Alycia Wright, M.Ed.

Meet the Teacher: Alycia Wright, M.Ed.

Alycia Wright, M.Ed. is a former public teacher of ten plus years turned homeschooling mother of the last 7 years.

She holds a Masters of Education with an emphasis on Special Education and Gifted Education from Virginia Commonwealth University. In the public schools, Alycia taught US History, Civics, and speciality classes such as Wilson Reading for students with reading disabilities, as well a math club for students with Dyscalculia, all at the middle school level.
Alycia is the founder and director of Cultural Roots Homeschool Cooperative in Richmond, Virginia. This co-op specifically focuses on history from a decolonized lens and supports families of color. Her passions include providing diverse educational resources and assistance. One of her latest endeavors is the creation of a statewide homeschool conference to address the needs of homeschooling families of color.
With regards to other areas of work, she serves as National Director of Radical Inclusion for Together We Will USA and is a founding member of Together We Will RVA. Alycia serves a local youth mentor for Envision, Lead, Grow, whose goal is end poverty by introducing girls to entrepreneurship.  Lastly, Alycia teaches a variety of African-American /US history classes both in person and online. She also does a great deal of community activism workshops & creating community partnerships for youth in Central Virginia. You can contact Alycia at [email protected].

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A different kind of online class.


  • Secular Academic Vetted Materials
  • Interdisciplinary
  • Project-Focused


  • Flexible Course Varieties
  • Collaborative
  • Engaging


  • Expertise
  • Teaching Experience
  • Fairly Compensated

Dr. Michelle Parrinello-Cason

Meet the Teacher: Dr. Michelle Parrinello-Cason

Dr. Michelle Parrinello-Cason has a Ph.D. in English with an emphasis on rhetoric and composition. She has more than a decade of teaching experience including six years of full-time college experience. She has designed workshops and classes for elementary, middle, and high school students and is a homeschooling mom of two.

Her passions include pop culture, moral philosophy, essay writing, and reading skills. She designs classes that take a multi-disciplinary, integrated reading-writing approach to make sure learners have context and purpose for everything they create.

During her time as an English professor, Michelle specialized in teaching “developmental” writing, which means she was working with the students who had been deemed unprepared for college-level writing. In that work, she formed a teaching philosophy deeply centered on trust.

She believes that students learn best when they know that their instructor genuinely trusts them to do well. She works hard to avoid assignments and classroom dynamics that create antagonistic power structures. Instead, she wants learners to see her as a supportive guide who genuinely aims to help them reach their own goals.

Michelle’s doctoral work heavily focused on the history of writing instruction in America with an emphasis on the way writing pedagogy reinforced structural power dynamics. This work has committed Michelle to a lifelong pursuit of pedagogical practices that resist such power dynamics. She aims to create — through the practical impacts of assignments, course discussions, and feedback — educational experiences that empower learners to use their own voices.

You can contact Michelle at [email protected]


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January 1-January 31Teen Book club, High School, SEA Online ClassesJanuary Teen Book Club: Tipping Point 2021Ages 13-18Dr. Michelle Parrinello-Cason$10-35Space Available
January 25-March 8Exploring Philosophy with The Good Place: Season 1Ages 14-18Dr. Michelle Parrinello-Cason$60Space Available
January 25-March 8Exploring Philosophy with The Good Place: Season 3Ages 14-18Dr. Michelle Parrinello-Cason$60Space Available
February 1-February 28February Tween Book Club: Esperanza Rising 2021Ages 9-12Dr. Michelle Parrinello-Cason$10-35Space Available
February 1-April 25High School Writing with Malcolm Gladwell’s OutliersAges 13-18Dr. Michelle Parrinello-Cason$99Space Available
February 1-April 25High School Writing with How Would You Rule?Ages 14-18Dr. Michelle Parrinello-Cason$155Space Available
February 1-April 25High School Writing with Hope Jahren’s Lab GirlAges 13-18Dr. Michelle Parrinello-Cason$99Space Available
March 1-March 31March Tween Book Club: Drowned City: Hurricane Katrina and New Orleans 2021Ages 13-18Dr. Michelle Parrinello-Cason$10-35Space Available
March 1-April 25Middle School Writing with The Good, the Bad, and the BarbieAges 11-13Dr. Michelle Parrinello-Cason$110Space Available
March 1-April 25A white and brown dog with big earsMiddle School Writing with A Dog in the Cave (Guided)Ages 11-13Dr. Michelle Parrinello-Cason$75Space Available
March 22-May 3Exploring Philosophy with The Good Place: Season 2Ages 14-18Dr. Michelle Parrinello-Cason$60Space Available
March 22-May 3Exploring Philosophy with The Good Place: Season 4Ages 14-18Dr. Michelle Parrinello-Cason$60Space Available
April 1-April 30Teen Book club, High School, SEA Online ClassesApril Teen Book Club: Turning 15 on the Road to FreedomAges 13-18Dr. Michelle Parrinello-Cason$10-35Space Available
May 1-May 31Teen Book club, High School, SEA Online ClassesMay Teen Book Club: Brown Girl DreamingAges 13-18Dr. Michelle Parrinello-Cason$10-35Space Available

A different kind of online class.


  • Secular Academic Vetted Materials
  • Interdisciplinary
  • Project-Focused


  • Flexible Course Varieties
  • Collaborative
  • Engaging


  • Expertise
  • Teaching Experience
  • Fairly Compensated

Samantha Matalone Cook, MAT

Meet the Teacher: Samantha Matalone Cook, MAT

Samantha Matalone Cook, MAT,  is an educator, historian, writer, maker, and speaker. She has almost three decades of experience in education, program development, and the arts and is a dedicated mentor and lifelong learner. She has a BA in Humanities with an emphasis in Medieval History and Archaeology, and an MAT from the George Washington Graduate School of Education and Human Development, specializing in Museum Education. As an educator, Samantha has worked with both small and large organizations to create educational programming that centers and connects the learner to concepts and skills. She has taught in classrooms and in private workshops, mentored other educators, and worked for and with many museums and non-profit organizations, including the Smithsonian. 

Samantha was or is a founder or advisor of several makerspaces, including Curiosity Hacked, a non-profit hackerspace for kids and families, where she built international learning communities and pushed the boundaries of what learner-centered, alternative STEAM education could look like. She is a consultant and advisory board member for Home Base, a community education center for home educating families, and an advisor and consultant for SEA, an international advocacy group for secular, academic education. Samantha has recently joined SEA as an editor for the magazine and to help build the SEA Publishing branch, with the intention of supporting other authors and midwifing high quality, interesting, and secular educational materials.

Samantha works on a consulting basis with both families and organizations and in leading professional development workshops. She continues to experiment with learning through teaching dynamic, project-based classes on History and the Humanities through the lens of art and invention (SHTEAM), expanding how her favorite subjects can be used as a catalyst for understanding, expression, and intersectionality. Samantha believes that learning should be consensual, multidisciplinary, and dynamic, and uses those values as a foundation for her classes. Her courses center on modeling passion for History and the Humanities and making connections for relevance and meaning. She enjoys building relationships with her students that are based on trust, humor, and limitless collaboration.

