TORONTO – September 1, 2016 – Ferring Canada, a subsidiary of Ferring Pharmaceuticals, is proud to announce a $2 million donation to McGill University in Montreal, Canada that will be used to create fellowships in health and health leadership, and to finance environmental research in the Canadian Arctic.
By Cynthia Lee, McGill Newsroom Life in the city changes cognition, behavior and physiology of birds to their advantage Birds living in urban environments are smarter than birds from rural environments. But, why do city birds have the edge over their country friends? They adapted to their urban environments enabling them to exploit new resources more favorably than their rural counterparts, say a team of all-McGill University researchers.
By Chris Chipello, McGill Newsroom Study by McGill researchers assesses short-run impacts on households, industries The cost burden of Quebec’s carbon-pricing policy, is likely to be modest across income groups and industries, according to a McGill University research team.
By Katherine Gombay, McGill Newsroom Arctic peoples inherently able to adapt given changes to various non-climatic factors
By describing a novel way to quantify urban sprawl, Dr. Barrington-Leigh’s recent study has gathered media attention as it offers a new perspective on urban development and provide further opportunities for research on the topic and the social and environmental impacts of different urban forms.
Increased risk of respiratory illness associated with kerosene fuel use among women and children in urban Bangalore, India
Jill Baumgartner, along with a team of researchers, conducted a study in Bangalore, India, found that the use of kerosene was associated with higher rates of bronchitis, phlegm and chest illnesses compared to cleaner cooking fuels. Occup Environ Med. Published October 23, 2014
Cyclists in Montreal and Toronto can now choose the least polluted routes to get around their cities thanks to an online tool developed at McGill University. Sometimes a detour of less than 1 km can make for a much less polluted ride.
The organisms commonly known as blue-green algae have proliferated much more rapidly than other algae in lakes across North America and Europe over the past two centuries – and in many cases the rate of increase has sharply accelerated since the mid-20th century, according to an international team of researchers led by scientists at McGill University.
The Great Lakes have been invaded by more non-native species than any other freshwater ecosystem in the world. In spite of increasing efforts to stem the tide of invasion threats, the lakes remain vulnerable, according to scientists from McGill University and colleagues in Canada and the United States.