statistics 55 Chapter 6: Land Use Statistics 57 List of tables on hydrology and land use in river basins Table 1 Storage capacity by river basin 65 Table 2 Salient features of different river basins 66 1. Mahanadi 66 2. Subernarekha, Burhabalang & Baitarani 68 3. Brahmani 70 4. Rushikulya, Vamsadhara, Saroda & Nagavali 72 5. Godavari 74 6. Krishna 76 7. Cauvery 78 8. East Flowing Rivers between Mahanadi to Kanyakumari 80 9. West Flowing Rivers from Kanyakumari to Tapi 88 10. Tapi 100 11. Narmada 100 12. Mahi, Sabarmati & other West Flowing 102 Table 3 Number of hydrological observation sites by Non-classified river 110 basin Table 4 Important historical observations by sites and river basin 111 1. Mahanadi 111 2. Subernarekha, Burhabalang & Baitarani 112 3. Brahmani 113 4. Rushikulya, Vamsadhara, Saroda & Nagavali 114 5. Godavari 115 6. Krishna 118 7. Cauvery 120 8. East Flowing Rivers between Mahanadi to Kanyakumari 122 9. West Flowing Rivers from Kanyakumari to Tapi 124 v 10. Tapi 125 11. Narmada 126 12. Mahi, Sabarmati & other West Flowing 128 Table 5 Flow of water by season, site and river basin 129 1. Mahanadi 129 2. Subernarekha, Burhabalang & Baitarani 132 3. Brahmani 133 4. Rushikulya, Vamsadhara, Saroda & Nagavali 134 5. Godavari 135 6. Krishna 140 7. Cauvery 145 8. East Flowing Rivers between Mahanadi to Kanyakumari 147 9. West Flowing Rivers from Kanyakumari to Tapi 150 10. Tapi 152 11. Narmada 153 12. Mahi, Sabarmati & other West Flowing 156 Table 6 Maximum & minimum observed water levels and discharges by 157 site and river basin 1. Mahanadi 157 2. Subernarekha, Burhabalang & Baitarani 158 3. Brahmani 159 4. Rushikulya, Vamsadhara, Saroda & Nagavali 160 5. Godavari 161 6. Krishna 163 7. Cauvery 165 8. East Flowing Rivers between Mahanadi to Kanyakumari 166 9. West Flowing Rivers from Kanyakumari to Tapi 167 10. Tapi 168 11. Narmada 169 12. Mahi, Sabarmati & other West Flowing 170 Table 7 Annual dependable flow of water by site and river basin 171 1. Mahanadi 171 2. Subernarekha, Burhabalang & Baitarani 172 3. Brahmani 173 4. Rushikulya, Vamsadhara, Saroda & Nagavali 174 5. Godavari 175 6. Krishna 178 7. Cauvery 180 8. East Flowing Rivers between Mahanadi to Kanyakumari 181 9. West Flowing Rivers from Kanyakumari to Tapi 182 vi 10. Tapi 183 11. Narmada 184 12. Mahi, Sabarmati & other West Flowing 185 Table 8 Monthly average flow per unit drainage area by site and river 186 basin 1. Mahanadi 186 2. Subernarekha, Burhabalang & Baitarani 187 3. Brahmani 188 4. Rushikulya, Vamsadhara, Saroda & Nagavali 189 5. Godavari 190 6. Krishna 193 7. Cauvery 195 8. East Flowing Rivers between Mahanadi to Kanyakumari 196 9. West Flowing Rivers from Kanyakumari to Tapi 197 10. Tapi 198 11. Narmada 199 12. Mahi, Sabarmati & other West Flowing 200 Table 9 Time series of Sediment load by site in river basin 201 1. Mahanadi 201 2. Subernarekha, Burhabalang & Baitarani 203 3. Brahmani 204 4. Rushikulya, Vamsadhara, Saroda & Nagavali 205 5. Godavari 206 6. Krishna 209 7. Cauvery 210 8. East Flowing Rivers between Mahanadi to Kanyakumari 212 9. West Flowing Rivers from Kanyakumari to Tapi 213 10. Tapi 215 11. Narmada 216 12. Mahi, Sabarmati & other West Flowing 218 Table 10 Ten-daily and monthly average sediment load by site and river 219 basin 1. Mahanadi 219 2. Subernarekha, Burhabalang & Baitarani 222 3. Brahmani 223 4. Rushikulya, Vamsadhara, Saroda & Nagavali 224 5. Godavari 225 6. Krishna 228 7. Cauvery 229 8. East Flowing Rivers between Mahanadi to Kanyakumari 232 9. West Flowing Rivers from Kanyakumari to Tapi 233 vii 10. Tapi 236 11. Narmada 238 12. Mahi, Sabarmati & other West Flowing 240 Table 11 Tolerance limits