Samantha recently co-authored the book Project-Based Learning: Creating a Modern Education of Curiosity, Innovation, and Impact. Her next books to be published include a series of project-based learning centered book studies inspired by the world of Harry Potter, and a multi-disciplinary curriculum for Ancient History, which is the first of a four part series for Pandia Press’ History Odyssey (Level 2), with a companion curriculum designed to build students’ skills in historical research and writing. 

When not working, Samantha spends her time painting, reading, cooking, gaming, and hiking in the beautiful Rocky Mountains. She also finds new adventures and manages mischief every day with her two teens and one preteen, all home educated; the oldest of whom has recently fledged into college.

To see her past and current projects, please visit

You can contact Sam at [email protected].

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January 8-January 22Middle School Research Boot Camp, SEA Online ClassesHistorical Thinking and Writing Bootcamp: Middle School (Session 1)Ages 11-14Samantha Matalone Cook, MAT$60Space Available
January 8-January 29Historical Thinking and Writing Bootcamp: Middle School (Session 1)Ages 11-14Samantha Matalone Cook, MAT$90Space Available
January 11-February 1Fantasy Map-Making Workshop for Younger Learners Spring 2021 (Session 1)Ages 6-9Samantha Matalone Cook, MAT$100Space Available
January 11-February 1Fantasy Map-Making Workshop Spring 2021 (Session 1)Ages 10-18Samantha Matalone Cook, MAT$100Space Available
January 27-April 21Ancient ArchaeologyAges 12-16Samantha Matalone Cook, MAT$350-395Space Available
January 29-February 12High School Research Boot Camp, SEA Online ClassesHigh School Research Boot Camp (Session 1)Ages 14-18Samantha Matalone Cook, MAT$60Space Available
January 29-February 19Historical Thinking and Writing Bootcamp: High School (Session 1)Ages 14-18Samantha Matalone Cook, MAT$90Space Available
February 8-March 15Advanced Fantasy Map-Making: World-Building (for Younger Learners): Session 1Ages 6-9Samantha Matalone Cook, MAT$160Space Available
February 8-March 15Advanced Fantasy Map-Making: World-Building (Session 1)Ages 10-18Samantha Matalone Cook, MAT$160Space Available
February 19-March 5Research Bootcamp for Parents – Spring 2021 (Session 1)Ages 18+Samantha Matalone Cook, MAT$60Space Available
February 19-March 12Historical Thinking and Writing Bootcamp: For Parents/Guardians (Session 1)Ages 18+Samantha Matalone Cook, MAT$90Space Available
March 12-March 26Middle School Research Boot Camp, SEA Online ClassesHistorical Thinking and Writing Bootcamp: Middle School (Session 2)Ages 11-14Samantha Matalone Cook, MAT$60Space Available
March 12-April 2Historical Thinking and Writing Bootcamp: Middle School (Session 2)Ages 11-14Samantha Matalone Cook, MAT$90Space Available
March 29-April 19Fantasy Map-Making Workshop for Younger Learners Spring 2021 (Session 2)Ages 6-9Samantha Matalone Cook, MAT$100Space Available
March 29-April 19Fantasy Map-Making Workshop Spring 2021 (Session 2)Ages 10-18Samantha Matalone Cook, MAT$100Space Available
April 1-April 30April Tween Book Club: LeviathanApril 9-12Dr. Sabrina Weiss$10-35Space Available
April 23-May 7Research Bootcamp for Parents – Spring 2021 (Session 2)Ages 18+Samantha Matalone Cook, MAT$60Space Available
April 23-May 14Historical Thinking and Writing Bootcamp: For Parents/Guardians (Session 2)Ages 18+Samantha Matalone Cook, MAT$90Space Available
April 26-June 1Advanced Fantasy Map-Making: World-Building (for Younger Learners): Session 2Ages 6-9Samantha Matalone Cook, MAT$160Space Available
April 26-June 1Advanced Fantasy Map-Making: World-Building (Session 2)Ages 10-18Samantha Matalone Cook, MAT$160Space Available

A different kind of online class.


  • Secular Academic Vetted Materials
  • Interdisciplinary
  • Project-Focused


  • Flexible Course Varieties
  • Collaborative
  • Engaging


  • Expertise
  • Teaching Experience
  • Fairly Compensated

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Blair Lee, M.S.

Meet the Teacher: Blair Lee, M.S. Science, Project-Based Learning, & More

When teaching at her local community college, Blair found that many of her students were lacking in basic foundational science upon entering college. She believes science can be and should be taught from the beginning of a child’s education. She began working with her own son and his friends on methods of teaching science concepts usually reserved for high school or college students. The results of her research, teaching, and writing are concept-rich, hands-on courses that engage young people’s minds and lay a firm foundation of science concepts.

Blair Lee, M.S. is the primary author of Pandia Press’s critically acclaimed REAL Science Odyssey Series, and she is the author of The Science of Climate Change: A Hands-On Course and Project-Based Learning Creating a Modern Education of Curiosity, Innovation, and Impact. Blair earned Bachelor’s degrees in Biology and Chemistry and Master’s degree in Chemistry at the University of California San Diego. She is a passionate advocate of innovative academics using secular materials.  

Blair is the founder of Secular Eclectic Academic (SEA) Homeschoolers, a supportive community of over 46,000 members that advocates for the exclusive use of secular, academic materials. She spends time in the SEA Facebook group answering questions and offering advice for that community. She lives in California with her husband, son, many dogs, and several guinea pigs. When not homeschooling her son and writing textbooks, she loves to ski, cook (most chemists are good cooks), read, and hike. You can contact Blair directly with questions about REAL Science Odyssey and SEA Homeschoolers at [email protected].

secular homeschool conference School Choice Week 2018: Blair Lee 2

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September 1, 2020 – once a month after thatThe Stargazer’s Club – Family SeriesEntire FamilyBlair Lee, M.S.$15/month - $150/yearSpace Available
September 2nd – December 16thProject-Based Human HeredityAges 14+Blair Lee, M.S.$475 - $575
October 1st – October 15thThe Birds & the Bees & the Flowers & the Trees – Elementary Level Science Series Session 3Ages 6 - 10Blair Lee, M.S.$75Class Full
October 5th – October 19th (Section 2)The Birds & the Bees & the Flowers & the Trees – Elementary Level Science Series Session 3Ages 6 - 10Blair Lee, M.S.$75Class Full
October 13th – October 27th (Section 3)How Earth Got Its Shape – Elementary Level Science Series Session 2Ages 6 - 10Blair Lee, M.S.$75Class Full
October 29th – November 12thThe Periodic Table – Elementary Level Science Series Session 4Ages 6 - 10Blair Lee, M.S.$75Class Full
November 2nd – November 16th (Section 2)The Periodic Table – Elementary Level Science Series Session 4Ages 6 - 10Blair Lee, M.S.$75Class Full
November 3rd – November 17th (Section 3)The Birds & the Bees & the Flowers & the Trees – Elementary Level Science Series Session 3Ages 6 - 10Blair Lee, M.S.$75Class Full
December 1st – December 15th (Section 3)The Periodic Table – Elementary Level Science Series Session 4Ages 6 - 10Blair Lee, M.S.$75Class Full
January 26th – May 11thMiddle School Chemistry Lab ClassAges 11+Blair Lee, M.S.$450Space Available

A different kind of online class.


