Eco-Mathematics Education strives to show how everyone can experience the embedded connection between mathematics and the natural world. The authorsâ sincere hope is that by doing so, we can radically change the way we come to understand mathematics, as well as humanityâs place in the ecosystem. The book hopes to accomplish this by providing in-depth lesson plans and resources for educators and anyone interested in teaching and learning mathematics through an ecological aesthetic perspective. All lessons are based on the inquiry method of teaching, aligned to standards, incorporate art projects inspired by famous artists, and utilize recycled and/or natural materials as much as possible.
Nataly Chesky, Ed.D. (2012), Montclair State University, is an Associative Professor of STEM education at SUNY New Paltz. She has published several books, articles, and presented at many national and international conferences.
Jack Milgram, M.S.T. (2019), State University of New York at New Paltz, is an Adjunct Professor of STEM education at SUNY New Paltz. This is his first academic published piece of work.
About the Authors
Introduction
â1 Integrating Nature and Mathematics
â2 The Art of Mathematics
â3 Ecojustice Mathematics Education
â4 Organization and Outline
1 Natureâs Growth Pattern
â1 Background for Educators
â2 Introductory 1 Lesson Plan
â3 Introductory 2 Lesson Plan
â4 Advanced Lesson Plan
2 Natureâs Balancing Act
â1 Background for Educators
â2 Introductory Lesson Plan
â3 Advanced Lesson Plan
3 Natureâs Monstrous Shapes
â1 Background for Educators
â2 Developing Lesson Plan
â3 Advanced Lesson Plan
4 Natureâs Circles
â1 Background for Educators
â2 Advanced 1 Lesson Plan
â3 Advanced 2 Lesson Plan
â4 Advanced Lesson Plan
5 Natureâs Networks
â1 Background for Educators
â2 Introductory Lesson Plans
â3 Developing Lesson Plan
6 Natureâs Curves
â1 Background for Educators
â2 Advanced 1 Lesson Plan
â3 Advanced 2 Lesson Plan
7 Natureâs Creatures
â1 Background for Educators
â2 Developing Lesson Plan
â3 Advanced Lesson Plan
8 Natureâs Symmetry
â1 Background for Educators
â2 Introductory Lesson Plan
â3 Developing Lesson Plan
9 Natureâs Numbers
â1 Background for Educators
â2 Developing Lesson Plan
â3 Advanced Lesson Plan
Conclusion
â1 A Pedagogical Reflection
â2 A Utopian Vision
References
Index
The audience of this book ranges from any K-8 teachers, parents, or even students who are interested in teaching or learning mathematics. This book is designed within the framework of an educational setting based on a mathematics curriculum. It also allows flexibility to be used in frameworks of art or naturalist education.