of selected water quality parameters for inland 243 surface water by its use 1. Mahanadi Subernarekha, Burhabalang & Baitarani, 243 Brahmani, Rushikulya, Vamsadhara, Saroda & Nagavali 2. Godavari 244 3. Krishna Cauvery East Flowing Rivers between Mahanadi 245 to Kanyakumari West Flowing Rivers from Kanyakumari to Tapi 4. Narmada 246 5. Tapi and Mahi, Sabarmati & other West Flowing 247 Table 12 Critical absolute values of water quality parameters crossing 249 tolerance limits by season 1. Tapi 249 2. Narmada 250 3. Mahi, Sabarmati & other West Flowing 251 Table 13 Maximum and minimum values of water quality parameters by 252 site and river basin 1. Mahanadi 252 2. Subernarekha, Burhabalang & Baitarani 259 3. Brahmani 266 4. Rushikulya, Vamsadhara, Saroda & Nagavali 273 5. Godavari 280 6. Krishna 287 7. Cauvery 294 8. East Flowing Rivers between Mahanadi to Kanyakumari 308 9. West Flowing Rivers from Kanyakumari to Tapi 315 10. Tapi 322 11. Narmada 329 12. Mahi, Sabarmati & other West Flowing 336 Table 14 Land utilisation pattern by river basin and State 343 1. Mahanadi 343 2. Subernarekha, Burhabalang & Baitarani 344 3. Brahmani 344 4. Rushikulya, Vamsadhara, Saroda & Nagavali 345 5. Godavari 345 6. Krishna 347 7. Cauvery 349 8. East Flowing Rivers between Mahanadi to Kanyakumari 350 9. West Flowing Rivers from Kanyakumari to Tapi 352 10. Tapi 354 viii 11. Narmada 354 12. Mahi, Sabarmati & other West Flowing 356 Table 15 Gross area irrigated by sources by river basin and State 358 1. Mahanadi 358 2. Subernarekha, Burhabalang & Baitarani 359 3. Brahmani 359 4. Rushikulya, Vamsadhara, Saroda & Nagavali 360 5. Godavari 360 6. Krishna 362 7. Cauvery 365 8. East Flowing Rivers between Mahanadi to Kanyakumari 366 9. West Flowing Rivers from Kanyakumari to Tapi 368 10. Tapi 370 11. Narmada 370 12. Mahi, Sabarmati & other West Flowing 372 Table 16 Net area irrigated by sources by river basin and State 374 1. Mahanadi 374 2. Subernarekha, Burhabalang & Baitarani 375 3. Brahmani 375 4. Rushikulya, Vamsadhara, Saroda & Nagavali 376 5. Godavari 376 6. Krishna 378 7. Cauvery 379 8. East Flowing Rivers between Mahanadi to Kanyakumari 380 9. West Flowing Rivers from Kanyakumari to Tapi 382 10. Tapi 384 11. Narmada 384 12. Mahi, Sabarmati & other West Flowing 385 Glossary of Terms 387 ix x Chapter 1 Introduction 1.0 The Annual precipitation including snowfall is the main source of water in India and is estimated to be of the order of 4000 cu km. The total water resource potential of the country, which occurs as natural run off in the rivers is estimated at 1869 cu km considering both surface and groundwater into account. Due to various constraints of topography, uneven distribution of resource over space and time, it has been estimated that only about 1123 cu km be put to beneficial use – out of which only 690 cu km is surface water. However, 370 cu km of estimated utilizable surface water comes from the non-classified river basins. 1.1 As per the distribution of water resources potential in the country, the national per capita annual availability of water is 1731 cu m (estimated as on 1st March 2004). The average availability in Brahmaputra and Barak basin is as high as 14057 cu m while it is as low as 308 cu m in Sabarmati basin in 2000. Brahmaputra and Barak basin with 7.6 % of geographical area and 5.2 % of population of all the basins in the country has 31 % of the annual water resources. Per capita annual availability for rest of the country excluding Brahmaputra and Barak basin works out to about 1345 cu m. An availability of less than 1000 cu m per capita is considered by international agencies as scarcity condition.
