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Proceedings of National Conference on Hydrology with Special Emphasis on Rain Water Harvesting (NCHRWH - 2013)
Proceedings of National Conference on Hydrology with Special Emphasis on Rain Water Harvesting (NCHRWH - 2013) Proceedings of National Conference on Hydrology with Special Emphasis on Rain Water Harvesting (NCHRWH - 2013) Editors Prof. Pankaj Dhemla Dr. A. K. Jain Dr. P. N. Dadhich Poornima Group of Institutions, Jaipur © 2013, Poornima Group of Institutions, Jaipur Any part of these proceedings can be reproduced in any manner with the written permission from the editors or the Poornima Group of Institutions, Jaipur. These proceedings represent information obtained from authentic and highly regarded sources. The authors have duly indicated the references used in the articles and have made reasonable efforts to give reliable data and information. The editors and the publishers do not assume responsibility for the validity of all materials or for the consequences of their use. Dedicated to ………… All those who are working for the cause of Water : its Quantity and Quality in India. Patron Mr. H.S. Shekhawat Director, Infra., PGC Dr. S. M. Seth Mrs. Renu Singhi Advisor, PGC Alumni Chairman, Poornima Group of Colleges, Mr. M K M Shah Director (Admin & Fin.), Chairperson, Poornima University and PGC Former Director, NIH, Roorkee Mr. Rahul Singhi OSD, PF Chairman Technical Committee Mr. Shashikant Singhi Director General, Poornima Foundation Prof. Brij Gopal Former Prof., JNU, Delhi Prof. Surjit Singh IDS, Jaipur Prof. M.S. Rathore CEDS, Jaipur Convenor Prof. K. S. Raju BITS, Hyderabad Campus Prof. Pankaj Dhemla Prof. A.B. Gupta MNIT, Jaipur Associate Prof. Civil Engg. Deptt. Prof. Rohit Goyal MNIT, Jaipur Poornima Group of Institutions, Jaipur Prof. R.C. Purohit Sukhadia Univ., Udaipur Mr. -
Climate Resilient Development a Case Study of Mashi Sub Basin in Rajasthan
CLIMATE RESILIENT DEVELOPMENT A CASE STUDY OF MASHI SUB BASIN IN RAJASTHAN Supported by INDIA WATER PARTNERSHIP Centre for Environment and Development Studies B-92, Nityanand Nagar, Gandhi Path, Queen’s Road Jaipur 302 021 November 2015 ACKNOWLEDGMENT I owe a debt of gratitude of the following: (i) To the various people from different walks of life – government officials, particularly Department of Irrigation and Agriculture, Civil Society organisations, farmers, industrialists, etc, - who generously contributed their time by participating in survey and discussions and providing their views. (ii) Subject matter specialists Dr. K. P. singh, Dr. K. S. Raghav, Dr. B, K. Singh, Ms. Priyanka Singh, Dr. Sugan Singh Manohar, Mr. Rajsinghani for providing valuable technical input in the field of Geology, Geohydrology, Remotesensing & GIS Mapping, Agriculture, etc., in completion of this study. (iii) My colleagues Sh. N. P. Singh and Sh. Ladulal Sharma in supervising the fieldwork, data analysis, liaison with line departments, PRI representatives and other inputs at all stages of the study. (iv) Dr. N. S. Jodha for his valuable comments on the draft report. We extend our sincere gratitude to India Water Partnership and Global Water Partnership for commissioning this assignment to CEDSJ and providing financial support for this study. Special thanks to Dr. Veena Khanduri, Executive Secretary and Sh. Mangla Rai of IWP for encouragement and support. Dr. M. S. Rathore Director, CEDSJ CONTENTS Chapter Title Page Number 1. INTRODUCTION ................................................................................................. -
Lake Anasagar, Ajmer, Rajasthan, India
Evidence‐Based Holistic Restoration of Lake Anasagar, Ajmer, Rajasthan, India Deep Narayan Pandey1*, Brij Gopal2, K. C. Sharma3 1 Member Secretary, Rajasthan State Pollution Control Board, Jaipur – 302015; Email: [email protected] 2 Ex-Professor, Jawahar Lal Nehru University, New Delhi, currently at Centre for Inland Waters in South Asia, National Institute of Ecology, Jaipur, Rajasthan 302017; Email: [email protected] 3 Professor and Head, Department of Environmental Science Central University of Rajasthan, NH-8 Bandarsidri, Kishangarh – 305801 Ajmer, Rajasthan, Email: [email protected] Views expressed in this paper are those of the