Washington State University's annual yearbook

From her world-famous dude ranch in Washington state's Yakima County, Kay Kershaw exerted tremendous influence on conservation efforts in the Pacific Northwest and, tangentially, on LGBTQ+ rights in the United States. After gaining local renown in sports and aviation, she established the ranch at Goose Prairie with her first partner, Pat Kane--a fraught undertaking in a region closely associated with the John Birch Society. Operating under the guise of two "spinsters," Kershaw and her later life-partner Isabelle Lynn guarded their privacy closely, but local encroachment by the U.S. Forest Service and the timber industry forced them into the public arena as environmentalists. In partnership with Supreme Court Justice William O. Douglas, Kershaw and Lynn spearheaded a decades-long campaign to save the ancient forests and ecosystem of Washington's Cascade Range. In the process, Kay and Isabelle's devoted relationship proved a marked contrast to Justice Douglas' own turbulent love life, perhaps affecting his perception of the law and his precedent-setting judicial opinion in Griswold v. Connecticut (1965), which provided the basis for major LGBTQ+ Supreme Court decisions in the twenty-first century as well as Roe v. Wade in 1973.

This edited volume collects population and metapopulation models for a wide variety of species, focusing on the use of models in population-level risk assessment for toxins. Each chapter of Demographic Toxicity describes the application of a population model to one species, with the aim of demonstrating how various life history characteristics of the species are incorporated into the model, how ecotoxicological impacts are modeled, and how the results of the model has been or can be used in risk assessment. The model in each chapter is implemented in RAMAS software, which uses matrix modeling of population dynamics. RAMAS software is believed to be the most powerful tool ever invented for this task.Demographic Toxicity includes a CD that contains a demo version of the program and the data files for each species. The book explains how to use these specific tools for modeling, analysis, and interpretation of data. Demographic Toxicity provides a major review of current knowledge on population dynamics in different species, representing both terrestrial and aquatic environments.