Load more

Recommended publications
  • 10. Tranche 2-2010-11-IDFB BOND B1 Final
    IDFC Infrastructure Bonds- Unpaid/Unclaimed Interest- Tranche 2- Series 1- 2010-11 Father's/ Father's/ Father's/ Proposed Date of husband's First husband's Middle husband's Last Amount transfer to IEPF (DD- Sr. No First name Middle Name Last Name Name Name Name Address Country State District PIN code Folio Number Investment Type Due (Rs.) MON-YYYY) J KESHAVA MURTHY NA RANDANKD KANDFJLAJL INDIA PUNJAB CHANDIGARH IDB0158720 Amount for unclaimed and 1600.00 20-FEB-2019 1 unpaid dividend VIJAYESH RANA NA VIJAESH RANA H.NO:3520 CHANDIGARH INDIA PUNJAB CHANDIGARH IDB0158722 Amount for unclaimed and 1600.00 20-FEB-2019 2 unpaid dividend C THAMIZH ARASAN NA 3/218, VICTORY STREET CHEYYAR INDIA PUNJAB CHANDIGARH IDB0158727 Amount for unclaimed and 1600.00 20-FEB-2019 3 unpaid dividend DIDAR SINGH NA S/O JAIR NAIL SINGH VILL P.O BHARO INDIA PUNJAB CHANDIGARH IDB0158733 Amount for unclaimed and 1600.00 20-FEB-2019 4 MAZARA S.B.S NAGAR unpaid dividend DR HARI SHANKAR NA VIKAS BHAWAN LALITPUR LALITPUR INDIA PUNJAB CHANDIGARH IDB0158735 Amount for unclaimed and 1600.00 20-FEB-2019 5 BABELEY unpaid dividend PURSHOTTA LAL KEDIA NA HNO 56 VILLAGE MAHAVIR PRABAD INDIA RAJASTHAN BHALSALPUR IDB0158738 Amount for unclaimed and 1600.00 20-FEB-2019 M DWIRED PO SUJAGANJ DIST unpaid dividend 6 BHALSALPUR MILAN LUTHRA NA HNO 56 VILLAGE MAHAVIR PRABAD INDIA RAJASTHAN BHALSALPUR IDB0158740 Amount for unclaimed and 1600.00 20-FEB-2019 DWIRED PO SUJAGANJ DIST unpaid dividend 7 BHALSALPUR DUSHYANT KUMAR NA C-773, DDA FLATS LIG FLATS OF LONI INDIA DELHI NEW DELHI IDB0158743
    [Show full text]
  • A Case Study at Rushikulya Mass Nesting Site
    Journal of Ecology and the Natural Environment Vol. 3(8), pp. 268-272, August 2011 Available online at http://www.academicjournals.org/jene ISSN 2006- 9847©2011 Academic Journals Full Length Research Paper Anthropological influence in coastal water and its impact on olive ridley turtle: A case study at Rushikulya mass nesting site 1 2 3 2 1 S. N. Bramha *, U. C. Panda , P. Rath , P. K. Mohanty and K. K. Satpathy 1Environmental and Industrial Safety Section, IGCAR, Government of India, Kalpakkam-603102, India. 2Department of Marine Sciences, Berhampur University, Berhampur-760 007, India. 3Department of Chemistry, Kalinga Institute of Industrial Technology (KIIT University), Bhubaneswar-751 024, India. Accepted 12 November, 2010 The olive ridley turtle (Lepidochelys olivacea ) is known for its spectacular mass nesting behavior. The Rushikulya river mouth has emerged as one of the major mass nesting site in the world. To study the status of hydrological characteristics viz. depth, air and water temperature, salinity, conductivity, pH, total suspended solid, turbidity, dissolve oxygen, biochemical oxygen demand, nutrients (NO 2-N, NO 3- N, (NH 3+NH 4)-N, SiO 3 and PO 4-P), petroleum hydrocarbon and dissolved trace metals such as Pb, Cd and Hg are evaluated in mass nesting period of olive ridley turtles at Rushikulya mass nesting site. In order to evaluate the status level of the pollutants and ultimately to protect the precious marine environment, an intensive monitoring has been carried out near Rushikulya, Gopalpur, Chatrapur and Haripur Creek of mass nesting site. The basic scientific objective of the present study is to determine the concentration, migration pattern and dynamics of the pollutants in the estuary and coastal environment.
