Ashlee Howarth, assistant professor in the Department of Chemistry and Biochemistry, received $240,780 to design and synthesize new materials that can capture water from the air. Howarth’s project will develop metal–organic frameworks, which are porous materials that can capture water in the air in both humid and arid climates. They work by attracting and binding water molecules to their surface, forming a thin film. As climate change threatens our freshwater supply, these innovative materials can generate clean, drinkable water in remote communities in Canada or be integrated into existing municipal infrastructure in urban areas.
Canada geese causing problems for cities as experts struggle to reduce populations
While Canada geese are a national symbol, the animals can cause a lot of problems for the cities they reside in, leaving officials grappling to find solutions to mitigate their populations. In recent decades, B.C.-based urban biodiversity planner Jennifer Rae Pierce says Canada geese have been derided as urban pests, overrunning new habitats across North America, especially in cities.
Former Neskantaga contractor accused of cutting corners in other First Nations
“They cut corners every day, every day,” said Justin Gee, vice-president of First Nations Engineering Services Ltd. Gee said he encountered these recurring problems while overseeing the work of a construction firm, Kingdom Construction Limited (KCL), building a water treatment plant 10 years ago in Wasauksing First Nation, along the eastern shore of Georgian Bay, about 250 kilometres north of Toronto. “You have to be on them every step of the way,” said Gee, who was the contract administrator on the project. “You can’t leave them on their own.”