HOW ARE "PHILAZONITE" BACTERIA INFLUENCED ON THE SOY BUSINESS

In Ukraine, manufacturers, intermediaries, and even Blada pay close attention to such an important crop as soybeans. And this is not accidental. The demand for legumes has grown significantly over the past decades, and the export of Ukrainian soybeans has grown accordingly, as well as its sales price. Until the lawmakers decided to change the "rules of the game" in the interests of Ukrainian processors. In December 2017, a law was adopted on the cancellation of VAT refunds to those engaged in the export of soybeans. This intervention of the authorities gave reason to predict a reduction in the area sown under soybeans. In order to smooth out the soybean crisis, the state resumed VAT refunds to soybean producers in the summer of 2018, and in the near future, everyone hopes for the rapid appearance of new processing plants capable of "mastering" the entire proposed crop. Perhaps this can be expected, since the Internet is full of information about the opening of new processing plants for this culture, and therefore, the demand will grow again. No matter how the soybean market develops, producers continue to work on increasing the profitability of legumes.And one of the effective ways is to introduce beneficial microorganisms into the soil, in particular the complex drug Filazonite.

Experts often note the importance of soybean inoculation, as it is an important prerequisite for obtaining a high yield. Last but not least, the advantages of treatment with non-chemical preparations, namely the introduction of special microorganisms, biological preparations that perform the necessary function, are emphasized. At the same time, there is one necessary feature that not every crop processing tool possesses. This feature is complexity, the presence of several different types of bacteria that "peacefully coexist" in one common solution. It is the bacterialfilazonite fertilizers that have all the necessary properties for growing soybeans, including the ability to process the remains of the predecessor, inoculate the soil, ensure plant resistance to diseases, and ultimately contribute to the high productivity of the cultivated crop. This was confirmed by the results of research in farms and scientific research institutes of the country.

Investments in the harvest brought a distinct economic gain

In Chernivtsi region, testing of soil-centric technology using Filazonite was conductedon the basis of the "Ukrainian Research Plant Quarantine Station". The control and research plots occupied 1 hectare each. The research area is located in the village of Boyana, Chernivtsi region, which is characterized as a soil-climatic zone of the western forest-steppe of Ukraine. This subzone belongs to the humid zone, the soil cover is represented by gray podsolized soils with an average content of humus on the surface. The soil is slightly acidic, close to neutral and supplied with all trace elements except nitrogen. Since measures to accelerate the decomposition of crop residues were not carried out at the experimental station in the fall, it was done in the spring, for which 10 liters of Filazonite were applied.FilazonitusV stubble destructor. At the same time, 15 liters of FilazonitTO- were used for inoculation. As the research showed, the effect of the Filazonite biopreparation increased productivity, improved soil quality, reduced soil acidity, and improved phosphorus absorption by plants. ФілазонітуТО- для іннокуляції. Як показали дослідження, вплив біопрепарату Філазоніт позначився на зростанні урожайності, покращенні якості грунту, зменшенні кислості грунтів, кращому засвоєнні рослинами фосфору.

"Evaluating the results of soybean cultivation, the height of the crop reached an average of 89.6 centimeters, while in the control plot this indicator was 82 cm. In the experimental field using the bacterial preparation, soybean productivity increased by 7.4 tt./ha or by 31%. Investments in the harvest brought a clear economic gain" - pointed out the researcher of the Institute Gunchak M.V. The conclusions of the scientific research report proved the significant impact of biofertilizer on the yield of crops, which is a consequence of applying biofertilizer. Stable indicators of humus content were noted on the plots with the use of Filazonite, and the effect of the biological preparation on the processes of nitrogen exchange and transformation was recorded, which was achieved due to the creation of a favorable environment for microorganisms. Soy as a legume has the ability to fix nitrogen from the atmosphere with the help of nodule bacteria. In particular, in the studied area, its increase occurred from the initial 80 to 90 mg/kg. The percentage of humus increased by 0.2%. The obtained results indicate the positive influence of soil-cetric technology on the processes of changing phosphorus compounds from unavailable to available. An increase in the content of mobile potassium compounds is observed. And productivity. Compared to the reference indicators, it increased by 22 percent and reached 2 and a half tons per hectare.

Під дією Філазоніту якісні показники грунту зростають

ПАФ “Бовшів” Івано-Франківської області – наступна адреса дослідницької роботи. Висновки науково-дослідного звіту засвідчили істотний вплив біодобрива на врожайність культур, що є наслідком внесення біодобрива. На ділянках із застосуванням Філазоніту відзначено стабільні показники вмісту гумусу, зафіксовано вплив біопрепарату на процеси обміну і трансформації азоту, що досягнуто за рахунок створення сприятливого середовища для мікроорганізмів. Соя як бобова культура має здатність за допомогою бульбочкових бактерій фіксувати азот з атмосфери. Зокрема на досліджуваній ділянці його збільшення відбулося з початкових 80 до 90 мг/кг. Відсоток гумусу зріс на 0,2%. Отримані результати вказують на позитивний вплив грунтоцетричної технології на процеси видозмінення сполук фосфору з недоступних в доступні. Спостерігається підвищення вмісту рухомих сполук калію. І урожайність. Порівняно з контрольними показниками вона зросла на 22 відсотки і досягла 2 з половиною тонни з гектара.