    [Show full text]
  • International Journal of Academic Research ISSN: 2348-7666; Vol.3, Issue-4(2), April, 2016 Impact Factor: 3.075; Email: [email protected]
    International Journal of Academic Research ISSN: 2348-7666; Vol.3, Issue-4(2), April, 2016 Impact Factor: 3.075; Email: [email protected] , Assistant Professor, Dept. of Civil Engineering, Sri. Indu College of Engineering and Technology, Seriguda , Ibrahim patnam (M) R.R District. Telangana State. , Lecturer in Dept. of Economics, Govt. (UG &PG) College, Anantapur, Andhra Pradesh , Post-Doctoral Fellow , Dept. of Economics , S.K. University , S.V. Puram , Anantapur , District, Andhra Pradesh. Floods are the most devastating natural calamities by their nature since time immemorial. Flooding is mainly caused by over spilling of river banks Severity increases where there is obstruction like encroachment in water ways in urban areas etc. The present paper analysed flood management. The main objectives are (i) To describe the river system, Rainfall, forecasting system and affected areas, (ii) To identify the causes vulnerability, impacts, losses, strategies, controlling measures of floods affected areas. The paper discuss the river basin wise flood situations rainfall , forecasting systems sites cause , losses, risk reduction measures strategies and flood management of the study area. flood management, calamities, forecasting, river basin catchment, vulnerability, strategies. Flood waters are simply going as a waste Floods are one of the most devastating in to seas and oceans. To control the natural calamities, by their nature and floods and utilize the waters for irrigation since time immemorial. It is most and other purposes, Interlinking of rivers commonly observed during monsoon can be a substantial solution. A variety of season and severe floods occurring every mitigation measures can be identified and year in one part or the throughout the implemented measures include flood country which has been causing forecasting and warning, adopting proper recurrent tremendous extensive damage land-use planning, flood-prone area to Agriculture, life and property besides zoning, and management.
    [Show full text]
  • Are You Suprised ?
    Chapter 2 Physical features 2.1 Geographical Disposition The Pennar (Somasila) – Palar - Cauvery (Grand Anicut) link canal off takes from the existing Somasila reservoir located across the Pennar River near Somasila village in Nellore district of Andhra Pradesh state. The link canal is proposed to pass through the Kaluvaya, Rapur, Dakkili, Venkatagiri mandals of Nellore district; Srikalahasti, Thottambedu, Pitchattur and Nagari mandals of Chittoor district of Andhra Pradesh state, Tiruttani taluk of Tiruvallur district; Arakonam taluk of Vellore district; Cheyyar and Vandavasi taluks of Tiruvannamalai district; Kancheepuram, Uthiramerur taluks of Kancheepuram district; Tindivanam, Gingee, Villupuram, Tirukoilur taluks of Villupuram district; Ulundurpettai, Vridhachalam, Tittagudi taluks of Cuddalore district; Udaiyarpalayam, Ariyalur taluk of Perambalur district; and Lalgudi taluk of Tiruchchirappalli district of Tamil Nadu state.The link canal alignment passes through Pennar basin, Streams between Pennar and Palar basins, Palar basin and streams between Palar and Cauvery basins. The link canal takes off from the right flank of Somasila dam with a full supply level of 95.420 m. and runs parallel on right side of the Kandaleru flood flow canal, upto RD 10 km. The canal generally runs in south direction till it out-falls into Grand Anicut across Cauvery River at RD 529.190 km. The major rivers that would be crossed by the canal are Swarnamukhi, Arani Ar, Nagari, Palar, Cheyyar, Ponnaiyar, and Vellar. The districts that would be benefited by the link canal through enroute irrigation are Nellore, Chittoor of Andhra Pradesh state and Tiruvallur, Kancheepuram, Vellore, Tiruvannamalai, Villupuram, Cuddalore districts of Tamil Nadu state and Pondicherry (U.T).
