Through inquiry, students learn how to question,
investigate, using evidence to describe, explain and predict, connecting
evidence to knowledge and then finally share their findings. The first task of
students is learning how to question, create those questions into deeper
meanings and use them to help solve their problems.
Image taken from: https://www.linkedin.com/pulse/ based-learning-9-ibl-inquiry-based-john-dsouza |
Once students have decided they have created and asked the
correct questions, they can move onto the next step of investigating. This is
where students would complete their own digging and compete research based on
the questions they have asked. Step three is using the evidence to describe, explain
and predict what may happen next. This is more individualized work where
students can reflect and think about what may happen in the future. Set four is
connecting the evidence to knowledge. This is where I will have the most
trouble until I get enough practice. I want my students to think about how this
connects to the essential question of the day, and maybe how they could build
on this if this would ever happen again in a similar way. Lastly my students
would be sharing their findings. I want them to share with more people then
just in the classroom. I would have them interview someone on the experiment
they did, and compare and contrast what they may have learned, taught others,
or new ideas or experiments that they would like to try in the future.
Inquiry based learning helps support other standards that
are required by your state, and it allows teachers of agriculture to include
other classes and possibly work with other teachers to build stronger
connections. Overall, inquiry based learning has some of the best outcomes and
I can’t wait to be testing it out in my classroom!
References:
Warner, A. J. (n.d.). What Is Inquiry-Based Instruction? - edis.ifas.ufl.edu. Retrieved October 26, 2016, from https://edis.ifas.ufl.edu/pdffiles/WC/WC07500.pdf