Critical Thinking Questions
1. More than 20 percent of the world's plants are at risk for extinction. How can agriscience
help to preserve them?
2. What are some potential problems that could have occurred in the daily work of an
agriscientist if the system of classification and identification were not in place?
3. Imagine that you, as an agriscientist, are working to develop a new type of green leafy
vegetable in your lab. You are hoping to create one high in the best superfood benefits.
How might understanding the different plant types help you in this process?
4. Your client has a corner of a yard that has not been a successful area for plant growth.
What information do you need to help her choose the right types of plants?
5. Your kitchen is full of plants from different classes. Identify five different plants (or fruits
of those plants, or products of those plants) and their class.



Answer :

Final answer:

Agriscience plays a crucial role in preserving endangered plants, understanding plant types aids in developing new beneficial varieties, and proper plant selection relies on environmental factors. Examples of plant classes are provided.


Explanation:

Preserving Endangered Plants through Agriscience

  1. Agriscience can aid in preserving endangered plants by cultivating them in controlled environments, creating genetic diversity through breeding programs, and establishing seed banks.
  2. The Importance of Classification in Agriscience
    • Without a system of classification and identification, agriscientists may face difficulties in uniquely identifying and categorizing plants, leading to confusion in research, breeding programs, and conservation efforts.
  3. Developing Superfood Green Leafy Vegetable
    • Understanding different plant types helps in selecting desirable traits, cross-breeding for beneficial traits, and creating a new green leafy vegetable high in superfood benefits through genetic modification.
  4. Choosing Plants for Successful Growth
    • To assist the client with plant selection, information on soil conditions, sunlight exposure, drainage, and climate of the specific yard area is essential for recommending suitable plant species.
  5. Examples of Plants from Different Classes
    • 1. Rose (Class: Magnoliopsida)
    • 2. Pineapple (Class: Liliopsida)
    • 3. Apple (Class: Magnoliopsida)
    • 4. Carrot (Class: Magnoliopsida)
    • 5. Green tea (Class: Magnoliopsida)

Learn more about Preservation of Plants and Agriscience here:

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