    [Show full text]
  • Chapter 2 Physical Features
    Middle Kolab Multipurpose Project Detailed Project Report CHAPTER 2 PHYSICAL FEATURES 2.1 GENERAL There are few places on earth that are special and Odisha is one of them. It is a fascinating land filled with exquisite temples, monuments and possessing beaches, wild life, sanctuaries and natural landscape of enchanting beauty. The project area falls in Koraput and Malkangiri district of Odisha having its geographical area as 5294.5 Sq. Km. The district is bounded by Rayagada and Srikaklam district on its East side, Bastar district on the west, Malkangiri district on South-west side, Nabarangpur district on north and Vishakhapatnam on south. Malkangiri and Koraput districts are situated at 18°35’ Latitude and 82°72’ Longitude at an average elevation of 170 and 870 m respectively from mean sea level. The district’s demographic profile makes it clear that it is a predominantly tribal and backward district with 56% tribal and 78% of the rural families below poverty line (BPL). The region is characterised by high temperature and humidity in most parts of the year and medium to high annual rainfall. There is a considerable extent of natural vegetation in this region. The hydrographical features also reflect these effects. The chapter describes the general topographical and physical features of the Kolab basin and the project command area. 2.2 PHYSIOGRAPHY Odisha State lies within latitude 17° 48 to 23° 34 and longitude 81° 24 to 87°29 and is bounded on the north by Jharkhand, on the west by Chhattisgarh, on the south by Andhra Pradesh and on the north-east by West Bengal.
    [Show full text]
  • Integrated Hydrological Data Book
    INTEGRATED HYDROLOGICAL DATA BOOK (NON-CLASSIFIED RIVER BASINS) HYDROLOGICAL DATA DIRECTORATE INFORMATION SYSTEMS ORGANISATION WATER PLANNING & PROJECTS WING CENTRAL WATER COMMISSION NEW DELHI September, 2006 INTEGRATED HYDROLOGICAL DATA BOOK (NON-CLASSIFIED RIVER BASINS) HYDROLOGICAL DATA DIRECTORATE INFORMATION SYSTEMS ORGANISATION WATER PLANNING & PROJECTS WING CENTRAL WATER COMMISSION NEW DELHI SEPTEMBER, 2006 ABBREVIATIONS G : Gauge Sites GD : Gauge & Discharge sites GDS : Gauge, Discharge & Sediment sites GDQ : Gauge, Discharge and Water Quality Sites GDSQ : Gauge, Discharge, Sediment and Water Quality Sites Sq Km : Square Kilometers 0C : Degree Centigrade mm : Millimeters MCM : Million Cubic Meter N.A. : Not Applicable W YEAR : Water Year cumec : Cubic Meter per Second mhos/cm : Micro mhos per Centimeter + : Cation - : Anion ppm : Part per million m.e./litre : Milli equivalent per Litre pH : Negative logarithm of hydrogen ion concentration DO : Dissolved Oxygen BOD : Bio-Chemical Oxygen Demand Sod % age : Sodium percentage SAR : Sodium Absorption Ratio RSC : Residual Sodium Carbonate MPN : Most Probable Number mg/l : Milligram per Litre max : Maximum min : Minimum WQ : Water Quality m : Meter TDS : Total Dissolved Solids SNR : Sample Not received NF : No flow RD : River Dry Q : Water Discharge per Second CWC : Central Water Commission C O N T E N T S Sl.No. Table No. Topics Page No. 1 Section-I Description of Different River Basins Table No. 1.1 Salient Features of Different River Basins. Table No. 1.2 Number of Hydrological Observation Sites in Different River Basins. Table No. 1.3 Live Storage Capacity in Respect of Different River Basins. Table No. 1.4 Sitewise Important Historical Observations for Different River Basins.
