Introduction to Academic Honesty in Science

In the world of science, we are constantly building on the work of people who came before us. Whether you are researching how vaccines work or looking at climate change data, you are using information discovered by other scientists. Academic honesty is the practice of being truthful about where your information comes from. In your MYP Sciences journey, this is specifically assessed in Criterion D: Reflecting on the impacts of science, under strand iv: "document the work of others and sources of information used."

Think of it as giving a "shout-out" to the person who did the hard work before you. It ensures that you are seen as a reliable and trustworthy researcher!

What is Academic Honesty?

Academic honesty means creating and submitting your own work while clearly acknowledging the ideas, words, or data of others. The opposite of this is plagiarism, which is using someone else's work or ideas and passing them off as your own. Even if you do it by accident, it is still considered a serious mistake in the scientific community.

Why is it important?
  • Respect: It shows respect for the original creator's intellectual property.
  • Reliability: It allows your teacher (or other scientists) to find your sources and check if the information is accurate.
  • Ethics: Science relies on truth. If sources are hidden, it’s harder to trust the conclusions of a report.
  • Your Grade: To reach the highest levels (7–8) in Criterion D, you must document your sources fully and accurately.

Key Takeaway: Academic honesty isn't just a school rule; it's a professional standard used by scientists all over the world to maintain trust and progress.

What Do You Need to Document?

Don't worry if you aren't sure what counts as "someone else's work." Generally, if the information didn't come out of your own head or your own experiment, you should document it. This includes:

  • Direct Quotes: When you copy a sentence word-for-word from a website or book.
  • Paraphrased Ideas: When you take a scientific theory or explanation and rewrite it in your own words.
  • Data and Statistics: If you use a table showing the concentration of \( CO_2 \) over time, you must say where that data came from.
  • Images and Diagrams: If you find a perfect diagram of a cell or a wave on the internet, you must cite the source.
  • Scientific Models: If you are explaining a specific model (like the Bohr model of an atom), you should credit the source of your information.

Note: You do not need to document "common knowledge." For example, you don't need a source to state that humans breathe oxygen, as this is a fact known by almost everyone.

How to Document Sources (Strand iv)

In MYP Sciences, documenting sources usually happens in two places: inside your writing (citations) and at the very end of your report (bibliography or reference list).

1. Internal Citations

These are brief notes inside your paragraphs. They tell the reader exactly which sentence uses outside information.
Example: "Renewable energy sources are essential for reducing global carbon emissions (Smith, 2023)."

2. The Bibliography / Reference List

This is a complete list of every source you used, placed at the end of your assignment. While the IB doesn't force you to use one specific style (like APA or MLA), you must be consistent. Every entry should generally include:

  • The Author (who wrote it?)
  • The Date (when was it published?)
  • The Title (what is the name of the article or book?)
  • The Source (the URL of the website or the name of the publisher)
  • The Access Date (when did you look at the website?)

Quick Review: If you use a piece of info, cite it in the text. Then, list the full details at the end. If it's in your bibliography, it should also be cited somewhere in your text!

Common Mistakes to Avoid

Even the best students can sometimes make mistakes with academic honesty. Watch out for these "traps":

  • The "Copy-Paste" Trap: Copying a paragraph and only changing two or three words. This is still plagiarism! It’s better to read the info, close the tab, and explain it to a friend—then write down what you said.
  • Missing Images: Forgetting that photos, graphs, and icons from the internet belong to someone else.
  • The "I'll do it later" Trap: Finding a great website but forgetting to save the link. Pro tip: Keep a "Source Tracker" document open and paste every link you use as you go!
  • Vague Sources: Listing "Google" or "Wikipedia" as your source. Google is a search engine, not an author. You need to link the specific page where the info lives.

Checklist for Criterion D Success

Before you turn in your Science report, ask yourself these questions to ensure you meet the requirements for documenting the work of others:

  1. Did I include a list of sources at the end of my work?
  2. Are my citations consistent (do they all look the same format)?
  3. If I used a picture or a graph, did I put a caption or source under it?
  4. Is it clear which ideas are mine and which came from my research?
  5. Did I use scientific language correctly when explaining these sources? (Refer to the Scientific language chapter for more on this!)

Key Takeaway: Clear documentation shows that you have conducted thorough research and that you are a principled scientist. It supports your arguments in Criterion D by proving that your reflections are based on evidence from the scientific community.