G. Jo, Young-sun Kim, Soun-Kyu Ham, Jae-Pil Lee, Doo-Hwan Kim, Woo-Sung Kim, Geung-Joo Lee
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引用次数: 2
摘要
植物中的氨基酸是植物对氮的吸收和同化产生的中间代谢物,这些从植物或动物的蛋白质中通过生化消化得到的提取物是功能肥料的来源。本试验通过对草皮颜色指数、叶绿素指数、芽数、剪枝产量和草皮组织营养成分含量的研究,探讨了利用动物毛或蹄提取的角蛋白氨基酸肥(KAF)对草皮品质和生长的影响。处理设计如下:不施肥(NF)、复合肥(CF)、角蛋白氨基酸肥处理[CF + KAF 0.26 ml m−2 (CKF)、CF + KAF 0.52 ml m−2 (2CKF)]和仅角蛋白氨基酸肥处理(KF)。角蛋白氨基酸肥对土壤化学性质、草皮颜色指数、叶绿素指数和剪枝产量的影响均不显著,但对芽数和氮、钾的吸收量均有显著提高。综上所述,施用角蛋白氨基酸肥通过增加氮素和钾的吸收来促进芽数和生长。
Growth and Quality Changes of Creeping Bentgrass by Application of Keratin Amino Acid Fertilizer
Amino acids in the plant were intermediate metabolites which produced by uptake and assimilation of nitrogen and these extracts which gained by bio-chemical digestion from protein of plant or animal were a source of functional fertilizer. This study was conducted to evaluate effects of keratin amino acid fertilizer (KAF) gained from animal hair or hoof on changes of turfgrass quality and growth by investigating turf color index, chlorophyll index, shoot number, clipping yield, and nutrient content in the turfgrass tissue. Treatments were designed as follows; non-fertilizer (NF), compound fertilizer (CF), keratin amino acid fertilizer treatments [CF + KAF 0.26 ml m −2 (CKF), CF + KAF 0.52 ml m −2 (2CKF)], and only keratin amino acid fertilizer treatment (KF). Shoot number, clipping yield, and nitrogen uptake of KF were higher than those of CF. As compared with CF, soil chemical properties, turf color index, chlorophyll index and clipping yield of keratin amino acid fertilizer were not significant, but shoot number and uptake of N and K were increased significantly. These results show that the application of keratin amino acid fertilizer increased shoot number and growth by increased uptake of nitrogen and potassium.