Gigi Richard: Using in GEOL 196 Topics: The Future of Food at Colorado Mesa University
About this Course
An introductory course for non-majors that fulfilled the science essential learning requirement (general education).
15
students
one 75-min session per week
Syllabus_CMU_GEOL196 (Acrobat (PDF) 446kB Nov21 16)
The course was a topics course, so it was not in the course catalog.
The description from my syllabus:
The Future of Food is an introductory-level science course that emphasizes the challenges facing food systems in the 21st century, and issues of sustainability for agriculture and other food production activities as well as the challenges posed by food insecurity and modern diets to human health and well-being.
From course syllabus:
Student learning objectives:
Upon completion of this course, students should be able to:
- Analyze the land, biological, energy, and water resources and climatic conditions in relation to food production systems.
- Analyze how human food systems significantly alter Earth's ecosystems, landscapes, surface processes, atmosphere, and waterways.
- Evaluate scenarios for the future of food considering resilience in the context of climate change, human population growth and socio-economic, cultural and policy factors.
Essential Learning Goals:
This course is designed to help students meet the following objectives for essential learning at CMU:
- Demonstrate investigative and analytical thinking skills to solve problems.
- Select and use appropriate information or techniques in an academic project.
I piloted The Future of Food as a science essential learning (general education) course for non-majors taught in a hybrid or blended setting. We met in person once per week and the remainder of the course material delivery was online. The students were a diverse group, coming from different disciplines and age groups. Students were excited about the subject matter, but struggled significantly with the volume of material presented in the course, and the necessity to learn so much on their own because the course was implemented with a flipped approach. They were particularly challenged by the amount and variety of science concepts that were new to them.
To alleviate some of these challenges, I changed tactics and spent more time in class discussing the topics we were studying for the week to make sure that they understood the pre-class readings and activities. The in-class discussions helped considerably to clear up any confusion they had from the pre-class assignments.
The semester-long capstone project is the highlight of the course. Students explore concepts in the context of an assigned food region. Along with the capstone projects, we enjoyed eating foods from the capstone regions.
The semester-long capstone project, where students explore the physical and food environment of an assigned food region in the context of material covered in the course, is a highlight of the course. We also enjoyed eating foods from the capstone regions!
My Experience Teaching with InTeGrateMaterials
I didn't modify the course material significantly, but did lower my expectation of how prepared students would be when they showed up to class. I created handouts and PowerPoints for some of the modules to help the students grasp the concepts. I also added in-class lecture/discussion to help students with concepts they struggled with. I also reduced the blogging requirement after a few weeks. Since the pilot, the blogging requirement was eliminated. I also created a checklist for each week, which the students found very helpful in keeping track of all of the assessments, reading and other activities due each week.
Relationship of InTeGrate Materials to my Course
Entire course
Course Overview - first day of class: I created a short PowerPoint presentation to introduce the structure of the course. Also, I created a handout summarizing the weekly schedule and the weekly assignments. The students were less intimidated than I expected and pretty excited. I asked students to say what their favorite food was when I called roll. There were lots of meat eaters. They enjoyed talking about their favorite foods and it provoked some fun class interactions.
Module 1 - Introduction: Students hadn't done the pre-class reading and struggled with the idea of a concept map and with the CHNS diagram, but the case students were great. Need to spend more time explaining these and perhaps provide some examples to get them started. Otherwise the module was appropriate for the time allotted and all groups made good progress on their diagrams. I created a new handout for the summative to more clearly explain what to do.
Module 2 - History of Food: Introduction to the Capstone project and other course logistics took too much time in class. I also spent quite a bit of time in a class discussion about the pre-class reading, including the following topics: domestication, fire, Jared Diamond's article about agriculture being a mistake, and positive/negative feedbacks. Several students struggled with the feedback concept, and I would take more time on this in the future. I would also spend more time offering examples of how to populate the CHNS diagrams.
The summative assessment for this module is pretty complicated, and needs a good bit of introduction, which I rushed through. Once they were in groups and working on the assignment, there were a lot of questions, which I should have answered in the introduction, but instead I spent a lot of time going from group to group, explaining the same thing over and over again.
