Which of the following might be the best use of genetic engineering for counteracting the negative effects of salinization?
A)Salt absorbing insects could be developed and set loose in regions of highly saline water resources.
B)Sodium chloride could be engineered to be more soluble in water.
C)Plants could be given a gene that turns them blue when they have absorbed too much salt.
D)Genes from a salt-tolerant plant could be inserted into a desired crop plant.

Question

Quizplus · Accepted Answer

The best use of genetic engineering for counteracting the negative effects of salinization would be to insert genes from a salt-tolerant plant into a desired crop plant. This would enable the crop plant to tolerate higher levels of salt in the soil or water, allowing it to grow and produce better yields in regions with high salinity. Option A is not a feasible solution as it could lead to unintended consequences on the ecosystem, and option B is not relevant to the problem of salinization. Option C could aid in the visual identification of salt-stressed plants, but it would not prevent or mitigate the negative effects.

Which of the Following Might Be the Best Use of Genetic