  • Secular Academic Vetted Materials
  • Interdisciplinary
  • Project-Focused


  • Flexible Course Varieties
  • Collaborative
  • Engaging


  • Expertise
  • Teaching Experience
  • Fairly Compensated

Earth Day Online Scavenger Hunt

Earth Day Online Scavenger Hunt

It’s Earth Day! Normally this is a day when communities have lots of organized activities to help people learn about and improve the environment, but with the current global pandemic that is not an option this year. So, we created this fun and educational online scavenger hunt that families can complete together while sheltering at home. We hope that as you check off all of the challenges on this list, you will learn about important environmental issues and find ways you can reduce your family’s environmental impact & help solve the climate crisis.

1. Find pictures & population data of 5 endangered species.

2. Find an image, video, or article about rain bombs.

3. Find a picture of an invasive species (plant or animal) that has been found in your area and look up information on why it is problematic.

4. Find information about local recycling programs. Make a list of items that can be recycled in your area and hang it near your trash bin as a reminder.

5. Find pictures of healthy coral reefs and pictures of coral reefs affected by ocean acidification. Discuss the differences and the environmental effects of ocean acidification.

6. Use a website like to calculate your household’s carbon footprint. Examine the results and discuss ways you can reduce your carbon footprint.

7. Look up water usage for baths vs showers of various lengths. Calculate how much water your family uses for baths and showers over a week, month, and year.

8. Locate an area impacted by severe drought. List at least 3 ways the region has been impacted by drought beyond water needs.

9. Look up data on sea ice loss since you were born. Find a video or graphic to help you visualize what that loss looks like.

10. Look up information or watch videos about the pressing environmental issues related to disposable and one-time-use plastic products. Take a tour of your home and make a list of plastic products you can commit to replacing with items made of other materials and disposable products you can replace with reusable versions within the next year.

The Other Science Crisis: Climate Change

The Other Science Crisis: Climate Change

Everyone, everywhere is talking about the coronavirus right now and for good reason. But this Earth Day, let us remember that there are at least two major science crises going on right now:

  1. The global warming that is causing the climate crisis
  2. Of course, the coronavirus

The science explaining the coronavirus is not yet well understood. The science explaining climate change is. And there is no time like the present to learn the science of climate change. In part because,

“Scientists have long warned that climate change will impact not just our environment, but also our health by increasing rates of infectious disease.” (Ibrahim AlHusseini)

Long after a vaccine has been developed for the coronavirus, the climate crisis will be an ongoing problem. We need to be working to find solutions for it. The first step to doing that is to understand the science explaining it. Whether your kids are home for a short time (school under teach this issue) or for longer, make this the year your family learns what climate change is, how it happens, and what you can do to help.

To celebrate Earth Day, SEA Publishing has put The Science of Climate Change: A Hands-On Course on sale for almost 80% off (April 22-24, 2020). Check out the book the National Science Teaching Association calls, “a much-needed resource for understanding climate change and gets into the details of climate change in a way that increases understanding for both kids and adults alike. This is a great, user-friendly book for all of us who need to understand the complex issue of climate change.”    

Vetting Secular Science Curriculum

Vetting Secular Science Curriculum: 10 Ways to Make Sure Your Curriculum IS Secular.

Vetting Secular Science Curriculum

10 Ways to Make Sure Your Science Curriculum IS Secular

Phew! You have finally done it. You spent hours, days, and weeks planning the courses and materials you will use for your secular homeschooler during the coming year. Your excitement over planning the best year of homeschooling EVER, results in you sharing your plan at a park day or on Facebook. Instead of the expected accolades, you hear from people that your choice for science isn’t secular. Wait… what? The website you purchased the science from didn’t say the science wasn’t secular. Or worse yet, the website said the materials were secular and you are now learning that is not the case. Or perhaps you are using another homeschooler’s recommendation. Whatever the reason, you now have to go back to the drawing board and figure science out, AGAIN. What is a secular homeschooler to do! Vetting secular science curriculum can be tricky, but we’ll discuss some ways you can make sure your curriculum is truly a secular science curriculum.

Why Vetting a Secular Science Curriculum is Important

Secular science curriculum and materials are those that include and present scientific facts, principles, models, and theories as would be recommended by a majority of practicing experts in each scientific field. Even with the extra work that vetting secular science curriculum entails, there is a good reason to ensure you are using exclusively secular science materials when homeschooling.

That reason is academic integrity. Academic integrity is the ethical policy that forms the guiding principles for what and how academic materials are presented. Companies and individuals that present themselves as entities that have the credentials to determine what people learn should be held to the highest standards of academic integrity.

From the standpoint of materials and programs that are created to teach children, academic integrity has to do with the honesty and rigor science authors use when determining what and how facts, principles, models, and theories are presented. Only science materials that are secular are developed by people who have academic integrity. Now that you know why you should put in the extra time vetting secular science curriculum, how can you make sure your secular science curriculum really is secular?

Vetting Secular Science Curriculum: 10 Tips to Make it Easier

We hear all the time in the Secular, Eclectic, Academic Homeschoolers Facebook group what a problem it can be to make sure the materials you choose are secular. There is obfuscation on the part of some textbook publishers and authors. There are also new materials being published regularly. Let me share some of the tips we use when we are vetting secular science curriculum.

  1. Search the publisher’s website. My favorite word to search for is evolution. Evolution is the central thematic element that should be woven throughout biology. No secular biology course above grade school level will be missing a discussion about evolution. Even if you are not looking for a biology course, the omission of this word from a biology course indicates that all science materials put out by the publisher are not secular. Anyone who writes a biology course without evolution as a thematic element of the course will not have secular chemistry, earth science, or physics. In short: your secular science curriculum should not avoid or shy away from teaching evolution.
  2. Look for science materials that advertise that you can skip the chapter on evolution without it impairing the course. Evolution is a thematic element that gives context and meaning to the whole of biology. A science course written so that the section on evolution can “just be skipped” is not presenting entire areas of biology, such as genetics, anatomy and physiology, systems of classification, and medicine, as would be recommended by a majority of practicing experts in the field of biology.
  3. Search through the FAQs on the publisher’s website for information about the worldview of the materials. Another good search term is “opposing viewpoints.” Many products written from the perspective of intelligent design claim their science products are more credible because they encourage students to explore opposing viewpoints. In the series Real-Science-4-Kids, a science curriculum written from the intelligent design perspective, Rebecca Keller makes the following claim in a FAQ titled “Does Real-Science-4-Kids have a Christian or a secular worldview”:

    “All of the books introduce real science to students and this means scientific facts and theories that are currently accepted by the scientific community. However, the books also introduce students to the philosophy of science and encourage students to explore opposing viewpoints when it comes to interpreting what these facts and theories may mean to individuals, groups, and the larger community.”

