Development of size structure in tiger salamanders: The role of intraspecific interference

Medicine & Life Sciences

• Ambystoma 100%
• Larva 65%
• Cannibalism 63%
• Deceleration 14%
• Body Size 14%
• Population Density 14%
• Acceleration 12%
• Feeding Behavior 11%
• Age Groups 8%
• Growth 6%
• Mortality 6%
• Population 4%

Earth & Environmental Sciences

• salamander 80%
• size structure 71%
• larva 41%
• cannibalism 37%
• rate 11%
• feeding behavior 11%
• behavioral response 10%
• body size 9%
• population size 8%
• predation 8%
• mortality 6%
• distribution 3%

Agriculture & Biology

• Ambystoma 82%
• cannibalism 43%
• larvae 36%
• frequency distribution 12%
• feeding behavior 11%
• population size 11%
• body size 10%
• predation 9%