Soil Restoration Begins with Moss

Moss-based soil restoration is a nature-based approach that uses moss to stabilize degraded soil, retain moisture, support microbial activity, and create the foundation for ecosystem recovery. Because moss can establish itself in harsh environments, it helps initiate ecological restoration where conventional vegetation struggles to survive.

Code of Nature uses moss because it is one of the first organisms to colonize barren and disturbed land. Moss helps reduce soil erosion, improve surface stability, retain water, and support the early stages of ecosystem recovery. These ecological functions make moss an effective starting point for restoring degraded land.

Moss-based restoration can be applied to various degraded environments, including wildfire-damaged land, volcanic terrain, reclaimed land with high salinity, disturbed slopes, and areas affected by erosion or heavy foot traffic. The restoration method should be adapted to the soil and environmental conditions of each site.

Conventional restoration often focuses on planting vegetation after damage has already progressed. Code of Nature starts by rebuilding the ecological foundation of the site through moss-based soil restoration, field-specific assessment, and long-term monitoring. This approach focuses on enabling ecosystems to recover naturally and sustainably over time.

Restoration success is measured through continuous monitoring of soil condition, vegetation recovery, and environmental changes over time. Code of Nature uses data to compare before-and-after conditions and evaluate whether restoration is leading to long-term ecosystem resilience.