24
3 Reference:- Chapter:1 1 Indian Journal of Environmental Protection (2001), News, Vol 21(8); PP 741. 2 WHO (2002), Water pollutants; Biological agents, dissolved Chemicals, non- dissolved Chemicals, sediments, WHO CEHA Amman, Jordan. 3 Viganol (2003), water Res, PP 37-50. 4 CPCB (Central Pollution control Board) (1994), Assessment and development of Study Of River basin Series; ADSORBS/4/1980-81, CBPC-WP, PP 1-52 New Delhi. 5 Krishanamurthy. S (1992), Bio methylation and Environmental transport of metals Chemical Education (USA), Vol 69(5); PP 347-350. 6 Sawhney. I (2006), On world water Day, Drinking water still eludes many. Delhi Diary,-Free press J, P 5. 7 Abdel Satar. A.M (2001), Environmental studies on the impact of the drain effluent up on the southern sector of Lake Manzalah, Egypt, JAquatBiol fish,Vol 5; PP 17- 30. 8 Yadav.S.S., Kumar Rajesh (2010), JChemPharma Res, Vol 2(4); PP 564-568. 9 Hasan. I., Rajia. S., Kasi. A. K. and Latifa. G.A (2009), “Comparative study on the waterQuality parameter in two rural and urban rivers emphasizing on the pollution levelGlobalJ of Environ Res, Vol 3(3); PP 218-222. 10 USEPA (1997), Manual on monitoring water quality, EPA 841-B-97-009. 11 Abida. B and Harikishna(2008), Study on the quality of water in some streams of Cauvery River, E J of Che, Vol 5(2); PP 377-384. 12 United Nation Environmental Programme (1994), The pollution of lakes and Reservoirs, Nairobi, UNEP Po Box 30552 Kenya.(Environment Library No.12). 13 UNEP(1999), Report on the Development and Harmonization of Environmental Standards in East Africa, Vol 2, PP 1-4 14 Dayal.G., and Singh. R. P (1994), Heavy metal content of municipal solid waste in

Reference:- - INFLIBNETshodhganga.inflibnet.ac.in/bitstream/10603/12281/14/14_reference.pdf · 8 Blackeie Academic and Professional, U.K, PP 320-328.sec edn. 7. NEERI (1991), Manual

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3

Reference:-

Chapter:1

1 Indian Journal of Environmental Protection (2001), News, Vol 21(8); PP 741.

2 WHO (2002), Water pollutants; Biological agents, dissolved Chemicals, non-

dissolved

Chemicals, sediments, WHO CEHA Amman, Jordan.

3 Viganol (2003), water Res, PP 37-50.

4 CPCB (Central Pollution control Board) (1994), Assessment and development of

Study

Of River basin Series; ADSORBS/4/1980-81, CBPC-WP, PP 1-52 New Delhi.

5 Krishanamurthy. S (1992), Bio methylation and Environmental transport of

metals

Chemical Education (USA), Vol 69(5); PP 347-350.

6 Sawhney. I (2006), On world water Day, Drinking water still eludes many. Delhi

Diary,-Free press J, P 5.

7 Abdel Satar. A.M (2001), Environmental studies on the impact of the drain

effluent up

on the southern sector of Lake Manzalah, Egypt, JAquatBiol fish,Vol 5; PP 17-

30.

8 Yadav.S.S., Kumar Rajesh (2010), JChemPharma Res, Vol 2(4); PP 564-568.

9 Hasan. I., Rajia. S., Kasi. A. K. and Latifa. G.A (2009), “Comparative study on

the

waterQuality parameter in two rural and urban rivers emphasizing on the

pollution levelGlobalJ of Environ Res, Vol 3(3); PP 218-222.

10 USEPA (1997), Manual on monitoring water quality, EPA 841-B-97-009.

11 Abida. B and Harikishna(2008), Study on the quality of water in some streams of

Cauvery River, E J of Che, Vol 5(2); PP 377-384.

12 United Nation Environmental Programme (1994), The pollution of lakes and

Reservoirs, Nairobi, UNEP Po Box 30552 Kenya.(Environment Library No.12).

13 UNEP(1999), Report on the Development and Harmonization of Environmental

Standards in East Africa, Vol 2, PP 1-4

14 Dayal.G., and Singh. R. P (1994), Heavy metal content of municipal solid waste

in

4

Agra India,Poll Res,Vol 13(1), PP 83-87.

15 Environmental information system (2005), Heavy metal pollution in

PunjabRivers, Vol3 (1).

16 Kathiresan.K (2000), A review of studies on pichavarammmangrove, south east

India,

Hydrobiology, Vol 430; PP 185-205.

17 Vengadesh.P.N., Rajkumar.M., Perumal.P and Rajasekar.K.T(2009), seasonal

variations of plankton diversity in the Kaduriyar estuary Nagapttinam, south east

cost of India,J Environ Biol, Vol. 30; PP 1035-1046.

18 WILDIW.Research and Management (2004), PP 75.

19. Mary. E.C.V. and Kausar. R(2004), Chemical and microbial quality of different

types

OfDrinking water of Hyderabad, Hi-Tech. city A.P India,J Aqua Biol,Vol 19(1);

PP 93-97.

20. Yu. K.Y., Tasi, L.-J, Chen, S-H, HO, S-T(2001), Chemical binding of heavy

metals in

Anoxic river sediments, Water Res,Vol 35(7); PP 4086-4094.

21. Alongi. D.M. and Chistofferson. P (1992), Benthic in fauna and organisms –

sediments

Relationin a shallow, out welled mangrove detritus and physical disturbance,

marine Ecology Progress series, Vol 81; PP 229-245.

22. Davies. C.A., Torolinson. K. And Stephenson. T(1991), Heavy metals in river

tees

Estuary sediments, environ technol,Vol 12; PP 961-972.

23. Singh. H. P. and Mahaveer. L.R(1997), Preliminary observation on heavy metals

in

Water and sediments in a stretch of river Ganga and Some of its tributaries,J

Environ Biol,Vol 18(1); PP 49-53.

24. Singh. M(2001), Heavy metal pollution in freshly deposited sediments of the

Yamuna

River (the Ganga River tributary), a case study from Delhi and Agra urban

centers India, Environ.GeolVol 40(6); PP 664-671.

25. Singh. A. K (1999), Elemental composition of the Damodar River sediments. A

Tributary of the lower Ganga, India,JGeolSoc India, Vol 53; PP 219-231.

5

26. Alloway. B. J(1995), Soil Pollution and land contamination in pollution causes,

Effect and control, R. M. Harrison (ed), The Royal Society of Chemistry,

Cambridge UK, PP. 318.

27. Yagdik. K.,Azkan. N(2000), Heavy Metal contamination in soils and its effect in

Agriculture, J of Fac of Agric, Omu (in Turkish),Vol 15; PP 109 -115.

28. Giller. K., Witter. E. and McGrath.S (1998), Toxicity of heavy metals to micro

Organisms and microbial process in agricultural soils. A review, soil biology and

Bio

Chemistry, Vol 30; PP 1398-1414.

29. Renella .G.,Chaudhari.A andBrokers. P(2002), fresh additions of heavy metals

do not

Model long term effects on microbial biomass and activity,soil Biology and

Biochemistry Vol 34; PP 121-124.

