Canopy height and N affect herbage accumulation and the relative contribution of leaf categories to photosynthesis of grazed brachiariagrass pastures

著录项

• 来源
  《Grass and forage science: the journal of the British Grassland Society.》 |2018年第1期|共10页
• 作者

  Yasuoka J. I.; Pedreira C. G. S.; Silva V. J.; Alonso M. P.; Silva L. S.; Gomes F. J.;

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• 作者单位

  Department of ZootecniaUniversity of S?o Paulo (ESALQ‐USP)Piracicaba SP Brazil;

  Department of ZootecniaUniversity of S?o Paulo (ESALQ‐USP)Piracicaba SP Brazil;

  Department of ZootecniaUniversity of S?o Paulo (ESALQ‐USP)Piracicaba SP Brazil;

  Department of ZootecniaUniversity of S?o Paulo (ESALQ‐USP)Piracicaba SP Brazil;

  Department of ZootecniaUniversity of S?o Paulo (ESALQ‐USP)Piracicaba SP Brazil;

  Department of ZootecniaUniversity of S?o Paulo (ESALQ‐USP)Piracicaba SP Brazil;

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• 收录信息
• 原文格式 PDF
• 正文语种 eng
• 中图分类 饲料作物、牧草;
• 关键词

  canopy photosynthesis; carbon assimilation; grazing; leaf photosynthesis; nitrogen fertilization; Urochloa spp.;

  机译：树冠光合作用;碳同化;放牧;叶片光合作用;氮肥;Urochloa SPP。;