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Schooling behaviors, rockfish genotypes, CO2 fluxes – This week’s CoEnv published research

Each week we share the latest publications coming from the College of the Environment. This week, four new articles co-authored by members of the College of the Environment were added to the Web of Science or published online. 1. Title: Model evaluation in statistical population reconstruction (Abstract only; subscription required for full text) Authors: Skalski, John R.1; Clawson, Michael V.2; Millspaugh, Joshua J.3 1. 

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Washington state declares war on ocean acidification - Nature

On Tuesday, Gov. Gregoire’s Blue Ribbon Panel on Ocean Acidification released its recommendations, including a 42-point action plan, to tackle ocean acidification at both regional and global scales. The first effort of its kind in the nation, the initiative is detailed in a report by a governor-appointed panel of scientists, policy-makers and shellfish industry representatives. Governor Gregoire also announced the coming of an ocean acidification research center at UW; more details on this exciting development will be shared as soon as they’re available! 

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Course on communicating science to the public includes the opportunity to present at Town Hall

Hey students: are you wondering how to make sure that your research makes a difference in the world? Do you want to enhance your ability to explain your science to family and friends? Maybe you’d like to practice public speaking? Check out the seminar from Engage, and learn how to communicate science to the public more effectively. The seminar includes the opportunity to present your research at Seattle Town Hall! 

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Forests across the world are poorly prepared for water stress - NYTimes

Climate change means that, on average, the summers will be warmer, and with warmer temperatures there will be less water available for plants. A world-wide study has found that most forest tree species operate within a very narrow window for water stress, making them and the associated ecosystems highly vulnerable to global warming. Read more about this study here. Additionally, new research suggests that pine beetles that benefit from trees’ water stress are now contributing to global warming. 

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