A Canadian icon rediscovered
By Nancy Macdonald - Thursday, June 4, 2009 - 1 Comment
Arthur Erickson was hailed in obituaries last week as one of the greats. He wasn’t always.
“It’s like entering a forest,” says architect Simon Scott, pausing outside the Museum of Anthropology at UBC, designed by architect Arthur Erickson, whose death last week, at 84, saddened design fans everywhere. Scott, who worked at Erickson’s firm while he designed the museum, steps through a row of Douglas fir and western red cedar into a dark entranceway. As you walk down a steep, black ramp—nowhere near wheelchair code—sunlight sneaks through skylights, “like light coming down through the trees,” he explains. Gradually, the room gets bigger, and brighter, until “you see this immense sky,” he says, pointing to 70-foot windows, the ocean just beyond it. A forest clearing was the intent—the Great Hall is filled with towering Haida totem poles, painted in red, green and black.
Widely considered Erickson’s master work, the museum was completed in 1976. Three years later, in a 27-page New Yorker profile, eminent U.S. architect Philip Johnson declared Erickson “by far the greatest architect in Canada, and maybe the greatest on this continent.” Flooded with blue-ribbon corporate and institutional clients, and with two universities (Simon Fraser and Lethbridge) as well as Vancouver’s downtown courthouse complex under his belt, Erickson would nevertheless soon see his sterling reputation tumble—partly a reaction to shifting styles, partly his own doing.
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Belief v. understanding
By Aaron Wherry - Wednesday, March 18, 2009 at 5:03 PM - 11 Comments
Scientists assess Gary Goodyear’s views on evolution.
Elizabeth Elle, a biology professor at Simon Fraser University, said it’s good to hear the minister accepts the theory of evolution, but she was concerned about the example he provided.
“I think it demonstrates a fundamental misunderstanding of how evolution by natural selection works,” she added.
The fundamental premise is that genetic variation among organisms results in differences in their “fitness” — a biological term referring to the number of offspring they have. That ultimately leads certain characteristics to become prevalent among their descendents. However, the types of characteristics that result in more offspring change over time as the environment changes.
Elle acknowledged that humans are evolving every day, being naturally selected for characteristics such as resistance to certain diseases.
“The kind of shoes that you wear and the surfaces that you walk on — I don’t understand how that would translate into differences in fitness from a biological sense,” Elle said.














