水培条件下芥蓝对不同光强的响应

Angel Lhi Dela Cruz, Chinitt P. Sinco, Ma. Lourdes S. Cantor, Michelle T. Viña, Jolai R. Garcia-Bolaños, Rikka Bianca J. Condes, Romeo Jr. B. Bordios
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摘要

气候变化使问题复杂化,因为农业依赖土地。无土系统生产具有吸引力,因为它允许将非生产性土地用于农业,同时减少水的使用。根据讨论和结论,一层、二层和三层处理的光强对油菜的生长发育有影响。三层网组在成长和发展方面超过了单层对照组。油菜的发育和成熟受光照强度的影响。随着油菜层数的增加,植株的生长和产量得到改善。光照强度对植株产量、鲜重、耗水量和叶片组织的不同影响。研究发现,在水培系统中,光对芸苔有潜在的影响。环境温度会阻碍发展、制造和传播。结果表明,该品种对光胁迫的抗性更强。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Responses of Brassica rapa “Bokchoy” to Varying Light Intensities Grown Under Hydroponic System
Climate change compounds matters because agriculture is dependent on land. Soilless system production is attractive since it allows for the use of unproductive land for agriculture while reducing water use. The light intensities in one-, two-, and three-layer treatments affect Brassica rapa growth and development, according to the discussion and conclusions. The three-layer net group outgrew the one-layer control group in terms of growth and development. Brassica rapa's development and maturity were influenced by light intensities. Plant growth and yield improve as the number of Brassica rapa layers increases. Varying effects on plant output, fresh weight, water consumption, and leaf tissue in the intensities of light. The study discovered that light had an impact potentially in Brassica rapa in hydroponic systems. The temperature of the environment can stymie development, manufacturing, and diffusion. The findings indicate that the cultivar is more resistant to light stress.
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