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Effects of Light, Soil Moisture, and Nutrition on Greenhouse Propagation of Twinflower

机译:光,土壤水分和营养对Twinflower的温室繁殖的影响

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Twinflower (Linnaea borealis) is an understory subshrub native to northern regions ofNorth America, Europe, and Asia. Some growers report that this native plant is difficult to propagate. Although twinflower prefers partial shade and grows in areas with naturally variable moisture, there has been no greenhouse propagation work testing the impact of light or soil moisture conditions on root development of this plant or whether fertilizer impacts root development or root: shoot ratios during propagation. The goal of the first experiment was to propagate twinflower under a variety of daily light integrals (DLI)-27.6, 14.4, or 5.8 mol.mL(-2).dL(-1)-and soil volumetric water content values (theta = volume of water divided by volume of soil) 0.30, 0.35, 0.40, and 0.45 L.L-1, both parameters aimed at reproducing a range of natural conditions. The largest roots were grown at DLIs of 5.8 and 14.4 mol.m(-2).d(-1) and u values of 0.30 and 0.35 L.L-1. In the second experiment, twinflower plants were grown in substrates with 0, 2.1, or 5.0 g.L-1 of incorporated controlled-release fertilizer (14N-6.1P-11.6K). Root and shoot dry weight increased at both treatment rates. The relative percentages of nitrogen, phosphorus, and potassium, and the total concentrations of manganese in parts per million, increased in foliage, as well. In both experiments, the source of cuttings impacted results. In the first experiment, cuttings taken from the source that was in the most light were least likely to survive (26% survival rate) compared with cuttings taken from stock plants growing in partial shade (65% or 82% survival rates, by site). In the second experiment, cuttings taken from source plants that were most intensively managed for removal of weeds and competing plants had the highest survival rate and the greatest shoot and root dry weight. We recommend propagating twinflower with moderate rates of fertility (i.e., 2.1 g.L-1 of incorporated controlled-release fertilizer) under some shade (5.8-14.4 DLI) and a moderate u (0.30-0.35 L.L-1).
机译:Twinflower(Linnaea Borealis)是一个属于北美洲,欧洲和亚洲的林下地区的林下次仓。一些种植者报​​告说,这种本土植物难以传播。虽然Twinflower更喜欢部分阴影并在具有自然可变水分的地区生长,但没有温室传播工作测试光或土壤水分条件对该植物根系开发的影响或肥料是否会影响根部发育或根源:繁殖过程中的射击比率。第一个实验的目的是在各种日光积分(DLI)-27.6,14.4或5.8mol.ML(-2)。(-1) - 和土壤容量水含量值下宣传Twinflower(Theta =水分量除以土壤量)0.30,0.35,0.40和0.45LL-1,两个参数旨在再现一系列自然条件。最大的根部在5.8和14.4molm(-2).d(-1)和0.30和0.35L-1的U值的DLIS上生长。在第二种实验中,在掺入的控释肥料(14N-6.1P-11.6K)的含有0,2.1或5.0g1 -1的底物中生长孪滴植物。治疗速率的根部和芽干重增加。氮,磷和钾的相对百分比以及百万分之一的锰的总浓度,树叶也增加。在两个实验中,切割源影响受到结果。在第一个实验中,与在部分阴影中生长的储备(65%或82%的生存率,现场存活率为65%或82%存活率)的扦插相比,从最轻微的源中取出的源源中的源(26%的存活率) 。在第二个实验中,从源植物中取出的切屑,用于去除杂草和竞争植物的源植物具有最高的存活率和最大的芽和根系干重。我们建议在一些阴影(5.8-14.4dli)和中等U(0.30-0.35L-1)下以适度的生育率(即2.1g1-1)和掺入的控释肥料的掺入施用肥料的速率繁殖Twinflower。

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