Ecology of Polluted Waters


Book Description

In Indian context.




Ecobiology of Polluted Waters


Book Description

Goethe said- Everything originated in water, and everything is sustained by water . Really with its multidimensional uses, water is one of the most precious gifts of nature without which no life could survive. The maximum part of the earth is covered with water but unfortunately we have only 3% of it in the form of freshwater, out of which 2% is in the form of glaciers and mountain ice thus only 1% of the total is on disposal for various requirements. The water is more enough if it is used and managed properly but due to our mismanagement and non-awareness, the whole world is facing teething crisis of water shortage as well as water pollution. Not only this, the waterbodies are now-a-days treated as dustbin. Man has miserably failed to realize his unabated interference in the natural recycling of essential elements, which have posed a serious threat to his own existence. The aim of this book is to provide a wide-ranging and authoritative coverage or water pollution, which is fundamental to our understanding and appreciation of the nature of aquatic environment. The book will be very much helpful for students, research scholars, Professors, scientists and policy makers in order to provide a sufficient depth of the subject to satisfy the needs at a level which will be comprehensive and interesting. Contents Chapter 1: Status of Freshwater in India: A Review by Arvind Kumar and Chandan Bohra; Chapter 2: Hydrochemical Studies on Suvarnamukhi Sub-basin of Arkavathi River, Bangalore District, Karnataka by H C Vajrappa and N Rajdhan Singh; Chapter 3: Prediction of Nitrate Pollution of Groundwater: A Case Study by Sarbjit Singh Sooch, Baljeet S Kapoor, Bijay Singh and N S Grewal; Chapter 4: Mining Initiatives for Placer Deposits Along the East Coast of India: A Preliminary Assessment of Possible Impact on Coastal Environment by M Jagannadha Rao, J Venkata Ramana and M Chandra Rao; Chapter 5: Influence of Thermal Stratification on Dissolved Oxygen in Subhas Sarobar, Kolkata by N R Samal, D Roy, A Mazumdar and B Bose; Chapter 6: Pollution of Drinking Water by Iron in Tribal Area of Sundargarh District, Orissa: A Guide to Community Health Workers and Non-government Organizations by P C Sahu and H K Sahoo; Chapter 7: Microbial Contamination in Drinking Water: Cause, Detection and Remedy by M K Bhutra and Ambica Soni; Chapter 8: Pollution Impact on the Hybrobiology of River Nakatia at Bareilly by Neelima Gupta, V K Verma and D K Gupta; Chapter 9: Status of Drinking Water Quality Awareness and its Impact on Student Health: A Study of Schools of Buldana District by S V Agarkar and B S Thombre; Chapter 10: Analysis and Seasonal Comparative Study of Amanishah Nallah and Neighbouring Ground Water Sources in Sanganer Town, Jaipur by Dinesh Kumar, Hari Singh, Mahavir Prasad and R V Singh; Chapter 11: A Study on Groundwater Quality in Residential Colonies of Visakhapatnam by T Usha Madhuri and B Subhashini; Chapter 12: Relation Between COD and BOD in Sewage and Groundwater Samples Around Nasik City by S P Wagh and V S Shrivastava; Chapter 13: Software Development on Groundwater Quality of Chengalpattu Environs, Kancheepuram District, Tamil Nadu (GQS) by R Annadurai and P Kamaraj; Chapter 14: Soil and Groundwater Pollution by Agrochemicals: A Review by D S Kler, Navneet Kaur and R S Uppal; Chapter 15: Groundwater Quality Index Near Industrial Area by Deepali A Sohani, G R Chaudhary and V S Shrivastava; Chapter 16: Studies on Primary Productivity of a Wetland by O P Mandal, A K Sinha and K M P Sinha; Chapter 17: Seasonal Fluctuation of Primary Production in Bonal Reservoir, Gulbarga District, Karnataka by H Anjinappa and K Vijaykumar; Chapter 18: Study on Zooplankton Diversity in Relation to Some Hydrological Parameters in a Freshwater Pond Ecosystem by C Maruthanayagam, S Radja Piragache and C Senthil Kumar; Chapter 19: Water Quality Profile of Man-khad Stream in Outer Himalayas by Er Moti Ram Sharma; Chapter 20: Status of Fisheries Resources in Selected Backwaters of Kerala by P K Sukumaran; Chapter 21: The Benthic and Littoral Fauna of a Perennial Polluted Tank in Bangalore by P K Sukumaran; Chapter 22: Ecological Imbalance by Reservoirs by V Srihari and C R Suribabu; Chapter 23: Studies on Limnological Characteristics of Guruvayanakere Pond Near Belthangady, S K District by B A Kumara Hegde, G Suresha, K Ramadas and B Yashovarma; Chapter 24: Diel Variation in Waterfowl During Winter at Sirpur Tank, Indore by Manjeet Malhotra, M M Prakash and K Pawar; Chapter 25: Physico-Chemical Characteristics of Wastewater from Bakelite Manufacturing Industry by V Arutchelvan, V Kanakasabai, R Elangovan and S Nagarajan; Chapter 26: Limnological Studies of Potsangbam River, Manipur by Laishram Kosygin and Haobijam Dhamendra; Chapter 27: Water Quality Management for Jagath Tank, Gulbarga, India: A Case Study by K Vijaykumar, Shashikanth Majagi, B Vasanthkumar and Murali Jadesh; Chapter 28: Seasonal Variations in Species Composition of Aquatic Hyphomycetes in Two Temperate Streams by S C Sati and N Tiwari; Chapter 29: Assessment of Groundwater Quality in Visakhapatnam Area, Andhra Pradesh, India by Y Prasanna Kumar and P King; Chapter 30: Effects of Polluted Water Irrigation on Hemagglutination and Thermal Stability of Pissum sativum Lectin by R B Lal and K D Saxena; Chapter 31: An Assessment of Water Quality of River Cauvery at Mettur, Salem District, Tamil Nadu in Relation to Pollution by V Mathivanan,P Vijayan and Selvi Sabhanayakam; Chapter 32: Study of the Influence of Aquaculture Development on Environment: A Remote Sensing Approach by P Venkateswarlu, M V Rao, Kiran and Ramamohan.




