利用先进技术对种植模式、水培耕作系统和作物优化的新认识

Sadaqat S. Ali, Rabia Nadeem, Bisma Arshad, H. Makki, Asma Atta, K. Fiaz, Komal Razzaq, M. Adil, Muhammad Sheeraz Javed
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引用次数: 0

摘要

种植模式反映了转基因作物和普通作物在不同温度和pH条件下的生长情况,也影响了栽培效果。提出了土壤农业生态测量和气候条件。单作模式控制了不同害虫的侵袭,提高了土壤微生物的多样性,从而提高了作物的产量。作物轮作取决于不同的因素,如某些作物的轮作系列和施用频率,这些因素可以改善微生物生长的功能特性。这种方法可以帮助定位土壤传播的病原体,使土壤效益最大化。适当的灌溉系统也是丰富生态系统的另一种农业方法。它使原来的作物在收获后再次罢工,并种植另一种作物。与传统的田间种植植物相比,在水培系统中生长的植物显示出高增长,也通过绿色技术增加了可持续农业发展的机会,在营养培养基中可以种植大量植物。提高农业效率的种植模式有助于灌溉作物和培育更多抗病品种。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Insights in Cropping Patterns, Hydroponic Farming System and Roles in Crop Optimization through Advanced Technologies
Cropping pattern reflects the growing of genetically modified crops and ordinary crops in the different conditions of temperature and pH also affected the cultivation. It also advances the soil agro ecological measurement and climatic conditions. Monocropping patterns increase the mass crop production due to higher yields by controlling the attack of different pests and improving the soil microbe diversity. Crop rotation depends on different factors such as rotating series and applied frequency of certain crops that improved the functional properties of microorganisms growth. This approach can be helpful for targeting the soil-borne pathogens to maximize soil benefits. Proper irrigation system also another agricultural approach for enriching the ecosystem. It enables the original crop to strike again after harvesting and to raise another crop. Plants grown in in the hydroponic system shows high growth as compared to the conventionally field-grown plants also increase the chances of sustainable agricultural development through green technology where large number of plants can be grown in the nutrient medium. Cropping patterns to make farming more efficient that can be helpful to irrigate crops and more disease resistant varieties.
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