How scientists use the simple rhythm of temperature to track the energy flowing between the land and the sky.
Discover how scientists are overcoming biomass recalcitrance to turn tough plants into clean, sustainable biofuels through genetic engineering and innovative processes.
Discover how enzymes travel through soil via convective transport, their environmental impact, and the groundbreaking research revealing these microscopic journeys.
Discover how 5-HIAA, a gut-derived metabolite, suppresses rheumatoid arthritis through immune modulation and the AhR pathway.
Explore how the SUSVAR Visions Workshop in Denmark reimagined sustainable cereal production through innovative visioning approaches and scientific research.
Explore how enzymatic glucose-based bio-batteries harness nature's energy to power medical implants, wearable technology, and sustainable electronics.
Exploring the science, potential, and limitations of atmospheric carbon dioxide removal technologies in addressing climate change.
Discover how six generations of selective breeding have transformed switchgrass biomass composition, enhancing its potential for bioenergy and sustainable agriculture.
Exploring the groundbreaking bioenergy research presented at the 2012 World Congress of Bioenergy that continues to shape our renewable energy future.
Exploring how multidisciplinary approaches are revolutionizing bioenergy research and overcoming challenges like biomass recalcitrance through integrated scientific collaboration.