    [Show full text]
  • Vamsadhara River Water Dispute
    Vamsadhara River Water Dispute drishtiias.com/printpdf/vamsadhara-river-water-dispute Why in News The Chief Ministers of Andhra Pradesh and Odisha will hold talks to clear out all differences with regard to the sharing of Vamsadhara river waters. Andhra Pradesh wants to build the Neradi bridge across the river which will be possible only after Odisha’s consent. Key Points Andhra Pradesh also wants to complete the inter-linking of its Nagavali river with the Vamsadhara and expand the Madduvalasa Reservoir project soon. Madduvalasa Project is a Medium Irrigation Project with a reservoir across Suvarnamukhi river, a tributary of Nagavali river. Agriculture is the only assured economic activity for the people living in the backward region and in the absence of rapid industrialisation, there is a need to concentrate on irrigation projects to make agriculture a viable activity. Background: In February 2006, Odisha sent a complaint to the Central Government under Section 3 of the Inter-State River Water Disputes (ISRWD) Act, 1956 regarding its water disputes with Andhra Pradesh pertaining to Inter-State River Vamsadhara. It demanded for the constitution of an Inter-State Water Disputes Tribunal for adjudication. Grievances of Orissa: Adverse effect of undertaking the construction of a canal (called a flood flow canal at Katragada, Andhra Pradesh) taking off from the river Vamsadhara. The flood flow canal would result in drying up the existing river bed and consequent shifting of the river affecting the groundwater table. Failure of Andhra Pradesh to implement the terms of the inter-state agreement relating to use, distribution and control of waters of vamsadhara and its valley.
    [Show full text]
  • Dr. Ranjana Gupta M.A., B.Ed., Ph.D
    The Elementary Geography Class 5 Based on the Syllabus Prepared by INTER-STATE BOARD FOR ANGLO-INDIAN EDUCATION, NEW DELHI The Elementary Geography Class 5 Dr. Ranjana Gupta M.A., B.Ed., Ph.D. (C.U.) S. CHAND SCHOOL BOOKS (An imprint of S. Chand Publishing) A Division of S. Chand & Co. Pvt. Ltd. 7361, Ram Nagar, Qutab Road, New Delhi-110055 Phone: 23672080-81-82, 9899107446, 9911310888; Fax: 91-11-23677446 www.schandpublishing.com; e-mail : [email protected] Branches : Ahmedabad : Ph: 27541965, 27542369, [email protected] Bengaluru : Ph: 22268048, 22354008, [email protected] Bhopal : Ph: 4274723, 4209587, [email protected] Chandigarh : Ph: 2725443, 2725446, [email protected] Chennai : Ph. 28410027, 28410058, [email protected] Coimbatore : Ph: 2323620, 4217136, [email protected] (Marketing Office) Cuttack : Ph: 2332580; 2332581, [email protected] Dehradun : Ph: 2711101, 2710861, [email protected] Guwahati : Ph: 2738811, 2735640, [email protected] Haldwani : Mob. 09452294584 (Marketing Office) Hyderabad : Ph: 27550194, 27550195, [email protected] Jaipur : Ph: 2219175, 2219176, [email protected] Jalandhar : Ph: 2401630, 5000630, [email protected] Kochi : Ph: 2378740, 2378207-08, [email protected] Kolkata : Ph: 22367459, 22373914, [email protected] Lucknow : Ph: 4076971, 4026791, 4065646, 4027188, [email protected] Mumbai : Ph: 22690881, 22610885, [email protected] Nagpur : Ph: 2720523, 2777666, [email protected] Patna : Ph: 2300489, 2302100, [email protected] Pune : Ph: 64017298, [email protected] Raipur : Ph: 2443142, Mb. : 09981200834, [email protected] (Marketing Office) Ranchi : Ph: 2361178, Mob. 09430246440, [email protected] Siliguri : Ph: 2520750, [email protected] (Marketing Office) Visakhapatnam : Ph: 2782609 (M) 09440100555, [email protected] (Marketing Office) ©Dr.
