Pakistan Journal of Biological Sciences1028-88801812-5735Asian Network for Scientific Information10.3923/pjbs.2000.1897.1898Medicago sativa) Genotypes for Green Fodder Yield]]>Sadaqat MehdiSyed AhsanMuhammad Ahmad KhanIftikhar 112000311There was significant variability found for plant height and green fodder yield among forty-eight genotypes of Lucerne. Moderate coefficients of variation and high heritability estimates for plant height and green fodder yield among the Lucerne genotypes suggested that a greater improvement is possible by hybridizing groups-I (Beaver, E-542 genotypes), group-II (GR 793, Russian #36, 75-527) and group-III (African Pop, GR 692, Griamn-2, Hunter River) which may produce better segregants for increased green fodder yield.]]>Busbice, T.H.,197010265269Busbice, T.H. and C.P. Wilsie,1966Medicago sativa L.]]>155267Demarly, Y.,19711971pp: 937Hill, R.R.,197515373375Kwon, S.H. and J.H. Torrie,19644196198Trimble, M.W., D.K. Barnes, G.H. Heichel and C.C. Sheafter,198727909914Rotili, P.,197616247251Rotili, P.,197717245248Rotili, P., T.H. Busbice and Y. Demarly,19961996pp: 163-180pp: 163-180Rotili, P., C. Scotti, D. Kertikova and G. Gnocchi,19981998pp: 48Rotili, P. and L. Zannone,197727341354Rotili, P., L. Zannone and G. Gnocchi,19791979pp: 111119Steel, R.G.D. and J.H. Torrie,19802nd Edn.,Pages: 633Pages: 633Theurer, J.C. and L.J. Elling,1964Medicago sativa L. III. Forage yield.]]>42528Wilsie, C.P.,195850182185Demarly, Y.,1977Pages: 287Pages: 287