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Effect of Air Moisture on Pepper Growth with Different Irrigation Methods in a Greenhouse

机译:温室与不同灌溉方法辣椒生长对辣椒生长的影响

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Air moisture in a greenhouse is an important factor to reduce crop diseases and insect pests and to increase crop yield. When soil moisture was 60%-70% of field capacity and the irrigating quota was 15mm, this paper experimentally studies the effect of air moisture on the growth of pepper in the greenhouse. Moreover, it analyzed the incidence of crop pests diseases respectively with small tube flow, infiltration irrigation, drip irrigation and furrow irrigation. The results show that the relevance between air moisture and irrigation methods is obvious. The variety trend of air temperature and air moisture are opposite, when the air temperature in a greenhouse is controlled between 25°C and 28°C, the air moisture in a greenhouse is lower. And the air moisture in a greenhouse is the lowest with infiltration irrigation, the incidence of crop diseases and insect pests is close to that with small tube flow and 35% lower than that with furrow irrigation; and the yield (2310kg/mu) is the highest with infiltration irrigation. The yield of pepper with drip irrigation, infiltration irrigation and small tube flow are 17%, 39%, 34% higher than that with furrow irrigation respectively.
机译:温室中的空气水分是减少作物疾病和害虫的重要因素,并增加作物产量。当土壤水分为50%-70%的现场容量和灌溉配额为15mm时,本文实验研究了空气水分对温室辣椒生长的影响。此外,它分析了分别用小管流动,渗透灌溉,滴灌和沟灌灌溉率分析了作物害虫疾病的发生率。结果表明,空气水分和灌溉方法之间的相关性是显而易见的。空气温度和空气水分的态度相反,当温室的空气温度在25°C和28°C之间控制时,温室中的空气水分较低。温室中的空气水分是最低的渗透灌溉,作物疾病和虫害的发生率接近,小管流量与小管灌溉,35%低于沟灌;产量(2310kg / mu)是渗透灌溉的最高。用滴灌灌溉,渗透灌溉和小管流量的辣椒产量分别比沟槽灌溉的17%,39%,34%高。

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