    [Show full text]
  • ARUL IAS ACADEMY GENERAL STUDIES MOCK TEST -03 101. If We Kick a Foot Ball It Flies Away but Kick a Stone of Size 104
    ARUL IAS ACADEMY GENERAL STUDIES MOCK TEST -03 101. If we kick a foot ball it flies away but kick a stone of size 104. Which of the following Vitamins of the ‘B-Complex’ are with equal force it doesn’t. Because correctly paired with their respective names: சரர வடைட தே쏍க 1.Vitamin B2-Riboflavin கர쯍 ꏍடே டே埍믍 பர폁 ꏍ பச쯍க. தே ள 2.Vitamin B3-Niacin 3.Vitamin B7-Biotin வடசட தே ள쿍ள க쯍டை டே埍믍 பர폁 க쯍 4.Vitamin B12-Cyanocobalamine கே쯍டை ப쯍 [A]2 and 4 A)Inertia doesn t depend on mass ’ [B]3 and 4 டை믍 டட母 சர쏍ꏍேே쯍ை [C]1, 3 and 4 B)Inertia depends on mass [D]All of these டை믍 டட சர쏍ꏍே '-கர믍ꯍள埍ꟍ' ꟍவ믍 டவ翍ைꟍகள쯍 சரரகꯍ C)Inertia is inversely proportional to mass பரைꯍ翍ைடவ: டை믍 ட埍 ே쏍鏍ேக쮿쯍 쿍ள 1. டவ翍ைꟍ B2-Riboflavin D)Inertia is larger for small mass 2. டவ翍ைꟍ B3- ரசꟍ டவர ட埍 டை믍 ேக믍 3. B7- டவ翍ைꟍ தர翍ꟍ 102. An Atom, which is electrically neutral, gains one electron. 4. டவ翍ைꟍ B12- டசதரதகரரைடꟍ It becomes ———— charged and is called ———–. A. 2 쟍쟁믍 4 迁, ꟍசர믍 டை쯍 ை埍翍ரடꯍ ப쟁க. B. 3 쟍쟁믍 4 ———— ꟍ翍ைடைக 쟍쟁믍 ———– ꟍ쟁 C. 1, 3 쟍쟁믍 4 டை埍கꯍக. D. டவ ட鏍믍 A)Positively charged – Cation த쏍 ꟍ翍ை믍 – ே쏍ꟍ 105. Single-celled eukaryotes are included in B)Negatively charged – Cation ே쏍 ꟍ翍ை믍 – ே쏍ꟍ A. Fungi C)Positively charged Anion – த쏍 ꟍ翍ை믍 – த쏍ꟍ B. Protis ta D)Negatively charged – Anion ே쏍 ꟍ翍ை믍 – த쏍ꟍ C.
