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Full-Text Articles in Science and Mathematics Education
Democratic Disagreements. A Book Review Of Lived Democracy In Education. Young Citizens’ Democratic Lives In Kindergarten, School And Higher Education, Sonja Helkala, Julia Jaakkola, Tuukka Tomperi
Democratic Disagreements. A Book Review Of Lived Democracy In Education. Young Citizens’ Democratic Lives In Kindergarten, School And Higher Education, Sonja Helkala, Julia Jaakkola, Tuukka Tomperi
Democracy and Education
As the title Lived Democracy in Education suggests, the predominantly Norwegian writers of the book share a deep and robust vision of democracy. Drawing on deliberative democratic theory and many other theoretical perspectives, the authors blend theory, practice, and empirical case studies to illuminate these modes of “lived democracy” in educational contexts. In particular, the book’s chapters examine different communicative interactions between children and young people, presenting these as examples of learning to live with controversies in communities of disagreement. The book contains valuable perspectives on democratic discussion in education. As several authors are experts in mathematics and science education, …
Hearing Silence: Understanding The Complexities Of Silence In Democratic Classrooms And Our Responsibility As Teachers And Teacher Educators. A Response To "Creating A Democratic Mathematics Classroom: The Interplay Of The Rights And Responsibilities Of The Learner.", Kersti Tyson, Allison Hintz, Andrea English, Diana Murdoch
Hearing Silence: Understanding The Complexities Of Silence In Democratic Classrooms And Our Responsibility As Teachers And Teacher Educators. A Response To "Creating A Democratic Mathematics Classroom: The Interplay Of The Rights And Responsibilities Of The Learner.", Kersti Tyson, Allison Hintz, Andrea English, Diana Murdoch
Democracy and Education
This response to Priya Prasad’s and Crystal Kalinec-Craig’s article on the interplay of the Rights and Responsibilities of the Learner aims to engage with and add on to the authors’ exploration of learners overexercising or opting out of their rights. While grappling with these challenges alongside the authors, our curiosity deepened about a significant and understudied facet of democratic classrooms: silence. Through this response, we consider the multifaceted dimension of silence and how a focus on silence may help us more fully understand the tension between learners’ rights and responsibilities to self, each other, and the collective. Specifically, we engage …
Middle School Mathematics Teachers’ Efforts To Foster Classroom Democracies. A Response To "Creating A Democratic Mathematics Classroom", Amanda Jansen, Lorianne Kalb, Denise Mccunney
Middle School Mathematics Teachers’ Efforts To Foster Classroom Democracies. A Response To "Creating A Democratic Mathematics Classroom", Amanda Jansen, Lorianne Kalb, Denise Mccunney
Democracy and Education
How can middle school mathematics teachers navigate their roles as authorities in managing classroom democracies while providing their students with opportunities to exercise their rights? The concept of complementarity (Vithal, 1999) acknowledges that a teacher’s authority is not always in conflict with students’ rights or agency, but instead a teacher’s authority can be exercised judiciously to invite students to enact their rights. In this response to “Creating Democratic Mathematics Classrooms,” we take up the authors’ invitation to reflect on how we consider the role of responsibilities in classrooms that promote Torres’s Rights of the Learner. We share ways that two …
Lift Every Voice And Sing. A Response To "Mathematics For What? High School Students Reflect On Mathematics As A Tool For Social Inquiry", Anita Bright
Democracy and Education
In this response, I applaud the work initiated in this research and underscore some of the key reasons I find it so valuable. Building from this, I also issue a call to the greater mathematics education community—particularly the large mathematics professional organizations—to consider the ways their organizations have conceptualized and framed equity work, and invite them to entertain the idea of remapping their visions in ways that are more forward thinking and less traditionally safe.
Mathematics For What? High School Students Reflect On Mathematics As A Tool For Social Inquiry, Anastasia Brelias
Mathematics For What? High School Students Reflect On Mathematics As A Tool For Social Inquiry, Anastasia Brelias
Democracy and Education
This study examines high school students’ views of mathematics as a tool for social inquiry in light of their classroom experiences using mathematics to explore social issues. A critical theoretical perspective on mathematics literacy is used to ascertain the ways in which their views challenge or affirm the dominant image of mathematics in society. The study concludes that mathematics applications addressing social justice issues are promising vehicles for developing students’ appreciation of mathematics as a social problem-solving tool, an awareness of its limitations, and a healthy skepticism toward its uses.
Moving Toward Equitable, Accessible, And Relevant Mathematics For All. A Book Review Of Rethinking Mathematics: Teaching Social Justice By The Numbers, Lauren Provost
Democracy and Education
A book review of Rethinking Mathematics: Teaching Social Justice by the Numbers, edited by Eric Gutstein and Bob Peterson.
Unalienated Recognition At The Core Of Meaningful Exchange Between School And Community. A Response To "Unalienated Recognition As A Feature Of Democratic Schooling", Robin R. Sears
Democracy and Education
I apply the concept of unalienated recognition as a form of democratic exchange, introduced by Rheingold (2012), to a different educational setting. Through a case study of the School for Field Studies international environmental programs, that are, like Rheingold’s study school, field based and community centered, I explore the hypothesis that today’s undergraduate students’ desire to serve and to solve can be usefully harnessed in formal coursework and research to address real problems at their foundation. I link the cases by building on Rheingold’s use of the concept of boundary objects as an organizing principle behind the success in motivating …
Links And Distinctions Among Citizenship, Science, And Citizen Science. A Reponse To "The Future Of Citizen Science.", Caren B. Cooper
Links And Distinctions Among Citizenship, Science, And Citizen Science. A Reponse To "The Future Of Citizen Science.", Caren B. Cooper
Democracy and Education
Mueller, Tippins, and Bryan (2012) presented a new conceptualization of citizen science that is meant to facilitate emerging trends in the democratization of science and science education to produce civically engaged students. I review some relevant trends in the field of citizen science, for clarity here referred to as public participation in scientific research (PPSR), and present overlooked styles and outcomes of PPSR. Education efforts should seize the opportunity to emphasize the key and distinct roles students can play in both the science and the values elements that inform decision-making processes.
It’S More Than Just Music: A Review Of Urban Science Education For The Hip-Hop Generation, Jose M. Rios
It’S More Than Just Music: A Review Of Urban Science Education For The Hip-Hop Generation, Jose M. Rios
Democracy and Education
A review of the book Urban Science Education for the Hip-Hop Generation, by Christopher Emdin (Sense Publishing, 2010).
The Future Of Citizen Science, Michael P. Mueller, Deborah Tippins, Lynn A. Bryan Ph. D.
The Future Of Citizen Science, Michael P. Mueller, Deborah Tippins, Lynn A. Bryan Ph. D.
Democracy and Education
There is an emerging trend of democratizing science and schooling within science education that can be characterized as citizen science. We explore the roots of this movement and some current projects to underscore the meaning of citizen science in science and schooling. We show that citizen science, as it is currently conceptualized, does not go far enough to resolve the concerns of communities and environments when considered holistically and when compared with more dynamic and multidimensional ideas for characterizing science. We use the examples of colony collapse disorder (CCD) and emerging trends of nanotechnology as cases in point. Then we …