30. Zero environment limited (2007), Expert environmental training and consultancy

Services.

31. De Vries. W.,Romkens.P.E.,Schutze. G(2007), Critical soil concentration of

Cadmium, Lead and Mercury in view of health effect on humans and

animals.Reviews of Environmental contamination and Toxicology Vol 191; PP

91-130.

32. Pandey.J.Pandey. U(2008), Accumulation of heavy metals in dietary vegetables

and

Cultivated soil horizon in organic farming system in relation to atmospheric

deposition in a seasonally dry tropical region of India. Environ monitoring and

Assessment,

PP 1-14.

33 Razo. I.,Carrizales. L., Castro.J., Diaz Barriga., F.,Monroy. M(2004), Arsenic and

heavyMetal pollution of soil water and sediments in a semi-arid climate mining

area in Mexico, water Air and soil pollution.

34 Mingchen and Malena. Q(2001), Soil Sci. Soc AMJ Vol 65; PP 491-499.

35 Bhagure. G.R., Mirgane. S. R (2011), Heavy metal concentrations in ground

waters and

Soils of Thane Region of Maharashtra, India, Environ monit Assess, Vol. 173,

PP 643-652.

6

36 Kim. H. Tan (1994), Environmental soil Sci, Marcel Dekker, Inc. PP 270

madison

Avenue New York 10016.

37 Singare. P.U., Lokhande. R.S., Pathak. P. P (2010), Soil pollution along Kalwa

Bridge

Thane Creek of Maharashtra, India,J of environs protection, Vol 1; PP 121-128.

38 Jain.C.K. and Ali.I(1997), Determination of Pesticides in water, sediments and

soils

by gas chromatography,IntJ environ Anal Chem,PP 68, 83.

39 Del Pino. J. N. and Diaz. R. D (1998), pesticides, distribution and movement

Biotherapy, PP 11 69.

40 Ademoroti.CMA (1996), Environmental chemistry and Toxicology,foludexpress

Ltd.,

lbadan, PP 79-209.

41 Winter.C (1992), Dietary pesticide risk assessment, Rev Environ

contam,ToxicolVol

127, PP 23-67.

42 Thakker. N. P. and vidya.M.V(1992), Determination of PP 1,2-

dichlorobenzene, PP

1, 2, 4-trichlorobenzene and hexachlorobenzene in surface water; J Indian water

works Asson XXIV, PP 343.

43 Ali. I., Jain. C. K (2001), Pollution potential of pesticides in the

HindonriverIndia, J of

Environ hydro, vol-9 (1); PP 1-7.

44 Abida. B., Harikrishna. S., Khan.L(2009), A. Survey of Persistentorgano

chlorine

Pesticides residues in some streams of the Cauvery River Karnataka. India,Int J

Chem Tech Res,Vol 1(2); PP 237-244.

45 Bharambe.S.M. and Mahulikar.P.P (2010), Contamination level of pesticides

residues

In soil from cotton growing area of Jalgaon District and farmer’s knowledge,J of

Adv. In sci. and Tech. Vol 13(1); PP 30-35.

46 Zhang. H., Lu.Y., Dowson.R., W., Shi.Y and Wan.T (2005), Classification and

7

Ordination of DDT and HCH in soil samples from the GuantinReservoir China,

Chemosphere Vol 60; PP 762.

47 Forget.G (1991), Pesticides and the third world, JToxicol Environ Health,Vol 32;

PP 11-31.

48 ShenBaocheng (Bozen SUN) and shenQiz(1991), Pesticide pollution, J of

Environ

Sci. (China) Vol 3(3); PP 31-47.

49 Dhliwal.G.S. and Singh. B (eds) (1993), Pesticides, Their Ecological impact in

Developing countries, Common wealth publishers, New Delhi.

50 Dudani.A.T. and Sengupta.S (1991), Status and Banned and Bannable pesticides

in

India, Voluntary Health Association of India, New Delhi.

Chapter:- 2

Reference

1. APHA, (1998), APHA- AWWA- WPCE, Standard method for examination of

water

And waste water, APHA Inc, New york 20th Edition.

2. Clesceri. L.S (1998), Standard methods for the examination of water and Waste

water.

In collection and preservation of samples and metals, (edsArpold, E, Greenbergy

and Eaton, AD.) APHA, AWWA, WEF, Washington, D.C.

3. Trivedi. R.K. and Goel P.K (1994), Chemical and biological methods for water

Pollution studies, Environmental publication Karad(India).

4. Agbenin. J.O (1995), Laboratory manual for soil and Plant analysis, Department

of soil

Science, Ahmadu Bello University, Zaria.

5. Ward .N.I (1995), Environmental Analytical Chemistry” In; F. W. fified and P.

Haines,

6. Biswas. T.D. and Mukharjee. S.K (1998), Text book of soil science, Eds. J. of

trace ele,

8

Blackeie Academic and Professional, U.K, PP 320-328.sec edn.

7. NEERI (1991), Manual on water and waste water analysis, National

Environmental

Engineering Research Institute, Nagpur.

8. Nollet- L.M.L (2000), Hand book of water Analysis, Marcel Dekker, New York,

Basel.

9. Hood. S. and Kaur. S (1999), Laboratory manual for Environmental Chemistry

C.S.

Chand LTD, Ramnagar, New Delhi India.

10. Shivanand Tolanur (2006), Practical Soil science and Agricultural chemistry,

International book dist. Co.

11. Kim. H. T (1998), Principles of Soil Science, Second edn. U.S.A.

12. Hartik. S. and Tekel(1996), Extraction methodology and chromatography for the

Determination of Residual pesticides in water, J chromatogr, Vol 733; PP 217-

233.

13. Jain. C.K. and Ali. (1997), Determination of pesticides in water, sediment and

soil by

Gas chromatography, Int J Environ Annual chem., PP 68-83.

14. ISI(1991),Methods of sampling and test (physical and chemical)for water and

waste water, 3025;Is 10500

Chapter:- 3

I

REFERENCE

1 Kaplan,O.,yildirim.N.C.,yildrim.N.andcimen.M (2010), Toxic element in animal’s

products and Environmentalhealth, Asian j Animvet.Adv.

2. Gupta. L. N., Khare.S. L.andGupta.G.S(2010),Natural water Quality Assessments

of Gupt Godavari cavern, Chitrakoot,IJEP,30(6);pp502-505.

3. Marathe. R.B.,Marathe .Y.V;Sawant.C.P(2011),Characteristics of Tapti River

Maharashtra, India ,Int J Chem Tech Res ,vol 3(3);pp1179-1183.

4. Mischra.P.C (1989), Soil pollution and soil organism, Ashish publishing house,

8181. Punjabi Bagh, New Delhi 26.

9

5. Tidale.S. and Nelson. W.L (1975), “Soil fertility and fertilizers, Mac Millen

publishing Co., INC New-York. 3rdedition.

6. Shridhar. R.T., Thangaradjour.S., Senthil Kumar.andKannan. L( 2006), Water

quality and phytoplanktoncharacteristic in the palk Bay, southeast coast of India, J

Environ Biol,vol 27;pp 561-566.

7. Saravana Kumar. A., Rajkumar.J., SeshSerebiah and Thivakaran.G.A (2008),

Seasonal variations in Physico-ChemicalCharacteristics of water, sediments and soil

texture in arid zone mangroves of Kachchh- Gujarat, J Environ Biol,vol 29; pp725-

732.

