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首页> 外文期刊>Acta Horticulturae >Hydroponic cucumber production using a new recyclable growth substrate and irrigation system.
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Hydroponic cucumber production using a new recyclable growth substrate and irrigation system.

机译:使用新的可再生生长基质和灌溉系统进行水培黄瓜生产。

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摘要

Results are presented from a series of trials undertaken in Alberta, Canada over 4 years (2001-2005) to evaluate the effect of the addition of zeolite amendments for the growing of greenhouse cucumbers and peppers in a range of different growing media, including perlite, coir, rockwool and sawdust. In most instances, the differences between various substrates were not statistically significant. Long English cucumbers grown on perlite showed the lowest yield. Coir was superior to sawdust when used as a substrate to produce long English cucumbers. The effect of coir on bell pepper production compared to sawdust was not consistent in this study and varied significantly depending on a variety. The type of medium used strongly determined the effect of zeolite. Zeolite (10% and 20%) had a beneficial effect in most cases when it added to sawdust and in some cases when added to perlite (long English cucumbers). The effect of zeolite amendments to coir was not consistent. The effect of zeolite on crop production was also dependent on its mineral composition as shown in 2005 study. The precise mechanism of zeolite effect on greenhouse crops requires further investigation.
机译:这项结果是在加拿大艾伯塔省(Alberta)历时4年(2001年至2005年)进行的一系列试验得出的,这些试验评估了添加沸石改良剂对温室珍珠和辣椒在各种不同生长介质(包括珍珠岩)中的生长的影响,椰壳纤维,岩棉和木屑。在大多数情况下,各种底物之间的差异在统计学上并不显着。在珍珠岩上生长的长英式黄瓜产量最低。当用作生产长英式黄瓜的基质时,椰壳粉优于木屑。与木屑相比,椰壳粉对灯笼椒产量的影响在本研究中不一致,并且因品种而异。使用的介质类型强烈决定了沸石的作用。在大多数情况下,将沸石(10%和20%)添加到锯末中,在某些情况下将其添加到珍珠岩(长英式黄瓜)中,则具有有益效果。沸石对椰壳纤维的作用效果不一致。如2005年的研究所示,沸石对作物生产的影响还取决于其矿物成分。沸石对温室作物的确切作用机理有待进一步研究。

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    《Acta Horticulturae》 |2009年第843期|共6页
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