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volume 39 issue 4 (december 2005) : 235 - 241

STUDIES"ON THE VERMICULTURE TECHNIQUE AND EFFICACY OF VERMICOMPOST IN SUBSTITUTING NPK AND FYM REQUIREMENTS OF MORUS ALBA L.

P
P.S. Sinha·. Ram Nagina. B.D. Singh···. U.P. Griyaghey··. B. Saratchandra····
B
B.R.R.P. Sinha·
1Regional Sericultural Research Station. Central Silk Board. Ministry of Textiles. Government of India. Vinod Villa. West End Park. P.O. Hehal. Ranchi - 835 303. India

  • Submitted|

  • First Online |

  • doi

Cite article:- Saratchandra···· B. Griyaghey··. U.P. Singh···. B.D. Nagina. Ram Sinha·. P.S., Sinha· B.R.R.P. (2025). STUDIES"ON THE VERMICULTURE TECHNIQUE AND EFFICACY OF VERMICOMPOST IN SUBSTITUTING NPK AND FYM REQUIREMENTS OF MORUS ALBA L.. Indian Journal of Agricultural Research. 39(4): 235 - 241. doi: .

ABSTRACT

The paper deals with studies done at research station as well as at farmer's field, covering various relevant aspects of use of vermiculture in sericulture like standardization and evaluation of an economic non tank technique of vermiculture, using Eisenia foetida, a non diapausing earthworm species, and efficacy of vermicompost in substituting NPK and FYM requirements of mulberry (MOTUS alba). It also takes into account the impact of vermicompost on growth and leaf out put and also the quality of leaf of Morus alba, as assessed through rearing of mulberry silkworm Bombyx mori, on the leaf produced i.e. through bioassay. The reeling aspects of cocoon produced were also studied. These investigations suggest up to 70% substitution of chemical fertilizer, which is not only expensive but is being considered now days as soil pollutants and are known of having ill effects on the soil properties, as well as complete substitution of FYM for mulberry cultivation, without affecting the quantity and quality of leaf produced. The quality of the silk produced was also not affected by this substitution. This may come handy for that major sector of rain-fed mulberry sericulture, which is associated with non-productive land of farmers coming from economically weaker sections.

KEYWORDS

    REFERENCES

    1. Bhagesha. K et al. (1997). Indian J. Seric.. 36(1): 30-34.
    2. Bhawalkar. U.S. (1993). "Congress of Traditional Science and Technology of India" I.I.T. Bombay. 28 Nov. to 3 Dec. 1993.
    3. Chowdappa P. et al. (1999). Indian J. Agric. Sci.• 69: 563-6.
    4. Desai. A. (1993). "Congress of Traditional Science and Technology of India" 1.1.T. Bombay. 28 Nov. to 3 Dec. 1993.
    5. Gangadhar. H.S. and Andanigowda (1995). Proc. "Role of Earthworms in Soil Fertility and Vermicomposting Technology" University of Agricultural Sciences. Bangalore. pp. 56. .
    6. Kale. KD. (1995). Indian Silk Seotember 1995. pp. 6.
    7. Phule. KL. (1993). In: Congress on Traditional Science and Technology in India. I.I.T. Bombay 23 Nov.-Dec. 1993.
    8. Vasanthi. D. and Kumarswamy. K (1999): J. Indian Soc Soil Sci .. 47: 268-272.
    9. Venkateswarlu. B. (1995). Composing the decomposed. India Silk September 1995. pp. 5.
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    Indian Journal of Agricultural Research
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      volume 39 issue 4 (december 2005) : 235 - 241

      STUDIES"ON THE VERMICULTURE TECHNIQUE AND EFFICACY OF VERMICOMPOST IN SUBSTITUTING NPK AND FYM REQUIREMENTS OF MORUS ALBA L.

      P
      P.S. Sinha·. Ram Nagina. B.D. Singh···. U.P. Griyaghey··. B. Saratchandra····
      B
      B.R.R.P. Sinha·
      1Regional Sericultural Research Station. Central Silk Board. Ministry of Textiles. Government of India. Vinod Villa. West End Park. P.O. Hehal. Ranchi - 835 303. India

      • Submitted|

      • First Online |

      • doi

      Cite article:- Saratchandra···· B. Griyaghey··. U.P. Singh···. B.D. Nagina. Ram Sinha·. P.S., Sinha· B.R.R.P. (2025). STUDIES"ON THE VERMICULTURE TECHNIQUE AND EFFICACY OF VERMICOMPOST IN SUBSTITUTING NPK AND FYM REQUIREMENTS OF MORUS ALBA L.. Indian Journal of Agricultural Research. 39(4): 235 - 241. doi: .

      ABSTRACT

      The paper deals with studies done at research station as well as at farmer's field, covering various relevant aspects of use of vermiculture in sericulture like standardization and evaluation of an economic non tank technique of vermiculture, using Eisenia foetida, a non diapausing earthworm species, and efficacy of vermicompost in substituting NPK and FYM requirements of mulberry (MOTUS alba). It also takes into account the impact of vermicompost on growth and leaf out put and also the quality of leaf of Morus alba, as assessed through rearing of mulberry silkworm Bombyx mori, on the leaf produced i.e. through bioassay. The reeling aspects of cocoon produced were also studied. These investigations suggest up to 70% substitution of chemical fertilizer, which is not only expensive but is being considered now days as soil pollutants and are known of having ill effects on the soil properties, as well as complete substitution of FYM for mulberry cultivation, without affecting the quantity and quality of leaf produced. The quality of the silk produced was also not affected by this substitution. This may come handy for that major sector of rain-fed mulberry sericulture, which is associated with non-productive land of farmers coming from economically weaker sections.

      KEYWORDS

        REFERENCES

        1. Bhagesha. K et al. (1997). Indian J. Seric.. 36(1): 30-34.
        2. Bhawalkar. U.S. (1993). "Congress of Traditional Science and Technology of India" I.I.T. Bombay. 28 Nov. to 3 Dec. 1993.
        3. Chowdappa P. et al. (1999). Indian J. Agric. Sci.• 69: 563-6.
        4. Desai. A. (1993). "Congress of Traditional Science and Technology of India" 1.1.T. Bombay. 28 Nov. to 3 Dec. 1993.
        5. Gangadhar. H.S. and Andanigowda (1995). Proc. "Role of Earthworms in Soil Fertility and Vermicomposting Technology" University of Agricultural Sciences. Bangalore. pp. 56. .
        6. Kale. KD. (1995). Indian Silk Seotember 1995. pp. 6.
        7. Phule. KL. (1993). In: Congress on Traditional Science and Technology in India. I.I.T. Bombay 23 Nov.-Dec. 1993.
        8. Vasanthi. D. and Kumarswamy. K (1999): J. Indian Soc Soil Sci .. 47: 268-272.
        9. Venkateswarlu. B. (1995). Composing the decomposed. India Silk September 1995. pp. 5.
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