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How Understanding Soil Could Be One Answer to Help Save the Planet

Marc Kramer
Marc Kramer

The deep, dark depths of the ocean are often called the final frontier—but, according to one researcher, the soils of the Earth are little understood as well.

Some of the soil’s mysteries could reveal how to store carbon, and maybe one day, carbon dioxide—a key greenhouse gas that is causing global temperatures to reach record-breaking temperatures. In a study published on Monday, Marc Kramer, an assistant professor of environmental chemistry at Washington State University Vancouver, digs deeper into what scientists know about soil, particularly uncovering how soil minerals are associated with carbon storage in soil.

“We know more about the surface of Mars than we do about either oceans or soils on Earth,” said Kramer.

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Newsweek
Gears of Biz
UPI
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The Inlander

 

History project examining key role of Washington’s 161st Infantry Regiment finds rare WWII footage

Sometimes you just get lucky.

Orlan Svingen
Orlan Svingen

Washington State University graduate students Laura Briere and Jared Chastain, along with their faculty adviser, historian Orlan Svingen, were in College Park, Maryland last spring looking for information about the storied 161st Infantry Regiment when they stepped off the elevator on the wrong floor.

It turned out to be a fortunate mistake.

They’d hoped to find old photographs and other paper documents from the Washington National Guard regiment’s World War II deployment but stumbled onto something even more dramatic. Specifically, an old film reel containing never-before-publicly viewed footage of the unit’s fierce, island-by-island march across the Pacific.

“I wasn’t expecting any video clips,” says Briere, a school teacher from Richmond, Virginia working on a history master’s at WSU in Pullman. “We had gone there hoping to find documents, paperwork and maybe some pictures.”

They came away with so much more.

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WSU Insider

Electronic Literature’s Contemporary Moment: Breeze and Campbell’s “All the Delicate Duplicates”

Dene Grigar
Grigar

In the Electronic Book Review, Dene Grigar, professor and director of the creative media and digital culture program at WSU Vancover and president of the Electronic Literature Organization, points to those barriers that have marginalized electronic literature in classrooms and popular culture, arguing that resistance to the form emanates from “deeply-held views of the proper relationship between humans and machines, of what constitutes the good, the beautiful and the true, and of the nature of art.” In many respects, such barriers persist, and electronic literature has generally remained marginalized among publishers, critics, and institutions of education. It has, however, crept into popular culture, and its readers don’t even know it.

At WSU Vancouver, there is a densely packed room in the heart of the campus that resembles something of a Mac museum. It is Grigar’s Electronic Literature Lab, and it holds what is possibly the greatest collection of first-generation e-lit in the Western world. Grigar has dedicated her career to ensuring that future generations know that this stuff existed — she does so because she loves it and wants to see it survive. Electronic literary history is already fractured, with many of the canon’s earliest works now rendered obsolete as a consequence of their reliance on defunct proprietary formats. The ELL contains a wide catalog of e-lit works, largely from the 1980s and ’90s, alongside the hardware required to experience them as their authors/creators/coders intended.

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Los Angeles Review of Books

Always at the Front: Native American soldiers and WWI

Ryan BoothRyan W. Booth, a Ph.D. student in history at Washington State University and member of the Upper Skagit tribe, gave his talk “They Are Always at the Front” Tuesday night at Wolff Auditorium, discussing the contributions of Native American soldiers during World War I.

Despite assimilation being well-studied, he explained that martial race theory, which says that certain races of men are more war-like than others, has only been recently discussed. He added that both of these concepts help explain some of the motivations behind Native men volunteering for service during the war.

Using anecdotes, Booth explained how the spirit of most Native soldiers was of valiance and bravery, and that the front represented the greatest chance of death, but also the greatest freedom away from the strictures of Army life.

Through the martial race theory, World War I military sought to “identify and exploit” these groups to fight for their side, but the same armies supported efforts to assimilate these indigenous soldiers into Euro-American culture.

“The odd nature of attitudes towards Native Americans in the World War I period is the two-faced aspect of it,” Booth said. “On the one hand, Natives represented a fierce fighting force backed up by millennia of ancient warrior culture. On the other hand, that same culture was under assault at home as the assimilation projects, such as boarding schools, attempted to eradicate all remnants of that indigenous culture.”

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Gonzaga Bulletin

Transformation of graphite into hexagonal diamond documented by WSU researchers

Yogendra Gupta

Scientists have puzzled over the exact pressure and other conditions needed to make hexagonal diamond since its discovery in an Arizona meteorite fragment half a century ago.

Now, a team of WSU researchers has for the first time observed and recorded the creation of hexagonal diamond in highly oriented pyrolytic graphite under shock compression, revealing crucial details about how it is formed. The discovery could help planetary scientists use the presence of hexagonal diamond at meteorite craters to estimate the severity of impacts.

“The transformation to hexagonal diamond occurs at a significantly lower stress than previously believed,” said WSU Regents Professor Yogendra Gupta, director of the Institute for Shock Physics and a co-author of the study. “This result has important implications regarding the estimates of thermodynamic conditions at the terrestrial sites of meteor impacts.”

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