3(28), table of contents

3(28) Physiological and agrotechnical principles of spring barley fertilization , Editor Grzebisz W.

  • Przygocka-Cyna,K., Grzebisz,W. Yield and technological quality of malting barley
    in response to elemental sulphur application, p. 5
  • Przygocka-Cyna,K., Grzebisz,W. Dry matter accumulation and remobilization during
    grain filling of malting barley in response to elemental sulphur application, p.18
  • Przygocka-Cyna,K.,Grzebisz,W. Nitrogen accumulation by barley plants and its
    economy during grain filling in response to elemental sulphur application,p. 29
  • Przygocka-Cyna,K.,Grzebisz,W. Sulphur accumulation by barley plants and its
    economy during grain filling in response to elemental sulphur application , p. 40
  • Fotyma,E.,Fotyma,M.,Filipiak,K. Application of model QUADMOD for interpretation
    the results of experiments with spring barley nitrogen fertilization , p. 52
  • Górski,D., Grzebisz,W., Gaj,R. Effect of variety, nitrogen rate and fertilizer
    type on the yield and its structure and canopy architecture of malting barley, p. 61
  • Górski,D., Grzebisz,W., Gaj,R. Effect of variety, nitrogen rate and fertilizer
    type on accumulation of biomass by malting barley , p. 70
  • Górski,D., Grzebisz,W., Gaj,R. Effect of variety, nitrogen rate and fertilizer
    type on nitrogen management by plants of malting barley . p.77
  • Górski,D., Grzebisz,W., Gaj,R. Effect of variety, nitrogen rate and fertilizer
    type on mineral nitrogen balance in the field of malting barley ,p. 85
  • Pecio,Al. Verification of the universality of critical nitrogen dilution curve for
    spring malting barley cultivars . p. 95
  • Pecio, Al. Stability of QUADMOD model parameters for cultivars of malting
    spring barley , p. 105
 
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