The use of Filazonite made it possible to achieve obvious results in the Skvirsk research station of organic production.Chief agronomist of SE DG "Skyrske" V.P. Rybak was even impressed by the powerful root system of plants with a huge number of bubbles. Filazonite TO was used here in 2018 when growing soybeans on the experimental site, which is certified and used according to organic production technology. The yield compared to the control was higher by 360 kg per hectare. The predecessor of soybeans was winter wheat, the introduction of the inoculant (15 liters per hectare) was carried out on May 12, on the day of sowing the crop.

The application of the preparation allowed to save on fertilizers and irrigation

About the results of research work and the determination of the effectiveness of the biological preparation Filazonite on soybean crops in SE "Scientific Innovation and Technological Center of the Institute of Fodder and Agriculture of Poddillia NAAS":

Soybeans were sown here on May 8 on an area of 3 hectares. Each investigated option occupied 1 hectare. In the process of growing soybeans on the plot treated with Filazonite, resistance to diseases was noted, the culture does not lay down, and there are high quality indicators of productivity.Director of the Institute of Fodder and Agriculture of the Podillia National Academy of Sciences, Fostolovich S.I. noted that

“... the introduction ofPhilazonite contributed to a significant increase in the number of beans per plant, which was 18 pieces and an increase in the number of seeds on average by 9.2 pieces. The weight of 1000 seeds turned out to be greater by 18 grams compared to the control. As a result, the yield was 25% higher compared to the control plot"[/b]

Effectiveness of the use of the drug Filazonite in the cultivation of soybeans under irrigated conditions inToV "Dnipro-Biloghirya" of the Kherson region was analyzed by the candidate of of Sciences, deputy director of the Kherson branch of State State University "State Protection" Shukaylo Svitlana Petrivna. She confirmed that

"the preparation allowed to achieve unique results on soybean crops. An additional yield of 6.7 t/ha was obtained, i.e. 19.4% more than on the control plots. At the same time, there was a positive change in the soil structure. In 2018, the preparation Filazonite TO soybean was used for this culture on the irrigated fields of Dnipro Biloghirya LLC. the chief agronomist of the company Serhiy Anatoliyovych is satisfied with the result, they got an additional harvest and at the same time they were able to save a little on the amount of phosphorus fertilizers and on the amount of irrigation compared to the control plot. Thanks to Filazonite, the yield of soybeans increased to 4.12 tons per hectare, which is an order of magnitude more than on the control." - she confirmed.

Soil-centric technology in no way denies the scientifically based use of fertilizers. On the contrary.

Transcarpathia.Chief agronomist of "Klyachanivske" LLC Andriy Chonka positively evaluated the results of studies on the impact of the biological preparation. The use of Filazonite showed, he said, that a significant effect was obtained when applying two technologies of applying Filazonite. Thus, when applying Filazonite at the rate of 10 l/ha as a destructor and Filazonite as an inoculant at the rate of 15 l/ha, soybean yield increased by 8.0 c/ha or by 32%. In addition, when using this technology, an increase in nitrogen in the soil was visible.

Among the obvious results when usingFilazonite we cite the indicators of a number of farms and enterprises.

FG "Stern-Agro" of the Ivano-Frankivsk region obtained from the cultivated area 3 tons of soybeans per hectare, which per hectare 11.1% higher than the benchmark. 11 liters of the drug were applied per hectare.SE "Obriy" in the same region applied Filazonite at 10 liters per hectare and obtained +12.3% compared to the control yield.
Viktoria LLC of the Ternopil region as a result of applying 15 liters per hectare of the biological product, the yield reached 3.62 tons, which is 13.1% more than the control yield indicatorSFG "Guivan" increased productivity by 13.1 percent, applying 15 liters of the drug per hectare.

As aptly noted by the authors of studies based on LLC "Victoria" andTernopil branch of DU "Derzhgruntohorouna" tests of Filazonite really prove that thanks to the action of beneficial microorganisms, natural processes in the soil are accelerated, the structure of the soil improves, the mobility of nutrients increases, and as a result, this affects the high yield of crops. At the same time, it is worth considering that soil-centric technology in no way involves competition with mineral fertilizers. Vice versa. A scientifically based combination of agricultural technologies can give the maximum effect. An important factor for the manufacturer is the economic effect due to the increased productivity of soybeans or other crops.

Official acts and reports of conducted experiments