Exploring how short-rotation bioenergy crops affect water resources through precipitation partitioning and implications for sustainable energy production.
Explore how bioenergy transforms waste into clean power, fuels, and bioproducts while supporting rural economies and reducing carbon emissions.
Discover how advanced materials research is transforming toxic bioenergy waste into valuable resources for a cleaner, circular future.
Exploring stakeholder participation criteria for successful bioenergy production through behavioral research and case studies.
Explore the science of bioenergy landscape biogeochemistry and how carbon, nitrogen, and water cycles impact sustainable energy production.
Explore how genetic engineering and genomics are revolutionizing bioenergy and bioproducts through CRISPR, synthetic biology, and advanced biofuel technologies.
Exploring how path dependence and local context influence wood-based bioenergy development in Western Montana for enhanced energy resilience.
Exploring how climate science revealed unintended consequences of bioenergy policies and their connection to deforestation worldwide.
Exploring how salvaged trees from boreal forests can fuel the forestry and bioenergy sectors while balancing ecological needs.
Exploring how the BioEnergy Science Center is tackling biomass recalcitrance to create sustainable biofuels from plants and agricultural waste.