Assessment of the impact of NP fertilizer application depth on the rate of initial dry matter accumulation of maize (Zea mays L.)

K. Ambroży-Deręgowska, P. Szulc, I. Mejza
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引用次数: 1

Abstract

Summary A field study was conducted at the Department of Agronomy of Poznań University of Life Sciences to determine the effect of the depth of NP fertilizer application in maize cultivation on the dynamics of initial maize growth, expressed in dry matter of a single plant at two juvenile maize stages. The adopted assumptions were verified on the basis of a four-year field experiment using four depths of NP fertilizer application, two nitrogen fertilizers and two nitrogen dose application dates. Thermal conditions in the early maize growing season had a significant effect on maize response to the depth of application of a phosphorus starting dose. Row fertilization (regardless of the depth of fertilizer application) was more effective than broadcast fertilization at both studied developmental stages.
NP肥施用深度对玉米初始干物质积累速率的影响
在波兹纳瓦生命科学大学农学系进行了一项实地研究,以确定玉米栽培中NP肥施用深度对玉米初始生长动态的影响,该动态以玉米两个幼期单株干物质表达。通过4年4个NP施肥深度、2种氮肥和2个施氮日期的田间试验,对上述假设进行了验证。玉米生长早期的热条件对玉米磷肥施深的响应有显著影响。在研究的两个发育阶段,行施肥(不考虑施肥深度)都比撒播施肥更有效。
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