Optimization of Soil Tillage Systems and Fertilization for Maize Crop, in Turda area

F. Chețan, A. Șimon, P. Moraru, Marius Bǎrdaş, I. Racz
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Abstract

How do you manage to achieve optimal conditions for growth and development of plants, which can only be achieved through the diversification of soil tillages and and executing their correctness. Moisture and nutritive stress during crop growing, symptoms of nitrogen or phosphorus deficiency are very common in plants grown on compacted land, so production can be significantly reduced.The experiment realized at A.R.D.S. Turda is focused about the influence of the soil cultivation system (conventional and minimum tillage), fertilizer and agricultural year on the soil humidity and yield at maize. In the minimum tillage system the water accumulates in the soil harder but it loses more slowly but comparative with the classic system when accumulates in easier but is lost more quickly. The two years taken into study, 2015 and 2016, were favorable for the realization of corn production so there were yields of over 7000 kg/ha.
吐尔达地区玉米土壤耕作制度与施肥优化研究
你如何设法达到植物生长发育的最佳条件,这只能通过土壤耕作的多样化和执行它们的正确性来实现。作物生长过程中的水分和营养胁迫,缺氮或缺磷的症状在密实土地上生长的植物中很常见,因此产量会显著降低。本试验主要研究了土壤耕作制度(常规耕作和少耕)、肥料和农年对玉米土壤湿度和产量的影响。在最小耕作制中,水分在土壤中积累较难,但流失较慢,但与经典耕作制相比,水分在土壤中积累较容易,但流失较快。所研究的2015年和2016年是实现玉米生产的有利年份,因此产量超过7000公斤/公顷。
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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