Seen these before? I never had the chance to really put the claims to test. This season growing 500 using Rocket Potts or Spring Ring air prune containers.
I maybe a convert, will see after planting and say 2 years establishment.
Apart from the claims below.
In a conventional nursery container, roots reach the edge of the pot, are deflected, and continually spiral the outer edge of the pot. This necessitates trimming and pruning of the roots when transplanted into the landscape, leading to root disturbance and transplant shock, and potentially tree failure.
In a SpringRing® container however, roots are directed into outwardly pointed open ended cusps, preventing spiraling and air pruning the tip of the root. The response of the plant to the air pruning is to send out more roots to compensate for the loss, leading to the build up of a dense, fiberous, outwardly pointing root system.
This increase in fiberous root benefits an advanced tree in a number of ways.
- Water and nutrient uptake is enhanced due to the increased root volume.
- The tree is better able to establish once transplanted as it has a larger root mass.
- No teasing or cutting of root material is required when transplanting, reducing shock and enabling year round planting.
- The continual root growth and branching leads to stimulated and strengthened top growth in the areas of caliper development and branching
Trees also respond better to being grown in this way as SpringRing® containers have excellent drainage promoting aerobic activity and eliminating root rot.
I see less pot soil needed & surprisingly same or less water over time.
I hope to see pre water stressed roots that may handle the 1st tough dry week shock that kills many soft plant.
Normal pot vs Spring Air pot
I maybe a convert, will see after planting and say 2 years establishment.
Apart from the claims below.
In a conventional nursery container, roots reach the edge of the pot, are deflected, and continually spiral the outer edge of the pot. This necessitates trimming and pruning of the roots when transplanted into the landscape, leading to root disturbance and transplant shock, and potentially tree failure.
In a SpringRing® container however, roots are directed into outwardly pointed open ended cusps, preventing spiraling and air pruning the tip of the root. The response of the plant to the air pruning is to send out more roots to compensate for the loss, leading to the build up of a dense, fiberous, outwardly pointing root system.
This increase in fiberous root benefits an advanced tree in a number of ways.
- Water and nutrient uptake is enhanced due to the increased root volume.
- The tree is better able to establish once transplanted as it has a larger root mass.
- No teasing or cutting of root material is required when transplanting, reducing shock and enabling year round planting.
- The continual root growth and branching leads to stimulated and strengthened top growth in the areas of caliper development and branching
Trees also respond better to being grown in this way as SpringRing® containers have excellent drainage promoting aerobic activity and eliminating root rot.
I see less pot soil needed & surprisingly same or less water over time.
I hope to see pre water stressed roots that may handle the 1st tough dry week shock that kills many soft plant.
Normal pot vs Spring Air pot