Artificial intelligence-guided technology could replace herbicides on East Coast farms.

Karimah Preston is close to attaining her second degree in engineering. But when she first matriculated to North Carolina A&T University, where she would graduate with a bachelor’s degree in biological and biosystems engineering, she wasn’t considering engineering.

Last year saw DRI’s inaugural global initiative aimed at advancing community resilience and adaptability in the face of rapid global change – AWE+, for an Adaptable World Environment.

A cutting-edge marine platform designed to revolutionize coral reef monitoring and mapping called ReefVision Robotics was field tested in Kāneʻohe Bay by University of Hawaiʻi researchers.

It could be the last and best chance to save the world’s tropical forests. As international aid budgets for conservation crash and carbon offset schemes for protecting forests are widely discredited, Brazil is about to unveil an ambitious plan that would triple current finance for saving forests worldwide by channeling profits from international trade in government bonds.

A new method developed at the University of Warwick offers the first simple and predictive way to calculate how irregularly shaped nanoparticles — a dangerous class of airborne pollutant — move through air.

Reliable electrical infrastructure is essential for everything that happens at UC Santa Cruz — teaching and research, dining and housing, and supporting the daily needs of thousands of students, faculty, and staff.

The University of Birmingham and Global Hospital have joined forces to install solar power at a Nigerian hospital – providing medical staff with the power required to continue delivering surgery and patient treatment during blackouts.

Low-cost sensor technology is revolutionising the way experts identify and manage sources of air pollution, offering a powerful, affordable tool for improving public health and environmental policy worldwide, a new study reveals.

Sea level rise means fresh groundwater will increasingly become salty.