On this page you will find the project summary and curriculum documents including student surveys, project outlines, assessments, WebQuests (inquiry-oriented lesson in which most or all the information that learners work with comes from the website), field observation assignments, grading rubrics, and other related assignments. Also, there is an iNaturalist PowerPoint slide show for educators to train their students in using iNaturalist. You may copy, distribute and alter these documents and training PowerPoint slide show with attribution to “Julie Wittmann, http://www.protecthabitat.com”. All documents are in Word format and are in the order printed and passed out to students during the span of the project. This information is organized into three main parts which flows with chronological order of the actual project: Part 1, Part 2, and Part 3. For addition details on incorporating iNaturalist with students and volunteers in the field, please see my published peer-reviewed article, Using iNaturalist in a Coverboard Protocol to Measure Data Quality: Suggestions for Project Design from the open-source Citizen Science: Theory and Practice journal.
Other iNaturalist teacher curriculum and examples can be found on the iNaturalist Teacher’s Guide (then scroll down to “Examples”).
iNaturalist as a Creative Tool for Student Engagement
As a teacher, I discovered that incorporating iNaturalist into my curriculum engages a variety of learners while providing exciting service learning. The www.iNaturalist.org website and Android and iPhone applications provide a creative interface for students to become interested in observing organisms found in their local community. iNaturalist functionality is akin to the “The Facebook of Biology” since online photos and written exchanges between teacher, naturalists, and students are shared. Students also enjoy the “competition” of contributing observations supporting the crowd-sourced system for quality assurance by identifying others observations.
Curriculum Insight: Project Scope and Orientation
Educators are welcome to use my iNaturalist curriculum with accreditation per the Creative Commons license CC BY-SA. This curriculum is best suited for high school, middle school, and college-level biological science and naturalist courses and includes a variety of lessons to support an iNaturalist project for students and naturalists. Of course, the amount of scaffolding needed depends on the course level. I will make the best attempt possible to revise the curriculum documents to reflect any changes that might occur within the iNaturalist.org website and mobile applications. However, you should review them yourself prior to sharing them with students and/or naturalists.
I developed this iNaturalist curriculum as a major component of a high school biology Ecology Unit which occurred over the span of four weeks in the spring in 2012, toward the end of the school year, immediately proceeding a Classification Unit. All of my 150 students participated. Combined, the students documented 1,300 iNaturalist observations. Aside from iNaturalist, students also focused on a field lab notebook and a plant press. Each student was required to complete a certain amount of each of these “duties”, or aspects of the project but each student also had a specific focus for the group project. This allowed for each individual student to complete one (or more) iNaturalist observations, complete a certain number of observations in a field lab notebook, and contribute and identify a certain number of plants to a plant press. So essentially parts of the project were due to individual effort but the final project was due to group effort (three duties total per group, one duty per student). I found this to be the most fair way to incorporate iNaturalist to a cohort of high school students in which on average at the time in 2012, approximately one-third of the students had smartphones at the time of the project. I have also used several aspects of this curriculum for undergraduate and community naturalist programs.
Curriculum Organization and Mentor Support
Below is the curriculum in chronological order along with a brief description of each document. I supplemented these lessons with additional PowerPoint lectures, short video clips, vocabulary building, small group activities, and guest speaker presentations. Connecting with other local iNaturalist users especially enhances the curriculum if members of the iNaturalist community are able to visit, live video chat, and/or provide guidance during an iNaturalist field walk. Joining forces with local non-profits such as the Audubon Society and other conservation-oriented non-profit groups will make the project especially exciting. For example, Point Blue Conservation Science, a local conservation science group visited my biology classes. The educator brought in bird skins for students to practice sketching unique characteristics into their field notebook after a short field walk on campus observing birds. However, I do not recommend that students be required to document birds using iNaturalist as it can be particularly frustrating for students. Evidence of birds (e.g., guano, feathers, nests, granaries) are fun for students to document though. A full field day was allocated specifically for documenting observations for iNaturalist. This occurred in a field adjacent to the school site with a trained Audubon Canyon Ranch naturalist. This was particularly important for obtaining a positive return on individual iNaturalist observations, something I required of each student and not just of each student group. It’s also valuable to share with students information about free local nature-related events where they could obtain iNaturalist observations. For example, every spring, one of our local preserves offers a free Wildflower Festival. I strongly encourage a field trip during school hours AND shared for students to obtain biological observations outside of school time. I understand that field trip forms and obtaining permission to leave campus are a pain in the butt.
Materials and Supplies Assessment and Student Organization
Prior to the project, students from each section/class were surveyed to determine the number of students with smartphones. In 2012, approximately one-third of my high school students (“academic” or “regular” level) had a smartphone (but in 2016 nearly 99% of students had a smartphone and by 2019 all students, and naturalists had a smartphone). In 2012, most students had some method to take digital photographs (such as using their phone or digital camera). However, I could have used a few extra digital cameras for my “regular” level class as many students in the lower socio-economic groups tend to have less immediate access to digital imaging technologies. At the start of the project, I placed students in groups of three. For student group placement, I included at least one student per group with a smartphone and at least one student who was self-described as tech-savvy and/or interested in photography. (HINT: Students should understand that the survey is very important but don’t give details about how you will use that information or they will try to fudge their answers in a desperate attempt to get with their desired partners!).
Online Project Set Up for Teachers
Setting up an iNaturalist project for your classes is very easy. At www.iNaturalist.org, I chose “(name of my school) Ecology Project”. Be sure to set up the project as a “competition”, the kids will love it! In the end, they were very thrilled to get more observations than our local non-profit preserve. I recommend that you come up with an outside “competition” so that they can not only compete against those in their class(es) but also as a school. Our project was called Montogery High School Ecology Project and is still live receiving identifications today! iNaturalist is amazing because it’s a live data set! UPDATE: Now there are different types of naturalists projects and you should be familiar with iNaturalist before creating a project.
