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Effect of Genotype, Planting Date, and Spacing on Zoysiagrass Establishment from Vegetative Plugs

机译:基因型,种植日期和间距对无性系结缕草建立的影响

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Slow growth and establishment rate has become a major limitation to the increased use of zoysiagrass (Zoysia spp.) as a turfgrass surface. Two separate field studies were conducted to evaluate the effect of genotype, planting date, and plug spacing on zoysiagrass establishment. Field experiments were conducted in 2007 and 2008 to quantify the establishment rate of six zoysiagrass genotypes from vegetative plugs. 'Meyer' exhibited the largest plug diameter (22 cm) 6 weeks after planting (WAP). In contrast, 'Diamond' exhibited the smallest plug diameter (13 cm) 6 WAP. A similar trend was observed 12 WAP. 'Meyer', 'Zorro', and 'Shadow Turf exhibited the largest plug diameters (60, 58, and 57 cm, respectively) 12 WAP. In contrast, 'Emerald' and 'Diamond' exhibited the smallest plug diameters (41 and 40 cm, respectively) 12 WAP. Although statistically different, all zoysiagrass genotypes reached similar establishment 18 WAP indicating that plugging these genotypes in a comparable environment and using techniques described in this research may result in analogous long-term (18 weeks) establishment. Field experiments were conducted in 2006 and 2007 to determine the optimum planting date and plug spacing of 'Shadow Turf zoysiagrass. 'Shadow Turf zoysiagrass plugs planted on 28 July 2006 (11% to 65% cover) and 14 June 2007 (5% to 39% cover) exhibited the greatest increase in turfgrass cover 6 WAP, except for plugs planted 15.2 cm apart on 26 May 2006 (74% cover). Zoysiagrass cover was greatest for plugs planted on 26 May 2006 (63% to 100%) and 17 May 2007 (46% to 97%) 16 WAP regardless of plug spacing. These planting dates corresponded to the highest accumulative growing degree-days (GDD) experienced by all planting dates in both years. Plugs planted on 15.2-cm centers exhibited the greatest zoysiagrass cover 6 and 16 WAP regardless of planting date. Using late spring/early summer planting dates and 15.2- to 30.5-cm plug spacings may result in the quickest turfgrass cover when establishing 'Shadow Turf zoysiagrass from plugs.
机译:缓慢的生长和定植率已成为增加将草茅(Zoysia spp。)用作草皮表面的主要限制。进行了两个单独的田间研究,以评估基因型,播种日期和穴距对草y草建立的影响。在2007年和2008年进行了野外实验,以量化从植物性无性系中获得的6种结缕草基因型的建立率。种植后6周(WAP),“迈耶(Meyer)”展现出最大的插穗直径(22 cm)。相反,“ Diamond”显示出最小的塞子直径(13厘米)6 WAP。 12 WAP观察到类似趋势。 “ Meyer”,“ Zorro”和“ Shadow Turf”表现出最大的塞径(分别为60、58和57 cm)12 WAP。相反,“ Emerald”和“ Diamond”显示出最小的塞子直径(分别为41和40 cm)12 WAP。尽管统计上不同,但所有的共生草基因型均达到了类似的建立18 WAP,表明在可比较的环境中使用这些基因型并使用本研究中描述的技术可能会导致类似的长期(18周)建立。在2006年和2007年进行了田间试验,以确定'Shadow Turf zoysiagrass'的最佳播种日期和穴距。 '2006年7月28日(遮盖度为11%至65%)和2007年6月14日(遮盖度为5%至39%)种植的阴影草皮零陵草插塞6 WAP增幅最大,除了5月26日相隔15.2厘米时种植的插塞2006年(占74%)。无论插穗间距如何,2006年5月26日(63%至100%)和2007年5月17日(46%至97%)种植的插穗16,Zoysiagrass的覆盖度最大。这些播种日期对应于两年中所有播种日期经历的最高累积生长日(GDD)。无论种植日期如何,在15.2厘米中心种植的栓塞均表现出最大的硬生草覆盖6和16 WAP。当使用春末/初夏播种日期和15.2至30.5-cm的插秧间距时,在用插秧建立'Shadow Turf zoysiagrass'时可能会导致最快的草皮覆盖。

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