英语翻译Abstract:Grafting is a unique horticultural technology that allows the grower to select an alternate,compatible root system with natural disease resistance for their desired crop.Short-term storage of grafted seedlings under low temperatu

英语翻译Abstract:Grafting is a unique horticultural technology that allows the grower to select an alternate,compatible root system with natural disease resistance for their desired crop.Short-term storage of grafted seedlings under low temperatu
英语翻译
Abstract:Grafting is a unique horticultural technology that allows the grower to select an alternate,compatible root system with natural disease resistance for their desired crop.Short-term storage of grafted seedlings under low temperature may extend the production window of grafted seedlings,reduce the labor input and increase production of grafted seedlings with a small propagation capacity.To evaluate the low temperature storage conditions,Cucumis melo ‘Olympic Gold’ seedlings were grafted onto Cucurbita maxima x Cucurbita moschata ‘Tetsukabuto’ rootstock and stored for a period of 2 or 4 weeks at 9,12,or 15°C under 12μmolm⁻² s⁻¹ photosynthetic photon flux (PPF).The study demonstrated that grafted seedlings could be stored at 12°C for 4 weeks without significant dry mass accumulation or effects on post-storage growth and development.Grafted seedlings stored at 15°C for 4 weeks had a significant increase in dry mass and stem elongation; this was not observed for the non-grafted seedlings stored under the same conditions,suggesting that the rootstock enhanced the scion growth at lower temperatures than optimal for muskmelon.Storing muskmelon seedlings at 9°C caused chilling damage but the damage was pronounced for non-grafted seedlings than grafted seedlings.‘Tetsukabuto’ rootstock,an interspecific squash,presumably has a chilling tolerance and increased the storability of muskmelon seedlings.Further optimization is needed but there is potential for using this technique as a tool for mass production of grafted muskmelon seedlings.[Copyright &y& Elsevier].
Copyright of Scientia Horticulturae is the property of Elsevier Science and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission.However,users may print,download,or email articles for individual use.This abstract may be abridged.No warranty is given about the accuracy of the copy.Users should refer to the original published version of the material for the full abstract.(Copyright applies to all Abstracts.)

英语翻译Abstract:Grafting is a unique horticultural technology that allows the grower to select an alternate,compatible root system with natural disease resistance for their desired crop.Short-term storage of grafted seedlings under low temperatu
摘要：嫁接是一种独特的园艺技术,使种植者选择一个备用,与自己想要的自然抗病作物根系统兼容.短期贮藏的嫁接苗在低温下可以延长嫁接苗生产窗口,减少劳动投入和更小的传播能力的提高嫁接苗的生产.为了评估低温贮藏条件下,甜瓜'奥运金牌'苗嫁接到南瓜南瓜x'Tetsukabuto'砧和为2或4周的时间存储在9,12,或15℃下12μmolm -2 s ^{-1 光合光子通量（人民警察）.这项研究表明,嫁接苗可以存放4周在12℃无明显干物质积累或后存储的增长和发展的影响.在15℃存放4周,在嫁接苗的干重和茎伸长率显着增加,这是不遵守的非嫁接在相同条件下储存幼苗,表明在较低温度下加强砧木比接穗生长最佳为甜瓜.厚皮甜瓜幼苗存放在9 ° C间低温冷害,但造成的破坏也比非嫁接苗嫁接苗明显. 'Tetsukabuto'砧,一间壁球,大概有耐冷性,提高了甜瓜幼苗的耐贮性.进一步优化是必要的,但有使用作为大规模甜瓜嫁接苗的生产工具这项技术的潜力. [版权和Y＆埃尔塞维尔].
园艺的报ACTA版权是Elsevier科学,其内容不得复制或发电子邮件到多个网站或张贴未经版权持有人的明确书面许可,群发性.但是,用户可以打印,下载或个人使用电子邮件的文章.这个抽象可能被剥夺.不保证对复制的准确性.用户应参照原公布的材料完整版本抽象. （版权适用于所有的摘要.）
希望采纳.谢谢.}

Abstract: Grafting is a unique horticultural technology that allows the grower to select an alternate, compatible root system with natural disease resistance for their desired crop.
文摘:移植是一种独特的园艺...

