Agreement Number
NR253A750011G002
Awardee Name
Stephen F Austin State University
Grant Type
Classic
Project Title
Demonstration of silvopasture and the incorporation of biochar production and utilization, to augment the effectiveness and mitigate implementation costs of silvopasture and other climate-smart agricultural practices.
Awardee State/Territory
Texas
Involved States/territories
Texas
Award Year
2023
Start Date
End Date
Award Amount
$417,493.00
Production/Use
Agroforestry
Forestry
Watershed/Riparian Zone
Resource Concern (Broad)
Air
Habitat
Resource Concern (Specific)
Carbon emissions and sequestration
Degraded plant condition
Fire management
Forest habitat
GHGs; grazing operations
Plant pest pressure
Plant productivity and health
Plant structure and composition
PM - Open Burning
Pollinator habitat
Terrestrial habitat for wildlife and invertebrates
Water Quality
Water temperature effects on aquatic habitat
Wildfire hazard from biomass accumulation
Wildlife habitat
Project Background
An Airburner Inc., CharBoss® portable biochar machine will be used to produce biochar from timber harvesting residue, which coupled with commercially-available biochar, will be used to potentially improve carbon sequestration, seedling survival, sapling growth, soil health characteristics (pH, bulk density, and water holding capacity) and forage production. A silvopasture demonstration area will be improved by amendments of biochar and expanded to implement silvopasture shelterbelts and forested riparian areas. The economic feasibility of CharBoss-created biochar, and commercially available biochar will be investigated. Additional factors such as forest fuel reduction, improvement in tree survival, improved forage production or carbon sequestration credits that potentially effect various scenarios associated with biochar benefits also will be considered. Major anticipated benefits of biochar are improvement in forage production, seedlings survival and growth and several soil characteristics such as carbon concentration, which can be economically quantified. Additionally, soil water holding capacity is expected to increase, which although difficult to quantify economically, could yield substantial future benefits in terms of improved forage production, tree growth and a myriad of other sustainability and ecosystem service benefits.
Project Scale
Field-level
Whole Farm
Multi-farm
Project targeted to Historically Underserved producers?
No
Awardee Technical Contact Name
Jason Grogan