Variation in spawning time promotes genetic variability in population responses to environmental change in a marine fish

Earth & Environmental Sciences

• reaction norm 100%
• spawning 59%
• environmental change 53%
• plasticity 39%
• fish 37%
• phenotypic plasticity 28%
• intraspecific variation 28%
• animal population 26%
• life history trait 25%
• genetic variation 25%
• climate change 24%
• gene flow 23%
• garden 21%
• divergence 18%
• water temperature 17%
• autumn 17%
• spatial variation 16%
• warming 16%
• forecasting 16%
• temperature 15%
• cooling 14%
• cold 14%
• organism 14%
• habitat 12%
• winter 12%
• experiment 8%
• effect 4%

Agriculture & Biology

• marine fish 67%
• spawning 55%
• genetic variation 38%
• heat 24%
• Gadus morhua 21%
• plasticity 15%
• climate change 14%
• adaptive radiation 11%
• cod (fish) 10%
• space and time 9%
• spatial variation 9%
• phenotypic plasticity 9%
• intraspecific variation 9%
• gardens 8%
• water temperature 8%
• gene flow 7%
• cooling 7%
• life history 7%
• temperature 7%
• autumn 6%
• winter 5%
• habitats 5%
• organisms 5%
• animals 3%

Medicine & Life Sciences

• Fishes 57%
• Gadus morhua 29%
• Hot Temperature 27%
• Climate Change 24%
• Population 24%
• Life History Traits 13%
• Gadiformes 13%
• Gene Flow 13%
• Temperature 12%
• Thermotolerance 12%
• Gardens 12%
• Physiological Adaptation 11%
• Architectural Accessibility 10%
• Ecosystem 9%
• Genetic Variation 8%
• Cold Temperature 7%
• Water 5%
• Growth 4%
• Animals 4%