volume 24 issue 1 (march 2004) : 42 - 44

EFFECT OF IRRIGATION METHODS/LEVELS AND COLOURED PLASTIC MULCHES ON WEEDS INCIDENCE IN CAPSICUM (CAPSICUMANNUUMVAR. GROSSUML.) CROP

P
Pravin Kumar Sharma·
H
H.G. Sharma
P
P.N. Singh
1Department of Horticulture, Indira Gandhi Agricultural University, Raipur - 492 012~ India
  • Submitted|

  • First Online |

  • doi

Cite article:- Sharma· Kumar Pravin, Sharma H.G., Singh P.N. (2025). EFFECT OF IRRIGATION METHODS/LEVELS AND COLOURED PLASTIC MULCHES ON WEEDS INCIDENCE IN CAPSICUM (CAPSICUMANNUUMVAR. GROSSUML.) CROP. Agricultural Science Digest. 24(1): 42 - 44. doi: .
The experiment was conducted to study the effect of three irrigation regimes (100%, 80%, 60% of crop water requirement) through drip and flood irrigation along with four mulch treatments (white, yellow, black and without mulch) on weed incidence and yield of capsicum F 1 hybrid ‘Indra’. Results showed that 60 per cent water applied through drip alongwith black plastic mulch was found most effective in quelling weed. While yellow plastic mulch with 80 per cent water applied through drip was moderately effective against quelling weed. It improved crop yield.
    1. Anonymous (1927). Fmg. S. Afr., 11: 17-23.
    2. Anonymous (1994). Drip Irrigation in India. INC/D, Constituted by Ministry of WaterResources, Gov!. ofIndia. NewDelhi July: 1
    3. Anonymous (1999). Agric. Situat. India. Aug: 310-312.
    4. Carelun, R.L. and Dewns, J.D. (1958). Ul1 Miehi. Agric. Expt. Stat., 40: 770-785.
    5. Chandio, BA et a1 (1995). Proc. Rfth Int. Micro Irrigation Cong., Orlando, Rorida, US4, 2-6 April: 526-31.
    6. Clarkson, VA (1958). Agro. J., 52: 307-309. .
    7. Clough, G.H. eta1 (1960). J. Am. Soc. Hort. Sci., 115: 884-887.
    8. Jones, T.L. eta1 (1977). J. Am. Soc. Hort. Sci., 102: 273-275.
    9. Liu, L.C. et a1(1989). J. Agric. Univ. P.R., 17: 58-89.
    10. Pimpini, F. (1974).RMsta -Di -Agronomice., 8(283):298-304.
    11. Singh, S.D. and Singh,P. (1978). Agron. J., 70: 23-27.
    12. Sivanappan, PK and Padma.kumari, O. (1980). Drip irrigation in TNAV Coimbatore. SNVPReport: 87-15.
    13. Szabo, I. (1979). Kertesjeti Eyyetem KozIemenyei., 42: 155-162.
    14. Thimme. G. and Gowda, T. (1992). Proc. 11th Int. Congo Use Plastics Agriq New Deihl, India, 26th Feb. - 2nd March: B 131-B 135.
    15. Wien, H.C. and Minotti, P.L. (1987). J. Am. Soc. Hort. Sci., 112: 759·;163.
    volume 24 issue 1 (march 2004) : 42 - 44

    EFFECT OF IRRIGATION METHODS/LEVELS AND COLOURED PLASTIC MULCHES ON WEEDS INCIDENCE IN CAPSICUM (CAPSICUMANNUUMVAR. GROSSUML.) CROP

    P
    Pravin Kumar Sharma·
    H
    H.G. Sharma
    P
    P.N. Singh
    1Department of Horticulture, Indira Gandhi Agricultural University, Raipur - 492 012~ India
    • Submitted|

    • First Online |

    • doi

    Cite article:- Sharma· Kumar Pravin, Sharma H.G., Singh P.N. (2025). EFFECT OF IRRIGATION METHODS/LEVELS AND COLOURED PLASTIC MULCHES ON WEEDS INCIDENCE IN CAPSICUM (CAPSICUMANNUUMVAR. GROSSUML.) CROP. Agricultural Science Digest. 24(1): 42 - 44. doi: .
    The experiment was conducted to study the effect of three irrigation regimes (100%, 80%, 60% of crop water requirement) through drip and flood irrigation along with four mulch treatments (white, yellow, black and without mulch) on weed incidence and yield of capsicum F 1 hybrid ‘Indra’. Results showed that 60 per cent water applied through drip alongwith black plastic mulch was found most effective in quelling weed. While yellow plastic mulch with 80 per cent water applied through drip was moderately effective against quelling weed. It improved crop yield.
      1. Anonymous (1927). Fmg. S. Afr., 11: 17-23.
      2. Anonymous (1994). Drip Irrigation in India. INC/D, Constituted by Ministry of WaterResources, Gov!. ofIndia. NewDelhi July: 1
      3. Anonymous (1999). Agric. Situat. India. Aug: 310-312.
      4. Carelun, R.L. and Dewns, J.D. (1958). Ul1 Miehi. Agric. Expt. Stat., 40: 770-785.
      5. Chandio, BA et a1 (1995). Proc. Rfth Int. Micro Irrigation Cong., Orlando, Rorida, US4, 2-6 April: 526-31.
      6. Clarkson, VA (1958). Agro. J., 52: 307-309. .
      7. Clough, G.H. eta1 (1960). J. Am. Soc. Hort. Sci., 115: 884-887.
      8. Jones, T.L. eta1 (1977). J. Am. Soc. Hort. Sci., 102: 273-275.
      9. Liu, L.C. et a1(1989). J. Agric. Univ. P.R., 17: 58-89.
      10. Pimpini, F. (1974).RMsta -Di -Agronomice., 8(283):298-304.
      11. Singh, S.D. and Singh,P. (1978). Agron. J., 70: 23-27.
      12. Sivanappan, PK and Padma.kumari, O. (1980). Drip irrigation in TNAV Coimbatore. SNVPReport: 87-15.
      13. Szabo, I. (1979). Kertesjeti Eyyetem KozIemenyei., 42: 155-162.
      14. Thimme. G. and Gowda, T. (1992). Proc. 11th Int. Congo Use Plastics Agriq New Deihl, India, 26th Feb. - 2nd March: B 131-B 135.
      15. Wien, H.C. and Minotti, P.L. (1987). J. Am. Soc. Hort. Sci., 112: 759·;163.
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