Table 3.
Rank | Federal government (n = 78) | State or local government (n = 165) | NGO (n = 32) |
Private business (n = 14) |
Seafood industry (n = 15) |
Commercial fishery (n = 36) |
---|---|---|---|---|---|---|
1 | Ocean acidification | Monitoring cumulative effects | Ocean acidification | Bycatch effects | Local ecological knowledge | Local ecological knowledge |
2 | Monitoring cumulative effects | Ocean acidification | Monitoring cumulative effects | Monitoring cumulative effects | Risk assessment for governance | Ocean acidification |
3 | Bycatch effects | Restoration effectiveness | Ocean literacy messages | Restoration effectiveness | Aquaculture effects | Monitoring cumulative effects |
4 | Risk assessment for governance | Bycatch effects | Bycatch effects | Ocean acidification | Ocean acidification | Bycatch effects |
5 | Coral-reef management strategies | Risk assessment for governance | Restoration effectiveness | High-seas governance | Bycatch effects | Aquaculture effects |
6 | Restoration effectiveness | Ocean literacy messages | Upland hydrology effects on oceans | Local ecological knowledge | Monitoring cumulative effects | Restoration effectiveness |
7 | Ocean literacy messages | Sea-level rise and vulnerable coasts | Local ecological knowledge | Ocean literacy messages | Restoration effectiveness | Risk assessment for governance |
8 | Sea-level rise and vulnerable coasts | Uncertainty in modeling | Sea-level rise and vulnerable coasts | Risk assessment for governance | Ecosystem-service-valuation implications | High-seas governance |
9 | Upland hydrology effects on oceans | Coral-reef management strategies | Coral-reef management strategies | Management capacity of human communities | High-seas governance | Ocean literacy messages |
10 | Shifting ecological baselines | Upland hydrology effects on oceans | Risk assessment for governance | Information for sustainable food choices | Polar oil spills | Information for sustainable food choices |