Mechanical and manual sowing and hoeing processes in relation to chemical constituents and yield components of sugar beet
2010
Awad, N.M. | El-Geddawy, D.I.H. | Enan, S.A.A.M.
This experiment was carried out in two successive seasons (2007-2008 and 2008-2009) at Sakha Agriculture Research Station, Kafr El-Sheikh Governorate. To study the response of sugar beet yield and quality to the use of different planters compared to traditional sowing method in combination with different hoeing methods. The present work included fifteen treatments represent the combination between four planter machines compared to traditional planting method (manual) and three weed control methods i.e. manual hoeing, mechanical hoeing in addition to hoeing + post emergence herbicide (metamitron) Goltix. A split plot design in four replications was used. The main plot was devoted to planter machines treatments, meanwhile, the three weed control practices were randomly distributed in the sub plot. The obtained results showed that the types of planter had a significant increment on the yield in terms of root, top and sugar yield ton/fad. with the superiority of planter type M3. Also the root dimensions in terms of root length and diameter and root volume was statistically affected. On the other hand the chemical constituents i.e. impurities (Na, K and a-amino nitrogen %) and quality % was not affected by the type of planter compared to the manual sowing. Meanwhile, TSS % was significantly decreased under the manual sowing, where sucrose was highly significant at using planter type M3. Concerning the hoeing methods, the mechanical hoeing significantly surpassed the traditional hoeing and hoeing + goltix. This result was true under all studied vegetative characteristics, chemical constituents and yield components.
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