authors; they do not necessarily represent the views of RSPCB or the institutions to which authors belong. Rajasthan State Pollution Control Board 4-Jhalana Institutional Area Jaipur 302 004, Rajasthan, India www.rpcb.nic.in 1 CONTENTS 1. Introduction 3 2. Present status of Lake Anasagar 3 3. Multiple stressors degrading the Lake Anasagar 4 3.1. Disposal of raw sewage and municipal wastewater 5 3.2. Discharge of detergents 6 3.3. Discharge of residual pesticides and fertilizers 7 3.4. Sedimentation due to soil erosion 7 3.5. Challenges of land ownership and encroachment 8 4. Holistic restoration of Lake Anasagar 8 4.1. Waste and sewage management 9 4.2. Forest restoration in the watershed 11 4.3. Sequential restoration of vegetation in sand dunes 12 4.4. Management of urban green infrastructure 13 4.5. Periodic sediment removal from lake 14 4.6. Macrophyte restoration in littoral zone of lake 15 4.7. Recovery of costs and reinvestment in urban systems 16 4.8. -
Saph Pani Enhancement of Natural Water Systems and Treatment Methods for Safe and Sustainable Water Supply in India
Saph Pani Enhancement of natural water systems and treatment methods for safe and sustainable water supply in India Project supported by the European Commission within the Seventh Framework Programme Grant agreement No. 282911 Deliverable D 7.3 Completion of training course material i Saph Pani Deliverable 7.3 Work package WP7 Training and dissemination Deliverable number D 7.3 Deliverable title Website functional Due date Month 18 Actual submission date Month 5 Start date of project 01.10.2011 Participants (Partner short names) NIH, FHNW Authors in alphabetic order Asolekar, Shyam (IITB) Elango, Lakshmanan (ANNA) Goyal, V C (NIH) Prock, Julia (FHNW) Sandhu, Cornelius (HTWD) Wintgens, Thomas (FHNW) Contact for queries V C Goyal National Institute of Hydrology Roorkee-247667, India [email protected]; [email protected] www.nih.ernet.in Dissemination level: PU (PUblic, Restricted to other Programmes Participants, REstricted to a group specified by the consortium, COnfidential- only for members of the consortium) Deliverable Status: Revision 1.0 i Saph Pani Deliverable D7.3 Content List of figures ......................................................................................iii List of tables...................................................................................... iv 1 Context ...................................................................................... 1 2 Training Courses ......................................................................... 2 2.1 Design and Operation of River Bank Filtration Systems ........................ -
For Bajri/Sand Mine Leases in the State of Rajasthan
Scientific Replenishment Study of Bajri/Sand Mine Leases in Rajasthan [CMPDI Job No. – 091017026] SCIENTIFIC REPLENISHMENT STUDY FOR BAJRI/SAND MINE LEASES IN THE STATE OF RAJASTHAN [Phase-II Report] Job No. 091017026 February, 2018 1 Scientific Replenishment Study of Bajri/Sand Mine Leases in Rajasthan [CMPDI Job No. – 091017026] CONTENTS Sl. No. Chapter Particulars Page No. 1 Chapter-I Introduction 4-9 2 Chapter-II Project Description 10-81 3 Chapter-III Literature Survey& Methodology 82-96 4 Chapter-IV Data Collection, Analysis and Estimation of 97-116 Replenishment 5 Chapter-V Conclusion and Recommendations 117-118 LIST OF FIGURES Sl. No. Figure Particulars Page No. 1 Figure-3.1 Field Survey in the Mine leases 88 2 Figure-3.2 Installation of Observation Points in the Mine 89 leases 3 Figure-3.3 A view of the Sand Mining Lease 89 4 Figure-3.4 Field survey and installation of observation points 90 in mine leases 5 Figure-3.5 Field survey and installation of observation points 91 in mine leases 6 Figure-3.6 Field survey and installation of observation points 92 in mine leases 7 Figure-3.7 Field survey and installation of observation points 93 in mine leases 8 Figure-3.8 Field survey and installation of observation points 94 in mine leases 9 Figure-3.9 Field survey and installation of observation points 95 in mine leases 10 Figure-4.1 Drainage map of study area showing Banas River 100 11 Figure-4.2 Drainage map of study area showing Luni River 101 12 Figure-4.3 River Banas, Tonk 102 13 Figure-4.4 Bajri/sand deposition in the river Banas, Tonk 103 14 Figure-4.5 Watershed Area determination of Ajmer Lease 104 through Remote Sensing 15 Figure-4.6 Watershed Area determination of Kekri Lease 106 through Remote Sensing 2 Scientific Replenishment Study of Bajri/Sand Mine Leases in Rajasthan [CMPDI Job No. -
