Regime shifts shorten food chains for mesopredators with potential sublethal effects

Earth & Environmental Sciences

• sublethal effect 100%
• food chain 77%
• reef 64%
• coral bleaching 18%
• fish 16%
• lipid 11%
• stable isotope 11%
• energy 9%
• prey availability 9%
• survivorship 8%
• histology 8%
• habitat 8%
• population decline 7%
• fecundity 7%
• spawning 6%
• coral reef 6%
• niche 6%
• coral 6%
• allocation 5%
• predator 5%
• alga 5%
• fishery 5%
• plain 5%
• effect 4%
• disturbance 4%
• degradation 4%
• biomass 4%
• ecosystem 4%
• cost 3%
• index 3%
• test 2%

Agriculture & Biology

• sublethal effects 87%
• food chain 80%
• reefs 79%
• coral bleaching 20%
• fish 15%
• stable isotopes 14%
• energy 12%
• habitats 7%
• coral reefs 7%
• lipids 7%
• corals 7%
• histology 6%
• fisheries 6%
• vacuoles 6%
• hepatocytes 6%
• spawning 6%
• niches 5%
• fecundity 5%
• survival rate 5%
• algae 5%
• ecosystems 5%
• predators 5%
• biomass 4%
• degradation 4%
• testing 2%