Educational Justice : Teaching and Organizing Against the Corporate Juggernaut By Howard Ryan
2017 | 288 Pages | ISBN: 1583676147 | EPUB | 1 MB
That education should instill and nurture democracy is an American truism. Yet organizations such as the Business Roundtable, together with conservative philanthropists such as Bill Gates and Walmart's owners, the Waltons, have been turning public schools into corporate mills. Their top-down programs, such as Common Core State Standards, track, judge, and homogenize the minds of millions of American students from kindergarten through high school. But corporate funders would not be able to implement this educational control without the de facto partnership of government at all levels, channeling public moneys into privatization initiatives, school closings, and high-stakes testing that discourages independent thinking. Educational Justice offers hope that there's still time to take on corporatized schools and achieve democratic justice in the classroom. Forcefully written by educator and journalist Howard Ryan, with contributing authors, the book opens with four chapters that discuss theories on teacher unionism, social justice pedagogy, and corporate school reform. These chapters are balanced with four case-study chapters documenting exemplary teaching and school-site organizing practices in the field. Reports from various educational fronts include innovative union strategies against charter school expansion, as well as teaching visions drawn from the vibrant "whole language" movement. Bold, informative, clearly reasoned, this book is an education in itself--a democratic one at that.
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rovides a better understanding of electrolytes for electrochemical energy storage devicesFocuses on electrolytes and electrolytes valencePresents challenges and opportunities in energy storage systemsExplains supercapacitors with respect to electrolyte systemsSummarizes multivalent-based energy storage systemsThis book is written for graduate students and researchers in electrochemistry, physical chemistry, and renewable energy.