• Powdered mycorrhizal fungi to increase the ability of uptake of water and ents.
• 5l bucket.
• increases growth in the first year and reduces losses in bare root s.
• RHS endorsed.

This product has carefully isolated naturally occurring fungus that encourages root growth in s and aids the absorption of ents in the soil, reducing stress and the reduces the quantity of fertilisers required. 1 kg of ing with Rootgrow the is able to quickly establish a secondary root system that increases the a of nutients and moisture available to the e. Pantiles highly recomends this product and for all our landscape New, helping to ensure that our customers s always thrive. & # x202 °F; & # x2022; 1 & # x202 °F; Benefits: One lasts forever (such as the grows the fungal partner) 2 Easy to use (simply sprinkle in the bottom of the ing hole) 3 Date and better growth (in 2-4 weeks after ing the fungi mycorhiziens can increase the active area Roots of s up to 700 times) 4. a better tolerance to drought (due to the vast fungal root for better use of all fertilizers) 5. better uptake of hedges at once (soil moisture network of fungi mycorhiziens act like a net catching ents and prevent leaching, especially with natural fertilisers) 6. Greater assimilation of ents being washed dark trace elements (the fungal Ultra Fine strands can unlock soil) 7. reduces the mortality of s especially specimen s and s that are difficult to prepare (Long root system feeds the of very early on life in all its) 8. helps prevent Rose re problems (the fungi weak or damaged hair mycorhiziens colonize roots and start the transfer of ents and water to rose faster than its roots & # x2022 & # x202 °F;; grow better and more balanced & # x2022, ier and more dense root system with very high exchange capacity of ents from the soil & # x2022 – Most Abundant Flowers and Fruit & # x2022; reduced synthetic or fertilizers, & # x2022, better resistance to drought & # x2022 durable, reduces stress for & # x2022 & # x202 °F; and stability of Earth & # x2022 improved resistance to surface pathogenes and environmental stress