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首页> 外文期刊>HortScience >MARIGOLD GROWTH AND PHOSPHORUS LEACHING IN A SOILLESS MEDIUM AMENDED WITH PHOSPHORUS-CHARGED ALUMINA
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MARIGOLD GROWTH AND PHOSPHORUS LEACHING IN A SOILLESS MEDIUM AMENDED WITH PHOSPHORUS-CHARGED ALUMINA

机译:含磷氧化铝改良的土壤基质中的万寿菊生长和磷浸出

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摘要

Alumina granules charged with P were used as an amendment to improve the ability of a soilless medium to retain P and provide it to plants. Commercially available alumina was acidified, saturated with P, and evenly distributed in a medium of peat, vermiculite, and sand to grow potted marigolds (Tagetes spp.) to a commercially salable stage. Marigolds grown in medium amended with P-charged alumina had adequate nutrition and similar or superior shoot growth (as measured by height, number of branches, and flower production) and fresh and dry weights compared to marigolds grown using commercial fertilizer. phosphorus-charged alumina at 1% or 2% of total medium volume was sufficient to grow marigolds for at least 8 weeks and substantially reduced P leaching compared to conventionally fertilized controls. Alumina amendments in this range did not cause Al toxicity, as evidenced in root growth and leaf Al content.
机译:装有P的氧化铝颗粒被用作改良剂,以提高无土培养基保留P并将其提供给植物的能力。将可商购的氧化铝酸化,用P饱和,并均匀分布在泥炭,ver石和沙子的介质中,以使盆栽的万寿菊(Tagetes spp。)生长到可商购的阶段。与使用商业肥料种植的万寿菊相比,在用含P的氧化铝改良的培养基中生长的万寿菊具有足够的营养,并且具有相似或优良的枝条生长(通过高度,枝条数量和花的产量来衡量)以及鲜重和干重。与传统施肥对照相比,以总培养基体积的1%或2%填充磷的氧化铝足以使金盏花生长至少8周,并且磷的浸出量显着降低。如在根部生长和叶片中的铝含量所证明的,在该范围内的氧化铝改良剂不会引起铝毒性。

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