For decades, marine biologists assumed that deep-sea cold-water coral reefs were static ecosystems with exceptionally slow recovery rates following physical disturbances such as bottom trawling. However, recent autonomous underwater vehicle (AUV) surveys conducted by Dr. Elena Rostova present a more nuanced picture. Rostova observed that while structural damage to calcified reef frameworks takes centuries to repair, soft-tissue recolonization by opportunistic coral species begins within mere years. Although some conservationists have overstated Rostova’s findings to argue that deep-sea reefs possess rapid overall resilience, Rostova herself remains cautious, noting that recolonization by soft corals does not restore the complex habitat architecture essential for endemic fish species. Ultimately, Rostova’s work provides a crucial counterweight to earlier oversimplifications without minimizing the severe, long-term impact of mechanical disruption.
Based on the passage, the author suggests that Dr. Elena Rostova’s attitude toward the claim that deep-sea coral reefs possess rapid overall resilience is best described as which of the following?
- AUnqualified enthusiasm, because her surveys revealed soft-tissue recolonization occurring within mere years
- BComplete dismissal, because she believes deep-sea ecosystems undergo no observable recolonization after disruption
- Cautious skepticism, because early soft-coral recolonization fails to rebuild the structural architecture vital for endemic speciesCevap
- DFull endorsement, reflecting the perspective of conservationists who view soft-tissue growth as proof of complete recovery
- EIndifference, since her primary interest lies in calcified frameworks rather than ecological restoration