To cultivate field crops and increasing their salinity resistance under saline soil condition has become the prior issue. It is important to study the technology of care for each field crop based on the specific soil and climatic conditions. It is very essential to study the advanced technologies to increase the salinity of corn in these soils. In the condition of less saline soils, the green mass of the produced corn was 669.9 c/ha and dry mass constituted 169.6 c/ha while was in average saline soil this indicates were 312.7 c/ha and 95.00 c/ha relatively. Under strong saline soil condition initially 3-4 pieces of corn sprouted per sq. m. and subsequently died of salt exposure.
KEYWORDS: corn, less saline, medium saline, salt resistance, sowing time, dense of seedling, green mass, irrigation dynamics.
The issue of growing white corn in saline soils and increasing its resistance to salt remains a topical issue. The fact that the soils of the experiment area have a certain degree of salinity, that saline washing operations are not carried out at the required level, and that there is a seasonal salt accumulation process indicates a certain complexity of the problem. To address this issue, research was conducted in the saline soils of the Ak altyn district of Syrdarya province in Uzbekistan. Under poorly saline soils, the average yield of white oats was 669.6 q/ha, while the average saline soils yielded 580.7 q/ha.
The expenses related to the agricultural production include the application of fuel and lubricants, high quality seeds, fertilizers and various pesticides, high- performance machinery and mechanisms, the deterioration of land reclamation and increasing costs of salinization and erosion, irrigation and other production now require diversified demand for its production.
Based on this requirement, the crop received by non-conventional methods of land cultivation and raising double crops, the harvest of 17.0 c/ha was mung bean, 24.7 c/ha made up beans and corn constituted 46.2 c/ha.
KEYWORDS: Surface treatment, second crop, irrigation, resource-saving, method, soil, non-conventional tillage, technology, variant, plough, harrow, surface tillage.
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