From the drinking-water contamination in Flint, Mich., to the seemingly endless drought in California, good old H2O pools at the heart of many of today’s most pressing and headline-grabbing problems. Find out how the work and ideas of Tech researchers are helping us understand — and solve — these planet-wide challenges.
Georgia Tech now offers an interdisciplinary Ph.D. program in Ocean Science and Engineering. The new program aims to train ocean scientists and engineers by combining basic and applied sciences with innovative ocean technologies.
An international team of scientists has developed a relatively simple mathematical explanation for the rogue ocean waves that can develop seemingly out of nowhere to sink ships and overwhelm oil platforms with walls of water as much as 25 meters high.
A high-resolution model of how soil erosion impacts the carbon cycle of a small South Carolina watershed may help explain an apparent imbalance in the world’s carbon budget. Explaining that apparent imbalance is necessary for understanding and predicting the course of global climate change.
It turns out that the sea butterfly (Limacina helicina), a zooplankton snail that lives in cold oceans, lives up to its name. Georgia Institute of Technology researchers went to the Pacific Ocean to scoop up hundreds of the 3-millimeter marine mollusks (called pteropods), and then used high-speed cameras to watch how they move. They found that sea butterflies don’t paddle like most small water animals. Instead, they’re like flying insects, flapping their wings to produce lift and propel them through the water.
Professor Terry Sturm and former Ph.D. student Seung Ho Hong have received a top research award for hydraulic engineering from the American Society of Civil Engineers. Sturm and Hong won for a study on predicting the amount of erosion, or scour, around bridge supports during floods.