volume 23 issue 2 (june 2003) : 122 - 124

ECONOMICS AND NUTRIENT UPTAKE IN RICE-LENTIL CROPPING SEQUENCE

S
S.K Singh
S
S.C. Varma
R
R.P.-Singh
1Institute 6f Agricultural Sciences. I~mrih HlIldu University Varanasi - 221 005. India
  • Submitted|

  • First Online |

  • doi

Cite article:- Singh S.K, Varma S.C., R.P.-Singh (2025). ECONOMICS AND NUTRIENT UPTAKE IN RICE-LENTIL CROPPING SEQUENCE. Agricultural Science Digest. 23(2): 122 - 124. doi: .
Sixty two genotypes of sunflower have been clustered into seventeen clusters based on their genetic diversity. Among the twelve characters studied, plant height, number of chaff seeds/head, seed yield/plant and head diameter showed high contribution towards total divergence. The clusters V, XV and XVII showed superior mean performance and high inter cluster distance. Hence genotypes of these clusters namely TNAUSUF 6/8 and No. 61/7 (cluster V)j TNHAP 179 (cluster XV) and 1149–21 (cluster xvm have been selected for intermatting among themselves to produce wider segregation.
    1. Budhar, M.N. etal (1991). /ndianJ. Agron. 36:251-252.
    2. Chakraborty, S.P. etal (1980). Oryza 17:169-174.
    3. Gupta, S.R. and Rai, R.N. (1990)./ndianJ. Agron. 29:485-489.
    volume 23 issue 2 (june 2003) : 122 - 124

    ECONOMICS AND NUTRIENT UPTAKE IN RICE-LENTIL CROPPING SEQUENCE

    S
    S.K Singh
    S
    S.C. Varma
    R
    R.P.-Singh
    1Institute 6f Agricultural Sciences. I~mrih HlIldu University Varanasi - 221 005. India
    • Submitted|

    • First Online |

    • doi

    Cite article:- Singh S.K, Varma S.C., R.P.-Singh (2025). ECONOMICS AND NUTRIENT UPTAKE IN RICE-LENTIL CROPPING SEQUENCE. Agricultural Science Digest. 23(2): 122 - 124. doi: .
    Sixty two genotypes of sunflower have been clustered into seventeen clusters based on their genetic diversity. Among the twelve characters studied, plant height, number of chaff seeds/head, seed yield/plant and head diameter showed high contribution towards total divergence. The clusters V, XV and XVII showed superior mean performance and high inter cluster distance. Hence genotypes of these clusters namely TNAUSUF 6/8 and No. 61/7 (cluster V)j TNHAP 179 (cluster XV) and 1149–21 (cluster xvm have been selected for intermatting among themselves to produce wider segregation.
      1. Budhar, M.N. etal (1991). /ndianJ. Agron. 36:251-252.
      2. Chakraborty, S.P. etal (1980). Oryza 17:169-174.
      3. Gupta, S.R. and Rai, R.N. (1990)./ndianJ. Agron. 29:485-489.
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