研究了不同的氮钾肥处理下日光温室番茄生长发育和产量的变化情况。
The experiment was carried out to study the effects of different N and K fertilization levels on growth, development and yield of tomatoes in the greenhouse.
研究了保护地渗灌管不同深度对土壤水盐动态、番茄生长发育及产量的影响。
Influences of infiltration depth on the dynamic of so il water and salt, and the growth and yield of tomato were studied in protected field.
结果表明：稻草表面覆盖和散施较对照(不施稻草)明显促进了番茄生长发育。
The results showed that compared with the control treatment (without straw), straw surface mulching and dispersal treatments could clearly accelerate the growth and development of tomatoes.
采用温室盆栽的方法，研究了施用生化黄腐酸（BFA）对番茄生长和防病的影响。
The effects of BFA on tomato growth and disease resistance were studied through pot experiment in a greenhouse.
以性状稳定的4个番茄品系为试材，利用模拟弱光环境研究弱光对番茄生长发育及产量的影响。
The growth and yield during different developing periods of 4 stable inheriting tomato strains were investigated under low light environment (50 % light intensity of control).
应用盆栽试验研究了新型生物有机肥(NAEF)对番茄生长发育、产量及土壤活性质量等方面的作用效果。
In this study, the effects of a new type of biological organic fertilizer (NAEF) on tomato growth, yield and soil activity quality were studied through pot experiments.
本文采用深液流循环水培法（DFT）探讨了营养液中不同P、K浓度对水培番茄生长发育、产量及品质的影响。
This subject was studied the effect of different P, K concentration in nutrient by Deep Flow Technique(DFT) on growth, yield and quality of tomato .
采用砂培方法研究了光合细菌对番茄发芽的影响和采用盆栽试验研究了光合细菌对番茄生长过程中光合色素、部分抗氧化酶以及微生物区系的影响。
The affects of Photosynthetic bacteria on burgeon of tomato through sand culture method on pigment, enzyme system of tomato and soil microbe through pot culture experiment were studied.
番茄在任何土壤中都能生长，但在土质肥沃、排水良好的微酸性粘土中长势最为繁茂。
Tomatoes grow in just about any soil, but they really thrive in rich, well-draining loam that is slightly acidic.
但像番茄和黄瓜这类大型作物生长需要太多的土壤和空间，因此对于“寄生农场”来说不适宜种植。
Larger produce like tomatoes and cucumbers are likely to require too much soil and space to flourish, so they may not be a good fit for the Parasite Farm.
小菜园俨然已是热带丛林，这么多的植物还是争相争夺生长空间。金盏菊和番茄枝叶蓬松，就像大胖子硬挤进拥挤的公交车里。
Law of the jungle rules there, though, many crops are fighting for space, with the calendula and the potatoes spreading out like a very fat man on the bus.
或者如果你有空间来做一个花园，帮他们耕种他们自己的蔬菜园，种植生长快速的植物，如蚕豆、小番茄、雪花豌豆和小萝卜。
Or if you have space for a garden, help them cultivate their own vegetable patch with plants that grow quickly, like beans, cherry tomatoes, snow peas, and radishes.
通过对育苗基质养分供应对番茄幼苗生长的影响的研究。
The effects of nutrient supply from substrate on growth of tomato seedlings was studied.
为了研究番茄和菠菜生长对盐分胁迫和氮素的响应，在温室和室内进行了两期的蔬菜栽培试验。
The greenhouse and indoor experiments of vegetable were conducted and to study the response of tomato and spinach growth to salinity and nitrogen while the salt increasing.
通过盆栽试验研究了酸胁迫对番茄的生长、产量和品质影响。
The results showed that the acid stress result in the delay of tomato growth period.
同样，酵母菌在含有碳酸氢钠的NYDB培养基和番茄果实伤口上的生长也受到抑制。
Growth of C. laurentii was inhibited by SBC both in the wound of tomato fruit and NYDB broth.
本文就番茄长季节栽培中叶片的生长特性进行了观测和研究。
The leaf growth characteristic of tomato long-season culture in greenhouse was observed and studied in this paper.
化肥会加快这些番茄的生长。
Fertilizer will accelerate the growth of these tomato plants.
通过对育苗基质理化特性及基质对番茄幼苗生长的影响的研究。
The physical-chemical characteristic of substrate and the effects of different substrate on growth of tomato were studied.
株高和根长的生长都受到了抑制，而番茄幼苗的鲜重、干重和含水量也明显下降了。
It's height and the root long's growth are restrained. and the tomato's wet weight, dry weight and water content decrease in evidence .
结果表明：基质不同含水量对番茄幼苗生长较为显著。
The results showed that there is a remarkable distinctness of tomato seedlings growth among different substrate moisture condition.
本研究以从植物叶片上筛选出的具有强烈抑制番茄灰霉病生长并产生大量颉颃物质的颉颃细菌B21为实验材料。
An antagonistic bacterial strain B21 was isolated from the leaf, could produce large amount of antimicrobial substance, which inhibited the growth of Botrytis cinerea Pers.
番茄的生长稀释，降低了番茄中的农药残留水平。
The growth dilution of the tomato decreased the level of pesticide residue in the tomato.
番茄的生长稀释，降低了番茄中的农药残留水平。
The growth dilution of the tomato decreased the level of pesticide residue in the tomato.
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