As the world continues to urbanize, there is increasingly becoming a higher need for green, sustainable architecture. One striking example of this is Parc Frederic-Back in Montreal.
Arbuscular mycorrhizal fungi live in symbiosis with plant roots and are able to store up to 70 percent of organic carbon from leaf litter. (Mark Perkins/Flickr)
George Washington University
In many cases microbes are already helping the planet in underrated ways. Technological developments and advanced genetic engineering make microbiological innovation a major player in climate change mitigation.
Biofuels have us making energy from all sorts of substances, but Duke University researchers are taking waste-to-energy literally with fuel from pig poop.
EcoVolt is a breakthrough wastewater treatment system that leverages electrically active microbes to create clean water and high quality renewable methane gas from wastewater.
Our program within the Columbia University Chapter of Engineers without Borders (CU-EWB) works with the village of Obodan, Ghana to improve sanitation and access to water resources while focusing on developing methods to convert waste to energy via... Read More