Research Articles
Unlocking Switchgrass's Potential: How Removing Lignin and Hemicellulose Boosts Biofuel Production
Discover how removing lignin and hemicellulose from switchgrass enhances biofuel production using Clostridium thermocellum and advanced pretreatment methods.
From Prairie to Powerhouse: The Switchgrass Revolution in Bioenergy
The unassuming native grass that could transform our clean energy future - exploring switchgrass as a sustainable bioenergy crop
Cultivating the Future: A Practical Guide to Switchgrass Crop Management
Comprehensive guide to switchgrass cultivation, from establishment to harvest, and the scientific innovations enhancing this sustainable bioenergy crop.
Seedbed Secrets: How Planting Methods Make or Break Switchgrass Success
Discover how seedbed preparation and planting depth affect switchgrass establishment and yield for sustainable energy production.
The Prairie Powerhouse: Unlocking Switchgrass's Secrets on Ukraine's Marginal Lands
Discover how switchgrass cultivation on marginal lands in Ukraine's Right Bank Forest Steppe offers sustainable bioenergy solutions through optimized nutrient management.
The Grass That Could Power Our Future: Breeding a Better Biofuel
Discover how scientists are breeding high-yield switchgrass varieties through upland-lowland hybridization to create sustainable biofuel solutions.
The Grass That Could: Unlocking the Sweet Secrets of Switchgrass
Discover how tweaking the developmental control of lignification in switchgrass could revolutionize green energy production and biofuel efficiency.
The Goldilocks Harvest: Finding the Perfect Time to Cut Switchgrass
Discover how harvest timing affects switchgrass production, forage nutritive value, and nutrient removal for biofuel and livestock applications.
The Genetic Split: How Switchgrass Evolved into Upland and Lowland Ecotypes
Explore the genetic divergence between upland and lowland switchgrass ecotypes and their climate adaptation mechanisms.
Thriving on Acid: How Switchgrass Defies Toxic Soils to Power Our Future
Discover how switchgrass adapts its biometric parameters to thrive in acidic soils and become a sustainable biofuel source.