8. Govindasamy.C.L., Kannan and Jayapaul.Azariah( 2000),Seasonal variation in

physico chemical properties andPrimary production in the costal water biotopes of

Coromandel Coast. India, J Environ Biol,vol 21;pp 1-7.

9. Sayed. R.A. and Gupta. S.G(2010), River water quality assessment in Beed District

of

Maharashtra SeasonalParametricvariations, Iranica J Energy and Environ,vol 1(4);

pp326-330.

10. John. D. H (1991), Study and inter petition of the chemical characteristics of natural

Water, scientific PublishersJodhpur,India.

11. Abida. B., Ramaioh.M., Harikrishna, Irfanullakhan and Veena. K (2009), Heavy

metal pollution and chemical Profileof Cauvery River water, EJ of che,vol 6(1):pp

47-52.

12. WHO (1990), Guideline for drinking water quality, Health criteria and other

supporting

Information, Geneva,Vol (2).

13. Indian Standard Institute (ISI) (1993), Drinking water standard (IS-10500).

14. Indian Council of Medical Research (ICMR), Drinking water standard.

15. Bureau of Indian Standards (BIS) (1998), Drinking water standards.

16. Yadav. S. S. and Kumar Rajesh (2011), Monitoring water Quality of Kosi River in

Rampur District, U.P. India,Pelagia Res Lib,vol 2(2);pp 197-201.

17. Marathe. R.B., Marathe. Y.V., SawantC.P( 2011), Sediment characteristics of Tapti

River,

Maharashtra, India,Int J Chem Tech Res,VOL 3(3);pp 1179-1183.

10

18. Singh. K.P., Mohan. D., Singh. V.K., Malik. M( 2005), Studies on distribution and

fraction of heavy metals in Gomati River sediments attribution of the Ganges India,

J of Hydrology,vol313;pp 14-27.

19. Ian.Moore (1976),The agricultural note book, (16thedn) A British farmer and

stockbreeder book Newness Butter worth’s and company (Publisher) Ltd.

20. Brady.Nylec(1974), The nature and properties of soils, 8th edition, Macmillan

Publishing co., INC, New York.

21. Shrivastava. V.S., Bhadane. K.U., Deshpande.P.P (1991), a case study of tribal

town, Nandurbar, Indian J Environ proct,Vol 11(5);pp 337-340

22. Berg.W, A and Vogel.W.C (1973), Toxicity of acid and coal mine spoils to plants,

in

Ecology and Reclamation ofDivested land ceds. Hunthik R.J. and Davis G. G.

Drdon and

Breach, New York PP 57-88.

23. Inerson. L. K andWali. M. K (1992), Grass land rehabilitation after coal and

mineral

Extraction in the western unitedstate and Canada, In Ecosystem Rehabilitation

cedwali

M.K. Vol(2); Ecosystem Analysis and synthesis SPB Academic publishing

Co,Hagne, Netherlands.

24. Richards. L. A (Ed.) (1968), Diagnosis and improvement of saline and alkaline soil,

United States salinity Laboratory staff, U.S. Department of Agriculture Hand book

Number 60; (7).

25. Mishra.N.K. and saboo.H.K (2003), evaluation of ground water quality in and

around

Deogarh, Vol 23(6); PP 662-667.

26. Kapsikar. B.G., Khajure.P.V. and Rathod.J.L (2001), Physico- Chemical features of

Kali

River, Karwarcoast of I India, Recent Research in sci and Techno, Vol. 3(4); PP 12-

14.

27. Hussain.M, F and Ahmad.I, Variability in physicochemical parameters of Pachin

River (Itananjan), Indian J Environ Helh,vol 44(4); PP 329-336.

28. Gupta. N., Nafees. S.M,, Jain.M.K andKalpanan, S (2011), physico- chemical

11

Assessment of water quality of RiverCHAMBAL In Kota city area of Rajasthan

State

(India). Vol 4(2); PP 295-298.

29. Rekha. R., Gupta.B.K., and Shrivastava.K.B.L (2004), Studies on water quality

AssessmentInsatna city, (M.P.).Seasonal parametric variations Nat. Environ and

Poll.Technol, Vol 3(4); PP 563-565.

30. Taghinia. H.A., Basavarajappa.H.T. and Quid saeed.A.M (2010), Heavy metal

pollution

InKabini River Sediments,Int J Environ Res,Vol 4(4); PP 629-636.

31. Akbari. K.N., Karan. F., and pandya, H.R (1995), Availability of zinc in Red loam

soil of

Zone IV A of Rajasthan as Related to certain soil characteristics”, Indian Soc Soil

science,

Vol 43(1); PP 131-133.

32. Vorm. P.D.J., Van Der, P.I (1980), soil, PP 56-153.

33. Barhate.C.L (1971), studies on the physico-chemical properties of soil of

Ahmednagar District and their fertility Status as influenced by agro climatic

differences PH.D.Thesis, M.P.K.U. Rahuri (Ahmednagar).

34. Yagodin.B.A (1984), Agricultural Chemistry, Mirpublishers, Moscow, Vol1;PP234.

35. APHA.,AWWA (1992), standard method for examination of water and waste water

(18th

Edn), American Public Health Association, Washington, DC.

36. Muhammad. H.A., Raziya. N.,Umer.R. and Muhammad. N.Z. (2005), Assessing

Pollution Levels in effluents of Industrial in city zone of Faisalabad, Pakistan, J of

applied sci,vol 5 (10); 17pp13-1717.

37. Chatterjee. S.K( 2010), Water Quality Assessment near an Industrial site of

Damodar River, India., EnvironmentAssess,vol 161;pp 177-189.

38. Sood. A., Singh. K.D., Pandey.P. and Sharma.S( 2008),Assessment of Bacterial

Indicator and Physico chemical Parameters to investigate pollution status of

Gangetic River system of Uttarakhand (India), Ecological Indicators, vol8(5);pp

709-712.

12

39. Nanji. J.C., Vzairu. A., Harrison.G.F. S. and Balarable.M.L (2011), Effect of

pollution on the physico chemical Parameters of water and sediments of River

Galma Zaria Nigeria, Rech J of Environ and Earth Sci,vol 3(4);pp 314340.

40. Parashar. D.C., Sharma. C., Mitra.A.P (1998), Global Environment chemistry,

Narosa publishing House,NewDelhi.

41. Bishop.J.E (1973), Limnology of small Malayan River, Sungai Gomback Dr.

W.Junk

Publishers.

42. Singare. P.U., Lokhande. R.S.,Pathak. P.P(2010),soil pollution along kalva bridge at

Thane creek of Maharashtra, India, J environ Prot, Vol 1; PP121-128.

43. Dubey. N (2003), PH.D., thesis BarkatullahUniversity, Bhopal.

44. WHO (1993), Guidelines for drinking water quality Vol. 1 recommendations

Geneva.

45. Hasanzadesh. H, H(2008), Water quality physico-chemical and Biological

characteristics

of Trajan River, J of Indisustrial Poll Control, Vol 24(2); PP 169-176.

