Each group of organisms shown in the cladogram uses a different mechanism to cope with the production of nitrogenous waste. The point marked X best represents which evolutionary development? Mamm Amphibians Bony fahes Cariaginous fshes The scarcity of fresh water resulted in the evolution of a uric acid metabolic pathway. The toxicity of ammonia led to a tolerance for greater concentrations of urea in the bloodstream. The move to terrestrial environments favored the use of ATP to produce a two- nitrogen compound from ammonia. The rapid metabolism associated with the development of limbs required the excretion of greater amounts of urea.

Concepts of Biology
1st Edition
ISBN:9781938168116
Author:Samantha Fowler, Rebecca Roush, James Wise
Publisher:Samantha Fowler, Rebecca Roush, James Wise
Chapter15: Diversity Of Animals
Section: Chapter Questions
Problem 4RQ: Which of the following is not a feature common to most animals? a. development into a fixed body...
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Each group of organisms shown in the cladogram uses a different mechanism to
cope with the production of nitrogenous waste. The point marked X best
represents which evolutionary development?
Mammain
Amphibians
Bony fahes
Cartiaginous fishes
The scarcity of fresh water resulted in the evolution of a uric acid metabolic pathway.
The toxicity of ammonia led to a tolerance for greater concentrations of urea in the
bloodstream.
The move to terrestrial environments favored the use of ATP to produce a two
nitrogen compound from ammonia.
The rapid metabolism associated with the development of limbs required the
excretion of greater amounts of urea.
Transcribed Image Text:Each group of organisms shown in the cladogram uses a different mechanism to cope with the production of nitrogenous waste. The point marked X best represents which evolutionary development? Mammain Amphibians Bony fahes Cartiaginous fishes The scarcity of fresh water resulted in the evolution of a uric acid metabolic pathway. The toxicity of ammonia led to a tolerance for greater concentrations of urea in the bloodstream. The move to terrestrial environments favored the use of ATP to produce a two nitrogen compound from ammonia. The rapid metabolism associated with the development of limbs required the excretion of greater amounts of urea.
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