    The above statement is misleading for two reasons. The first is that the materials DO omit key topics such as evolution which most certainly IS currently accepted by the majority of the scientific community. The second and possibly more serious issue is that Keller puts a family’s worldview on par with centuries of scientific research, conclusions, and evidence, something not done in secular science materials. It isn’t the job of science to support philosophical beliefs. It is the job of science to explain how the natural and physical world works.

  4. Use the contact form on the website; this should be the first step if the website does not have a search function. Ask the publisher directly if the materials are secular, and how the publisher defines secular materials. Make sure the publisher knows what criteria you expect when choosing secular science curriculum. While you are on the phone ask if evolution, the Big Bang, climate change, and the age of the Earth and the universe (in billions) are discussed in their science courses. If you are still in doubt, ask for the specific language used to explain evolution, environmental topics (especially climate change and global warming), and the age of the Earth. Make sure the publisher knows you will return the materials if they are not secular using your definition for secular not theirs.
  5. Visit a secular homeschool conference or curriculum fair. These are a fantastic place to get your hands on the materials which can make vetting secular science curriculum much easier. They are limited to the vendors who are there, but nothing compares to perusing materials yourself. Look for the same key concepts and terms that you look for on a publisher’s website.
  6. Check out the speakers and vendors at the Great Homeschool Convention. The Great Homeschool Convention (GHC) is known for excluding secular science materials at its conferences. In the area of science, if a speaker or vendor is at GHC they are not secular. GHC regularly has Jay Wile, author of the Apologia series, Jonathan Sarfati, author of Refuting Evolution, and Paige Hudson, the author of the neutral science series, Elemental. By looking at the list of speakers and vendors at GHC you can learn which materials are NOT secular.
  7. Facebook groups and websites can be great sources. Unfortunately these sites are also one of the reasons there is so much confusion over which science materials are secular. Determine what the operating definition for the word secular is for groups and sites you get curriculum recommendations from. If inclusivity is a part of the organization’s definition of secular it generally means intelligent design and neutral materials are reviewed and recommended as secular.
  8. Google science authors to see what they’ve published and/or where they teach. This isn’t foolproof however, as evidenced by Supercharged Science, developed by scientist Aurora Lipper. Lipper taught at Cal Poly and worked on a project for NASA, credentials she uses to sell her products. However Lipper has developed a science program she defines as “creation neutral.”

    “This program is designed to serve all families, regardless of individual beliefs. Each lesson has been carefully structured so that it is “creation neutral.” This means that if you choose to incorporate a religious perspective into your child’s education, this program will easily allow you to do so, and will not conflict with traditional religious perspectives. However, if you prefer to keep science separate from religion, this program will be perfect for your family as well. There are no references to any religious concepts or belief systems in any of the lessons. Religion is a very personal choice, and I totally respect that. As such, this program leaves it to you as a parent to decide if you want to incorporate religion or not.”

    When you read a statement like this one, directly comparing science and religion, it does not matter what the author’s credentials are. Secular science curriculum does not take religion into account, because science and religion are not the same academic disciplines. The purpose of science is to accurately and adequately explain how the natural and physical world works. When a science author leaves topics out because of issues of faith the science is not being accurately or adequately taught.

  9. Compare the table of contents of traditional textbooks, like Holt, for instance, with the table of contents for the homeschool science curriculum. The materials will not align directly, but the same core subjects should be in both.
  10. When buying packaged curriculum from companies who bundle materials from many different authors, you should look over the science separately using the above methods to determine if the science is secular. Do not just research the science courses in the grade your child is in, look at the material for every year. The curriculum bundler Bookshark (a company that just changed the label on what they used to call their secular line to “faith neutral”), for example, uses Rebecca Keller’s Intelligent Design courses for some of their grade levels. Any curriculum bundler that uses an Intelligent Design course for biology cannot be trusted to provide secular science curriculum (or even “faith neutral” curriculum) at any grade level.

Remember, it isn’t the job of science to support philosophical beliefs. It is the job of science to explain how the natural and physical world works. To have an adequate and accurate understanding of science, it is essential that the science materials used are secular.

* Neutral science materials are not secular. They omit core science topics pandering to a non-secular worldview. You can follow this link to read my article, Why Neutral Science isn’t Neutral.

Also please see this article: The Definitions for What Constitutes Secular Academic Materials


Secular Eclectic Academic Homeschoolers School Choice Week Online Conference

If you’re homeschooling a child who is neurodiverse, meet us at the Secular Eclectic Academic Homeschoolers Online Conference in January, when we will have a great line up of speakers sharing their insight and wisdom about homeschooling children across the learning spectrum.


How do you know if your science curriculum is accurate? Vetting Science Curriculum - Secular homeschooling

Passionately Engaged: A Scientist’s Journey

Woman in Science Blair Lee - Scientist

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Women in Science: Why I Became A Scientist

by Blair Lee, M.S.

My journey to becoming a scientist is one a homeschooler can appreciate. I became a scientist by falling down a rabbit hole while pursuing an interest that grew into a passion. I come from an entrepreneurial family. One that, for the most part, thinks the only reason to get a science degree is to become a medical doctor. I have always loved to read and write and if you’d asked my family what I was going to be when I grew up most of them, including me, would have said that I would become a book editor, attorney, or author. Science was not on my radar before college.

When I went to college I had no idea what I wanted to major in. So I took five classes in five disciplines my first semester: math, speech, science, English, and history. I very quickly fell in love with science. There is something about how the real world works that captivated my imagination. Take chemistry for instance, when you look at the relationship between energy, matter, and atomic particles it borders on magical. Except that it’s real.

The area I found the most captivating was how small changes on the molecular, atomic, and subatomic level can have large ranging consequences. Topics like evolution, the Big Bang, the destruction of the ozone hole, and radioactive decay are fascinating. I challenge anyone to look at how atomic particles behave, interact, change, and make matter to not be intellectually engaged. It is just so cool! When it comes to sheer coolness factor, Harry Potter and his cohorts have nothing on science.

Another thing I love about science is its changing nature. For example the theory of evolution, Darwinian evolution focuses on observations but doesn’t include genetics, because Darwin didn’t know about genetics.  Now that scientists understand the mechanism driving evolution, genetic variability and mutation, genetics has become the centerpiece of evolutionary biology. I love how in science that the more we understand, the more we know what we don’t know. There is no end to what is left to be discovered. Studying science is endlessly engaging as your brain keeps having new information to work through and to include for a deeper understanding, but you never get to the end of what there is to learn.