To Download Rajasthan GK
ambitiousbaba.com Online Test Series Best Online Test Series Site for All State Government Jobs Patwari , Police SI , Police Constable 1 etc ambitiousbaba.com Online Test Series Rajasthan GK Index No. of Topic Topics Name Topic 1 Rajasthan Intro Topic 2 History of Rajasthan Topic 3 Geography of Rajasthan Topic 4 Rajasthan Economy Topic 5 Agriculture in Rajasthan Topic 6 Industry and Minerals in Rajasthan Topic 7 Irrigation in Rajasthan Topic 8 Power in Rajasthan Topic 9 Transport in Rajasthan Topic 10 Tourist Centres in Rajasthan Topic 11 Fairs and Festivals in Rajasthan Topic 12 Lokayukta of Rajasthan Topic 13 Nickname of Rajasthan’s City Topic 14 Important Tribes of Rajasthan Topic 15 List of Lake In Rajasthan Topic 16 List of River in Rajasthan Topic 17 List of Temple in Rajasthan Topic 18 Folk Dance In Rajasthan Topic 19 Dam In Rajasthan Topic 20 National Park In Rajasthan Topic 21 Wildlife Sanctuary In Rajasthan Topic 22 List of Thermal Power Plant In Rajasthan Topic 23 List of Solar Power Plant In Rajasthan Topic 24 List of Nuclear Power Plant In Rajasthan Topic 25 UNESCO World Heritage Sites in Rajasthan Best Online Test Series Site for All State Government Jobs Patwari , Police SI , Police Constable 2 etc ambitiousbaba.com Online Test Series Topic 1: Rajasthan Intro Capital (राजधानी ) Jaipur Formation (ननर्ााण) 30 March 1949 Total Area 342,239 km2 (132,139 sq mi) (कुल क्षेत्रफल) Area Rank (क्षेत्र रℂक) 1st Population (जनसंख्या) 68,548,437 Population rank 7th (जनसंख्या रℂक) Density (घनत्व) 200/km2 (520/sq mi) Literacy Rate 66.11% (साक्षरता दर )(%) Sex Ratio 928(F)/1000(M) Legislative Assembly 200 Seats (निधान सभा) Lower House 25 Seats (लोक सभा) Upper House 10 Seats (राजसभा) Number of Districts 33 (नजलों) Language (भाषा) Hindi, Malvi, Dhundhari,Marwari,Dhundhari, Harauti Stadium (स्टेनियर्) Barkatullah Khan Stadium (Jodhpur), SawaiMansingh Stadium (Jaipur) Desert Thar Desert is also known as the Great Indian Desert. -
A Review on Consequences of Pollution of Some Indian Major Rivers and Their Remedial Measures
International Journal of Research and Review www.ijrrjournal.com E-ISSN: 2349-9788; P-ISSN: 2454-2237 Review Article A Review on Consequences of Pollution of Some Indian Major Rivers and Their Remedial Measures A.K. Panigrahi1, Subasini Pattnaik2 1Ecotoxicology, Fisheries and Aquaculture Extension Laboratory, Department of Zoology, University of Kalyani, Kalyani, Nadia, 741235, West Bengal. 2Department of Zoology, Berhampur University, Berhampur, BhanjVihar, Odisha Corresponding Author: A.K. Panigrahi ABSTRACT In India Rivers are divided into two parts like, north Indian River and south Indian River. Some north Indian rivers are Indus, Ganga, Gomati, Damodar, Rihand, etc. Some south Indian rivers are Mahanadi, Godavari, Krishna, Cauvery, etc. In India, river plays an important role. Many people directly or indirectly dependent on rivers. Rivers not only important to human it is also important to animals and plants. Because river act as most biodiversity rich area. But nowadays Rivers become polluted by various ways. Mostly occurred by industrial effluents and heavy metals contamination. Metal directly or through drain enter into rivers. Metals like, Fe,Hg,Cd, Pb, Zn cause most pollution in rivers. Beside sewage water directly fall into rivers and ultimately pollutes river. This paper contains cause of river pollution, effects of river pollution and remedial measure of river pollution. Key words: Heavy metals, Pollutants, Pesticides, Runoff, Anaemia, Food chain. INTRODUCTION Singh and others (1997) report that due to Water is essential for all aquatic and heavy metals river Gomati sediments terrestrial animals and plants. Organic around the Lucknowurban centre are pollutants and heavy metals are the major polluted. Most polluted river in India is source of pollutants in river (Goldar and Yamuna River and many industries are Banerjee 2004). -
Luni Project