46. Abulude. F.O., Obidiran.G.O. and orungbemi. S(2007), Physico-chemical

parameter and

Trace metal content of drinking water samples in Akure, Nigeria, Electronic J of

Environ

Agri and food chem, Vol 6(8); PP 2297-2303.

47. Anonymous (1976), Quality criteria for water U.S. Environmental protection

Agency.

48. Kumar. A(1989), Environmental chemistry Wiky Eastern limited New Delhi

limited

49. Pandey. S.B., Singh. A.K. and Singh. D.M(2001), Adsorption of cadmium or

cadmium

FolicAcid Complexes in soil, JofIndSoc Of soil sci, Vol 49(1); PP 90-97.

50. Altun. L.,Okman, Vilmaz Murat, AcarCengir, Tuma Ibrahim, Baskent E. Zeki,

Bilgili

Ertugrul(2003), Evaluating the seasonal changes of water quality of the

Degirmandere and Ealyan rivers, (Trabzon, Turkey), J Environ Biol, Vol 24(4); PP

415-422.

13

51. Shrivastava.V.S. and Patel. S.S (1999), I JEP, Vol 19(10); PP 771-773.

52. Erik P.,Eckholm(1975), Salting the earth, Environment ,Vol 17(9).

53. Rita. N. Kumar;Solanki.R.andNirmal Kumar (2011) An assessment of seasonal

variation

and water quality index of Sabarmati river and Kharicut canal at Ahmadabad

(Guj.),India ,ISSN;1579-4377.47-91-1-SM(1).

54. De.S.,Mishra. D.D., Bajpai.A.,andVerma. N(2009), Studies on soil status in and

around

Satpura Thermal Power Station Sarni (M.P.),Asion J expSci,Vol 23(3);PP 611-614.

55. Bajpai. A., Pani.S,,Jain R.K and Mishra. S.M.(2002),Heavy metal contamination

through Idol immersion in a tropical lake ,eco environ cons ,Vol 8(2);PP 157-159.

56. Anu,Upadhyaya. S.K,,Bajpai.A (2010),Seasonal analysis of soil, sediments of

Shahpura Lake of Bhopal(M.P.),IntJof Environ of Science and Devlopement,Vol

1(4);PP 333-335.

57. Olaniya. M.S., Bhoyar.R.V. and Bhide.A.D (1991), Effect of solid waste disposal

on land, Indian J EnvironHealth, Vol 34(2); PP 143-150.

58. Krupadam. R.J., Smita.P. and wate.S.R (2006), Geochemical fractionation of heavy

metals in sediments of the Tapti Estuary,Geochem J Vol 40; PP 513-522.

59. Vediya.S. and Patel.P(2002), A study on cadmium levels in soils samples collected

from in and around Modasa, North Gujarat, India, Poll Res,Vol 21(2);PP 133-135.

60. Kumar. D and Singh, B (2003), Reclaiming effect of coal fly ash from thermal

power plants in sodaic soils, Poll Res,Vol 22(3); PP 403-410.

61. Nemade. P.N (1997), Physical and biological studies of industrial waste and

development of new methods withSpecial reference to ionic moieties,PH.D. Thesis

(N.M.U.Jalgaon).

62. Tiwari. R.C,,Verma. U.N. and Mishra.A.K (1995), Effect of Long term cropping

system on chemical Characteristic of soil profiles, Jof Indian Soc. Of soilsci,Vol

43(2),PP 278-279.

63. Kumar.P,,Sharma. S.P and Sharma. P.B(1995),Distribution of N,P and K in soan

River valley soil of lower shiwalikas ,J of Indian soc of soil sci, vol 43(3);pp360-

364.

64. Saravana, Kumar. A.M., Rajkumar. J., SeshSerebiah and Thivakaran.G. A (2008),

seasonal variation in physico-Chemical characteristics of water, sediments and soil

14

texture in arid zone mangroves of Kachchh- Gujarat.,J Environ Biol, Vol 29; PP

725-732.

65. Govindasamy. C.L.,Kannan and Jayapaul.Azariah(2000), Seasonal variation in

physico chemical properties and primary production in the coastal water biotopes of

coromandal coast, India, J EnvironBiol, Vol 21; PP 1-7.

66. Bragadeeswaran. S.M., Rajsagar. M., Srinivasan and U Kanagarajan(2007),

Sediment texture and nutrients of arasalar estuary, Karaikkal, south east coast of

India, J Environ boil, Vol 28; PP 237-240.

67. Rajasegar.M(2003), Physico- chemical characteristics of the velluer estuary in

relation to shrimp farming ,J Environ Biol,Vol 24; PP 95-101.

68. Sharma. S., Vishwakarma. R., Dixit. S. and Jain. P(2001), Evaluation of water

Quality of Narmada River withreference to physico chemical parameters at

Hoshangabad city, M.P. India, Res J. ChemSci, Vol 1(3); PP 40-48.

69. Rai.S,,Chopra.A.K,,Pathak.C, Sharma.D.,Sharma.R(2011),Comparative study of

some physico chemical parameters of soil irrigated with sewage water and canel

water of Dehradun city, India, scholars Res Lib, vol 3(2);pp318-325.

70. Reddy. G.R., Rao.K.J (2003), Impact of sewage irrigation on micronutrient status of

soils in; AgriculturalAbstract.

71. Jonnalagadda. S.B. and Mhere. G(2001) Water quality of the odzi River in the

eastern highlands ofZimbabwe.WaterRes,vol 35(10);vol 2371-2376.

72. Chang. H(2008), spatial analysis of water quality trends in the Han River Basin,

South Korea. Water Res,vol42(13);PP 3285-3304.

73 Peter.A.K (1974) Source and Classification of water pollutants in (No.Irving Sax, ed)

Industrial pollution. VanNo. staReinhold companeWorld Health organization.

74. World Health Organization (WHO),(1993), Guidelines for drinking water quality

Recommendation, second Edition Geneva Switzerland Vol. 1.

75. Maharashtra Pollution controlsBoard Report (2005), Environ.Status of Thane

Region.

76. Mahadev. J. and Gholami. S( 2010), Heavy metals Analysis of Cauvery River water

around KRS dam Karnataka, India, J Adv Res Biol,Vol (1); pp 13-19.

77. Taghinia. H.A., Basavarajappa. H.T. and QaidSaeed.A.M (2010), Heavy metal

pollution in Kabini RiverSediments,Int J Environ Res,vol 4(4);pp 629-636.

15

II

References: -

1. Agarwal.S.K (2002), Pollution management Heavy metal pollution, Vol IV; PP 1-7.

2. Shrivastava.V.S (1996), Heavy metals in industrial waste water and sludge, by ICP-AES, IJEP

Vol 16(5); PP 328-239.

3. Shrivastava. V.S (1996), A case study of waste water and sludge samples collected from the

GIDC area of Surat City, Indian Poll. Res, Vol 15(4); in press.

4. Patterson and Witton. B.A(1981), Chemistry of water, sediments and Algal Filament in

ground water draining and head, zinc mine In; Heavy metals in Northern England

Environment and Biological aspects ,edited by P.J. say and B.A. whitton.

5. Bohri. H.L., Mcneal. B.L. and G.A.O (1985), Connor, Soil chemistry 2nded Wiley, New-York.

6. Aschner. M(2002), Neurotoxin mechanism of fish-bone methylmetry. Environ Toxically

Pharmacol, Vol 12; PP 101-102.

