Search Results

Results 1 - 7 of 7

Ol'garenko, G.V.. 1986 Russian.

Type :

Non-Conventional

AGROVOC Terms :

eau disponible; disponibilidad del agua; eau souterraine; relation sol atmosphere; absorcion de agua; contenido de agua en el suelo; water availability; teneur en eau du sol; absorption d'eau; aeration; water uptake; calendario de los riegos; soil air relations; relacion suelo-aire; aguas subterraneas; barley; irrigation scheduling; groundwater; calendrier des irrigations; aeracion; rsfrs-en-europa/ rendimiento de cultivos; rsfsr d'europe/ rendement des cultures; cebada; orge; soil water content; rsfsr in europe/ crop yield

Ol'garenko G.V.. 1986 Russian.

Type :

Journal Article

AGROVOC Terms :

eau disponible; rsfrs en europa; disponibilidad del agua; eau souterraine; rendement des cultures; relacion suelo aire; relation sol atmosphere; contenido de agua en el suelo; absorcion de agua; rsfsr d' europe; water availability; crop yield; teneur en eau du sol; aeration; water uptake; rendimiento de cultivos; calendario de los riegos; soil air relations; absorption d' eau; aguas subterraneas; irrigation scheduling; groundwater; barley; calendrier des irrigations; aeracion; cebada; orge; rsfsr in europe; soil water content

Ol'garenko, G.V., Fileva, A.A.. 1987 Russian.

Type :

Non-Conventional

AGROVOC Terms :

propriete physico-chimique du sol; soil chemicophysical properties; *; labour; rsfsr d'europe; propiedades fisico-quimicas (suelo); compactacion del suelo; ploughing; rsfsr in europe; soil compaction; compactage du sol; aradura; chernozem; rsfrs-en-europa; chernozems

Ol'garenko G.V., Fileva A.A.. 1987 Russian.

Type :

Journal Article

AGROVOC Terms :

rsfrs en europa; soil chemicophysical properties; propiedades fisico quimicas suelo; rsfsr d' europe; labour; compactacion del suelo; propriete physico chimique du sol; ploughing; rsfsr in europe; soil compaction; aradura; compactage du sol; chernozem; chernozems

Olgarenko, G.V., Bryl, S.V., Zverkov, M.S.. Ekologiya i stroitelstvo, 2413-8452. 2017. Russian.

Access the full text

Type :

Journal Article

AGROVOC Terms :

splash erosion; drop; raindrop erosion; soil splash

Abstract :

The purpose of this research is to develop methods of determination of the stress-strain state of the soil due to the drop impact of the artificial rain to increase the accuracy and simplify the research of drop and rain erosion, field and laboratory testing of sprinkler equipment. The calculation of the shear stresses arising at the point of impact drops of art ificial rain on soil, the role ...

Ol'garenko, G.V., Turapin, S.S., All-Russia Research and Development Inst. for Irrigation and Farming Water Supply Systems. Achievements of Science and Technology in Agro-Industrial Complex, 0235-2451. 2020. Russian.

Type :

Journal Article

AGROVOC Terms :

aspersores; riego por aspersion; sprinklers; caracteristicas de la maquinaria; equipment characteristics; irrigation par aspersion; russian federation; federation de russie; arroseur; caracteristique du materiel; fiabilidad de la maquinaria; sprinkler irrigation; federacion de rusia; fiabilite du materiel; equipment reliability

Abstract :

For the development of irrigated agriculture, it is necessary to provide Russian agricultural producers with domestic sprinkling equipment that is not inferior in its technical and operational characteristics to foreign machines. The study aimed to design an automated, high-performance, environmentally friendly sprinkler technology, subject to minimizing the costs of integral resources and max ...

Ol'garenko, G.V., All-Russia Research and Development Inst. for Irrigation and Farming Water Supply Systems, Tsekoeva, F.K.. Scientific Journal of Russian RDI of Melioration Problems, 2222-1816. 2013. Russian.

Type :

Journal Article

AGROVOC Terms :

riego; planificacion; cultivos; computer software; crops; evaporacion; programas de ordenador; russian federation; federation de russie; planning; plante de culture; irrigation; planification; evaporation; federacion de rusia; logiciel

Abstract :

Generally the improvement of empirical models of irrigation modes management is to increase the reliability of the original information, to provide regional coefficients, to evaluate the variability of heat and moisture supply of the accounting period. The accuracy of mathematical dependences increases the quantification of nonlinearity of the connection between the depression evaporation and ...

Save top 500 records as: AGRIS_AP CSV RIS EndNote(XML)