volume 25 issue 3 (september 2005) : 215 - 216

EFFECf OF TRICHODERMA SPP. ON THE GROWfH OF COLLETOTRICHUM CAPSICI ISOLATED FROM COTTON SEED·

B
B.B. Chirame1
D
D.N. Padule
1Department of Plant Pathology, Mahatma Phule Krishi Vidyapeeth, Rahuri - 413 722,lndia
  • Submitted|

  • First Online |

  • doi

Cite article:- Chirame1 B.B., Padule D.N. (2025). EFFECf OF TRICHODERMA SPP. ON THE GROWfH OF COLLETOTRICHUM CAPSICI ISOLATED FROM COTTON SEED·. Agricultural Science Digest. 25(3): 215 - 216. doi: .
The Seed-borne pathogen Colleterichum capsici was isolated from cotton seed. The bioagents viz.,Trichoderma virideT. hamatumT. harzianumT. longiforum and T. koningil were tested for their antagonistic property against C. capsici by direct bit placement method. All the biological agents were significantly superior over control in checking the growth of C. capsici. Among the biological agents, T. hamatum was significantly very effective in checking the growth of tested C. capsici under in-vitro conditions
    1. Arora, DK and Upadhyay, RK (1978). PI. Soil, 49: 685-690.
    2. Bashi, F. etal. (1983). Phytopathology, 73: 1145-1147.
    3. Bordent, P. et al. (1971). Soils Aust. J. Boit. Sci., 24: 925-944.
    4. Kanapathipillai, VS. et al. (1988). In: Movement of Pest Control Strategies. pp.283-292. (RPP, 1991. Vol. 70 (10) Abstract 6671).
    5. Mathews, G.A. (1989). Cotton Insect Pest and Their Management. Longman Group U.K. Limited.
    6. Mukewar, P.M. (1993). Seed Res., Spl. 1(6): 586-594.
    7. Mukewar, P.M. et al. (1998). Disease Free Seed Production of Cotton. National Seed Project (crops). IAR!. New Delhi, pp.5-8.
    8. Neergard. P. (1979). Seed Pathology, Vol. 1. The Mcmillan Press Ltd., Landon, 743-746.
    9. Pradeep. K.K. (2000). PI. Prot. Sci.. 8(1): 30-32.
    10. Tanaka, MAS. and Menten. J.O.M. (1991). Phytopathologica. 17(3-4): 218-226.
    volume 25 issue 3 (september 2005) : 215 - 216

    EFFECf OF TRICHODERMA SPP. ON THE GROWfH OF COLLETOTRICHUM CAPSICI ISOLATED FROM COTTON SEED·

    B
    B.B. Chirame1
    D
    D.N. Padule
    1Department of Plant Pathology, Mahatma Phule Krishi Vidyapeeth, Rahuri - 413 722,lndia
    • Submitted|

    • First Online |

    • doi

    Cite article:- Chirame1 B.B., Padule D.N. (2025). EFFECf OF TRICHODERMA SPP. ON THE GROWfH OF COLLETOTRICHUM CAPSICI ISOLATED FROM COTTON SEED·. Agricultural Science Digest. 25(3): 215 - 216. doi: .
    The Seed-borne pathogen Colleterichum capsici was isolated from cotton seed. The bioagents viz.,Trichoderma virideT. hamatumT. harzianumT. longiforum and T. koningil were tested for their antagonistic property against C. capsici by direct bit placement method. All the biological agents were significantly superior over control in checking the growth of C. capsici. Among the biological agents, T. hamatum was significantly very effective in checking the growth of tested C. capsici under in-vitro conditions
      1. Arora, DK and Upadhyay, RK (1978). PI. Soil, 49: 685-690.
      2. Bashi, F. etal. (1983). Phytopathology, 73: 1145-1147.
      3. Bordent, P. et al. (1971). Soils Aust. J. Boit. Sci., 24: 925-944.
      4. Kanapathipillai, VS. et al. (1988). In: Movement of Pest Control Strategies. pp.283-292. (RPP, 1991. Vol. 70 (10) Abstract 6671).
      5. Mathews, G.A. (1989). Cotton Insect Pest and Their Management. Longman Group U.K. Limited.
      6. Mukewar, P.M. (1993). Seed Res., Spl. 1(6): 586-594.
      7. Mukewar, P.M. et al. (1998). Disease Free Seed Production of Cotton. National Seed Project (crops). IAR!. New Delhi, pp.5-8.
      8. Neergard. P. (1979). Seed Pathology, Vol. 1. The Mcmillan Press Ltd., Landon, 743-746.
      9. Pradeep. K.K. (2000). PI. Prot. Sci.. 8(1): 30-32.
      10. Tanaka, MAS. and Menten. J.O.M. (1991). Phytopathologica. 17(3-4): 218-226.
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