Study of PH and Electrical Conductivity in Soil of Barnala District (Punjab, India): Deleterious Effects on Human Lives

  • Dr. Kamalpreet Kaur
Keywords: Soil contamination, Physico-chemical parameters, pH, electrical conductivity

Abstract

The purpose of this study was to determine the pH and electrical conductivity in soil of different villages of   barnala district (Punjab,India ) and their harmful effects on human health. Samples of soil were collected from agricultural fields of four different villages of barnala region such as Rure ke kalan, Gunas, Handiaya and cheema from five different layers(0-10 cm; 10-20 cm; 20-30 cm; 30-40 cm and 40-50 cm depth).There are three industrial sites in barnala district and these four villages are located near to these industial sites. In this study, adverse effect of different industries on fields of these four villages were investigated. Handiaya village has high values of pH and electrical conductivity while Gunas and Cheema villages have lowest value of electrical conductivity and pH respectively. when textile effluent reaches the soil or underground water it causes bad effect on human health such as people may suffer from alkalosis which is due to high pH and can lead to arrhythmia which means irregular heartbeat. Alkalosis can induce a coma, it may cause seizures and malfunctioning of kidneys. Due to large value of Electrical conductivity activity of soil micro-organism declines so, the important microbial processes, such as nitrogen cycling, production of nitrous and other N oxide gases, respiration, and decomposition; populations of plant-parasitic nematodes can increase; and increased nitrogen losses.

References

(1) M. L. Jackson, Soil Chemical Analysis, Prentice- Hall of India Pvt.Ltd., New Delhi. 1967.

(2) A. K. Sinha and Shrivastava, Earth Resorces and Environmental Issues. 1st edition. ABD Publisher, Jaipur,India. 2000.

(3) B. S Patel, and H. R. Dabhi, Asian Journal of Chemistry,2009, 21(2), 1155-1158

(4) Hanlon E.A. , 2; Soil pH and Electrical Conductivity: A County Extension Soil Laboratory Manual1 ;CIR1081 Manual EDIS - University of Florida 2009.

(5) D. D. Buchholz, Soil Test Interpretations And Recommendations Handbook (1983). Revised by J. R. Brown, D.K. Crocker, J. D. Garrett, R. G. Hanson, J. A.

(6) Lory, M. V. Nathan, P. C. Scharf, H. N. Wheaton; University of Missouri – College of Agriculture, Division of Plant Sciences (5/2004).

(7) Hanlon E.A.,G. Kidder and B.L. McNeal. Soil test interpretations and recommendations. Fla. Coop. Extn. Ser.IFAS, Univ. of Fla., Gainesville, FL. CircularNo.
817. 1990,

(8) S. C. Hodges, Soil Fertility Basics- NC Certified Crop Advisor Training, Nutrient Availability and pH, (a)Chapter 10 Soil pH, Acidity and Liming and Saline, Saline-Sodic and Sodic Soils (b) Chapter 11 Salt Affected Soils ( 2002) .

(9) R. Rawls, American Chemical Society, 1997, pp20-22.

(10) M. Shah, P. Shilpkar, A. Shah, A. Isadara and A. Vaghela, J.Adv.Dev.Res. 2011, 2(1), 50-53

(11) A Public Discussion publication 442-508 Virginia cooperative extension, Precision Farming Tools: Soil Electrical Conductivity Robert“Bobby” Grisso, M

(12) Alley, W.G. Wysor, David Holshouser, Wade Thomason www.ext.vt.edu, 2009

(13) E.A. Hanlon, B.L. McNeal, and G. Kidder. Electrical Conductivity Interpretations. Fla. Coop. Extn. Ser., IFAS,

(14) J. L. Smith, J. W. Doran : Editors : J. W. Doran, A. J. Jones, Methods for assessing soil quality. Measurement and use of pH and electrical conductivity for soil
quality analysis. 1996, pp169-185

(16) H. Kaur, “Environmental chemistry”, Pragati Prakashan, 2nd Edition, 2002.

(17) M. A. Ali, P. J. Baugh, International Journal of Environmental Analytical Chemistry, 2003, pp 923-933.

(18) Yogita Sharma and Kamalpreet Kaur, (2016) “Determination of Nitrates and Sulphates in Water of Barnala region and their Harmful effects on Human Lives”. International Journal of Advanced Research In Education and Technology. (IJARET), Vol.3, Issue 3(July-Sept.2016), 79-82

(19) Yogita Sharma, Kamalpreet Kaur and Vinesh Kumar (2016) “Textile Industries: Lead Discharge in Barnala Region, Punjab (India) - Devastating effects on Humans.” International Journal of Current Microbiology and Applied Sciences (IJCMAS), Vol.5 (9), Issue Sept., 626-634

(20) Yogita Sharma, Kamalpreet Kaur and Vinesh Kumar (2016) “Impact Of Textile Effluents on Physico-Chemical Parameters of Water In Barnala Region (Punjab,India): Risk On Human Lives”. International Journal of Advanced Research in Education and Technology (IJARET), Vol.3, Issue 3(July-Sept.2016), 116-120

(21) Yogita Sharma, Kamalpreet Kaur and Vinesh Kumar (2016) “An Assessment of Physico-chemical Parameters of Water in Barnala Region: Risk to Human Lives”. International Journal of Science Technology and Management (IJSTM), Vol.05, Issue 08 August 2016, 517-526

(22) Yogita Sharma, Kamalpreet Kaur and Vinesh Kumar (2016) “Textile Effluents Changes Physico-chemical Parameters of Water in Barnala Region: Threat for Human Lives”. International Conference on Innovative Research in Material Sciences, Energy Technologies and Environmental Engineering for Climate Change Mitigation, at Jawaharlal Nehru University, New Delhi on 25th Sept.2016

(23) Kamalpreet Kaur, Dr.Yogita Sharma and Dr. Vinesh Kumar(2018)"Cleaning of Water from Impurities by the Method of Filteration". International Journal of Research. Vol- 05, Issue-01, January 2018,pp-954-961
Published
2019-12-30
How to Cite
Kaur, D. K. (2019). Study of PH and Electrical Conductivity in Soil of Barnala District (Punjab, India): Deleterious Effects on Human Lives. Transactions on Networks and Communications, 7(6), 17-26. https://doi.org/10.14738/tnc.76.7585