One of the side notes to having very little science knowledge when I started college was that I had to spend a lot of extra study time learning the basics. During the first year, I was cramming all the time and making myself a pest during my professor’s office hours. My need to go back to the basics and learn not just science concepts and facts but also how science worked is how I came to write the style of science books that I write, where there is a focus on foundational fundamentals and basics and on how science is best learned not just as a discipline but as an active endeavor.

I graduated with two bachelors, an Ecology, Behavior, and Evolution degree from the biology department and a general chemistry degree. I was officially a scientist. After that I went to graduate school. This was a turning point in my life, and one of the most angst filled. I had planned and dreamed of graduate school. It turned out that I did not like the day-to-day grind working in a lab. What I did love was the teaching I was doing as required by the chemistry department for their first year graduate students. But… I had never wanted to be a teacher! Maybe after I got my PhD… but before… NO!

It took a serious bout of reflection about what was important. Was my doctorate more important or was it more important to be passionately engaged? So, I got out with a master’s degree in chemistry. While I was in the process of doing this, I received a phone call from a professor I had. He had taken over the chemistry department at a local community college. He offered me a job. I knew I made the right choice almost right away when I started teaching.

You might be wondering why I didn’t switch from a PhD in environmental chemistry to getting a PhD in science education. It didn’t occur to me to do that for years. I actually wrote a query letter to two PhD programs after I finished R.E.A.L. Science Odyssey Biology 2, and was offered a spot at one of them. In the intervening years since retiring from teaching I have focused on affecting the conversation and methodology surrounding how science is best learned. I started writing science courses, because I think if you are going to discuss how things should be different you should give solid, practical examples. After being accepted into a PhD program I had a decision to make. I decided to turn the spot down and keep writing science courses and pushing for change within the secular homeschool community. I think there is a revolution in education happening right now, and much of the energy for it is coming from this community!

I think it’s really important that science literacy becomes a focus of education. You don’t have to look further than climate change denial to understand how important science literacy is. At this point in my working career I am devoting my time to developing materials that give a solid foundation in basic science concepts, where the focus is on how science is best learned as an active endeavor where a concept is presented and immediately followed by a direct application of that concept. Through this work I’m hoping that more people will have ownership over how the natural and physical world works.

Science is a discipline where the answers are open ended. It is the discipline that explains the fabric of how the natural and physical world work. Scientifically it makes no sense that you would be more fascinated by science if you have an X and Y chromosome as opposed to two X chromosomes.

As an undergraduate and graduate student in college, I was the only female in some of my science classes. I was in those classes because the discipline fascinated me. It didn’t matter to me what the gender of the other students was. Probably because of how interested I was in the material, by an overwhelming majority, my male colleagues, professors and students, were welcoming and encouraging. But if they hadn’t been it would not have bothered me.

My advice to any female who wants to become a scientist is to go for it. If you choose a physical science such as chemistry, you will find that most of your fellow classmates are males. As happened to me on a handful of occasions, you might even run into men who wonder why you, a female, are pursuing science. The best advice I can give you is to ignore them. If they don’t know why you are there, then they probably don’t find the topic as fascinating as you do. A better question would be what they are doing pursuing science.

Other posts by Blair Lee

2018 Commencement Speaker
A Science Lab in Your Home
Why Neutral Science Isn’t Neutral

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International Day of Women and Girls in Science: There’s Still Work To Be Done

International Women and Girls in Science Day

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International Women and Girls in Science Day

International Women and Girls in Science Day is upon us, and it’s interesting to think that we need a day to recognize the female interest in and contributions to science, but here we are. We absolutely need to celebrate it. And while I hope this is an inspirational piece of writing, I also believe that the time for well crafted words has passed and now, more than ever, is a time for action.

Women have always been involved in science, from the ancient wisdom of healers who used the natural world for observation, practice and teaching to the women who defied societal expectations to live a life of scientific inquiry, to the women now who are combining science and technology with entrepreneurship. We have also always been the subject of science, both with and without our consent. Women are still marginalized in scientific and technology focused communities, and not because of a lack of interest, but because of a longstanding history. Women in science still report their abilities being questioned, their advancement slower, and their exclusion from contributing important work, particularly if they choose to start a family. Most of the technology product design and start up industry is still dominated by men. Science and technology created for women is still predominantly created by men because of the slow changing nature of culture. These are serious issues that merit not only a day of observance and conversation, but a substantial effort towards change.

International Women and Girls in Science Day
Photo by S.Cook of her daughter, a budding veterinarian. For the record, they both believe girls can be any combination of princess and scientist they choose.

Click here to learn more about International Women and Girls in Science Day

When we celebrate science and technology, we are also celebrating the history of innovation and invention, the art of design, the mathematics of precision, the collective community of the users. The lines between subjects are a myth, a construction by the conventional education system to compartmentalize learning. This separation of subjects was particularly harmful to girls, as it allowed for the bias that still assigns an aptitude for certain subjects according to gender. As an educator, I have taught in almost every kind of environment and my experience has taught me that education has a primary role in changing society. The more I came to understand how much harm it has done to see different subjects as isolated and autonomous, the more dedicated I became to changing the paradigm and advocating for interpreting science and technology in a personal way.

As I experimented more with centering the acquisition of skill around the specific needs of the learner, I was able to utilize our family’s considerable participation in the maker movement and open a workshop designed specifically for children and their families. We formed a non-profit and began a 5 year experiment in hacking the way STEAM (science, technology, engineering, art, and maths) education could be presented and individualized. The most essential value we embodied at Curiosity Hacked was that each of us could choose the role science and technology plays within our lives, and I actively recruited women as mentors with a variety of interests and skills so that girls had solid role models of women makers and boys did too. The foundation of our programs was that using science, technology, art, and design thinking not only created skilled makers, but children who embraced and mastered creativity, innovative thinking, resilience, resourcefulness, and networking. These are the kind of strengths that are invaluable in a quickly changing world. For girls, the experience often dramatically and positively changed their self image and what they thought themselves capable of. Science is interesting and valuable in its own right, independent of future occupations, and that the earlier girls are empowered to pursue their own interest in it, the more prepared they will be for a future that depends on their science and tech confidence.

I also saw mothers learn new concepts and skills that they had never been exposed to or did not think to/were intimidated to try and it transformed them, not just personally, but also in the way they parented and their increased support of science and technology initiatives. We can’t change the future for girls if we don’t hold the space in the present for adults to gain the knowledge and skills that the younger generation is fluent in. Adults need to understand the essential value of science and technology as more than electronics, academics, entertainment, and healthcare. Our society often focuses on the future of girls in STEM fields, but their enjoyment of it, and the education of the adults influencing their lives, right now in the present is just as crucial.

Whether or not science and technology is part of an educational trend through STEM/STEAM initiatives, women and girls have always engaged with their innate sense of curiosity. The idea that we need to encourage them to love science and technology is placing the burden on those who already bear the cultural conditioning of many generations. Girls and women already love science and technology. What needs to be encouraged is policy and cultural changes that support their interest and leave girls with no doubt that they belong and are respected in their chosen field. This is a privilege most men have experienced for thousands of years.

