Every National Board Certified Teacher has a story. This is mine.
As an elementary teacher I’m responsible for teaching every subject, which includes social studies. And in fourth grade social studies focuses on Washington State. One of the concepts that my students have always struggled with is the Rainshadow Effect. Over the years I’ve tried everything: different videos, different texts, relief maps, you name it. The results have been discouraging. When I assess my students, they generally don’t understand the Rainshadow Effect.
There was a time in my career when I would have simply let it go. After all, the Rainshadow Effect will never show up on anyone’s standardized test. It’s only social studies, for crying out loud; give it a shot and move on. If they get it, great; if they don’t, they don’t.
But I couldn’t let it go. The Rainshadow Effect isn’t just a random meteorological phenomenon covered in chapter three of our textbook. It explains the major differences in the regions of our state, which is what chapter four is all about. It also explains the main differences between the Plateau Indian tribes and the Coastal tribes, which is the essence of chapter five. Not only that, but the Rainshadow Effect is one of the main reasons for all the dams along the Columbia River, not to mention the fact that Central Washington is a major producer of fruit, which largely explains its large Hispanic population. Chapters eight, nine and twelve.
The Rainshadow Effect is a big deal and I’ve been determined to get it right.
This year I tried something different. I put a fan on one end of a table in the front of the room. I asked five volunteers to place their backpacks in a large pile on the middle of the table. Then I took a wet sponge. “The prevailing wind, represented by this fan, blows wet air toward the Cascade Mountains, represented by these backpacks. When the air hits the mountains, it has to go up. When air rises, it gets cold, and cold air can’t hold water very well. That’s why I’m squeezing this sponge and that’s why these backpacks are getting wet. As the air passes over the mountains, it goes back down and warms up. Warm air hold water better. That’s why I’m not squeezing the sponge anymore, and that’s why there’s less rain in Eastern Washington. That’s the Rainshadow Effect.”
I discovered the same thing Annie Sullivan discovered 119 years ago: pouring cold water on something increasing student achievement. For some reason, my students loved watching the backpacks get wet. And they now understand the Rainshadow Effect. All of them.
Washington State spends $50 million on stipends for NBCTs. That number could nearly double in a few years, and with education funding moving to the front burner this Legislative Season, some people in Olympia (where it rains a lot) are going to be asking whether we’re getting our money’s worth.
There are different ways to answer that question. Some people prefer data, and the data certainly looks good. My problem with the data is that it’s too limiting: it focuses too much on test scores. Teaching kids the Rainshadow Effect will never show up in that data.
I prefer to justify our National Board stipend by telling stories. Because every National Board Certified Teacher has a story illustrating how the process made them a better teacher. When I went through the process I became a better teacher, a teacher committed to student learning. A teacher who knows the subject matter and how to teach it to kids. A teacher who is responsible for managing and monitoring student learning. A teacher who learns from experience and a teacher who is a member of a learning community.
What’s your story?