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Greater Root Biomass

01

RootMakers® are designed to create fibrous, non-circling root systems horizontally and vertically at all phases of production to equip plants for transplanting success. RootMakers® aren't just "containers" but rather root production tools. Each step complements the next, building upon the previous fibrous root system. A fibrous root system means a greater root tip surface area and translates to a greater efficiency in the absorption of water and nutrients; an increase in growth rate, establishment, and vigor; a higher transplant survivability; and ultimately, superior performance for your customers.

    Higher Survival Rate

    02

    By creating hundreds of thousands of root tips, RootMaker trees not only grow faster but have a 95% transplant success rate! No more worry that the 100,000 trees you planted will survive.

      Enhanced Growth

      03

      RootMaker® grown native species are cost effective and time effective solutions for critical restoration projects that require proven success. RootMaker® trees provide for:

      • Greater root biomass 2-3X

      • Higher survivability >95%

      • Enhanced Growth 2-3X

      • More carbon sequestration annually 200-400%

      • Assurance of earlier canopy coverage

      Ealier Fruit, Seed & Nut Production

      04

      Earlier fruit, seed and nut production 2-3X Due to the increased energy available to the tree, RootMaker grown trees mature at a must quicker rate. This Citrus Tree started producing fruit in just two years.

        More Annual C02 Sequestration

        05

        RootMaker® grown trees provide carbon sequestration annually of 200-300% more than any other growing system. Intrinsic Methods, LLC will offer FMUs developed by RootMaker Certified Growers to satisfy the demand for verifiable voluntary carbon offsets.

          Assurance of Early Canopy Coverage

          06

          We have over 20 years of experience in landscape scale reforestation. RootMaker® technology creates tree canopies in less time with fewer trees needed per acre. Speeding the amount of carbon removal at the most cost effective means possible.