WikiExplorers Assignment: The Symbiosis Project

WikiExplorers Assignment: The Symbiosis Project

Objective

To document examples of symbiotic or regenerative systems—modeled after the Faidherbia albida—and contribute this knowledge to Wikipedia, fostering information literacy and scientific inquiry.

The Scene: The Library Meeting Room

The room is filled with the scent of old paper and the hum of focused energy. Ms. Rivers stands at the front, her notebook open, surrounded by a group of eager WikiExplorers.

Ms. Rivers: "Class, remember our story of the Faidherbia albida? It’s not just a tree; it’s a master collaborator. Nature is full of these 'great exchanges.' Today, we aren't just students; we are field researchers. Your mission is to find another example of a system where two organisms—or an organism and its environment—work together to create more life, rather than competing."

Leo (Age 10): "Ms. Rivers, does this count? I saw that lichens are actually a partnership between fungi and algae!"

Ms. Rivers:"Excellent, Leo! That is a perfect example of a symbiotic relationship. How might you find a reliable source to confirm how that partnership actually functions? Remember, on Wikipedia, we need peer-reviewed evidence, not just an interesting thought."

Sarah (Age 11):"I want to look at how certain birds help clear parasites off of cattle. Is that a 'Sahelian' style of cooperation?"

Ms. Rivers:"It is! You’re looking for 'mutualism.' Now, how will you take that observation and turn it into a clear, neutral article for our readers? Let’s use our notebooks to draft the 'Problem' and the 'Solution'—just like we did with the Faidherbia and its crops."

Your Research Task

 1. Identify a Partnership: Choose a biological or agricultural system (e.g., nitrogen-fixing plants, mycorrhizal fungi, or specific pollination relationships).

 2. The "Witnessing" Phase:

   What is the benefit to the first participant?

   What is the benefit to the second participant?

   What happens to the environment when these two work together?

 3. The Wikipedia Contribution:

Find at least two reliable, academic sources (not blogs) that verify your system.

Draft a short paragraph summarizing your findings in a neutral, encyclopedia style.

   Use the WikiExplorers template to format your references correctly.

Ms. Rivers’ Research Tip:

"Always look for the 'Why' behind the relationship. Nature is efficient. If these two things are working together, there is always a logical, biological reason. That ‘Why’ is the heart of your Wikipedia entry."

Below research databases to help students navigate their research, and introduce them to several high-quality "Field Research" databases. These platforms are safe, vetted alternatives to general web searches and are perfect for young researchers learning how to cite their work.

​Recommended Research Databases for Young Explorers

​Britannica School is an excellent choice for deep dives into scientific topics. It provides information at three different levels of reading complexity, which helps students find reliable, age-appropriate explanations for their research.

​Kidtopia is a specialized directory created by librarians. It acts as a search engine that only pulls results from pre-approved, educational, and educator-vetted websites, ensuring that students stay in a safe and accurate research environment.

​National Geographic Kids is the best resource for visual learners. It offers high-quality photography and engaging, simplified summaries of how different animals and environmental systems partner together in the wild.

​World Book Online is particularly useful for teaching the mechanics of research. It includes a built-in citation builder tool, which is a fantastic way for students to learn how to properly credit their sources—a requirement for anyone contributing to Wikipedia.

​Fact Monster serves as a great "quick-check" tool. It is designed for fast fact-finding, making it ideal for students who need to verify specific scientific terms or confirm basic data before they commit to writing their article drafts.

​Ms. Rivers’ Tips for "Field Researchers"

​When you introduce these databases, you can share these strategies to help your students think like professional researchers:

​The Keyword Strategy: Computers are not great at answering long, natural-language questions. Teach students to use precise search terms instead. For example, instead of asking how trees help crops, have them search for "agroforestry mutualism" or "nitrogen-fixing plants."

​The Reliability Check: Encourage students to always verify the source. If a website ends in .gov, .edu, or .org, it is significantly more likely to provide the high-quality, peer-reviewed information needed for a Wikipedia entry.

​The Neutrality Lens: When drafting their work, students should ask themselves if they are stating a fact or an opinion. If it is a fact, they must be able to point to the source that proves it. If it is an opinion, they should search for evidence to support it.

​Potential Topics to Explore

​If your students are looking for inspiration, these three themes often lead to the most fascinating "great exchange" research:

Mycorrhizal networks: Often called the "wood wide web," this is where underground fungi and tree roots trade nutrients in a massive, unseen partnership.

Pollination partnerships: These are specific, long-term relationships, such as how certain bees have evolved to fit perfectly into the shape of specific flowers like lavender.

Nitrogen-fixing: This explains how legumes—such as peas, beans, or clover—act as natural soil factories, pulling nitrogen from the air and depositing it into the ground to feed their neighbors.