Project: "Evolution by Design: Unleashing the Power of Artificial Selection"



Evolution: Artificial Selection


Evolution, a central principle in biology, involves the gradual change in a species' genetic makeup over time. While this process usually occurs naturally through a combination of genetic mutations, genetic drift, and natural selection, humans have also played a role in this fascinating phenomenon through a process known as artificial selection.

Artificial selection, also referred to as selective breeding, is the intentional breeding of plants or animals to achieve specific desired traits. This process has been employed for thousands of years by humans to enhance agricultural yields, create unique dog breeds, or even develop diverse varieties of flowers.

The concept of artificial selection was first proposed by Charles Darwin in his ground-breaking theory of evolution. Darwin observed that similar to natural selection, which involves the survival of the fittest in a given environment, humans can also select certain traits in organisms and encourage their propagation, thereby "directing" the evolutionary process.

Artificial selection is not just limited to plants and animals. We can see its influence in the whole spectrum of life, including bacteria, fungi, and even in the domestication of animals. For instance, humans have selectively bred chickens to be larger and produce more meat, and dogs for different behaviors and physical features.

However, it's important to note that artificial selection is not a random process. It involves careful observation, selection of desired traits, and controlled breeding. These key factors make it an interesting and unique aspect of evolution, one that we'll be exploring in-depth in this project.

Artificial selection has profound implications in various fields. In agriculture, it is used to develop crop varieties with high yields, disease resistance, or specific flavors. In medicine, artificial selection is used to breed animals that can serve as models for human diseases, aiding in drug development. Moreover, the study of artificial selection provides us with a deeper understanding of how evolution works, offering invaluable insights into the origin of species and the development of biodiversity.


To delve deeper into the theme of artificial selection, students can utilize the following reliable resources:

Practical Activity

Activity Title: "Evolution by Design: Unleashing the Power of Artificial Selection"

Objective of the Project:

The main objective of this project is to allow students to experience and understand the process of artificial selection through a hands-on, interactive approach. By the end of this project, students should have a deep understanding of the principles of artificial selection, its mechanisms, and its real-world applications.

Detailed Description of the Project:

In this project, students will create their own model of an artificial selection experiment. They will choose a plant or animal species (real or hypothetical) and identify a specific trait they want to manipulate through artificial selection. They will then design and carry out a selective breeding program over a simulated period of several generations, monitoring the changes in their chosen trait.

This project will require a combination of scientific knowledge, critical thinking, problem-solving, and teamwork. Students will need to apply their understanding of genetics, variation, and inheritance patterns to make informed decisions during the breeding process. They will also need to plan and manage their time effectively, as the simulation will span several weeks.

Necessary Materials:

  • Seeds or small model animal figurines (depending on the chosen species)
  • Containers for breeding (pots, cages, etc.)
  • A timer to simulate the passing of generations
  • A "Selection Guide" (explained in the project's steps below)

Detailed Step-by-Step for Carrying Out the Activity:

  1. Choose a species and a trait: As a group, decide on a plant or animal species that you want to focus on for your artificial selection experiment. Also, identify a specific trait within that species that you want to manipulate through artificial selection. For example, if you choose dogs, the trait could be fur color or size.

  2. Understand the genetics: Research and understand the genetics behind your chosen trait. For instance, in the case of fur color in dogs, understand which genes are responsible for different fur colors and how these genes are inherited.

  3. Create a selection guide: Based on your understanding of the genetics, create a simple selection guide. This guide should outline the criteria for selecting individuals (plants or animals) for breeding in each generation. The selection criteria should favor individuals with the desired trait.

  4. Simulate the generations: Use the timer to simulate the passing of generations. Each "generation" should represent a certain period of time, depending on the lifespan and reproductive cycle of your chosen species.

  5. Apply artificial selection: In each generation, use the selection guide to choose the individuals for breeding. Only individuals with the desired trait should be selected. This process should be repeated for several "generations."

  6. Monitor the changes: Keep track of the changes in your chosen trait over the simulated generations. Note any patterns or trends that you observe.

  7. Reflect and report: At the end of the project, reflect on your results and write a detailed report following the project's format.

Project Deliverables:

At the end of the project, each group is expected to submit a detailed report, following these four main topics: Introduction, Development, Conclusion, and Used Bibliography.

  1. Introduction: This should provide a context for your project, explaining what artificial selection is, its significance, and the objective of your project. Also, describe your chosen species and trait, and why you chose them.

  2. Development: In this section, detail the theory behind your chosen trait, explain the selection guide you created, and describe the process of your artificial selection simulation. Also, discuss your results, including any changes you observed over the generations.

  3. Conclusion: Revisit the main points of your project, explicitly state the learnings obtained, and the conclusions drawn about the project. Reflect on the challenges you encountered and the solutions you came up with.

  4. Used Bibliography: Indicate the sources you used for your research and in preparing your report.

This project should take more than twelve hours to complete and should be carried out by groups of 3 to 5 students. The report is expected to be around 4000 words in total. It should be written in a formal and scientific style, with clear referencing to the sources used. The report should not only summarize the project but also provide a deep understanding of the concepts explored, the steps taken, the decisions made, and the results obtained.

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