Soil Health & Innovation
Healthy soils are the foundation of successful reforestation. We are investing in science-driven strategies to rebuild soil structure, increase nutrient availability, and accelerate forest recovery on former surface-mined lands. As part of Bosland’s commitment to adaptive management, we are currently pursuing two promising approaches: biochar amendments and microbiome restoration.
Biochar for Soil Quality
Bosland is testing the use of biochar, a carbon-rich material created from plant biomass, to improve soil conditions in challenging restoration environments.
We have established a biochar test plot at our Lake Pleasant project to evaluate application rates, costs, and tree-growth response.
When incorporated into mine soils, biochar can help create stronger growing conditions for newly established forests while supporting long-term soil health and carbon storage.
Increase water retention and reduce drought stress
Improve nutrient cycling and root development
Reduce soil compaction
Provide long-term, stable carbon storage
Results from the Lake Pleasant plot will help guide broader adoption of biochar across future Bosland plantings, identifying the most effective approaches for improving tree growth, soil performance, and long-term restoration outcomes.
Restoring the Soil Microbiome with Funga
Bosland is partnering with Funga , a leader in restoring native fungal communities, to reintroduce beneficial mycorrhizal fungi to post-mined soils.
These fungi form symbiotic relationships with tree roots, helping create healthier conditions for forest establishment on degraded land.
Pilot Funga-supported plots at Lake Pleasant are helping us understand how microbiome restoration can accelerate forest establishment on degraded lands.
As we monitor results from our Lake Pleasant test plots, we will refine and scale the most effective soil-health strategies across our reforestation portfolio—improving tree survival, ecosystem outcomes, and long-term carbon sequestration.