Performa of Application for Research Grants 1. Research Station / Institution Name : Indian Institute of Technology Address: Old Residency Road, Ratanada, Jodhpur 324011 Telephone: 0291 244 9007 Fax: 0291 251 6823 e-mail: [email protected] Nearest Rail head/Airport : Jodhpur 2. Principal Investigator Name: Vivek Vijay, Rakesh Sharma, Anand Plappally, Address: Old Residency Road, Jodhpur 342005 Telephone : 0291 244 9007 Fax: 0291 251 6823 e-mail: [email protected] 3. Co- Investigators Name: Address Telephone Fax e-mail 4. Brief Bio-data of the Investigators (not to exceed one page per person) (enclose at the end of the proposal)Please see pages 32-26. 5. Project Title (keep it as short as possible): Luni River Basin Climate and Hydrology Modeling 6. Track Record and Workload Assessment of the PI List all the research and consultancy schemes, whether funded by MoWR or any other agency, in which the present PI is /was Principal Investigator, in following groups. 1 Schemes completed : None 2 Schemes foreclosed with reasons for foreclosure : None 3 Schemes ongoing : None 1 7. If the scheme is sanctioned, in whose name the cheque is to be issued. (write precise title of the account) Director, Institute of Technology Rajasthan, Jodhpur 8. Category of R&D Activity (Tick those which are applicable) Basic Research Applied Research: √ Action Research Education & Training √ Mass Awareness Programme:√ Infrastructure Development Creation of Centers of Excellence √ 9. Description of the Proposal (Describe the research proposal, the background, how the idea originated etc.) The most important objective of this project is to provide the people of Luni with state-of-art prediction of the variables such as unpredictable climate, soil condition, water availability and water quality, which comprise the complete hydrologic cycle. -
Environment Policy.Pdf
CHAPTER 1. Preamble In the six decades since India’s independence, Rajasthan has shown steady progress in most economic and human development indicators. Until the early 1980s, though, Rajasthan was considered one of the most backward states in India (In 1981-82 Rajasthan ranked 25th among 28 Indian states in terms of per capita NSDP, whereas by 1991-92 it ranked 18th among the 28 Indian states. The literacy rates in Rajasthan increased from 8.95% in 1951 to 30.9% in 1981, to 61.03% in 2001, as against literacy rates in India of 16.67% in 1951, 53.56% in 1981 and 65.38% in 2001). Harsh climatic conditions, abject poverty, low literacy levels, and an economy heavily dependent on rainfed agriculture contributed to poor economic performance. Besides social factors, the poor natural resource base played an important role in determining the development of the State economy. Rajasthan is the largest state in the country. The Aravali range, running from northwest to southeast, divides the state diagonally into two distinct regions, the western arid region and the eastern semi-arid region. Over 61 percent of the State, mostly in the western part, is desert. The State has only 1.1 percent of India’s total water resources as against 10.5% of the country’s geographical area and 5.5% of the country’s population. Except for the Chambal, the 13 other rivers of the state are non-perennial. Precipitation is scanty, and constitutes the only source of annually renewable water supply. As such, the State is prone to frequent droughts. -
Ecological Studies on Luni River Basin
Nature Environment and Pollution Technology Vol. 6 No. 1 pp. 29-35 2007 © Technoscience Publications ECOLOGICAL STUDIES ON LUNI RIVER BASIN N. K. Bohra Arid Forest Research Institute, Jodhpur, Rajasthan ABSTRACT Since the prehistoric time the river banks are the centers for large settlements. The whole Indus valley civilization flourished on the bank of the Indus, the Ganges and their numerous tributaries. The tradition still continues, the most of the large cities are situated on river banks. Rivers provide water to sustain domestic supply and industrial consumption. It has been estimated that the quantity of water consumed is only 20% of the total water used. Rest 80% emerges with all the pollutants in it and termed as sewage or effluent as per the origin. The situation in arid zone of India, especially in western Rajasthan, is really grave where water scarcity is the normal