    [Show full text]
  • Water Resources on Environment: Lok Sabha (Monsoon Session) 2013-14 – Part-II
    Water Resources on Environment: Lok Sabha (Monsoon Session) 2013-14 – Part-II Q. No. Q. Type Date Ans by Members Title of the Questions Subject Specific Political State Ministry Party Representative 08.08.2013 Water Shri Narahari Mahato Conservation of Water Environmental Education, AIFB West Bengal *67 Starred Resources NGOs and Media Shri Manohar Tirkey Freshwater and Marine RSP West Bengal Conservation 08.08.2013 Water Km. Saroj Pandey Water Resource Projects Water Management BJP Chhattisgarh *70 Starred Resources 08.08.2013 Water Smt. Putul Kumari Flood Prone States Disaster Management Ind. Bihar *74 Starred Resources Shri Gorakh Nath Water Management BSP Uttar Pradesh Pandey 08.08.2013 Water Shri Vikrambhai Repairing of Bunds Disaster Management INC Gujarat 708 Unstarred Resources Arjanbhai Maadam 08.08.2013 Water Smt. Jayshreeben Patel Modified AIBP Scheme Agriculture BJP Gujarat 711 Unstarred Resources Dr. Mahendrasinh Water Management BJP Gujarat Pruthvisinh Chauhan 08.08.2013 Water Dr. Sanjay Sinh Sharda Sahayak Yojana Agriculture INC Uttar Pradesh 717 Unstarred Resources 08.08.2013 Water Shri Ramsinh Committee on Floods Disaster Management BJP Uttar Pradesh 721 Unstarred Resources Patalyabhai Rathwa 08.08.2013 Water Shri A.K.S. Vijayan Fast Tracking Dam Water Management DMK Tamil Nadu 722 Unstarred Resources Projects 08.08.2013 Water Shri Prataprao Social Commitment SS 752 Unstarred Resources Ganpatrao Jadhav Alternative Technologies Maharashtra Shri Chandrakant Water Management SS Bhaurao Khaire Maharashtra 08.08.2013 Water
    [Show full text]
  • White Paper on Natural Resources Management
    White Paper on Natural Resources Management 1. Important achievements since 2014: 1.1 After analyzing the deficiencies in Jalayagnam projects, Government adopted 3 pronged strategy - Water conservation, River Linkage including Completion of pending projects and Water Management including micro irrigation to achieve the vision of making the state drought proof and to provide water security to all its Citizens. To overcome spreading out of expenditure thinly over large number of projects taken up under Jalayagnam, Government prioritized certain projects which will realize maximum benefits with the available funds to complete them in a time bound manner. 1.2 An Expenditure of Rs.63,657.52 Crore is incurred in Water Resources Sector and irrigation facilities are provided to an extent of 32.02 Lakh acres including stabilization. 1.3 Polavaram Project: Government have given highest importance for the completion of the project, which is the lifeline of the state. Total Expenditure incurred is Rs. 15,363.79 Crores, out of which Rs. 10,227.92 Crores is incurred after 1.4.2014. Government of India reimbursed only Rs. 6,727.264 Cr. and Rs. 3500.66 Cr. is yet to be reimbursed. Works are in full swing and it is scheduled to supply water by gravity in next Khariff season. It is programmed to complete the project by 2019. 1.4 To realize early benefits of Polavaram Project, Government completed Patiseema lift Scheme and linked two major rivers Godavari and Krishna. During the last 4 crop seasons, 263 TMC of Godavari Water is diverted to Krishna. This facilitated commencement of khariff crop in Krishna delta in June itself, so that crop is completed by November, avoiding damages due to cyclones.
    [Show full text]
  • Buceros 1-10
    ENVIS Newsletter Vol. 18, No. 1&2, 2013 CONSERVING NATURE SINCE1883 Review of existing global guidelines, policies, EDITORIAL BUCEROS and methodologies for the study of impact of Season’s greetings to our readers!! I take great pleasure in introducing you to our latest ENVIS Newsletter issue of Buceros. As you may have already seen from a glance at the cover, it is a technical Avian Ecology windmills on birds and bats: review document by a team of BNHS scientists. Over the years, the BNHS has been Vol. 18, No. 1 & 2, 2013 requirements in India involved in various research projects, the latest addition to the list is the study of impact of windmills on birds and bats. ENVIS TEAM AT THE BNHS This document Review of existing global guidelines, policies, and methodologies for the Project Coordinator study of impact of windmills on birds and bats: requirements in India is the result of CONTENTS compilation of such studies conducted all over the world and a few preliminary surveys of Dr. Asad R. Rahmani existing and potential windmill sites, conducted by a team of BNHS scientists with regard Scientist-in-Charge to avifauna and bats. Towards the end of the document, step-wise mitigation measures to Divya N. Warrier Chapter I: Introduction.............................................................3 reduce impacts of windmill projects on birds and bats in an Indian perspective have been proposed. Data Processing Assistant Chapter II: Detrimental effects of wind turbines on birds and Though this is a technical document, different from the normal format of the newsletter, Tejashree D. Nakashe bats..............................................................................................9 we are hopeful that it proves to be an interesting read as it has data compiled from various international and national studies done on wind farm development and a detailed review EDITORIAL TEAM Chapter III: Overview of methodologies used in ongoing of the Indian scenario.
    [Show full text]