7. MEPO (2004), Meat food products order, the gazette of India. Ministry of Agriculture and

Rural development, Govt. of India.

8. Schrocder.H.A (1974), The Poisons around us Toxic metals in food, air and water, Indian a

university press, PP 144.

9. Joshi. S (2000), Eco-technological treatment for the industrial waste water contain heavy

metals ,J IndAssoc management, Vol 27; PP 98-102.

10. Krishnaurthy.S (1992), Biometylation and Environmental transport of metal ,J Chem.

Education, Vol 69(5); PP 347-350.

11. Fergussion. J.E (1990), the heavy metal; Chemistry Environmental impact and health

programming, press oxford.

12. Nisha. A.R. and Pandey, G.N (1994), Heavy metal and health, Env. Engg. Div. Inst. Engers,

Vol 65(1); PP 1-6.

13. Mishra. S.G. and Dinesh(1991), Maning metallic pollution, Ashish Publishing House, New

Delhi.

14. Feign. A., Ravina, I (1991), Irrigation with treated sewage effluent management for

environmental protection Springer, and Berlin.

126

15. Urie. D.H (1986), The status of waste water irrigation of forest, university of Washington

press, Seattle, WA, USA, PP 26-40.

16

16. Singh. K.D., Mohan D., Sinha. S., Dalwani.R (2004), Chemosphere, Vol 55; PP 227-255.

17. FAO (1985), Termind report of project TCP/BAR/2303 Use of marginal quality water for

Irrigation.

18. Sharma. R. and Agrawal. M(2005), Biological effects of heavy metals An overview, J

EnvBiol, Vol 26(2); PP 301-313.

19. De. A.K (2010), Environmentalchemistry, New Age international publishers New Delhi

(7thedn).

20. Mahajan.S.P (1991), Pollution control in process industries, Tata Mc. Graw Hill Publishing

company Ltd., New Delhi.

21. Trivedy. R.K. and Goel.P.K (1986),Chemical or biological methods for water pollution

studies, Environmentalpublication, Karad.

22. Stevenson.F.J (1982), Humus chemistry, Genesis composition,Wiley,New York

23. National academy of Science (1977), Drinking Water and Health, Federal register, Vol

43(132); PP35764.

24. Peter,A.K, Sources and classification of water pollutants. In (N.Irving sax, ed) industrial

pollution.vanNostrand Reinhold company

25. Patil. P.R., Patil. S.K., Dhande. A.D. and Pawar.N.S(2003), Water quality of River Tapti at

Bhusawal Town, IJEP, Vol 22(6); PP 620-623.

26. Raushan Kumar and Dr. T.V. Ramchandra(2001), Water, Soil and sediment investigation to

explore status of aquatic ecosystem, mhtml; file Presented at National seminar on River 2nd

and 4th January 2003 at Thomas college Kerala.

27. Shrivastava.V.S (1992), Trace analysis in black soils of tribal region by Atomic Absorption

and flame photometry, Indian J Envi. Proc, Vol. 12(8).

28. Thitame. S.N. and Pondhe. G.M (2010), Assessment of seasonal variation in physico-

chemical characteristics and quality of Pravara River water for irrigation use in sangamner,

dist. Ahmednagar(M.S.) India, J. chem Pharm Res, Vo 2(2); PP 316-320.

29. Marathe. R.B., Marathe. Y.V., sawant.C.P (2011), Sediment characteristics of Tapti River,

(M.S.) India, Int JChem Tech Res, Vol 3(3); PP 1179-1183.

127

30. Bhadauria.S (1997), Characterization of agricultural soils irrigated with petroleum refinery

effluents physico-chemical analysis, J of Environ and pollution, Vol 4(4); PP 295-302.

31. Wilson.M.R.E (1998), Impact of Tannery effluents on oryza sativa L. and Heliotropism

curassavicum L., Poll Res, Vol 17(4); PP 331-324.

17

32. Rai. S., Chopra. A.K., Pathak. C., Sharma. D., Sharma. R (2011), Comparative study of some

physico chemical parameters of soil irrigated with sewage water and cannel water of

Dehradun city, India, Scholar Res. Lib, Vol 3(2); PP 318-325.

33. Satoskar. R.S., Bhandarkar. S.D (1979), Pharmacology and pharmocotherapeutics, Popular

Prakashan Mumbai, sixth edition.

34. Bodhankar. S.L., Vyawhare. N.S (2009), Pathophysiology, NiraliPrakashan, Pune, Sixth

edition.

35. Lahr. J.H., Gass. T.E., Pettyhohn. W.A. and Demarre. J (1980), Domestic water Treatment,

McGrwa Hill book Co.

36. Tondon. H.L.S (1999), Methods of Analysis of soils, Plants, waters and fertilizers ,FDCO

publications, New Delhi.

37. Ianmoore (1976), The agricultural note book, A British farmer and stock breeder, book

Newness- Butter worth’s and company (Publisher) Ltd (16th edition).

38. Brady. N. C (1974), The nature and properties of soils, Macmillan publishing Co, INC, New

York, 8th edition.

39. Pankaj Kumar, Sanjeev Kumar and Agarwal. A (2010) Impact of industrial effluents on water

Quality of Behgul River at Bareilly, Adv. Bio. Res, Vol 1(2); PP 127-130.

40. Taghinia. H.A., Basavarajappa. H.T. and QaidSaeed. A.M (2010), Heavy metal pollution in

Kabini River sediments, Int. J. EnvIron Res, Vol 4(4); PP 629-636.

41. Patil. C.L. and Narkhede.G.D (1997), Trace analysis of soil samples from non irrigated fields

by atomic absorption and flame emission spectrophotometer, Poll. Res, Vol 16(4); PP 279-

280.

42. Tripathi. J.K(2003), Ground water hydro chemistry in and around Bhanjabihar, GanjamDist,

Orissa, Poll Res, Vol 22(2); PP 185-188.

43. Gejage. R.M., Janki. S. and Gejage. M.R(2010), Studies on physico-chemical characteristics

of the Krishna River during post Monsoon for drinking purpose around Narsinghpur area of

128

44. Sangli Dist. (M.S.) India, IJEP, Vol 30(10); PP 867-873.

45. Laxen. D. and Harrison.R.C (1997), Water Res, PP 1-11.

46. Duzgoren-Aydin. N.S. Wong.C.S.C, Aydin. A. Song Z. you M.Li, X.D (2006), Heavy metal

contamination and distribution in the urban environment of Guangzhou, SE China,

Environmental Geochemistry and Health, Vol 28; PP 375-391.

47. Karthi. A. HrryhsFibbskst (2008), Poll Third, Vol 27(1); PP 77-82.

48. EnvIronmental information system (2005), Heavy metal pollution in Punjab Rivers, Vol. 3(1).

18

49. Agency for toxic substances and disease registry, (ATSDR) (2000), Toxicological profile for

Iron, U.S. Department of Health and human services, public health service Atlanta Georgia,

USA.

50. Schroeder. H.A (1974), the poisons around US; Toxic metals in food, air and water, Indiana

University press, PP 144.

51. Ready. M. P., SubhaRao. N. J GealSoc India, Vol 43; PP 471-474.

52. Phiri. O., Munba. P.,Moyo. B.H.Z., Kadewa. W(2005), Assessment of the impact of

industrial effluents on water quality of receiving River in urban area of malaw, Int J

EnvironSci Tech, Vol 2(3); PP 237-244.

