OPREDELENIE I RAZRABOTKA OSNOVNYH PARAMETROV I TEHNICHESKIH RESHENIY SAMOPOLIVNOGO VLAGO-KONDENSIRUYUSCHEGO SPOSOBA ZEMLEDELIYA (NA PRIMERE ORENBURGSKOY OBLASTI)
Abstract and keywords
Abstract (English):
An innovative agricultural technique of crop growing in droughty regions based on subsurface self-watering with aerial vaporous moisture is developed. The main goal of the technique concerned is to control a drought. The subsurface conditions and agroecosystem properties (soil temperature, moisture, depth, configuration of root system) providing the highest efficiency of the technique are established. An engineering solution for optimization of the processes of subsurface vaporous moisture condensation in close vicinity to the root system of crops is suggested. Some strength elements of the existing technologies (direct sowing, resource-saving agriculture, binary sowing) were united into a single agriculture system; these elements supplement the developed technique and increase its efficiency.

Keywords:
crops, drought, binary sowing, aerial vaporous moisture, moisture condensation, subsoil airlines
Text
An innovative agricultural technique of crop growing in droughty regions based on subsurface self-watering with aerial vaporous moisture is developed. The main goal of the technique concerned is to control a drought. The subsurface conditions and agroecosystem properties (soil temperature, moisture, depth, configuration of root system) providing the highest efficiency of the technique are established. An engineering solution for optimization of the processes of subsurface vaporous moisture condensation in close vicinity to the root system of crops is suggested. Some strength elements of the existing technologies (direct sowing, resource-saving agriculture, binary sowing) were united into a single agriculture system; these elements supplement the developed technique and increase its efficiency.
References

1. Mamiev D., Gerieva F. Adaptivno-landshaftnye sistemy zemledeliya RSO-Alaniya: problemy i zadachi // SK NII GPSH, s. Mihaylovskoe, RSO-Alaniya. 2014. S. 4.

2. Lagutkin N.V. Razumnoe zemledelie. Penza, 2013. S. 15-72.

3. Burenok V.P., Yazeva L.A., Kuksheneva T.P. Pryamoy posev pri nulevoy obrabotke pochvy. // Dostizheniya nauki i tehniki APK. 2009. № 9. S. 25-27.

4. Oreshkin M.V. Agroekologicheskie osobennosti optimizacii soderzhaniya gumusa // Politematicheskiy setevoy elektronnyy nauchnyy zhurnal KubGAU. 2010. № 61. S. 314-330.

5. Patent 2260929 RF, MPK7 A 01 V 79/02. Sposob sozdaniya prolongirovannogo kulisnogo para [Tekst] / N.A. Zelenskiy, E.P. Lugancev, M.V. Oreshkin. № 2003131217. Zayavleno 23.10.03; opubl. 20.05.05. Byul. № 27.

6. Gulyanov Yu., Dosov D. Osobennosti formirovaniya ploschadi list'ev i fotosinteticheskogo potenciala pri razlichnom sochetanii priemov udobreniya ozimoy pshenicy na chernozemah yuzhnyh orenburgskogo Predural'ya // Izvestiya Orenburgskogo gosudarstvennogo agrarnogo universiteta. 2014. № 3. S. 26-29.

7. Polyakova L.S., Kasharin D.V. Meteorologiya i klimatologiya. Novocherkassk, 2004. 107 s.

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