Get THIS ACTIVITY + all my other resources + 2 new resources each month inside of The Lab.
Increase student understanding of why predator populations are smaller than prey populations and the basics of bioaccumulation through this activity!
This activity shows students the implications of only 10% of energy traveling from one trophic level to another on how much organisms higher in the food chain must eat. The activity then invites students to explore how this would affect toxin accumulation in organisms throughout a food chain.
This activity is in google slides and can be assigned on paper or virtually; however, I recommend using it as a printable.
Editable.
Get THIS ACTIVITY + all my other resources + 2 new resources each month inside of The Lab.
Increase student understanding of why predator populations are smaller than prey populations and the basics of bioaccumulation through this activity!
This activity shows students the implications of only 10% of energy traveling from one trophic level to another on how much organisms higher in the food chain must eat. The activity then invites students to explore how this would affect toxin accumulation in organisms throughout a food chain.
This activity is in google slides and can be assigned on paper or virtually; however, I recommend using it as a printable.
Editable.