53. Reza. R., Singh. G(2010), Heavy metal contamination and its indexing approach for River

water ,Int J EnvironSci Tech, Vol 7(4); PP 785-792.

54. Raj . B.G., Patnik. M.C., Babu. S.P.,Balakumar. B., Singh. M.V. and Shylaja. J (2006), Heavy

metal contaminants in water, soil, plant, animal continuum due ,to pollution of musi River

around Hyderabad in India, Indian J AnimSci, Vol 76; PP 131-133.

55. Chakravarty. M and Patgiri.A.D (2009), Metal Pollution assessment in sediments of the

Dikrang River N.E., Inda, J. Hum Ecol, Vol 27(1); PP 63-67.

56. Bhagure. G.R. and Mirgane. S.R (2011), Heavy metal concentration in around waters and soil

of Thane region of Maharashtra, India, Environmonit Assess, PP 173, PP 643-652.

57. Agency for toxic substances and disease registry (ATSDR)(1997), Toxicological profile for

zinc, U.S. Public health service (CD-ROM).

129

58. Bryan. G.W. and Langstan. W.J (1992), Bio availability, accumulation and effect of heavy

metal in sediments with special reference to United Kingdom Estuaries, Review, EnvIron

Poll, Vol 26l; PP 89-131.

59. Licheng. Z and Kezhun. Z (1992), Background values of trace elements in the source area of

the Yangtze River, The science of the total environ, Vol 125; PP 391-404.

60. Allway.B.J(1990),Heavy metals in soils,blackie and sonlimsited,Glasgow/London,U.K.ISBN

O-40-21598-4

61. Manjula.Shree Patanaik. R. and Rao.L.M (2001), Concentration of Heavy metals in sediment

water and the fish M. Vittatus from the mehadrigedda stream of Visakhapatnam, India, Bio

SciRech. Bull, Vol 17(1); PP 7-14.

62. RengasamyAlagarsamy, Distribution and seasonal variation of trace metals in surface

sediments of the Mandovi estuary, West cost of India, Chemical Oceanography Div. Goa,

India.

19

63. Boxall. A.B.A., Comber. S. D. Conral. A.U., Howeroft. J., Zaman. N (2000), Input,

Monitoring and fate modeling of Antifouling Biocides in U.K. estuaries, Marine pollution

Bulletin, Vol 40; PP 898-905.

64. Akbari. K.N., Karan. F. and Pandya.H.R (1995), Availability of Zinc and red loan soil of zone

IV a of Rajasthan as related to certain soil characteristics, Indian soc Soil science, Vol 43(1);

PP 131-133.

65. Neue. H.E. and mamaril.C.P (1985), Zine, Sulphur and other micronutrients in wetland soil;

Characterization, classification and utilization Proc. Of work shop held from 26th March to 5th

April 1984. International Rice research institute Philippines, PP 307-319.

66. Singh. G. and Singh. B(2000), Department of forest ecology and Desert Development Arid

forest Research institute, New Pali Road, Jodhpur (India) Growth and Nutrient uptake in

Acacia planted along municipal sewage channel, J. of EnvIron Bio, Vol 21(#); PP 123-1

67. Hooda. P.S., Mc. N. D., Alloway. B.J. and Aitken. M.N (1997), Plant availability of heavy

metals in soil, previously amended with heavy application of sewage sludge, J. Sci food Agri,

Vol 73; PP 446-454.

68. Khan. A.K., Ansari. N.T., Hashmi. S. and Sayyed. N.R (2006), Heavy metal concentration in

surface water from Godavari River near Aurangabad, (M.S.) India ,J aqua Biol, Vol 21(2); PP

119-122. 130

69. Milenkavic. N., Damjanovic. M., RiStic M (2005), Study of heavy metal pollution in

sediments from the Iron Gate ( Danube River) Serbia and Montenegro, Polish J of EnvIron

studies, vol 14 (6); PP 781-787.

70. Okeyode.I.c. and Moshood. I.A (2010), Elemental compositions of the soil of ogun-Osun

River Basindevelopment authority head quarters, Ogun-State, Nigeria, Indian J of Sci and

Tech, Vol 3(3); PP 335-337.

71. Green Wood and Earnshaw.A(1986), Chemistry of the elements pergamon Press.

72. Wang. S. and Mulligan, C.N (2006), Sci totalEnviron, PP 366, 701.

73. Mishra. S.G. and Dinesh. Mani (1992), Metallic Pollution Ashish Publishing House, New

Delhi.

74. Lokhande.R.S. and Nelkar.N(1999), Studies an Heavy metals in water of Vasai creek,

Maharashtra. Indian J. EnvIronprot, Vol 19(9); PP 664-668.

75. Chatterjee.S.,Bhattacharjee. I., Chardra. G(2010), Water Quality assessment near an industrial

site of Damodar River, India. EnvIronmonit Assess, Vol 161; PP.

76. WHO(1993), Applications of guideline for drinking water quality document

EHE/EHC,81.27(WHO, Genewa)

20

77. Smecka. C. A and Kempers. A.J(2001), Concentration of heavy metals and plant nutrients in

water, sediment and aquatic macrophysics of anthropogenic lakes (former open cut brown

coal mines)differing in stage acidification. J Sci Total environ, Vol 281; PP87-98.

78. Mathis. B.J. and Cummings. T.F (1993), selected metals in sediments water and biota in the

linoins liver, J water poll. Con. Fed, Vol. 45; PP 1573-1583.

79. Salem. H.M., Ewida. A.,Eweila and Azza. F(2000), Heavy metals in drinking water and their

environmental impact on human health cairo university Egypt, PP 542-556.

80. Abida.Begum.,Ramaiah M., Harikrishna.Irfanulla Khan and Veena.K(2009), Heavy metal

pollution and chemical profile of Cauvery River Water, E J of chem, Vol 6(1); PP 47-52.

81. Narwal. R.P., Singh. M. and Singh.T.P (1991), Effect of Nickel enriched sewage water on the

accumulation of Nickel and other heavy metals in corn, J. Indian Soc. Of soil science, Vol 39;

PP 123-128.

82. Andersson, A (1997), Heavy metals in commercial fertilizers, manures and lime, Cadmium

balance for cultivated soils, Report for agricultural college of Sweden series A, Nr, PP 283.

131

83. Ali. A.,Arzu. C., Kenan.Y., Yalcin. K., Metin.T., Ferda.A. and Omer. S.Y(2011), The

assessment of lichencs as bio indicator of heavy metal –pollution from motor vehicles

activities, African J agri Res, Vol 6(7); PP 1698-170.

84. International Agency for Research on caner IARC (1979), monographs on the Evaluation of

carcinogenic risk of chemical to humans, IARC Lyon, France, PP 121-122.

85. Koester. C.J., Simonich. S.L. and Esser.B.K (2003), Anal. Chem, Vol 75; PP 2813.

86. OBODO.G.A (2001), Toxic metals in river Niger and its tributaries IAEMVol 28; PP147-151.

87. Mohiuddin. K.M. Zakir. H.M., Otomo. K., Sharmin. S(2010), Geochemical distribution of

trace metal pollutants in sediments of downstream of an urban river,Int J EnvironSci and

Tech, Vol 7(1); PP 1-2.