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Abstract: Grafting is a unique horticultural technology that allows the grower to select an alternate, compatible root system with natural disease resistance for their desired crop.
文摘:移植是一种独特的园艺技术,让生产者选择一个互生,兼容的根系与天然的抗病能力,以换取想要的作物。
Short-term storage of grafted seedlings under low temperature may extend the production window of grafted seedlings, reduce the labor input and increase production of grafted seedlings with a small propagation capacity.
嫁接的幼苗短期贮存较低温度下可以延长嫁接的苗木生产窗口,减少劳动投入,增加生产嫁接的幼苗有一个小的传播能力。
To evaluate the low temperature storage conditions, Cucumis melo ‘Olympic Gold’ seedlings were grafted onto Cucurbita maxima x Cucurbita moschata ‘Tetsukabuto’ rootstock and stored for a period of 2 or 4 weeks at 9, 12, or 15°C under 12μmolm⁻² s⁻¹ photosynthetic photon flux (PPF).
以评估其低温贮藏条件、配合甜瓜幼苗的奥运金牌的Cucurbita Cucurbita接枝上的Tetsukabuto moschata极大值x的根源和储存一段2或4周为9、12、或15°C下12μmolm > <哈定> < / 2−−s <哈定> > 1 < /光合作用光子流量的基础上(PPF)。
The study demonstrated that grafted seedlings could be stored at 12°C for 4 weeks without significant dry mass accumulation or effects on post-storage growth and development.
研究表明:接枝苗可以被储存在12°C 4周的累积,而没有显著影响干燥质量post-storage成长及发展。
Grafted seedlings stored at 15°C for 4 weeks had a significant increase in dry mass and stem elongation; this was not observed for the non-grafted seedlings stored under the same conditions, suggesting that the rootstock enhanced the scion growth at lower temperatures than optimal for muskmelon.
15°嫁接育苗储存在C 4周的有显著增加干燥质量和干伸长;这是无法观察为后储存在同等条件下,幼苗,表明砧木一代增强了司祭盎生长在较低的温度下比最适宜甜瓜。
Storing muskmelon seedlings at 9°C caused chilling damage but the damage was pronounced for non-grafted seedlings than grafted seedlings. ‘Tetsukabuto’ rootstock, an interspecific squash, presumably has a chilling tolerance and increased the storability of muskmelon seedlings.
在9°储存甜瓜幼苗丙造成低温冷害但损坏是赞成产量变化的嫁接幼苗Tetsukabuto比6 5831秧。”,一间壁球,大概有冷却的宽容和增加甜瓜幼苗感官。
Further optimization is needed but there is potential for using this technique as a tool for mass production of grafted muskmelon seedlings. [Copyright &y& Elsevier].
进一步优化是需要的,但也有可能使用这种技术作为工具嫁接甜瓜幼苗的大规模生产&y&。[著作权民事]。
Copyright of Scientia Horticulturae is the property of Elsevier Science and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission.
统计研究Horticulturae的版权归为农业科学,其内容不得复制或以电子邮件的形式发送多个站点或登载于一个邮件群未经版权持有人的书面许可。
However, users may print, download, or email articles for individual use.
但是,用户不得印制,下载,或发电子邮件的文章为个人使用。
This abstract may be abridged.
这个抽象可能被剥夺。
No warranty is given about the accuracy of the copy.
但不保证了精度的副本。
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摘要： 移植是唯一的园艺技术，这使到他们所需的作物的天然抗病选择备用、 兼容的根系种植。低温下嫁接苗的短期存储可能延长嫁接苗的生产窗口、 减少劳动投入和增加小繁殖能力的嫁接苗的生产。若要评估低温贮藏条件，黄瓜甜瓜奥运金牌苗是南瓜极大值 x 南瓜南瓜 'Tetsukabuto' 砧木嫁接和存储 9、 12、 15 ° C 下 12μmolmsup−2sup ssup−1sup...

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摘要： 移植是唯一的园艺技术，这使到他们所需的作物的天然抗病选择备用、 兼容的根系种植。低温下嫁接苗的短期存储可能延长嫁接苗的生产窗口、 减少劳动投入和增加小繁殖能力的嫁接苗的生产。若要评估低温贮藏条件，黄瓜甜瓜奥运金牌苗是南瓜极大值 x 南瓜南瓜 'Tetsukabuto' 砧木嫁接和存储 9、 12、 15 ° C 下 12μmolmsup−2sup ssup−1sup 光合光子通 PPF 2 个或 4 个星期内。研究表明嫁接的苗可以存放在 12 ° C 为 4 周，无重大质量积累或对贮生长发育的影响。4 个星期的存储在 15 ° C 的嫁接的苗了干燥质量和茎伸长生长 ； 大幅增加这不是存储在相同的条件，建议砧木增强在较低温度下不是最佳选择甜瓜采穗圃增长下的非嫁接苗观察到的。存储在 9 ° C 的甜瓜幼苗造成寒害，但损害宣判非嫁接苗嫁接苗比。'Tetsukabuto' 砧木，种间的壁球，大概有耐冷和增加的网纹甜瓜幼苗的耐贮性。需要进一步优化，但有可能使用这种技术作为一种工具的嫁接网纹甜瓜幼苗的批量生产。[版权科技 y 科技 Elsevier]。Scientia Horticulturae 的版权是 Elsevier Science 的财产，其内容可能不会复制或通过电子邮件发送到多个站点或投递到除未经版权持有人的明确书面许可。不过，用户可打印、 下载、 或通过电子邮件发送供个人使用的物品。此抽象资产负债表可能会摘要。不保证所提供的有关该副本的准确性。

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