If you are interested in soaking up and storing carbon for a carbon sequestration project, you'll want Forrest Keeling's fast-growing RPM® trees.
In independent research studies, Forrest Keeling's RPM® produced trees were shown to absorb 150% more carbon than traditionally produced trees. "Our patented production method accelerates tree growth and creates a significantly larger root mass than traditional production methods," stated Kim Young, Forrest Keeling vice-president and general manager. "Faster growth and increased root mass are in direct correlation with amount of carbon absorbed."
Your location also affects your tree's rate of growth. In northern climate zones with shorter growing seasons, less sunlight and chillier temperatures, big hardwoods grow at a snail's pace. On the other hand, equatorial rain forests with ideal growing conditions are considered the champion sites at bettering the environment. Trees that are native to a region will also grow a better pace and live longer on average than non-natives. "Native species have become our specialty," added Young. "You just can't beat natives for durability and performance over the long haul. Hardwoods do typically grow slow, but through our patented RPM® technology, the characteristic growth speed of hardwoods is vastly accelerated and therefore no longer an issue."
Download our two new tree planting handouts.
For Commercial Projects: Forrest Keeling Walk-A-Way™ System Link
For Residential or Small-Scale Projects: RPM® Planting and Care Guide Link
