Discover how El Salvador is using geographical information systems (GIS) and other technologies to create effective early warning systems for natural disasters, reducing risks and improving community resilience.
Discover how sage (Salvia officinalis L.) might be more than just a culinary herb! Explore its allelopathic properties and learn if using sage as a soil cover could naturally impact the growth of your garden plants.
Facing challenges from climate change and pests, wheat production needs innovative solutions. A new study explores how crossing wheat with sea wheatgrass creates a resilient hybrid, offering hope for more sustainable agriculture.
Dive into the debate surrounding deep-sea trawling and discover why industry interests shouldn't outweigh the urgent need to protect our oceans. Learn about the devastating impact of this fishing technique and explore the potential for a more sustainable future.
Dive into the innovative process of converting waste bread into xanthan gum, a biopolymer with diverse applications, and explore how optimized fermentation techniques are paving the way for sustainable bioproduction.
Discover how a team of researchers is using electrochemistry to transform CO2 emissions into useful compounds, offering a novel approach to combat climate change and create valuable resources.
Discover how the loss of large animals like elephants and orangutans is triggering evolutionary changes in fruit size, potentially leading to a less diverse and less resilient ecosystem. Explore the hidden consequences of defaunation beyond simple species loss.
Environmental racism disproportionately affects minority communities, leading to health disparities and environmental degradation. This article explores the roots of this injustice and outlines steps towards a more equitable future.
Discover how to protect your banana crops from Banana Streak Virus (BSV). Learn to identify early signs, understand its spread, and implement effective control measures to safeguard your harvest.
Discover how cutting-edge research explores the use of Ag/TiO₂ nanoparticles to create powerful, efficient, and reusable photocatalysts for removing pollutants from water, offering a glimpse into the future of environmental cleanup.