88. Vediya. Sanjay and Patel. P(2002), A study on Cadmium levels in soils samples collected

from and around modasa North Gujarat, India, Poll Res, 21(2); PP 133-135.

89. Cook. J (1997), Environmental pollution by heavy metals, Inter J Environ studies,Vol 9; PP

254-266.

90. Sankar. R., Ramkumar. L., Rajkumar.M.,Junsun and Ananthan. G(2010), Seasonal variation

in physic-chemical parameters and heavy metals in water and sediments of

UppanarestuaryNagapattinam, India, J Environ Bio, Vol 31(5); PP 681-686.

91. Singare.P.V.,Lokhande. R.S.,Pathak.P.P(2010),Soil Pollution along Kalwa bridge at Thane

creek of Maharashtra,India,J of Environ. Prot,Vol(1);pp 121-128

21

92. Waldron. H.A (1980), Metal in the environment, academic press, London (Chapter 6).

93. Craig. P. J (1986), Organo metallic compounds in the environmental principals and reactions,

Longmans, N.Y.

94. Craig. P.J. and Clocking. F (1988), The biological alkylation of heavy elements, Royal

Society of chemists London.

95. Goel. J., Kadir.Velu K., Rajagopal.C. and Gara. V.K (2005), Hazard J. Mater B, PP 125-211.

96. Manmohan. S (1984), Environmental chemistry Books.Coleri, C. A.

97. Sekar.M., Sakthi.V., and Rengaraj. S., Colloid. J (2004), Interface Sci, PP 279-307.

98. Chisolm. J.J (1995), Adv. Clinchem.. 2.0, Vol 10(182); PP 18-20.

132

99. Venugopal. T.,Giridharan. L., Jayaprakash. M (2009 b), Characterization and risk assessment

studies of bed sediments of River Adyar An application of specification study, Int J Environ

Res,vol 3(4); PP 581-598.

100. Wong. C.S.C., Li X.D., Zhang G., Qi S.H., Peng X.Z., 2003, Atmospheric deposition of heavy

metals in the peari River Delta, China,AtmosEnvIron, vol 37(6); PP 767-776.

101. Wu. Y.F., Liu C.Q., Tu. C.L.(2008), Atmospheric deposition of metals in TSP of guidyang

P.R. China, Bull EnvironcontamToxicol, vol 80(5); PP 465-468.

102. Pandey. J., Shubhashish. K., Pandey. R.(2009), Metal contamination of Ganga River (India)

as influenced by atmospheric deposition, Bull EnvironContamToxical, vol 83(2); PP 204-209

103. Singh. V.K., Singh. K.P. and Mohan. D (2005), Status of heavy metals in water and bed

sediments of River Gomati, A tributeriry of the Ganga River, India, Envi. Monit Assess, vol

105; PP 43-67.

104. Patnaik. R.M. and Rao. L.M (2001), Concentration of heavy metals in sediment, water and the

fish M. Vittatus from the mehadrigedda Stream of Visakhapatnam Indian , Bio Sci Res

Bull, Vol 17(1); PP 7-14.

105. Ioan. S. Constatin. C., Mihai.T., Sorana. D.B. and Lorent.Z.J (2008), Analysis of soil heavy

metal pollution and pattern in central TransylVania, Int JMolSci, PP 434-453.

III

Reference:-

1. Ali I, Jain C.K (2001), Pollution potential of pesticides in the Hindon River, India, J of Environ Hydro, Vol 9(1); PP 1-7. 2. Sherma, J(1995), Pesticides Anal chem., Vol 67; 1R

22

3. Pathak S.P, Kumar S., Ramteke P.W, Murthy R.C, Singh K.P, Bhattachrjee J.W., Ray

P.W(1992), Riverine pollution in some northern and north eastern state of India. Environ monit

Assess, Vol 22(3); PP 227

4. Hussein E.M, Magdy D., ZaKi M., Hassan A(2009), Determination of chlorinated

organic pesticide Residues in water, sediments and fish from private fish farms at Abbassa and

Sahl Al-husainia, Shakia Governorate Australian J. of Basic sci and applied sci. 3(4); 4376-

4383.

5. Wesseling C., Aragon, A., Castillo L, Corriols M., Chaverri. F., et al(2001), Hazardous

pesticides in central Ammerica,Int J Occup Environ Health, Vol 7(4); PP 287-294.

6. Murthy, Laxmi (2003), Hormone havoc; pesticide contamination and women’s health,

inform change News and features.

7. Bhuyan B. and Sharma H.P (2004), Public Health impact of pesticide use in the tea

Garden of Lakhimpur, Dist Assam.

8. Weisenburger D.D (1993), Human Health effects of agri-chemicals use. Human

pathol, Vol 24; PP 571-576.

9. Sujatha C. H, Nair S. M., Kumar N.C and Chacko J (1994), Distribution of DDT and

its metabolites in an Indian water way Environ Toxical water Qual, Vol 9; PP 155-160.

10. Forget G(1991), Pesticides and the third world ,J Topical Environ health, Vol 32; PP

11-31.

11. Wandiga S.O, Yugi P.O., Barasa M.V., Jumba I.O. and Lalah J.O (2002), The

distribution of organo chlorine pesticides in marine samples along the Indian ocean coast of

Kenya, Environmental Toxicology, Vol 23; PP 1235-1246.

12. Bharambe S.M. and Mahulikar D.P (2009), Residue of organo chlorine pesticides in

banana growing soils of Jalgaon district, Bull EnvSciVol XXVIII, PP 269.

13. Amads, Ajmal M. and Nomani A.A (1996), Organo chlorines and Polycyclic aromatic

hydro carbon in sediment of Ganges River (India),Bulletin Environmental contamination and

Toxicology, Vol 57; PP 794-804.

14. Ize- Lyamu O.K, Asia I.O. and Egwakhide P.A (2007), Concentration of residues from

organo chlorine pesticide in water and fish from some rivers in Edo state Nigeria, Int J of

phySci, Vol 2(9); PP 237-241.

23

IV

Referance

1) Ratan R.K., Datta S.P., Chhonkar P.K., Suribabu K. Singh A.K(2005),

Agricultural Ecosystem and environment, Vol 109; PP 310-322

2) Abd. A.A E –Hady (2007), Res J of Agri and Bio Sci, Vol 3(4); PP 287-294.

3) Rao J. K. and Shantaram M. V(1994 a), Heavy Metal Pollution of agricultural

solid due to application of USW, Indian J of environ health, Vol 36(1); PP 31-39

Mahmood (2006), Waste water irrigation, issue and constraints for sustainable

irrigated agriculture, J ItalAgron.

4) Agency for toxic substances and Diseases Registry (CTSDR) (1992), Case

studies in Environmental medicine Mercury Toxicity. US Public Health Service,

US. Department of Health and Human Services, Atlanta, G.A.

5) Mertz W and S Chwartz K(1995), Heavy metals in Soil, D. B. J. Alloway John-

willey sons Inc, New York, Arch. Biochem Bio Phys, Vol 58504; PP 152-178.

6) Iqbal M. and K. hudsarT (2000), Heavy metal stress and forest cover; plant

performance as affected by cadmium toxicity. N. man and forest (Ed. Kohil.

