"It doesn't mean there's no life on Mars, but what it does mean is it's going to be harder to find," said Jacqueline Goordial, the McGill University researcher who led the study, in an interview with Rachelle Solomon on CBC's Breakaway.

Classified as: Mars, Antarctic, Arctic, lyle whyte, Life on Mars, Jacqueline Goordial
Published on: 25 Jan 2016

Failure to find active microbes in coldest Antarctic soils has implications for search for life on Mars

Natural Resource Sciences professor Lyle Whyte and postdoctoral fellow Jackie Goordial talk about their research which suggests that it is unlikely that it is unlikely that there is any microbial life to be found on Mars.

Classified as: NASA, Mars, Antarctic, Arctic, lyle whyte, science and technology, microbial life, permafrost soil, Phoenix landing site, ecosystem
Published on: 19 Jan 2016

By Katherine Gombay, McGill Newsroom

Failure to find active microbes in coldest Antarctic soils has implications for search for life on Mars

Classified as: NASA, Mars, Antarctic, Arctic, lyle whyte, science and technology, microbial life, permafrost soil, Phoenix landing site, ecosystem
Published on: 19 Jan 2016

 

The results of a recent experiment at the Canadian Light Source (CLS) synchrotron in Saskatoon could be a key piece in the quest to discover if there was ever life on Mars.

Lyle Whyte, an environmental microbiologist at McGill University who is originally from Saskatchewan, specializes in organisms that can survive in extreme cold.

Read article in the Saskatoon StarPhoenix

 

Classified as: Faculty of Agricultural and Environmental Sciences, lyle whyte, Life on Mars
Published on: 21 Dec 2015

Insecticides that are sprayed in orchards and fields across North America may be more toxic to spiders than scientists previously believed.

Classified as: news, Research, spiders, Animal behaviour, evolutionary ecology, Christopher Buddle, Dept. of Natural Resource Sciences
Published on: 6 Aug 2015

Even jumping spiders have personalities scientists have discovered. A "shy" individual will not make the same choices as a "bold" individual. This means that some individuals, because of their personality type, will capture more prey than others, and will therefore have a larger effect on local ecosystems.

Classified as: news, Research, spiders, Animal behaviour, evolutionary ecology, Christopher Buddle, Dept. of Natural Resource Sciences
Published on: 6 Aug 2015

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