Exploring how engineered bacterial electron transfer is revolutionizing bioenergy and biofuels production through microbial networks.
Exploring how climate change is altering global crop productivity and threatening food security worldwide.
Discover how molecules navigate through plant cell walls, challenging traditional theories and opening new frontiers for bioeconomy.
How the Great Lakes Bioenergy Research Center is transforming Midwestern biomass into carbon-negative biofuels through cutting-edge science.
Exploring the groundbreaking research on quantifying fuelwood biomass in southern African savannas and its implications for energy policy and carbon accounting.
Exploring how science is forging a resilient food future within planetary boundaries as climate volatility intensifies and resources dwindle.
Discover how a single genetic mutation in rice chloroplasts causes cascading developmental effects through pleiotropy, impacting photosynthesis, growth, and yield.
Exploring how simulation-optimization systems are transforming forestry into a precision science, balancing ecology and economics in an era of climate uncertainty.
Discover how bacteria build coenzyme M through a unique pathway, revealing nature's convergent evolution at work.
How scientists are tracking rice blast disease along the Korean DMZ and its implications for global food security