volume 21 issue 1 (march 2001) : 52 - 54

EFFECT OF SOIL SOLARIZATIO~ A.ND BIOAGENTS ON YIELD '. AND QUAurYdF~f\LCfI~YS~TH~UM' iCHRYSANTHEMUM'cbRi)l!(~ccv. LOCAl.' BUAU

A
A:A. Gawande
V
V.K. Mahorkar
P
P.S. Joshi
D
D.O. Deo
B
B.J. Jadhao
1Deptt. of Horticulture Dr. PDKV, Akola 444104, India
  • Submitted|

  • First Online |

  • doi

Cite article:- Gawande A:A., Mahorkar V.K., Joshi P.S., Deo D.O., Jadhao B.J. (2025). EFFECT OF SOIL SOLARIZATIO~ A.ND BIOAGENTS ON YIELD '. AND QUAurYdF~f\LCfI~YS~TH~UM' iCHRYSANTHEMUM'cbRi)l!(~ccv. LOCAl.' BUAU. Agricultural Science Digest. 21(1): 52 - 54. doi: .
The experiment was conducted during the rabi season of the year 1998–99. In all there were seven treatments (Solarization, Solarization + Trichoderma, Trichoderma, Solarization + copper oxychloride, solarization + carbendazin, solarization + dithane M-45, control). Regarding yield and quality attributes like weight of flower, yield of flower per plot, weight of 100 flowers, the treatment solarization in combination with trichoderma exhibited maximum value as compared to other treatments.
    1. Faria, Junior et ai. (1994). Cultura Agrmica 3(4): 75-83.'
    2. Galindo. C. and.Arbdaer, G. (1995). Agronomiea Colombian 12 (2): 134-141.
    3. Ismail, A.E. etai. (1997). Nematology 15.
    4. Keinath, AP. (1996). PI. Diseases 80: 564-570..
    5. Kher, M.A. (1978). Chtysanthemum In Ornamental Horticulture in India (Chadha. K.L. and Choudhary,B.ed.). lCAR.
    volume 21 issue 1 (march 2001) : 52 - 54

    EFFECT OF SOIL SOLARIZATIO~ A.ND BIOAGENTS ON YIELD '. AND QUAurYdF~f\LCfI~YS~TH~UM' iCHRYSANTHEMUM'cbRi)l!(~ccv. LOCAl.' BUAU

    A
    A:A. Gawande
    V
    V.K. Mahorkar
    P
    P.S. Joshi
    D
    D.O. Deo
    B
    B.J. Jadhao
    1Deptt. of Horticulture Dr. PDKV, Akola 444104, India
    • Submitted|

    • First Online |

    • doi

    Cite article:- Gawande A:A., Mahorkar V.K., Joshi P.S., Deo D.O., Jadhao B.J. (2025). EFFECT OF SOIL SOLARIZATIO~ A.ND BIOAGENTS ON YIELD '. AND QUAurYdF~f\LCfI~YS~TH~UM' iCHRYSANTHEMUM'cbRi)l!(~ccv. LOCAl.' BUAU. Agricultural Science Digest. 21(1): 52 - 54. doi: .
    The experiment was conducted during the rabi season of the year 1998–99. In all there were seven treatments (Solarization, Solarization + Trichoderma, Trichoderma, Solarization + copper oxychloride, solarization + carbendazin, solarization + dithane M-45, control). Regarding yield and quality attributes like weight of flower, yield of flower per plot, weight of 100 flowers, the treatment solarization in combination with trichoderma exhibited maximum value as compared to other treatments.
      1. Faria, Junior et ai. (1994). Cultura Agrmica 3(4): 75-83.'
      2. Galindo. C. and.Arbdaer, G. (1995). Agronomiea Colombian 12 (2): 134-141.
      3. Ismail, A.E. etai. (1997). Nematology 15.
      4. Keinath, AP. (1996). PI. Diseases 80: 564-570..
      5. Kher, M.A. (1978). Chtysanthemum In Ornamental Horticulture in India (Chadha. K.L. and Choudhary,B.ed.). lCAR.
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