The effectiveness of the use of Organostim agrochemicals in cucumber cultivation technology

The paper considers the results of studying the effect of agrochemicals Organostim on the growth and production processes of cucumbers. The use of agrochemicals in cucumber cultivation technology by the Organostim contributed to the activation of growth processes, an increase in the leaf surface area and the formation of more cucumber fruits with better quality. The use of Organostim, a drug capable of suppressing oxidative processes, possessing homeostatic and fungistatic properties, made it possible to increase significantly the productivity of cucumber plants (yield increase was 34.9%) and significantly improve the quality of its fruits

Biological effectiveness of the drug Esfon use for tomatoes

Tomatoes play a leading role in providing the population of Russia with vegetable products, which is due to their high productivity, good taste properties, diverse use, ability to cultivate in open and closed ground, and, consequently, to consume them all year round. Based on the fact that the consumption of tomatoes is growing every year, the main task is to increase the yield and quality of fruits. One of the ways to solve this problem is, according to research data, four-fold treatment of tomato plants in the phase of milk ripeness with Esfon at a dose of 1.0l/ ha, which is due to obtaining a high yield of good quality fruits (6,204 kg/m2, in the control - 5,108 kg/m2, HCR05 = 0.250 kg/m2) and a reduction in the maturation period, in comparison with the control, is 14 days

Biological effectiveness of the drug Esfon use for tomatoes

Tomatoes play a leading role in providing the population of Russia with vegetable products, which is due to their high productivity, good taste properties, diverse use, ability to cultivate in open and closed ground, and, consequently, to consume them all year round. Based on the fact that the consumption of tomatoes is growing every year, the main task is to increase the yield and quality of fruits. One of the ways to solve this problem is, according to research data, four-fold treatment of tomato plants in the phase of milk ripeness with Esfon at a dose of 1.0l/ ha, which is due to obtaining a high yield of good quality fruits (6,204 kg/m2, in the control - 5,108 kg/m2, HCR05 = 0.250 kg/m2) and a reduction in the maturation period, in comparison with the control, is 14 days

Biological efficacy of agrochemical mikrometsen on sugar beet

The test chemical Mikrometsen – bis (hydroxymethyl) phosphinic acid (mixture of salts) having high growth regulating and antistress property, in case of twice repeated spraying, reinforced growth of beet tops (number of leaves – 20,7-28,0, control – 17,9 pcs/plant; leaves area – 34,72-38,59 dm2 /plant; biomass of leaves – 188,39-248,32, control -161,74 g/plant) and formation of root crops (length – 29,4-32,3, control – 27,8 cm, diameter – 7,4-8,0, control – 6.9 cm, mass – 438.93-461.24, control – 417.26g). It was also established that with an increase in the consumption rate of the chemical, the absolute values of growth and mass indicators of tops and root crops enhanced. The most powerful leaf rosette and large root crops were formed in the option of treatment of sugar beet plants with the chemical Micrometsen twice (1-st in phase of 4-6 leaves, 2-nd in 20 days after the first) where the consumption rate was 10mg/ha (consumption of working solution – 200 l/ha). In this option, the maximum increase in the yield of root crops was obtained – 12.1%, yield under control – 365.9 centner/ha, sugar yield per hectar – 70.13 centner (control – 58.18 centner)