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Response of potato cultivars 'Atlantic' and 'Medians' to the modified micro-climate at medium altitude

机译:马铃薯品种“大西洋”与“中位”对中高度改良微气候的回应

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Cultivation of potato crop in high-temperature areas can cause the quality and quantity of yield to decrease. In order to overcome problems caused by high temperatures in medium plains in Indonesia, there are a number of environmental modifications that can be made. For instance, a treatment utilizing screen net shade allows optimal growth of potatoes. Choosing a type of cultivar fit to be planted in medium plains is also essential in order to know which of them that are adjusting and producing well.The experiment was conducted at the Research Station of Agriculture Department of Padjajaran University, located at 685 meters above sea level, using inceptisol soil with D3 type of rainfall. This research utilized the Split-Plot Design experimental method. The main plot was exposed to a modified micro-climate screen net shade treatment (without shade, with 30% screen net shade and with 40% sreen net shade). The plot factors consisted of Atlantic and Medians cultivars. The experiment consisted of six treatments with four replications each, totalling to 24 factorial plots. The results showed interaction between the shade and cultivars to the amount of yields grown at medium plain. However, it didn't show any effects on growth. The plot receiving the 30% screen net shade treatment had independently produced taller plants, wider leaf area and bigger dry weight of Medians cultivars compared to the Atlantic cultivars. The results also showed an increased weight of both Atlantic and Medians cultivars, thenumber of the Medians cultivar tubers being higher than that of the Atlantic cultivars. It can be concluded that the 30% screen net shade treatment was able to increase the production of both Atlantic and Median cultivars grown in medium plains.
机译:高温区域培养马铃薯作物会导致产量的质量和产量减少。为了克服印度尼西亚中原中的高温引起的问题,可以制造许多环境修改。例如,利用屏幕净阴影的处理允许马铃薯的最佳生长。选择一种待种植在中等平原中的品种契约是必不可少的,以了解哪些正在调整和产生井。实验是在帕加伦大学农业部研究站进行的,位于海上685米用D3类型的降雨量使用Inceptisol土壤。该研究利用了分裂图设计实验方法。主要地图暴露于改性的微气候筛网净纹理处理(无阴影,30%屏幕净阴影和40%的净净阴影)。情节因素由大西洋和中位数品种组成。该实验由六种治疗组成,每个治疗有四种复制,总额为24个因素。结果表明,在中平片中生长的产率之间的相互作用。但是,它没有对增长显示任何影响。与大西洋品种相比,接受30%屏幕净污水处理的地位独立生产了更高的植物,更广泛的叶片区域和更大的中位品种。结果还表现出大西洋和中位数品种的重量增加,中位数块茎高于大西洋品种。可以得出结论,30%屏幕净污水处理能够增加中大西洋和中位品种的生产。

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