Title of article :
Application of egg shell with fortified vermicompost in Capsicum cultiva-tion: A strategy in waste management
Author/Authors :
Biswas, Ishita Department of Microbiology - Raiganj University - Uttar Dinajpur - West Bengal, India , Mitra, Debasis Department of Microbiology - Raiganj University - Uttar Dinajpur - West Bengal, India , Mitra, Debanjan Department of Microbiology - Raiganj University - Uttar Dinajpur - West Bengal, India , Chattaraj, Sourav Department of Microbiology - Raiganj University - Uttar Dinajpur - West Bengal, India , Senapati, Ansuman Centre for Plant Tissue Culture and Biotechnology - Bhu-baneswar - Odisha, India , Chakraborty, Abhinobo Department of Microbiology - Raiganj University - Uttar Dinajpur - West Bengal, India , Basak, Goutam Department of Microbiology - Raiganj University - Uttar Dinajpur - West Bengal, India , Das Mohapatra, Pradeep K. Department of Microbiology - Raiganj University - Uttar Dinajpur - West Bengal, India
Pages :
11
From page :
451
To page :
461
Abstract :
Purpose Chicken eggshell (ES) is a global biowaste product of poultry industry and an enriched source of calcium required for plant growth. Therefore, the present study has been carried out to assess the potentiality of the combina-tion of ES with vermicompost (VC) and chicken feather protein hydrolysate (CFPH) on growth and yield improve-ment of Capsicum plants. Method A field study was conducted through randomized block design (RBD) with eight treatments having three replicates for each. Principle Component Analysis (PCA) have performed to analyze the yield related parameters of plant. Nutritional components of VC and ES were also analyzed. Results The PCA analysis of the field experiment data has indicated that the combination of ES, CFPH and VC (in a ratio of 100:10:3) remarkably increased the agronomic parameters of capsicum plant about four folds as compared to its chemical counterpart and control, while together VC and ES strongly influences the characteristics of fruits. The first two dimensions of first and second PCA analysis showed 88.39 and 66.91 percent of the overall dataset inertia respectively, explaining 88.39 and 66.91 percent of the total variability. These two values are higher than their respective reference values of 36.32 and 46.76 percent indicating substantial variability. Conclusion The co-application of ES, CFPH with VC could enhance the yield parameters of crops by enriching the soil with both micro and macronutrients. It also serves as a source of organic compost with concomitant reduction in the use of chemical fertilizers.
Keywords :
Capsicum , Chicken feather protein hydrolysate , Vermicompost , Calcium , Egg shell
Journal title :
International Journal of Recycling of Organic Waste in Agriculture
Serial Year :
2022
Record number :
2731643
Link To Document :
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