How Micro-Forests Store Carbon in the City
High-density, multi-layer plantings accelerate competition for light, driving faster growth and earlier canopy closure. This translates into rapid biomass accrual and increased carbon uptake during the first critical years, especially when native species are chosen for complementary growth forms and phenology.
How Micro-Forests Store Carbon in the City
Leaf litter, root exudates, and thriving mycorrhizal networks feed soil organisms that transform organic matter into stable carbon pools. Mulch, compost, and careful watering protect soil structure, reduce disturbance, and steadily increase belowground carbon over seasons and decades.