Effects of altitude and temperature on organ phenotypic plasticity along an altitudinal gradient

Medicine & Life Sciences

• Physiological Adaptation 94%
• Body Temperature 75%
• Peromyscus 56%
• Hematocrit 48%
• Temperature 43%
• Heart 39%
• Lung 39%
• Small Intestine 22%
• Cold Temperature 21%
• Mammals 21%
• Oxygen 17%
• Deer 16%
• Oceans and Seas 13%
• Kidney 13%
• Energy Intake 12%
• Gastrointestinal Tract 10%
• Hypoxia 9%
• Eating 9%
• Pressure 7%

Earth & Environmental Sciences

• phenotypic plasticity 100%
• organ 67%
• temperature 27%
• blood 18%
• effect 16%
• small mammal 10%
• tissue 9%
• energy intake 6%
• cold 6%
• hypoxic conditions 6%
• food intake 6%
• oxygen 5%
• hypoxia 5%
• deer 4%
• sea level 3%

Agriculture & Biology

• phenotypic plasticity 78%
• temperature 29%
• lungs 21%
• Peromyscus maniculatus 18%
• heart 17%
• hematocrit 17%
• ambient temperature 13%
• blood 13%
• small mammals 9%
• small intestine 8%
• kidneys 6%
• oxygen 6%
• tissues 6%
• sea level 4%
• deer 4%
• digestive tract 4%
• anaerobic conditions 4%
• energy intake 4%
• hypoxia 4%
• food intake 4%