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WSUV professor describes challenge of raising children in academia

WSU biologist Stephanie Porter’s first child was six months old in 2011 when she and her husband, a fellow scientist, first ventured to an academic conference together.

Stephanie PorterThe results, she said, were a disaster. On-site child care wouldn’t take her infant daughter, Hazel. There were no changing tables in the men’s room, and Porter’s husband was kicked out of the baby room for being a man. And while they did their best to pass Hazel back and forth, Porter usually ended up taking their still exclusively breastfed daughter when there were sessions she and her husband both wanted to attend.

“Honestly, I stopped going to conferences when I had young children,” Porter said.

Porter, an assistant biology professor at WSU Vancouver, is in a national group hoping to level the field for mothers in science, particularly at academic conferences. Under the name “A Working Group of Mothers in Science,” she and 45 other women wrote “How to tackle the childcare-conference conundrum,” an opinion piece published in scientific journal, the Proceedings of the National Academy of Sciences of the United States of America.

The article offers a blueprint on ways to make conferences more accommodating to families, like offering adequate child care, providing comfortable lactation rooms and tolerating the presence of babies in conference sessions or at lectures.

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The Columbian

As Scientists Speak Out About Science, Women and Young Scholars Lead the Way

Loud noises are emanating from the laboratory these days, but they’re declamations, not explosions. This month scientists and other advocates for science assembled in cities around the country for the second annual March for Science. The organizers called on people to march for “a future where science is fully embraced in public life and policy.”

Allison Coffin
Allison Coffin

Such outreach is multiplying outside the classroom. too. In March, Science Talk, a new science-communication organization co-founded by Allison Coffin, associate professor of integrative physiology and neuroscience at Washington State University Vancouver, held its second annual conference in Portland, Ore.

She had taught science-communication workshops, and “wanted to create a forum for science communicators to come together, share ideas, and network,” Coffin said.

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Chronicle of Higher Education

WSU researchers look to fish for insight on human skull development

Fish research at Washington State University could help scientists better understand some developmental disorders that cause facial deformities.

James CooperJim Cooper, a WSU Tri-Cities assistant professor of biological sciences, studies “jaw protrusion,” a biomechanical ability shared by many fish. For a fish, pushing its jaw out allows it to more easily catch prey, and is an evolutionary advantage comparable with the ability of most birds to fly, Cooper said. The difference is, there’s about twice as many fish with the ability as there are living bird species.

“If you’re talking about biomechanical abilities that have been useful in terms of promoting diversification of lots of species, jaw protrusion is a champ,” he said.

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The Spokesman-Review

Salmon face double whammy from toxic stormwater

Allison Coffin
Allison Coffin

Washington State University researchers have found that salmon face a double whammy when they swim in the stormwater runoff of urban roadways.

First, as scientists learned a couple years ago, toxic pollution in the water can kill them. WSU researchers have now determined that fish that survive polluted stormwater are still at risk.

“We’re showing that even if the fish are surviving the stormwater exposure, they still might not be able to detect the world around them as well, which can make it harder for them to find food or more likely for them to get eaten,” said Allison Coffin, an assistant professor of neuroscience at WSU Vancouver.

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Science Daily

 

Dramatic decline in genetic diversity of Northwest salmon charted

Bobbi Johnson

Columbia River Chinook salmon have lost as much as two-thirds of their genetic diversity, Washington State University researchers have found.

Writing in the journal PLOS One, the researchers say their analysis “provides the first direct measure of reduced genetic diversity for Chinook salmon from the ancient to the contemporary period.”

 “The big question is: Is it the dams or was it this huge fishing pressure when Europeans arrived?” said Bobbi Johnson, who did the study as part of her WSU doctorate in biological sciences. “That diversity could have been gone before they put the dams in.”

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