ADVANTAGES OF DEEP-SOIL TILLAGE OF WINTER WHEAT FIELDS
Abstract
Tine seeders are recognised for their greater soil disturbance at seeding,
relative to disc seeders. Aspects of soil disturbance at seeding include furrow size and
depth as well as the extent of soil movement or soil throw. The lateral soil throw (i.e. the
sideways movement of soil pushed out of the furrow) is a particularly important parameter
to consider in a no-till seeding context. A limited amount of lateral soil throw at seeding is
typically desired to mechanically incorporate soil applied herbicides. However, excessive
soil throw limits the furrow backfill, reducing soil cover over the seed, and creates
interactions (ridging) between adjacent seed rows, resulting in additional soil cover which
increases seeding depth and potentially induces crop damage from herbicides.
References
Desbiolles, J (2004). Operating knife point systems for least trifluralin damage.2004
Results Book of the YP Alkaline Soils Group.
Leonard E and J Desbiolles (2008). Points of difference. in "The Essential Guide to
Conservation Agriculture - Moving beyond adoption" 2008 SANTFA publication, p27-29.
Solhjou A, J Fielke and J Desbiolles (2012). Soil translocation by narrow openers with
various rake angles. Biosystems Engineering 112: 65-73.
Solhjou A, J Desbiolles and J Fielke (2013). Soil translocation by narrow openers with
various blade face geometries. Biosystems Engineering 114, pp.259-266.
Solhjou AA, JM Fielke, JMA Desbiolles and C Saunders (2014). Soil translocation by
narrow openers with various bent leg geometries. Biosystems Engineering 127: 41-49.
Irgashev D. Theoretical justification of the longitudinal distance of a plug-softener that
works without turning the soil between garden rows //Science and innovation. – 2023. – Т. – №. D11. – С. 482-487.
Irgashev, D. B., RX Tovashov AR, and O. T. Sadikov. "Mamadiyorov. Technical
Analysis of Plug Software When Working Between Gardens." International Journal of
Advanced Research in Science, Engineering and Technology 9.5 (2022).
Irgashev D. Improved plug-softener technology for working between garden rows
//Science and innovation. – 2022. – Т. 1. – №. 7. – С. 330-336.
Irgashev D. B., Hamarayev O. S. The Use of Disc Chisels in Surface Treatment Between
Garden Rows //American Journal of Engineering, Mechanics and Architecture (2993-2637). – 2023. – Т. 1. – №. 10. – С. 278-287.
Irgashev D. B. Analysis of Machines Providing Liquid Fertilizer to the Root System of
Orchard and Vine Seedlings //American Journal of Engineering, Mechanics and
Architecture (2993-2637). – 2023. – Т. 1. – №. 10. – С. 356-362.
Irgashev, D., Toshtemirov, S., Maiviatov, F. M., & Muqimov, B. (2023). Placement of
working bodies on the frame of the tool plow-ripper. In E3S Web of Conferences (Vol.
. EDP Sciences.
Irgashev D. The effect of the upper softener of the sloped column working body
working on the soil of garden fields on the energy indicators //Science and innovation. –
– Т. 2. – №. A8. – С. 133-137.
Irgashev D. B. et al. High softening performance indicators of plug-softener //IOP
Conference Series: Earth and Environmental Science. – IOP Publishing, 2023. – Т. 1284. –
№. 1. – С. 012032.
Irgashev D. B. Analysis of Machines Providing Liquid Fertilizer to the Root System of
Orchard and Vine Seedlings //American Journal of Engineering, Mechanics and
Architecture (2993-2637). – 2023. – Т. 1. – №. 10. – С. 356-362.
Irgashev D. B., Buriyev M. Analysis of the Coils Used in Soil Drilling //American
Journal of Engineering, Mechanics and Architecture (2993-2637). – 2023. – Т. 1. – №. 10. – С. 302-308.
