PrepTest 52, Section 3, Question 11
Spreading iron particles over the surface of the earth's oceans would lead to an increase in phytoplankton, decreasing the amount of carbon dioxide in the atmosphere and thereby counteracting the greenhouse effect. But while counteracting the greenhouse effect is important, the side effects of an iron-seeding strategy have yet to be studied. Since the oceans represent such an important resource, this response to the greenhouse effect should not be implemented immediately.
Spreading iron particles over the surface of the earth's oceans would lead to an increase in phytoplankton, decreasing the amount of carbon dioxide in the atmosphere and thereby counteracting the greenhouse effect. But while counteracting the greenhouse effect is important, the side effects of an iron-seeding strategy have yet to be studied. Since the oceans represent such an important resource, this response to the greenhouse effect should not be implemented immediately.
Spreading iron particles over the surface of the earth's oceans would lead to an increase in phytoplankton, decreasing the amount of carbon dioxide in the atmosphere and thereby counteracting the greenhouse effect. But while counteracting the greenhouse effect is important, the side effects of an iron-seeding strategy have yet to be studied. Since the oceans represent such an important resource, this response to the greenhouse effect should not be implemented immediately.
Spreading iron particles over the surface of the earth's oceans would lead to an increase in phytoplankton, decreasing the amount of carbon dioxide in the atmosphere and thereby counteracting the greenhouse effect. But while counteracting the greenhouse effect is important, the side effects of an iron-seeding strategy have yet to be studied. Since the oceans represent such an important resource, this response to the greenhouse effect should not be implemented immediately.
The reasoning above most closely conforms to which one of the following principles?
A problem-solving strategy should be implemented if the side effects of the strategy are known.
Implementing a problem-solving strategy that alters an important resource is impermissible if the consequences are not adequately understood.
We should not implement a problem-solving strategy if the consequences of doing so are more serious than the problem itself.
We should not implement a problem-solving strategy if that strategy requires altering an important resource.
As long as there is a possibility that a strategy for solving a problem may instead exacerbate that problem, such a solution should not be adopted.
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