Which of the following is NOT a feasible application of unknown bacterial specie

Question

Which of the following is NOT a feasible application of unknown bacterial species indentification? A. Environmental microbiologists identifying species to monitor ecosystems' response to stress. B. Agricultural microbiologists identifying species ot treat outbreaks among crops or livestock. C. Agricultural microbiologists studying the microorganisms that maintain soil fertility by transforming nutrients through degrdation and nitrogen fixation. D. Environmental microbiologists studying ape species to determine which would be the best model organisms to simulate human diseases.

*To be both A and D seem wrong, but I have to choose one.... can someone help me answer this by explaining it to me?* Thanks!

Explanation / Answer

A. Environmental microbiologists identifying species to monitor ecosystems' response to stress.

Bioindicators embody biological processes, species, or communities and area unit wont to assess the standard of the surroundings and the way it
changes over time. Changes within the surroundings area unit typically attributed to phylogeny disturbances (e.g., pollution, land use changes) or
natural stressors (e.g., drought, late spring freeze), though phylogeny stressors kind the first focus of bioindicator analysis. The
widespread development and application of bioindicators has occurred primarily since the Sixties. Over the years, we've dilated our
repertoire of bioindicators to help North American nation in finding out every kind of environments (i.e., aquatic and terrestrial), victimization all major compartmentalization teams.
Citation: Holt, E. A. & Miller, S. W.Bioindicators: victimization Organisms to live
Environmental Impacts. Nature Education information 2(2):8
Bioindicators: victimization Organisms to live Environmental Impacts | Lea...
Comparison of environmental tolerances of (a)
bioindicators, (b) rare species, and (c) ubiquitous species
Red areas represent portions of an environmental gradient (e.g.,
light availability, nitrogen levels) where an individual, species, or
community, has fitness or abundance greater than zero. The
dashed line represents the peak performance along this particular
environmental gradient, while yellow boxes include the optimum
range or tolerance. Bioindicators possess a moderate tolerance to
environmental variability, compared to rare and ubiquitous species.

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