...
机译:锌的应用提高了干燥种子和泥浆移植生产系统中生长的细粒芳烃的生产率和生物化
Department of Agronomy University of Agriculture;
Department of Agronomy University of Agriculture;
Department of Agronomy University of Agriculture;
Department of Agronomy University of Agriculture;
Department of Agronomy University of Agriculture;
Institute of Soil and Environmental Sciences University of Agriculture;
Department of Agronomy University of Agriculture;
The UWA Institute of Agriculture and School of Agriculture &
Environment The University of Western Australia;
Economics; Zn use efficiency; Seed treatment; Zn application methods;
机译:锌的应用提高了干燥种子和泥浆移植生产系统中生长的细粒芳烃的生产率和生物化
机译:锌营养以提高水稻生产力,锌利用效率,以及不同生产系统下的谷物生物缺陷
机译:稻-稻和稻-麦生态系统的水土环境中直接(播种)和移栽水稻的生产力和资源利用
机译:在印度旁遮普旁遮普干旱和泥浆移植米的水平衡
机译:在基于草料的牲畜生产系统中,酒糟和氮肥的氮利用效率。
机译:水稻(Oryza sativa L.)营养生长和籽粒充实过程中锌镉和铁的转运途径和调控:金属转运体金属形态谷物镉还原和锌铁生物强化
机译:锰供应在常规和没有耕作系统下提高了面包小麦生产力,经济回报和谷物生物缺陷