Organic vegetable farming & Horticulture technology
Horticulture and organic vegetable farming are the basic branch of agriculture. Their products obtained during the cultivation of crops are used not only as food for the population, but also as animal feed, raw materials for such industries as textile, pharmaceutical, perfumery, etc. In addition, there is another “beautiful” sphere of production – decorative gardening.
A distinctive feature of crop production is the use of huge areas of agricultural land that are engaged in the production of agricultural products. For this reason, the introduction of new methods of land management, the use of modern intensive horticulture technology and methods, is a priority task for the national branch of agriculture.
The modern farm innovations technology Aquator meets the highest requirements for the efficiency of organic vegetable farming and fits perfectly into the development strategy of domestic agriculture.
The capabilities of the Aquator technology to increase yields and improve the quality of manufactured products have been demonstrated on a number of agricultural crops.
Innovative technology Aquator delivers measurable results in obtaining additional profit of the enterprise and improving the quality of products:
- increasing the productivity of agricultural production – by 50% or more in crop production and up to 20% in animal husbandry
- abandoning the use of synthetic drugs
- quality management of manufactured products
- increasing the shelf life of products
- reducing production costs
- obtaining a significant additional profit of an agricultural enterprise
The regional Planet Agro TV company presents the Aquator farm innovations technology
Improving grape production efficiency by over 90%
The influence of biologically active substances and water activated with their help on the yield and quality of Bianca grapes was studied at the Department of Viticulture of the Kuban State Agrarian University.
The data obtained indicate that the non-root treatment of grape bushes with biologically active substances and activated water, with the properties of growth stimulants transferred to it, had a significant impact on the increase in grape yield compared to the control. At the same time, it was found that when using activated water, the yield of grapes was higher than when using the drugs themselves.
View results of a 4-Year Research to find out how Aquator helped achieve a 95% increase in grape crops in the best growing cycle:
NEW & Organic Grape Farming Technology
Organic vegetable farming - increasing onion production by over 35%
In the same place, tests were conducted on the effect of water activated by the matrices of Radix and Radipharm preparations on the yield of turnip onions of the winter variety Ellan.
The use of Aquator technology has boosted vegetable production by more than 30%. And its quality improved as well.
In 2008, at the Department of the Kuban State Agrarian University, the Aquator technology was tested on the culture of turnip onions of the winter variety Ellan. The use of matrices of biologically active substances Radix and Radipharm allowed to increase the yield of vegetables by more than 30%. Moreover, not only the yield has increased, but also, as can be seen from the table above, the quality of the fruit.
As in all other cases, the Aquator technology has shown its high efficiency on this vegetable crop.
Improving pepper farming by 33%
In 2016 — 2017, at the industrial farm Feeders (Pheeders) in the town of Brits (Brits) In the North-Western province of the Republic of South Africa, the Aquator technology was tested on the green pepper culture. The vegetation lasted 21 weeks and showed the effectiveness of the technology.
As a result, the yield in the test row was 33% higher than the control one. This increase was obtained both due to a larger number of fruits and due to their greater average weight.
The general view of the plantation in South Africa
The growth stimulator matrix of the drug Ethamon was used when cultivating pepper.
Throughout the growing season, plant growth was monitored, which showed that the test row was filled with a green mass of plants denser than the control one. The plants of the test row looked healthier and taller. The number of inflorescences, ovaries and fruits on the plants of the test row was steadily greater than on the control.
Experimental row with the Aquator module
the Aquator device with matrix
Pepper weighing 210 g, collected from the test row
The box with the harvest from the test row
The box with the harvest from the test row
Also, as seen in the picture there were several vegetables collected on the test row, which significantly differed in weight and size from the total mass. A similar phenomenon was not observed on the control rows.
The present test vegetation confirmed the high efficiency of the use of the Aquator technology on green peppers as well.
Floriculture technology to increase crop yield of flowers
The use of Aquator is effective for any agricultural crops, including ornamental ones. In one of the greenhouses of decorative gardening, the Aquator technology was tested on growing tulip flowers. The result of the technology application showed that such a method of flower cultivation is as effective as when using solutions of growth stimulants.
In the greenhouse of decorative gardening in the city of Korolev near Moscow, the Aquator technology was tested on the task of growing tulip flowers. The test purpose was to compare the effectiveness of the traditional technology of cultivating flowers using a solution of the biologically active substance Ethamone, with the option of using activated water with the same matrix.
The two photos above allow us to compare the size of tulips and the development of the root system of flowers in the case of using a solution of the drug Ethamone and water activated by its matrix.
In the photo, the acronym ВОДИ stands for Water from a Generally Available Source, which is used for watering plants and acted as a control in the test. In this case, it was water from the municipal water supply system of the city of Korolev near Moscow, where the greenhouse floriculture was located.