Study of Use Shade And Mulch Of Micro Climate In Tomato Plants (Lycopersicum esculentum Mill)

Dita Rani Suryaningsih, Y. Mangera
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Abstract

ABSTRACT   The purpose of this study is to determine the effect of shading and mulching on microclimates in tomato plants. This study used a Randomized Block Design (RBD) method with shade and mulch treatment consisting of 6 levels of treatment namely shade without mulch (NTM), plastic mulch shade (NMP), straw mulch shade (NMJ) and without shade without mulch (TNTM) , without plastic mulch shade (TNMP), without straw mulch shade (TNMJ). Each treatment was repeated three times so that there were 18 experimental units. The parameters observed in this study are plant parameters including plant height, number of branches, age of flowering, number of fruit plants and plant fruit weight. Microclimate observations include measurements of soil moisture, soil temperature, ambient temperature and humidity, wind speed and light absorption. Soil physical and chemical properties observed included soil texture, volume weight, specific gravity, soil pH, available K, porosity, organic matter, total N, field capacity and withering point. The results showed that the use of shade and mulch affected the soil moisture content. Shade can also reduce air temperature and can increase humidity. At the soil temperature the use of shade is very influential because it can reduce soil temperature, while the use of mulch also affects because it can reduce the radiation received and absorbed by the soil so that it can reduce soil temperature. Shade affects the speed of the wind and the absorption of light, where the speed of the wind and the absorption of light that is in the shade is lower than in the shade. Data on growth and production of tomato plants were analyzed using variance and tested further using a BNT advanced level of 5%. The use of shade and mulch has a very significant effect on the plant height observation variable at the age of 52 days after planting, but it does not have a significant effect on the observed variables of the number of branches, flowering age, number of fruits and fruit weight in tomato plants (Lycopersicum esculentum Mill). A good mulch for tomato plant growth is silver black plastic mulch, while a good mulch for tomato plant production is rice straw mulch.
番茄(Lycopersicum esculentum Mill)植物小气候使用遮荫和覆盖的研究
摘要本研究旨在探讨遮荫和覆盖对番茄植株小气候的影响。本研究采用随机区组设计(RBD)方法,采用遮荫和覆盖处理,包括6个处理水平,即遮荫不覆盖(NTM)、地膜遮荫(NMP)、秸秆覆盖遮荫(NMJ)和无遮荫不覆盖(TNTM)、无地膜遮荫(TNMP)、无秸秆覆盖遮荫(TNMJ)。每个处理重复3次,共18个实验单位。本研究观察到的参数为植株参数,包括株高、分枝数、花龄、果实数和植株果实重。小气候观测包括土壤湿度、土壤温度、环境温度和湿度、风速和光吸收的测量。土壤理化性质包括土壤质地、容重、比重、土壤pH、速效钾、孔隙度、有机质、全氮、田间容量和凋萎点。结果表明,遮荫和覆盖对土壤含水量有影响。遮荫也可以降低空气温度,增加湿度。在土壤温度下,遮阳的使用是非常有影响的,因为它可以降低土壤温度,而覆盖物的使用也有影响,因为它可以减少土壤接收和吸收的辐射,从而降低土壤温度。阴凉处影响风的速度和光的吸收,其中在阴凉处的风的速度和光的吸收低于在阴凉处。对番茄植株生长和产量数据进行方差分析,并采用5%的BNT高级水平进一步检验。遮荫和覆膜的使用对种植后52天的株高观测变量有非常显著的影响,但对番茄植株(Lycopersicum esculentum Mill)的枝数、花龄、果数和果重的观测变量没有显著影响。银黑色地膜是番茄生长的好地膜,而水稻秸秆地膜是番茄生产的好地膜。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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