Citation Information

  • Title : Wheat yield at different management systems and fertilizations under no tillage.
  • Source : Central theme, technology for all: sharing the knowledge for development. Proceedings of the International Conference of Agricultural Engineering, XXXVII Brazilian Congress of Agricultural Engineering, International Livestock Environment Symposium - ILES V
  • Publisher : International Commission of Agricultural Engineering (CIGR)
  • Pages : unpaginated
  • Year : 2008
  • Document Type : Journal Article
  • Language : English
  • Authors:
    • Castoldi, G.
    • Gobbi, F.
    • Pivetta, L.
    • Costa, L.
    • Steiner, F.
    • Costa, M.
    • Tremea, A.
  • Climates: Humid subtropical (Cwa, Cfa).
  • Cropping Systems: Continuous cropping. Maize. Crop-pasture rotations. No-till cropping systems. Oats. Wheat.
  • Countries: Brazil.

Summary

The objective of this work was to evaluate the effect of two soil tillage systems (rotation and succession crops) and three fertilizations (mineral, organic and organomineral) in the wheat yield, under no-tillage system. The assay was conducted in the Experimental Station Prof. Dr. Antonio Carlos dos Santos Pessoa, located at the Nucleo of Experimental Station belonging to West Parana State University - Marechal Candido Rondon. In the winter of the 2006 was cropping the wheat in the plots in succession crops and black oat+radish+hairy vetch in the plots in rotation crops. The wheat received the mineral, organic and organomineral fertilization, while the cover crops weren't fertilized. In the summer was cropping corn in all the plots, receiving the three kind of fertilization. In the winter of the 2007 was cropping wheat in all the plots, receiving again the three kind of fertilization. The plant high and the weight of 100 grains weren't affected by the management systems and fertilizations. The succession system (wheat/corn/wheat) showed superior yield than the rotation system (green manure/corn/wheat). The organic manure showed superior hectoliter weight than mineral fertilization.

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