phenomenon and people are dependent mainly on monsoon. The river catchment of Luni, a monsoon flowing river, is full of industrial drainage along with other wastes. The land of the catchment is losing its potentiality day by day and the monsoon water flowing through it carrying harmful waste is the main drinking water of several small villages. This water is the carrier of several diseases and thereby causing illness of the poor villagers. A review on industrial pollution in Luni river and efforts to combat this is presented in this paper as review. INTRODUCTION The people of arid and semi-arid zones live on the margins of scarcity. A crisis is not impending rather crises have been recurrent. -
For Bajri/Sand Mine Leases in the State of Rajasthan
Scientific Replenishment Study of Bajri/Sand Mine Leases in Rajasthan [CMPDI Job No. – 091017026] SCIENTIFIC REPLENISHMENT STUDY FOR BAJRI/SAND MINE LEASES IN THE STATE OF RAJASTHAN [Phase-II Report] Job No. 091017026 February, 2018 1 Scientific Replenishment Study of Bajri/Sand Mine Leases in Rajasthan [CMPDI Job No. – 091017026] CONTENTS Sl. No. Chapter Particulars Page No. 1 Chapter-I Introduction 4-9 2 Chapter-II Project Description 10-81 3 Chapter-III Literature Survey& Methodology 82-96 4 Chapter-IV Data Collection, Analysis and Estimation of 97-116 Replenishment 5 Chapter-V Conclusion and Recommendations 117-118 LIST OF FIGURES Sl. No. Figure Particulars Page No. 1 Figure-3.1 Field Survey in the Mine leases 88 2 Figure-3.2 Installation of Observation Points in the Mine 89 leases 3 Figure-3.3 A view of the Sand Mining Lease 89 4 Figure-3.4 Field survey and installation of observation points 90 in mine leases 5 Figure-3.5 Field survey and installation of observation points 91 in mine leases 6 Figure-3.6 Field survey and installation of observation points 92 in mine leases 7 Figure-3.7 Field survey and installation of observation points 93 in mine leases 8 Figure-3.8 Field survey and installation of observation points 94 in mine leases 9 Figure-3.9 Field survey and installation of observation points 95 in mine leases 10 Figure-4.1 Drainage map of study area showing Banas River 100 11 Figure-4.2 Drainage map of study area showing Luni River 101 12 Figure-4.3 River Banas, Tonk 102 13 Figure-4.4 Bajri/sand deposition in the river Banas, Tonk 103 14 Figure-4.5 Watershed Area determination of Ajmer Lease 104 through Remote Sensing 15 Figure-4.6 Watershed Area determination of Kekri Lease 106 through Remote Sensing 2 Scientific Replenishment Study of Bajri/Sand Mine Leases in Rajasthan [CMPDI Job No. -
Groundwater Quality Information North India
Groundwater Quality: Northern India This is one of a series of information sheets prepared for each country in which WaterAid works. The sheets aim to identify inorganic constituents of significant risk to health that may occur in groundwater in the country in question. The purpose of the sheets is to provide guidance to WaterAid Country Office staff on targeting efforts on water-quality testing and to encourage further thinking in the organisation on water- quality issues. Background (BGS, 2000). The northern states cover an area of around 2.24 million km2 stretching from the This report gives a summary of the information Arabian Sea coast in the west, through Rajasthan, currently available on groundwater quality in Madhya Pradesh, Haryana and Punjab to Jammu & northern India, incorporating 23 of the 28 Indian Kashmir in the northern Himalayan region, to the states, but excluding the five southern states of eastern states bordering Nepal, Bhutan, Bangladesh, Maharashtra, Andra Pradesh, Orissa, Karnataka and China and Burma (Figure 1). Tamil Nadu. These (essentially peninsular India) have been described in the ‘Southern India’ leaflet The terrain ranges from the extremes of the Figure 1. Relief map of India (courtesy of The General Libraries, The University of Texas at Austin). 1 Himalayan highlands (up to 8598 m above OD at Alluvium occupies major parts of Gujarat and Kanchenjunga, Sikkim), to the flat-lying Ganges Rajasthan, most of Uttar Pradesh, Haryana, Punjab alluvial and deltaic plain which extends down to sea and West Bengal, as well as northern Bihar and level. The low-lying wetlands of the Rann of Kutch northern Assam.