Framework that protects and supports women, like family leave, flexible work schedules, and affordable quality child care, creates a pathway for women to be able to return to their work instead of being forced to choose between their career and their family. Work culture that has no tolerance for discrimination or inequity holds the community responsible for creating a safe and supportive work environment. Well funded educational opportunities for girls to innovate and be mentored by women who believe in them build engaged learners who grow up to pay it forward. These are the things that create change quickly.

Just as important than all of the above, though, is the relationship we foster between girls and science from the very beginning. Read books on science and scientists, particularly female scientists. Cultivate an environment of slow science, where observation and appreciation become a sensory experience. Provide an abundance of ingredients and materials to experiment with. Build a relationship with technology that serves as a tool – not just for education but for enjoyment and for community building. Stop shaming children for asking questions, making messes, or for the interests they are passionate about. Examine your language for gender assumptions around science and technology. Stop telling your kids they are smart and start telling them they are capable, good problem solvers, or innovative. Stop telling kids they should go into science or technology just because they’ll get a great paying job, and encourage them to choose their work based on passions and strengths. Look for ways science and technology has changed lives and helped people, particularly for women and girls.  Elevate the acquisition of science literacy in your home and in your community. Demand family friendly legislation from your elected officials. Elect more women. Donate to scientific studies led by women. Donate to Kickstarters in which women are designing new technology projects. Finally, when your girls are older, share this history and its bias with them so that they know what we celebrate every year.

More Posts by Samantha Cook

Learning Through Making
Project-Based Learning and Making

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Valerie Grosso: Teaching Scientific Concepts to Younger Kids


This session will highlight some tips and strategies for teaching real (and super cool) scientific concepts to young kids. We are often told that certain concepts are “too tough for kids to understand,” but that is often because they are not being taught the right way. If a variety of visual, tactile, kinetic, and exploratory strategies are used to introduce concepts, there is no limit to the number of “higher level” concepts our kids can understand. Learn how to show kids that real science is about the joy of understanding how something beautiful works, and not just the process of taking three measurements and averaging.

Leave your comments below for Valerie’s talk

Teaching Scientific Concepts to Younger Kids

Valerie Grosso is a microbiologist who is curious about all the microscopic things that make up our world. She holds BS and PhD degrees from Yale and Harvard, respectively, and is a former college professor who is passionate about making higher-level scientific concepts part of every kid’s life tool kit. She lives in New York City with her husband and two young daughters (who try out all the mini-courses) and spends her free time knitting and roaming around the American Museum of Natural History (not necessarily at the same time).

Blair Lee: A Science Lab in Your Home? It Really Isn’t that Hard. Trust Me, I’m a Chemist.

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I am always caught off guard when homeschoolers worriedly ask me about setting up for and performing labs at home. It makes me think of how I came to write my first book, R.E.A.L. Science Odyssey Chemistry 1. I asked a good friend of mine, who was also homeschooling, what 3rd grade chemistry looked like. She told me it was terrible. She couldn’t find any good resources and was struggling with labs and how to structure the topics. I started rattling off how I would do it. Her response, “That’s easy for you to say. You are a chemist who taught chemistry!” The purpose of this talk is to help you get over your concerns about having your child perform lab science at home. I promise you, it is easier than you think.


Leave your comments below for Blair’s talk

A Science Lab in Your Home? It Really Isn’t that Hard. Trust Me, I’m a Chemist

to be entered to win cool prizes!


Blair Lee M.S. is the founder of SEA Homeschoolers and author for the critically acclaimed R.E.A.L. Science Odyssey Series. Blair has been handcrafting the education of her non-linear thinker for over 11 years. During that time, she has learned as much about how learning happens from him as he has learned from her. Blair is a passionate advocate of innovative academics using secular materials. Through her speaking and writing, her goal is to empower homeschoolers to dare to be innovative and create something unique and academically-rich when handcrafting their child’s journey through learning. You can follow her at You can learn more about Blair Lee’s “Evolution in Homeschooling” here.

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The Science of Climate Change Print on Sale Now

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Bugging Around on Sale Now

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When Experiments Don’t Work, That’s When the Science Really Gets Fun!

Homeschool Science by Blair Lee

We have all been there, even me. It is the situation where your child and you set up and perform a science experiment only to have it fail. For most people this is frustrating. When this happens parents often wonder if their children are learning from it. As a scientist, I find it interesting that our response is frustration and doubt instead of delight. R. Buckminster Fuller said it best when he said, There is no such thing as a failed experiment, only experiments with unexpected outcomes. Unexpected outcomes should be treated with a sense of wonder. You have just been handed a logic puzzle that requires the scientific method to try to solve it.

Unexpected outcomes from an experiment are when you get to practice real science like scientists do. Most if not all the experiments in the courses you are using have been performed successfully or they would not be assigned. That means that the experiments in science book have expected outcome predicated on the consistent results from the huge number of times the experiment has been performed. If you get an unexpected outcome, you and your child get to brainstorm to figure out what set of conditions changed.

For most of us the first thing we do is question whether it was us. We pore over the experiment’s set up, procedure, and materials to ensure that we didn’t miss anything or make a mistake. If we didn’t make any mistakes, we conclude that the problem must be with the experiment itself.  This series of steps is exactly what you should do if the experiment yields unexpected results. While looking over the written instructions and troubleshooting your procedure discuss the learning goals for the experiment. Ask your child if the learning goals were met since the experiment didn’t give the expected results. If the answer is that they were not met, why not? What do you need to do to meet those learning goals?

One of the main learning goals for all scientific experiment is that kids begin, through use, to come to an intuitive understanding of the scientific method. It helps to focus on the scientific method when troubleshooting an experiment. A hypothesis is an educated guess. When a scientist makes a hypothesis, they are basing it on the observations and results their fellow scientists and they themselves have conducted. When scientists get results that are not consistent with previous experiments before rethinking a hypothesis they look over the procedure used to see if anything was changed. That should be you next step as well.

While poring over how the experiment was conducted there are several questions to ask with regard to the procedure. Is it possible that there is a typo in the procedure? Maybe you missed a step? Perhaps there are multiple ways to interpret one of the steps? Sometimes there is a step that is very finicky and needs to be followed exactly. When that happens it can make the experiment more complicated to duplicate than the author realized. Do not be shy about contacting the publisher or author of the lab. They should welcome the feedback and will often try to help you duplicate his or her results. I have been contacted several times about experiments that weren’t working in my science courses.