R.K. et al), Punjab University, Chandigarh India, PP 85-112.

7) Khurana M.P.S., Singh Meherban and Nayyar V.K (2004), Heavy metal

contamination in solid and plants irrigated with sewage water containing

industrial effluents in District Amritsar,panjab,Indian J. Environ and ECO plan,

Vol 8(1); PP 221-228.

8) Kaul S. N. Jawarkar A.S. Kulkarni V. S. Szpyrkowicz L. and Trivedy R.K

(2002), Utilization of waste water in Agriculture and Aquaculture, Scientific

publishers New Delhi.

9) Rao. K.J. and Shantaram, M.V(1996), Soil Pollution due to disposal of urban

solid wastes at land fill site, Hyderabad Indian., J Environ Port, Vol 16(5); PP

373-385.

10) Rai S. Chopra A.K., Pathak C, Sharma D. Kr., Sharma R., and Gupta P.M

(2011), Comparative study of some physico chemical parameters of soil

irrigated with sewage water and cannel water of Dehradun city, India. Sebolars

Res Lib, Vol 3(2); PP 318-325.

11) Reday G.R., Rao K.J (2003), Impact of sewage irrigation on macronutrient status

of soil, In Agricultural Abstract.

24

12) APHA (1995), (American Public Health Association) Standard methods for the

examination of water and waste water. 19th Ed. American public Health

Association, Washington D.C.

13) BansalO.P (20040, Uptake of heavy metals by crop plants, Poll Res, Vol 23; PP

501-506.

14) Patel K.P, Pandya R.R, Maliwal G.L, Patel K.C, Ramani V.P, and George

V(2004), Heavy metal content of different effluents and their relative availability

in soil irrigated with effluent waters around major industrial cities of Gujarat, J

India Soc Soil Sci, Vol 52; PP 89-94.

V

References:

1. Xiaomin. L.,Yanru. T. and Zhexian. X(2007), Study on the preparation of Orange peel cellulose adsorbents and biosorption of Cd2+ from aqueous solution, separation and purification Tech, Vol55; PP 69-75.

2. Guiqiu. C.,Guangming. Z., Lin. T., Chunuyan. D., Xiaoyun. J.,Guohe. H., Hongliang.L. and Guoli.S(2008), Cadmiumremoval from simulated waste water to biomass by product of Lentinusedodes, Bio Res Tech, Vol 99; PP 7034-7040.

3. Michael. H. and Ayebaemi. I (2005), Effect of metal ion concentration on the biosorption of Pb2+and Cd2+ by caladium bicolor (wild cocoyam) ,African J of Biotechnology, Vol4; PP 191-196.

4. Schiewer. S. and Santosh.B (2008), Modeling the effect of pH on biosorption of heavy metals by citrus peels Hazardous materials, Vol157; PP 8-17.

5. Selatnia.A.,Bakhti. M.Z., Madani. A., Kertous. L. and mansouri(2004), Biosorption de Cd2+ from aqueous solution by a NaOH treated bacterial dead streptomycesrimosus biomass Hydrometallurgy,Vol75; PP 11-24.

6. Rosangela. A.J., Eder. C.L., Silvio. L.P.D., Ana. C.M. and Fiavio. A.P (2007), Short communication yellow passion fruit shell as biosorbent to remove Cr (II) and Pb(II) from aqueous solution separation and purification Tech., Vol57; PP 193-198.

7. Marques. P.A.,Pinheiro. H.M., Telxeira. J.A. and Rosa M.F (1999), Removal efficiency of Cu2+, Cd2+ and Pb2+ by waste brewery biomass pH and cationassociation effects Desalination, Vol16;PP 36-44.

8. E. Ashtoukhy ESZ, Amina. N.K., Amina. N.K., Abdelwahab. O (2008), Removal of lead (II) and copper (II) from aqueous solution using pomegranate peel as a new adsorbent. Desalination, Vol 233; PP 162-173.

9. Volesky.B.andHolan. Z.R (1995),Biosorption of heavy metals Biotechnology Progress, Vol. 11(3); PP 235-250.

25

VI

REFERENCE:

1. FRITZ Helmet (2003), Environmental Chemistry, IVY- Publishing house, Delhi.

2. Shrabani. S., Gupta. S.K. and Banerjee, S.K (1994), J Indian Soc Soil Sci, Vol

42; PP

571-575.

3. Mahajan. S.E (1994), Environment Chemistry 6th Edition, Lewis Publishers

ocaRaton.

4. Rajamohan. N., Elargo. L., Ramchandran. S., Natarajan. M (2003), region, south

India,

J. Health, Vol 45(1); PP 5-10.

5. Sonawane. G.H., Shrivastava. V.S(2007), Organic-metallic interaction in dye

industry

waste water; A statistical approach, Asian J of che, Vol 19(5); PP 3637-3644.

6. Patil. K.L. and Sawant. C.P(2009), An evaluation of heavy metals content in

dyeing

and Printing industrial effluent in GIDC, Surat A Statistical approach, Asian J of

chem, Vol 21(9); PP 7097-7100.

7. Sonawane. D.S. and Shrivastava. V.S. Hazardous (2004), Metals in marine

sediments

and water, chem environ Res, 13(3 and 4); PP 221-226.

Chapter:- 4

Reference

15. APHA, (1998), APHA- AWWA- WPCE, Standard method for examination of

water

And waste water, APHA Inc, Newyork 20th Edition.

16. Clesceri. L.S (1998), Standard methods for the examination of water and waste

and

Waste water. In collection and preservation of samples and metals, (eds Arpold,

E, Greenbergy and Eaton, AD.) APHA, AWWA, WEF, Washington, D.C.

17. Trivedi. R.K. and Goel P.K (1994), Chemical and biological methods for water

26

Pollution studies, Environmental publication Karad(India).

18. Agbenin. J.O (1995), Laboratory manual for soil and Plant analysis Department

of soil

Science, Ahmadu Bello University, Zaria.

19. Ward. N.I (1995), Environmental Analytical Chemistry In; F. W. fified and P.

Haines,

Eds. J. of trace ele, Blackeie Academic and Professional, U.K, PP 320-328.

20. Biswas. T.D. and Mukharjee S.K (1998), Text book of soil science sec edn.

21. NEERI (1991), Manual on water and waste water analysis, National

Environmental

Engineering Research Institute, Nagpur.

22. Nollet- L.M.L (2000), Hand book of water Analysis, Marcel Dekker, New York,

Basel.

23. Hood. S. and Kaur. S (1999), Laboratory manual for Environmental Chemistry

C.S.

Chand LTD, RamNagar, New Delhi India.

24. Shivanand. Tolanur (2006), Practical Soil science and Agricultural chemistry,

International book dist. Co.

25. Kim. H. Tan (1998), Principles of Soil Science, Second edn. U.S.A.

26. Hartik. S. and Tekel,(1996), Extraction methodology and chromatography for the

Determination of Residual pesticides in water J chromatogr, Vol 733; PP 217-

233.

27. Jain. C.K. and Ali (1997), Determination of pesticides in water, sediment and

soil by

Gas chromatography, Int J Environ Annual chem., PP 68-83.

28. ISI(1991),Methods of sampling and test (physical and chemical)for water and

waste water, 3025;Is 10500