it: this is sometimes referred to as the 10% ue of energy transfer. This rule allows you to makeyredictions about the number of ロロ organisms that can exist at different trophic levels in an ecosystem. Using the 10% rule, calculate the amount of catfish biomass that can be supported by the amount of algae in your pool. Algal biomass: 4.032 g Predicted total biomass of catfish 403 g Now that you have calculated the total catfish biomass in this pool based on the 10% rule, you can calculate the number of catfish. Assume that an average adult catfish weighs 10 grams. Predicted total biomass of catfish: 0.403 g Calculated number of adult catfish in pool 5. CONTINUE hhmi Bioln
it: this is sometimes referred to as the 10% ue of energy transfer. This rule allows you to makeyredictions about the number of ロロ organisms that can exist at different trophic levels in an ecosystem. Using the 10% rule, calculate the amount of catfish biomass that can be supported by the amount of algae in your pool. Algal biomass: 4.032 g Predicted total biomass of catfish 403 g Now that you have calculated the total catfish biomass in this pool based on the 10% rule, you can calculate the number of catfish. Assume that an average adult catfish weighs 10 grams. Predicted total biomass of catfish: 0.403 g Calculated number of adult catfish in pool 5. CONTINUE hhmi Bioln
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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Transcribed Image Text:it: this is sometimes referred to as the 10% ue of energy transfer.
This rule allows you to makeyredictions about the number of
ロロ
organisms that can exist at different trophic levels in an ecosystem.
Using the 10% rule, calculate the amount of catfish biomass that can
be supported by the amount of algae in your pool.
Algal biomass: 4.032 g
Predicted total biomass of catfish
403 g
Now that you have calculated the total catfish biomass in this pool
based on the 10% rule, you can calculate the number of catfish.
Assume that an average adult catfish weighs 10 grams.
Predicted total biomass of catfish: 0.403 g
Calculated number of adult catfish in pool
5.
CONTINUE
hhmi Bioln
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