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FFC farming method that promotes barley growth and contributes to CO2 reduction.

Total yield increased by 170%! Results of field experiments conducted by Okayama University FFC Technology Donation Course.

We would like to introduce the results of field experiments conducted by the Okayama University FFC Technology Donation Course regarding the "FFC farming method." The application amount of FFC Ace was set at 10 kg/11 m², which is equivalent to 60 bags (17L per bag) per 1 tan, mixed to a depth of 15 cm. As a result of the experiment, it was found that in the FFC Ace application area, photosynthesis was promoted regardless of the intensity of light, and particularly in low-light environments, CO2 absorption increased by approximately 1.5 times or more. [Experimental Results] - Contributes to the reduction of CO2, a cause of global warming - Considered to be more resistant to drought during summer water shortages - Increased tiller numbers and vigorous growth - Increased yield while maintaining quality - Total yield increased by 170% *For more details, please refer to the PDF document or feel free to contact us.

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  • Fertilizers and Pesticides

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The effect of FFC on plant growth.

Using FFC materials promotes photosynthesis! Comparison of the above-ground parts of barley and comparison of plant roots for experimentation.

We would like to introduce the effects of FFC on plant growth, as investigated by the Akatsuka Botanical Garden Biological Function Development Research Institute. Barley was cultivated for two weeks in an artificial weather chamber using various treatment methods, and experiments were conducted to compare the above-ground parts of the barley and the color of the barley leaves. Additionally, experiments comparing the roots of the plants and the root pressure of the barley revealed that using FFC materials increases the amount of water absorbed by the roots. 【Experimental Results】 ■ The above-ground parts increase when using FFC materials. ■ The roots elongate and their weight increases due to FFC materials. ■ The development of root hairs increases the root surface area, enhancing the efficiency of water and nutrient absorption. ■ The amount of water absorbed by the roots increases when using FFC materials. ■ FFC materials not only increase the size of the roots but also improve their water absorption capacity, enhancing root function. *For more details, please refer to the PDF document or feel free to contact us.

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  • Fertilizers and Pesticides

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