“Some of the discouragement of our natural inquiry process may come from a lack of understanding about the deeper nature of inquiry-based learning. There is even a tendency to view it as “fluff” learning. Effective inquiry is more than just asking questions. A complex process is involved when individuals attempt to convert information and data into useful knowledge. Useful application of inquiry learning involves several factors: a context for questions, a framework for questions, a focus for questions, and different levels of questions. Well-designed inquiry learning produces knowledge formation that can be widely applied.”

- Thirteen Ed Online

GPS (Global Positioning System) receivers today have become more popular with consumers. They are now commonly found in phones and cars as part of navigation systems. Today, teachers and students can use simple and relatively GPS receivers with built-in dataloggers into the “classroom” to make learning interesting. With these receivers teachers can encourage their students to undertake inquiry-based learning of their own using sophisticated but relatively inexpensive tools. GPS receivers, and its usual partner, the Geographic Information Systems (GIS) can help teachers and students integrate ICT tools into the educational process.

Students can use GPS receivers like these to also map routes, mark locations and record their observation of things along the route digitally through their digital photographs. Of course the photographs can be tagged accordingly (see here for an example of how photos are tagged to Google Maps) and using these tags students can actually try to discern patterns of spatial distribution with great accuracy. Field work and inquiry becomes easier without losing the discipline that comes with serious inquiry. With such data, it becomes easier for other students to build on data that has been collected earlier and compile new layers of data using GIS for greater in-depth study.

The inquiry-based learning process engages the students innate curiosity to spur their own learning. In inquiry-based learning students learn need to learn what data to collect, how to get that data and make sense of the data that they have collected. This represents a shift from the traditional emphasis on rote-learning, memorization and traditional Trivial Pursuit-like pen-and-paper assessments. Postman and Weingartner wrote about this approach in their biting critique of modern day education, “Teaching as a Subversive Activity”, written about forty years ago.

The inquiry-based learning is not dissimilar to the scientific approach. It begins with deciding what is it that is to be discovered? What are the questions that need answering. The second part of the process is deciding what data is to be collected and how it is to be collected. The third part of the process is the actual collection of the data. Fourthly, the analysis of the data is done to draw the appropriate conclusion of the inquiry based on the data already collected and analyzed. A reflection of the whole process as the last stage is vital too because the reflection is feedback about what went well or otherwise in the whole process. It may also lead to the need for another round of the whole process to be carried out.

Using GPS for inquiry-based learning, teachers and students will undergo the same process mentioned above. The only difference perhaps is that the information will take on a spatial dimension. Students using GPS devices can now log where, for example, different species of butterflies are found. The location where digital photographs of these butterflies are found can be automatically tagged to a very specific location through the GPS receivers.The data distribution patterns can then be studied spatially using GIS software or by displaying them on Google Maps.