Topdressing Sand Color, Cultivation Timing, and Cultivation Method Effects on Disruption of a Creeping Bentgrass Golf Green in the Intermountain Pacific Northwest

Christopher A. Proctor, William J. Johnston, Charles T. Golob, Gwen K. Stahnke, Matthew W. Williams
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Abstract

Cultivation and topdressing are commonly used methods to manage thatch/mat on creeping bentgrass (Agrostis stolonifera L.) golf greens. However, disruption caused by cultivation practices may adversely impact the playability of golf green surfaces. Thus, we undertook two studies to determine if sand topdressing color affects recovery from cultivation disruption of creeping bentgrass golf greens. Topdressing sand color treatments were black sand (BS) or tan sand (TS). Study 1 evaluated six cultivation methods and topdressing with TS or BS in 2008, 2009, and 2010. Plots were evaluated for total days disrupted (TDD) and mean days disrupted following cultivation (MDD). Topdressing with BS never resulted in more TDD than TS and decreased TDD for some cultivation treatments. Study 2 evaluated days to recover (DTR) following cultivation and topdressing with TS or BS at twelve aeration dates in 2008 and 2009. Black sand never resulted in more DTR than TS during any year and produced fewer DTR at one aeration date in 2008 and two aeration dates in 2009. We found that BS has potential to decrease recovery time following cultivation, but depends on cultivation timing and method. Optimizing cultivation timing, cultivation method, and topdressing sand, disruption time following cultivation can be reduced for creeping bentgrass putting greens in the Intermountain Pacific Northwest.

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追肥砂色、栽培时间和栽培方法对太平洋西北山间匍匐弯草高尔夫果岭破坏的影响
栽培和追肥是匍匐弯草(Agrostis stolonifera L.)高尔夫球岭上常用的管理茅草/草席的方法。然而,由于种植造成的破坏可能会对高尔夫球果岭表面的可玩性产生不利影响。因此,我们进行了两项研究,以确定沙追肥颜色是否影响匍匐弯草高尔夫果岭种植中断后的恢复。追肥砂颜色处理为黑砂(BS)或棕砂(TS)。研究1在2008年、2009年和2010年对6种栽培方法和TS或BS追肥进行了评价。评估样地栽培后总中断天数(TDD)和平均中断天数(MDD)。在某些栽培处理中,BS追肥的TDD值并不高于TS,反而会降低TDD值。研究2评估了2008年和2009年12个曝气日期的TS或BS栽培和追肥后的恢复天数(DTR)。在任何年份,黑砂的DTR都没有高于TS,在2008年的一次曝气和2009年的两次曝气中产生的DTR更少。我们发现,BS有减少培养后恢复时间的潜力,但取决于培养时间和方法。优化栽培时机、栽培方法和追肥砂,可减少匍匐弯草在西北太平洋山间植果后的破坏时间。
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