MEGA-FOS CARROT
Overview
Mega-Fos Carrot is a biological foliar plant and soil feed designed to improve plant health and increase yields. It contains a consortium of beneficial microorganisms, humic and fulvic acids, seaweed extract, and trace elements.​​
Benefits
Stimulate rooting and growth
Promotes growth of fine root hairs
Reduces the pressure from disease
Boosts the rate of soil nutrient cycling
How does it work?
Megabacters are beneficial bacteria that form a symbiotic relationship with plant roots, supplying nutrients and promoting growth.
Nitrogen fixers convert atmospheric nitrogen into a form that plants can use, enhancing nutrient uptake. Humic and fulvic acids improve soil structure and nutrient availability, creating a better environment for plant development.
Seaweed extract provides essential minerals and further promotes plant growth. These components collectively contribute to healthier and more productive plants by enriching the soil and enhancing its overall quality.
Why Mega-Fos Carrot?
The soil treatment provides several benefits, including an increased yield, as independent trials have shown an 8.8% rise in direct yield and a 17.7% increase in marketable yield.
It also reduces disease by helping decrease cavity spot by up to 73.9% and boosting soil nutrient cycling, which creates a biological barrier against disease.
The treatment improves plant nutrition by containing Megabacters that help unlock "tied-up" nutrients such as phosphate, calcium, and nitrogen.
Additionally, it enhances soil health by re-establishing and feeding the soil biological population.
Summary
For application, the treatment should be applied to the soil pre-planting, and foliar applications should be made 2–3 times during the growing season.
Independent trials have shown that using this treatment can increase total yield by 9%, reduce cavity spot by 74%, and boost marketable yield by 18%.
Overall, Mega-Fos Carrot provides a sustainable and effective method to enhance plant health, increase yields, and reduce dependence on chemical inputs.