Module 3 - Diet and Nutrition: For the pilot, this module was at the very end of the semester. It was one of my students' favorite modules, perhaps because it's something they can relate to. They learn a lot about different foods and nutrients in foods. It provoked some great classroom discussion. I think it would be more appropriate to include it at the beginning of the semester to help provide context and relevance for the rest of the course. I created a PowerPoint for this module to guide classroom discussion.
Module 4 - Food and Water: Students didn't seem to have an trouble with this module other than that they felt that it was a high volume of work. They did struggle with the concept of a watershed, and I would spend more time making sure that concept is clear. I created a PowerPoint for this module to guide class discussion.
Module 5 - Soils and Nutrients: This module is one of the most challenging of the semester because the concepts are pretty foreign to most non-science majors. Most students have not really thought much about soil, so it's also one of the most eye-opening modules of the course. The summative assessment is challenging, but rewarding as I think it tells an important story in how nutrient applications vary significantly between industrial US farms and subsistence farms in developing countries. We spent quite a bit of time in class discussing the concepts from the pre-class reading.
Module 6 - Crops: This is another module that is particularly engaging for the students. They begin to see connections between the past two modules and why certain crops are grown where they are grown. In addition, they see how just a few crops make up the majority of our global agricultural commodities. The commodity data were particularly eye opening. I created a PowerPoint to help them with understanding the different responses of C3 vs C4 plants.
Module 7 - Soils and Crop Management: I created a PowerPoint with quiz questions embedded in it help cover the material from the voluminous pre-class reading. It was a lot of material to cover and a lot of really new concepts and terminology for the students. The summative assignment is a great exercise using real data from a study about different crop management strategies.
Module 8 - Pests and IPM: This module included a great deal of complex material, particularly for students who have had previous exposure to ecology. I created a PowerPoint with embedded quiz questions to help with their understanding of the pre-class material. The summative included a lot of data, which I synthesized a bit for my students. I also revised the handout for the summative for my class in an attempt to simplify things.
Module 9 - Climate Change: Students struggled with understanding the maps in the National Climate Change Viewer. The summative assessment involved working on their capstone project, which was a welcome break.
Module 10 - Food Systems: This module dives into some concepts that felt more comfortable for some students. Again, I created a PowerPoint to help guide the class discussion and to help clarify the important concepts from the pre-class reading. Students found the summative assessment really confusing if they hadn't paid attention to my introduction or if they didn't read the instructions, but the take-home message from the activity is great.
Module 11 - Human-Environment Interactions: This module brings everything together and has students considering how what they've learned through the semester contributes (or not) to the resilience, adaptive capacity and vulnerability of the food systems in different regions. I created a PowerPoint for this module and added in a local food desert example that helped to bring that concept home for some students. I think the students had a bit of trouble relating to the famine exercise in the summative. This is a very important module for the capstone project.
Module 12 - Capstone Project: The capstone project was particularly challenging for students studying regions outside of the US. Data are more readily available for the US. I had two groups of students working on regions in Peru, so I had a colleague from Peru come talk to my class one day. He shared quite a bit about the culture, climate, landscape, and food of different regions and that helped those students groups have a better feel for their regions.
Assessments
All of the assessment were used in this pilot. In general, the assessments all make great use of authentic data, require students to perform systems thinking, and require students to employ geospatial thinking. In addition, many of them were pretty long and time-consuming. Some of them were a bit confusing and complex. Since the pilot of this course, most of the assessments were simplified and downsized to make them more reasonable for an introductory level course.
Outcomes
My vision and goal in teaching this course was to expose students to the complexity of our food system and the importance of our natural resources in supporting that system. Overall, I think I was successful in that goal. At the end of the course, students were generally more aware about the impact of their food choices on the environment, included water and soil resources. They expressed that they had a much better understanding of soil, which they explained was much more complex than they ever dreamed. They said that they thought about what to eat differently than at the beginning of the course.
I don't think students came away with as good of an understanding of the science as I would have liked because we tried to teach them too much advanced science and they got overwhelmed. In the pilot version of the course, there was too much course material, which has been scaled down considerably in the post-pilot revisions.