Project Understanding And Incentives
Reviewing aspects of the project throughout the duration of the project and group check-in time during class was critical to the success of the project.
One way to get the students excited about obtaining observation is to provide an incentive other than a project-related grade. I chose to give an automatic A on the final exam to the student(s) with the greatest number of research grade observations (with specific criteria). Read below for details about how the entire group could earn an automatic A to avoid favoring those students with smartphones at the time. The students who received the automatic A’s on the final exam chose to attend all suggested extra nature-related events that I shared with the class to increase their number of observations.
Online Project Set Up for Students
We used the school computers during class time which was critical to the success of the project. Here each individual student set up their own iNaturalist account on www.iNaturalist.org. Students did this using a WebQuest which I found to be a critical part of students’ understanding of iNaturalist. I was able to walk around and assist students as needed. Students should have a specific iNaturalist username (e.g., “LastNameFirstNameClassPeriodNumber”). Students have the opportunity to “follow” their group members and others and eventually read comments from each other, the iNaturalist community, and me. I would allow 1.5 hours for an academic high school class of 33 students for this WebQuest assignment. The WebQuest assignment is very important.
iNaturalist Training Lecture
After the WebQuest, students were trained about the functions and purpose of iNaturalist through a PowerPoint lecture where they took Cornell-style notes.
NOTE: Your request for access to the training PowerPoint will typically be granted within 24 hours.
Project Purpose: Points To Emphasize For Success
Students should clearly understand the ultimate purpose of the project and be able to verbalize it. I strongly emphasized these following points to them when preparing them for their first iNaturalist observation:
1) You are collecting research-grade observations used by real scientists. Let’s have the scientific community be proud of us! We are doing something very important and the community is watching us.
2) Your observations are YOUR observations. If you are sharing a camera with a group member, you can agree as to who uses which photo(s). You are NOT allowed to download photos from the internet, that is illegal. You must use your own photos. Not only will you get an F on the project (and other school discipline) but you could be prosecuted or fined for copyright infringement.
3) No photos/observations of humans, pets or domestic animals are allowed or you could be removed from the project. Avoid domestic plants (e.g., house plants, ornamental plants, etc.). The goal is to get native plants and animals if possible. You will need to get your observations from “natural” areas such as (local state or county park). Provide examples near your school.
HINT to educators: I do a lesson on native and invasive species so they understand the difference earlier rather than later, see “Scaffolding” below.
4) Each observation must have a specific location (using the GPS in a smartphone or manual Google pin drop). You must attempt to ID to the closest taxon level that you can. You must revisit your observations regularly (e.g., read and respond to comments, agree or disagree to IDs, check group members IDs).
5) You MUST incorporate your observations into our project to receive credit!!!
6) I will provide regular online support and comments on your observations so be sure to check and recheck your account regularly!
7) Each observation must have at least THREE photographs (e.g., if your observation is a tree, take a close-up photo of a leaf, one of a branch, and one of the whole tree, etc.). Scale is also very important. Finally, with detailed photographs and at least a few sentences (e.g., physical description, behavior), you are more likely to get your observation identified to species level or finer (i.e., subspecies). There ARE ways to include multiple photos using a digital camera or using the smartphone application!!! Students tend to skimp out here and only take one photograph per observation.
8) You must review the iNaturalist protocol on how to make an observation with your smartphone (see website link below).
iNaturalist Observation and Field Day
The goal of the field day was for students to focus on their first iNaturalist observation(s). Ideally a trained naturalist will lead the field day(s). Each individual student was then assigned their first individual iNaturalist observation for homework.
Click here for the iNaturalist Individual Assignment document. This is a very important assignment.
Students’ understanding of how to use hard-copy field guidebooks (in class) is also important to increase their confidence in species identification. However, if students take decent photographs, they will have to do little in terms of taxonomic identification for iNaturalist. I emphasized student identification rather than if it was correct/not correct. This is especially true for the low-level Biology classes.
Click here for the Observation Form (ideal for non-smartphone users) document. (Courtesy of Pepperwood Preserve)
PowerPoint presentations with photos and examples as well as the videos such as “Cane Toads: An Unnatural History, 1988” found on YouTube along (with video notes which are readily found online) are some examples of ways to increase students’ understanding of invasive species. This movie is excellent and your sharp students will laugh.
Additional scaffolding for low-level classes: Print out the “Add an observation to ______ School Project” page from the school project site for students to manually write in the information of their first observations before typing it in.
I spent 10 minutes each class showing good examples of specific students’ observations on the overhead. I also spent approximately one hour per night identifying student observations and communicating with students online through the iNaturalist platform.
Final Project Turn In
Due the day of the project:
- Click here for the iNaturalist Project Turn-in Form document.
- Plant Press for group (Plant Press Winner chosen). Click here for the Plant Press Labels document.
- Each students’ field lab notebook (Field Lab Notebook winner chosen)
Final Exam Or End Of Unit Ecology Test
Due date of the final exam (or Ecology Test):
Click here for the iNaturalist Contest Submission Form document. This final document goes with the “Biology Final Exam Free Pass” document provided at top. (iNaturalist winner chosen)
Student Advantages Due to Technology: Fairness Promoted
The winners of each category (Plant Press, Field Lab Notebook, and iNaturalist) were each open to ALL students (one student winner from each category for each class period). There are more specifics about the iNaturalist winner(s) on the “Biology Final Exam Free Pass” document. This was my solution to avoid any student advantage involving phone applications and technology. I found this method to be overall the most fair. Also, the iNaturalist winner had to be only in one student’s name (not combined group observations).
iNaturalist Curriculum by Julie L Wittmann is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License.