Exploring how the human gut microbiome is revealing new weapons in the fight against superbugs and antimicrobial resistance.
Explore the scientific methods for optimizing anaerobic digesters to maximize methane production from organic waste through co-digestion, environmental control, and advanced additives.
Explore how RNA interference (RNAi) technology is transforming agriculture through precise genetic control, offering sustainable solutions for crop protection and improvement.
Explore Professor Nelson Stradiotto's insights on scientific mentorship and training the next generation of researchers
Discover how scientists are transforming fast-food waste into high-performance fuel using eggshells and artificial intelligence to power the future of transportation.
Discover how pyroligneous acid (wood vinegar) is emerging as a scientifically-validated antimicrobial agent with applications in veterinary medicine and sustainable agriculture.
Exploring how cyanobacteria, ancient photosynthetic organisms, offer sustainable solutions for bioenergy production and carbon sequestration.
Exploring the critical scientific gaps in bioenergy policymaking and the need for evidence-based approaches to sustainable energy development.
Explore the science of ecosystem service trade-offs and how integrated approaches can optimize multiple benefits for sustainable environmental management.
Discover how modern household biogas plants can transform kitchen scraps and urban waste into clean energy using alternative feedstocks.