Biochemical Ecology of Water Pollution


Book Description

Biochemical ecology is here presented only in the context of water pollution. This is not to minimize the importance of land animals and plants in their environment or the significance of air pollution as it relates to ecology. It merely indicates that water pollution is a problem of sufficiently broad magnitude to warrant consideration by itself. Water pollution is a problem which requires the attention of a variety of disciplines. The presentation tends therefore to follow the problem ap proach, as do most interdisciplinary topics. An appreciation of various viewpoints is needed among chemists, ecologists, economists, engineers, lawyers, limnologists, managers, microbiologists, and politicians, whose communications are often "hung up" in each other's jargon. Perhaps the presentation is too elementary at times. This was done in an attempt to bridge the diverse backgrounds of those concerned with the subject. It is hoped that engineers, economists, biologists, public servants, and others will gain a greater appreciation of the interrelationship of gross observations and biological events that occur at the cellular and molecular level. Lack of such understanding is, to a large extent, the reason for our present environmental condition. At other times the presentation is perhaps too technical. This was done on the assumption that some information on chemical details may not be readily available but is desirable for an "in depth" appreciation of the biochemical events encountered in water pollu tion.




Biochemical Ecology of Water Pollution


Book Description

An inter-disciplinary approach to water pollution.




The Ecology of Waste Water Treatment


Book Description

The Ecology of Waste Water Treatment covers the principles of biology considered necessary for an understanding of some ecological aspects of wastewater treatment. This book is composed of seven chapters, and begins with an overview of the significant biological aspects related to wastewater treatment. The subsequent chapters examine the factors determining the dominant organisms in sludge and bacteria beds. Other chapters highlight the role of biological oxidation in wastewater treatment and the ecological parameters in the design and operation of activated sludge plants. A chapter provides practical methods of maintaining population balance at a low level of microorganisms. The final chapter considers the operational requirements necessary to ensure suitable ecological conditions for bacteria beds. This book is of value to microbiologists, ecologists, and environment-related fields.




Ecological Effects of Waste Water


Book Description

This substantially revised and update edition of a work first published in 1980 in the USA and deals with the ecological effects of water pollution. It is the result of twenty years of teaching the subject and will be essential reading for all those interested in water quality.




Ecological Effects of Waste Water


Book Description

First published in 1980, this book provides a practical and concise introduction to the ecological consequences of water pollution. It covers the necessary topics on a more quantitative fashion than have previous texts, yet its simplified treatment of biology will make the subject accessible to nonbiologists. The many illustrations, field data, and detailed reports of research will bring a wide range of readers accurately up-to-date in the field. Ecological Effects of Waste Water is a valuable introduction and summary for students and professionals in limnology, environmental engineering, acquaculture, ecology, fisheries, and water pollution.




Ecology Of Polluted Water And Toxicology


Book Description

The book contains 25 research articles and reviews on different aspects of ecology of polluted waters, both lentic and lotic water bodies, and toxicity of pollutants to fish and other aquatic organisms. Keeping in view the multidisciplinary nature of the subject, diverse areas of research have been covered including environmental impact assessment, river pollution, plankton diversity, impact of pollution on aquatic macrophytes and bank vegetation, heavy metal pollution, toxicity of insecticides, herbicides, fungicides, metals, etc. to fish, tadpoles, prawn and other aquatic organisms.







Water Pollution Biology


Book Description

Presents an examination of the scale of water pollution problems, and, through case studies, explores the type of investigations biologists need to undertake in solving them. The text draws comparisons between British and European practice,