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. 

PhD student Miranda Schwacke explores how computing inspired by the human brain can fuel energy-efficient artificial intelligence.

Improved material performs competitively, is less dense than traditional lead-based energy harvesters, researchers report.

From agriculture and urban land clearance to loss of habitat and feral animal predation, native wild animals and their food sources face a rising tide of threats caused by human activities.

Women living in parts of the United States with lower air quality, especially neighborhoods with heavy emissions from motor vehicles, are more likely to develop breast cancer, according to a multiyear analysis involving more than 400,000 women and 28,000 breast cancer cases.

As B.C. faces increasingly severe wildfire seasons, new research at UBC is revealing the hidden helpers at work underneath the ash.