I start troubleshooting with the materials. Problems with materials are the most common cause of unexpected results in an experiment. This is the observation phase of the scientific method as applied to the situation. It’s important to focus on each ingredient. In my science courses there have been three instances where experiments failed because of materials. I have learned that cornstarch can absorb a lot of moisture in very humid environments, and that this can cause problems for some experiments. It turns out that in the last five years manufacturers have begun putting an ingredient called hi-float into balloons before they fill them with helium so that the balloons will lose helium more slowly. Did you know that in some states it takes a much higher concentration of bleach to turn food color in water colorless than in other states. We went ingredient by ingredient observing how each was behaving in the experiment to determine what was causing the unexpected results. It was a lot of fun and great science practice both at the same time. 🙂

At the end of this you might or you might not know what gave the unexpected results. Either way it is good to discuss the results and observations and come up with some conclusions from the experiment. Good statements to include in the conclusion of all lab reports is how this experiment could be improved on to meet the learning goals of the experiment. This is especially important in an experiment where you got unexpected results.

I’m hoping that most of your experiments go the way they are intended. The next time an experiment gives unexpected results, instead of getting frustrated, I hope you realize how much fun and learning can happen by applying the scientific method to logically deduce what led to the results. I promise you, you do not have to be a scientist to enjoy the process.

More Secular Homeschool Science Posts by Blair Lee & SEA

Teaching the Science of Climate Change to Middle Schoolers
Vetting Science Curriculum
A Science Lab in Your Home

How to Put Together the Best Science Field Trip

Science Field Trip

How to Put Together the Best Science Field Trip

Field trips aren’t just fun; they are also educational! Field trips give kids opportunities for hands-on learning, allow for new experiences, and lead to a better understanding of topics. By taking science field trips, kids can experience things that expense and expertise put out of most people’s reach. By following a few simple tips, you can ensure the science field trips this year are the best ever.

When planning what your children will study in science during the coming year, start thinking of when and where field trips would make sense. Include these in your overall homeschool plan for the year. Field trips are meaningful academic endeavors and deserve to be treated as such.  Spend some time on homeschool group pages, YELP, and TripAdvisor asking about and investigating potential places to visit. It helps to be fairly specific about what you are studying and what you hope to see. That way it is easier to decide if the visit will add much to your academics.

Think outside the box. If you are studying geology, for example, a field trip to a Natural History Museum is a great idea. When studying the rock cycle, a hike where you identify types of rock and gain knowledge about the geological processes that occurred where you live can be even more educational. If studying chemistry, visit a fireworks display after researching what compounds are used to make each color. Studying biology this year? Call your local hospital and see if they give guided tours. With some ingenuity and research you will be able to use field trips as a way of focusing on those areas of science you want to highlight.

Once you find a place to visit, it is a good idea to call to get information about some of the logistics. Find out if there is a best time and date. You are a homeschooler, so you can tailor your trip so that it doesn’t coincide with those times that are busiest. Make sure and ask about special exhibits, tours, and any field workers or researchers available for questions. If there is anything in particular you want to see, make sure and ask if it is going to be available. Once, on a trip to Vienna, I was very excited about seeing the Darwin exhibit at their museum. I did not see it however, because the only full day we had in Vienna was the one day the museum was closed. Too bad I didn’t check their hours of operation ahead of time. We could have scheduled things differently. Many institutions have reduced or no cost for educational field trips for public schools. It is a good idea to ask if they will pass those savings on to you. I once received a discount for our homeschooling group at a planetarium by scheduling to come at the same time a public school class was attending.

Take the time to front-load, pre-teach, some of the science information. All learners, including parents, get much more out of field trips if they know something about what they are seeing. Think of the times you have gone to an event with someone who is passionate about the subject. She might be an expert, but she enjoys herself immensely, often more than any of the non-experts. Have you ever noticed how those experts almost always make connections from things they see?  What is known about a subject gives a person “hooks” to hang information from and improves the overall learning experience. At a minimum, kids should be familiar with the general vocabulary and core concepts you want to focus on when you plan the field trip.

On the day of the field trip go, enjoy, and immerse. Take the time to walk through, investigate, and explore. Save the quiz and the questions for the next day or on the way home. If you think there is something worth highlighting, though, make sure and do that. Just remember, different people absorb this sort of experiential learning differently and at different rates. A tactile learner may not seem to get as much out of a field trip as a person who learns through talking about what they see, when in fact it is just two different ways of accessing and processing information as a person gains ownership of it. When you do discuss it, be thoughtful about what you saw and continue to bring elements that make connections into your science classes throughout the year. This helps what is learned during the field trip stay pertinent and memorable.

If you are lucky, the field trip might even spark a new interest. I know for homeschoolers this is a double-edged sword as you try to cover all the course material. But in science, these sorts of interests are where most scientists come from.  One of the nice things about a field trip that has been paired with the course you are studying is that even the rabbit holes relate to what you are studying. Field trips are something most homeschoolers go on without much prompting. By using the few simple tips above, those field trips can be even better than ever.

Check out our review of Math and Magic in Wonderland here.

Mom, it isn’t really math. it’s too fun.

Mom, it isn’t really math. it’s too fun.

The idea that math…of all things…is fun, well, who would have thought it! Lilac Mohr’s self-published book, Math and Magic in Wonderland is a whimsical story where math and science are interwoven with literary prose. It is both engaging to read and at the same time, it is educational. We often talk about the journey through learning at SEA Homeschoolers and this book fits that sentiment. It is a fitting tribute to the Carroll masterpiece upon which it is styled.

Mohr’s degrees in Engineering and Computer Information Systems provide a solid basis for her educational and insightful offering while keeping the interest of students and parents alike. The educational aspects should not be overlooked simply because this book is so entertaining.  The journey in the book is much like life’s journey.  You learn as you go, and the only way to move forward is to solve your current problem.

The rich eloquent flow of the author’s prose will transfix readers from the first line. And don’t let the Math in the title intimidate you.  The answers are included, and the process is clearly explained for all.  To quote my son, “Mom, it isn’t REALLY math, it is puzzles and stuff. You know fun, not like math!” So, it is math, but not really.

If you adhere to the left vs right brain theory, you will particularly like Math and Magic in Wonderland. This book allows for creative and unique ways to develop pathways between these opposite sides of the brain.  It is difficult at times to apply literature this way.  By teaching different modalities and weaving subjects together and applying them in a real-life way, you create an excellent project-based learning unit that weaves math, science, and literature. The experience is further enriched by the free unit study available on the SEA Homeschoolers’ website which ties in the science component seamlessly. The unit study really brings the lessons from the book up several notches. I often find it hard to apply math to real world situations in ways that my children find engaging. With the pairing of the science unit study and Math and Magic in Wonderland, Mohr does it for her readers. My children and I are fans of this book, and we all hope she writes more of these types of books and unit studies.

This unique and clever book is a must read for all ages.  It is one of those rare books to be treasured and shared within generations, not just for the intrinsic educational value of the book itself, but for the delightful story that unfolds as you are transported via Mrs. Magpie’s Magical World.  I enjoyed reading and working through this with my 9 and 14-year-old children.

This review contains an affiliate link.

Check out our post on a home school dad’s service trip to Guatemala here.

