In Part 2 of Behind the Grow, Eric Coulombe sits down with Colin W. Bell, PhD, the scientist behind Mammoth P, for a deep dive into root zone biology, phosphorus cycling, microbial function, and what really drives better plant performance.This episode explores how Colin’s research background led to the development of Mammoth P, how microbial selection works, why root zone management matters, and what growers are missing when they go fully sterile. Eric and Colin also talk about cultivation quality, yield, phosphorus availability, lockout, plant metabolism, and the role microbes play in helping plants perform at their full potential.If you're interested in cannabis cultivation, advanced gardening, microbiology, plant science, hydroponics, living root zones, or biological inputs for bigger yields and better quality, this conversation is packed with insight.Topics covered:- The science behind Mammoth P- Root zone biology explained- Phosphorus cycling and plant uptake- Microbes vs sterile grow systems- Yield, quality, and terpene expression- Hydroponics, coco, rockwool, and biology- Microbial function in cultivation- Business, innovation, and the evolution of biological productsSubscribe for more episodes of Behind the Grow from Garden Culture Magazine.#GardenCultureMagazine #BehindTheGrow #ColinBell #MammothP #CannabisCultivation #Hydroponics #PlantScience #Microbiology #RootZoneBiology #Growers #Phosphorus #LivingRootZone #Terpenes #CropSteering #CannabisIndustry