ANALYSIS AND INTERPRETATION OF MICROWAVE DIELECTRIC BEHAVIOUR OF VEGETABLE-BASED SOIL
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Keywords
Agriculture, Chemical properties, Electrical properties,Geographical, Nutrients, Organic carbon, Vegetable.
Abstract
Soil plays a very important role in vegetable production. Soil has physical, chemical, geographical as well as electrical properties. Chemical properties have very significant role in agriculture. In this paper our main focus is to estimate the chemical properties. The Chemical properties act as a bridge regarding vegetable production. Chemical properties of soil comprise pH, organic carbon and nutrients. Physical and chemical properties are different to different region. It has been observed that dielectric constant increases with increasing the moisture content.
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References
1. Venkatesh M.S. and Raghavan G.S.V., Shrivastava A.K., Mishra S., Shrivastava Umakant, (2017),Microwave Remote Sensing Characteristics of Soil for Agriculture. Journal of Pure Applied and Industrial Physics, Volume 7, NO.3, March, PP107-114. 2. Boruah R., Borua, S., Deka, C. R. and Borah, D., ( 2015), .Entrepreneurial Behaviour of Tribal Winter Vegetable Growers In Jorhat District Of Assam”. Indian Research Journal of Extension Education. 15(1):65-69. 3.Mishra D, Ghadei K. Socio-Economic Profile of Vegetable Farmers In Eastern Uttar Pradesh (2015). Indian Journal of Agriculture and Allied Science, 1(2):26-28. 4. Mohapatra AS, Sahu U. N., A Study of Socio-Economic and Entrepreneurial Characteristics of Tribals of Mayurbhanj District in Sabai Grass Enterprise (2012). International Journal of Management, IT and Engineering, ;2(5):426-438. 5. Roy ML, Chandra N, Kharbikar HL, Joshi P, Jethi R., (2013), Socio-Economic Status of Hill Farmers: An Exploration From Almora District In Uttarakhand, International Journal of Agriculture and Food Science Technology. 2013;4(4):353-358. 6. Dhiware M.D., Dielectric Constant Related With Physico-Chemical Characteristics Of Soil Samples From ChandavadTahsil Of Nashik District, (2023). Journal of emerging technologies and innovative research.2023; ISSN: 2349-5162. 7. Khan Farhat Shaheen Masood, Y. Chavan Gopinath, R. Zakde Kranti, (2023), Review of Dielectric Properties of Sodic Soil At C- Band Microwave Frequency”. Journal of advanced zoology, 307-327. 8. Veirana Gaston Mendoza, Verhegge Jeroen, Cornelis Wim, De Smedt Philippe, (2023), Soil dielectric permittivity modelling for 50 MHz instrumentation”. Journal homepage: www.elsevier.com/locate/geoderma,116624. 9. Gonzalez- Teruel Juan D, Jones Scott B, (2020), Dielectric Spectroscopy And Application of Mixing Models Describing Dielectric Dispersion In Clay Minerals And Clayey Soils, MDPI, 20,6678.
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