An inference question about a proposed change tests what the text supports about its likely effect. Read the words leading into the blank to identify what would change, then put each clue in a few words. Ask how the contrast between sources connects to the reason for the change. Predict the smallest conclusion the clues support, and keep every clue in view. An ending goes too far if it adds details the text doesn't give about how the change would happen.
Hints
- Hint 1
Look at the difference between the fishers’ spawning knowledge and the manuals’ spawning information. What can each source tell policy makers?
- Hint 2
Why does the passage mention rising ocean temperatures? Connect that concern to the biologists’ decision to interview veteran fishers.
- Hint 3
Predict what adding the fishers’ knowledge would change. Use the difference between the two sources and the reason biologists are seeking new information.
Step-by-step
Connect the information gap to the likely effect
Step 1Identify what would change
The survey says 64 percent of long-time fishers can identify the exact weeks when the three species spawn nearby. The blank asks about incorporating the fishers’ traditional ecological knowledge into official management plans, so we need the likely effect of adding their knowledge. Let's compare what the fishers know with what officials already have.
- Step 2
Find the gap in the manuals
What do the fishers know that the manuals don't give? The manuals list only approximate regional spawning periods, which are often off by a month or more. Those knowledgeable fishers can give exact weeks near their own shores, rather than rough dates for a whole region. Their local timing adds detail the manuals lack, which matters for rules meant to protect spawning fish.
- Step 3
Predict the smallest supported effect
Why does the passage mention populations becoming increasingly unpredictable? Changing conditions make dependable spawning information more important, and biologists seek the fishers’ knowledge before drafting new conservation guidelines. Put the clues together and make a cautious prediction: adding this local knowledge could help rules match when fish actually spawn. We're inferring a benefit to the plans, not a particular way to carry it out.
- Step 4
Test the endings against the prediction
Moving closures earlier assumes the manuals’ dates are too late, which we aren't told. A single regionwide spawning calendar assumes local schedules agree, and primarily rely on interviews assumes interviews should matter more than other research, which the text never says. The ending improve the accuracy of regulations matches our prediction because more exact spawning dates can guide protective rules. Choice B.