As diversity, equity, and inclusion continue to be among the nation’s most important focus areas, a Georgia Tech researcher has created a framework to help his peers utilize more equitable data in their energy and environmental engineering studies.
The rising sea levels along Georgia’s Savannah coast and an uptick in more severe storms during hurricane season are bellwethers to looming ecological challenges stemming from climate change.
Ongoing research to study sea level rise led by Georgia Tech researchers, a coalition of universities, Savannah and Chatham County government leaders, and local community groups is creating what could be a national model for coastal regions across the country facing similar challenges.
Georgians can now track where greenhouse gas emissions come from thanks to a tool that estimates those emissions at the state and county level.
Developed by Georgia Tech professors, the interactive map allows users to filter publicly available greenhouse gas estimates by county, month, year, and energy sector. Users can specify whether the emissions come from transportation, agriculture, commercial, forestry, residential, or industrial sources and counter with how much carbon is absorbed by trees and soils.
Even a global pandemic cannot slow the acceleration of new technologies and evolving technologies that has become the disruptive norm of our lives over the past decade.
Big data, global connectedness and the digitization of almost everything are driving a whirlwind of change that touches every aspect of our lives.
Georgia Tech continues to be at the center of that of that maelstrom of progress, pushing the cutting edge, developing and influencing advances and being an insistent voice for ensuring those advances are shared as broadly as possible.
For swimming through sand, a slick and slender snake can perform better than a short and stubby lizard.
That’s one conclusion from a study of the movement patterns of the shovel-nosed snake, a native of the Mojave Desert of the southwest United States. The research shows how the snake uses its slender shape to move smoothly through the sand, and how its slippery skin reduces friction – both providing locomotive advantages over another sand-swimmer: the sandfish lizard native to the Sahara Desert of northern Africa.
When oil from the Deepwater Horizon spill first began washing ashore on Pensacola Municipal Beach in June 2010, populations of sensitive microorganisms, including those that capture sunlight or fix nitrogen from the air, began to decline. At the same time, organisms able to digest light components of the oil began to multiply, starting the process of converting the pollutant to carbon dioxide and biomass.
La Niña-like conditions associated with 2,500-year-long shutdown of coral reef growth
A new study has found that La Niña-like conditions in the Pacific Ocean off the coast of Panamá were closely associated with an abrupt shutdown in coral reef growth that lasted 2,500 years. The study suggests that future changes in climate similar to those in the study could cause coral reefs to collapse in the future.
In the shadow of Mexico’s tallest mountain, an array of 300 water-filled silver tanks is capturing the calling cards left by powerful visitors from our galaxy and beyond. The tanks are the most visible components of the High Altitude Water Cherenkov Observatory (HAWC), a one-of-its-kind facility designed to gather information about high-energy gamma rays entering the Earth’s atmosphere.
Editor's note: Icefin's videos from the seafloor can also be downloaded at the Dropbox link at the bottom of the press release.
A first-of-its-kind robotic vehicle recently dove to depths never before visited under Antarctica’s Ross Ice Shelf and brought back video of life on the seafloor.
Scientists around the world are using the programmability of DNA to assemble complex nanometer-scale structures. Until now, however, production of these artificial structures has been limited to water-based environments, because DNA naturally functions inside the watery environment of living cells.