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Understanding Risks and Waste Management: Key Concepts and Examples

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This resource covers essential topics related to environmental risks and waste management. It includes definitions and examples of phytoremediation, vectors in ecosystems, bioaccumulation, and biomagnification. Additionally, it examines concepts of hormone mimics, closed-loop recycling, and the Superfund Program, while illustrating LD50 graphs and response curves. This guide is vital for understanding the complexities of waste hazards and their impacts on public health and the environment.

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Understanding Risks and Waste Management: Key Concepts and Examples

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Presentation Transcript

  1. Survive the five! The person that raises their hand first and answers the question correctly sits down. The others go again.

  2. Risks/Waste Ch. 10/21 Describe Phytoremediation

  3. Risks/Waste Ch. 10/21 Explain the role of a vector.

  4. Risks/Waste Ch. 10/21 Identify two vectors

  5. Risks/Waste Ch. 10/21 Describe Bioaccumulation

  6. Risks/Waste Ch. 10/21 Describe Biomagnification

  7. Risks/Waste Ch. 10/21 What is a hormone mimic?

  8. Risks/Waste Ch. 10/21 Give 2 examples of hormone mimics.

  9. Risks/Waste Ch. 10/21 Diagram Bioaccumulation

  10. Risks/Waste Ch. 10/21 Draw a Linear Response Curve and a Thrshold Response Curve on one axis.

  11. Risks/Waste Ch. 10/21 Give 2 examples of closed loop recycling.

  12. Risks/Waste Ch. 10/21 Explain the Superfund Program.

  13. Risks/Waste Ch. 10/21 The lower LD50 the _____________ the toxin.

  14. Risks/Waste Ch. 10/21 Give an example of open loop recycling.

  15. Risks/Waste Ch. 10/21 What are the 3 leading causes of death in the US?

  16. Risks/Waste Ch. 10/21 Explain how the plague ended.

  17. Risks/Waste Ch. 10/21 What makes a waste hazardous?

  18. Risks/Waste Ch. 10/21 List the top three most deadly infectious diseases.

  19. Risks/Waste Ch. 10/21 Make a LD50 graph of the following data We will do this in class

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