Be Naturally Curious Review

Be Naturally Curious Review
Be Naturally Curious specializes in science mini-courses. Each of these mini-courses focuses on a different scientific concept written by a different Naturally Curious expert. Each mini-course includes a beautifully illustrated story, a craft or manipulable, a game, and an experiment or outdoor field activity.
Subject Area: Science
Type of Course: Unit Study each expected to take your child 5 to 10 hours.
Age Range: K – 5
Format: PDF
Cost: $9.99 each

Titles in the Series

Jill Harper’s Review

My son, who is 12, helped me work through a few courses of Be Naturally Curious. He loves the desert and desert animals so we started with the course on Life in the Desert. My son is older than the recommended age, but even he was drawn in by the artwork and the story. Together we read through the whole unit. The beginning introduced deserts and went over important concepts and vocabulary. Then the course switched to animals in the desert and here is where my son had a lot of fun. My son is a very creative kid, and he decided he and I would read the next part like a play with each of us taking different parts. This works because the story is set up almost like a tv show which allows for kids to get creative in their reading while at the same time learning the concepts.

Here is an excerpt of the text to illustrate my point:

“Sure, Sandy. Well, as you can see behind me, there’s a lot of sand in the Sahara Desert. In fact, there isn’t much of anything other than sand in many places. Sometimes it gets really windy here, and the sand blows all around. We camels have some great structural adaptations that protect us from the sand. First, check out my amazing nostrils! I can close them to keep out sand. Can you do that, Sandy?”

“Er, uh—Calvin, I’m a plant. I don’t have nostrils.”

“Oh, yeah. Sorry about that. Anyway, now check out my long, gorgeous eyelashes. I have two rows of eyelashes that help keep sand out of my eyes. How many rows do you have, Sandy?”

“Calvin—I’m a plant! I don’t have eyelashes.”

After reading through the text we came to the activities. There are 4 activities per course, and the activities are there to reinforce the concepts while being fun for the kids. For the desert unit there is a game, a craft and journal activity, a hands-on activity that allows the kids to act out what they have learned, and an experiment that can easily be done with materials you have at home. The activities are well thought out and there to reinforce what is learned in the course. The parent will need to print out the materials for the activities and have time to go over them prior to the lesson. This is especially true for the games in the courses. These games are not simple games you can throw together in a minutes notice. You will have to print out the pieces and the board, do some cutting, and read all the instructions.

The mini-courses all end with a Curiosity Corner which is a page of links to other sites that reinforce the concepts of the unit. My son and I clicked through all of them in the desert unit and the links all worked and went to sites that were worth our time. I was very happy with this feature. Next is the Tools for your Toolkit section which reviews vocabulary and concept for the student. In addition there are tool icons that the student can glue or tape to their toolkit. The mini-courses end with a glossary of terms.

I thoroughly enjoyed working through these units and would have loved to have these when my kids were younger. Be Naturally Curious is very engaging for a variety of ages with wonderful illustrations and clever stories. The activities support the concepts in a fun way. Even though my son and I are over the recommended ages, we had a blast working through them. The only negative is that it is for a variety of ages, so some of the activities might be too hard or too easy for certain students depending on their age and/or skill level.

I would also like to add that I think these mini-courses would be wonderful to use with twice-exceptional students. The material is engaging, which this group of students would love. The illustrations and story will draw these students in, and the activities are fun and at a high level especially for younger elementary students or for older students working at a lower level. The courses are also short, which is a help for twice-exceptional students and their parents.

The only drawback of Be Naturally Curious is that it is for a variety of ages, so some of the activities might be too hard or too easy for certain students depending on their skill level. Also for some older kids the stories may seem young to them although with my own son this was not an issue. 

Blair Lee’s Review –

I saw this engaging and highly educational collection of unit studies covering a range of science topics at a conference a couple of years ago. There are twelve books in the series. Each book could be used as a stand-alone mini-course or could be incorporated in with another course. These books would work very well in a science co-op or in a home setting, although you will want to make some minor adjustments for the group activities.
Each book starts with an explanation of the theory. This is the science knowledge kids need to know about the science topic that is the focus of the book. This section, including the illustrations, is well written and the science in it is good.
There are a nice range of activities, including labs with data sheets, that follow. Each activity illustrates a different concept or builds on the previous activities. The activities do a nice job of highlighting specific concepts presented in the theory portion. This pairing of theory with labs and activities is something I look for in science material. It is essential to pair these two for a good understanding of how the scientific method works. The materials needed to complete the activities are inexpensive and easy to find things you probably already have laying around your home. Many of these activities will require parent help. Many are group activities so it will take some thought to turn these into activities to be done with just your child and you.
The activities are followed by a section called Curiosity Connector. This section has links to other resources to learn more about each topic. This is followed by a section called Tools for Your Tool Kit.  In this section there are a small number of questions and badges that kids can add to a toolkit which comes with each book. This is a nice way for parents to keep track of what kids have learned. It also gives kids a sense of mastery by highlighting the concepts they have learned. The last section of each unit study is a glossary. I think glossaries are very important in a course used by homeschoolers. It tells users of the material the specific definitions used by the author for each science term. This is important when kids aren’t sure of a word and definition.
I highly recommend these unit studies. I did have a few minor quibbles, but they were very minor. These unit studies are good for a range of ages. That is sometimes a problem, because the text and activities do not always match exactly with the intended age. If you are using these with multiple children of varying ages however, that could be a plus. In most cases, with parental involvement, this slight issue could easily be dealt with.
I also thought the drawings of the atoms and molecules in the two chemistry unit studies were a bit confusing. I emailed the author about these and I have included Valerie Grosso’s replies to my questions. 

In one of the illustrations in The Adventures of Carbon, one of the oxygen atoms in carbon dioxide is drawn missing 2 of its valence electrons, but in another they are there. (If you are wondering about the reason there are only 6 valance electrons in the correct drawing, Google carbon dioxide resonance.) Valerie’s reply, 

“You have a good eye! The lack of two valence electrons in the bottom image on pg. 4 of the Carbon mini-course is, in fact, a typo. Or, to be more accurate, a slip with the illustration. It is on the list to be fixed but part of the issue is that the illustrations for this particular mini-course were originally done in watercolor, so correcting isn’t as easy as it seems! 🙂 But it most certainly will be corrected in the near future.” 
The author of these unit studies also gives atoms of the same element that are in molecules and the same parts of the atoms different names. Since every electron is an electron and every oxygen atom is an oxygen atom, I would prefer that they have the same name. (For chemistry buffs, yes I know this ignores isotopes and ions). From a scientist’s point of view I worry this will make the subject a bit confusing, and it something a parent will want to be aware of in case your kids have questions. Valerie’s reply, 
“Our feeling was that having the atoms have different names (Ollie Oxygen, etc.) made it easier for kids to track these discrete “units” through the Carbon Cycle…same applies to the Molecules mini-course. In the latter case, we wanted kids to be able to focus on individual electrons (to allow them to envision the pairing up process) and thought that having distinct names would make that a lot easier. Hopefully that is the case!”

I thought this might be the case. Like I said, these are minor points. It is with pleasure that I highly recommend these wonderful science materials.

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