Ecologically relevant biomarkers reveal that chronic effects of nitrate depend on sex and life stage in the invasive fish Gambusia holbrooki

Keyphrases

• Life Stages 100%
• Nitrate 100%
• Invasive Fish 100%
• Gambusia Holbrooki 100%
• Chronic Effects 100%
• Mosquitofish 66%
• Wastewater 33%
• Fish Welfare 33%
• Energy Reduction 33%
• Pollutants 33%
• Calorimetry 33%
• Serious Disease 33%
• Growth Rate 33%
• Stable Isotopes 33%
• Aquatic Ecosystems 33%
• Fat Cells 33%
• Food Intake 33%
• Negatively Associated 33%
• Nutrient Concentration 33%
• No. 3 33%
• Agricultural Intensification 33%
• Environmental Risk Assessment 33%
• Precipitation Regime 33%
• Nitrate Concentration 33%
• Energy Content 33%
• Multiple Indicators 33%
• Global Climate Change 33%
• Nutrient Effects 33%
• Wild Collection 33%
• Perivisceral Fat 33%
• Caloric Content 33%
• Eutrophic Water 33%
• Feeding Assay 33%
• Legal Threshold 33%
• Energy Reserves 33%
• Reduced Food Intake 33%
• Mosquito Biocontrol 33%
• High Nitrate Concentration 33%

Earth and Planetary Sciences

• Multiple Use 100%
• Agricultural Intensification 100%
• Global Climate Change 100%
• Environmental Risk Assessment 100%
• Histopathology 100%
• Stable Isotope 100%
• Aquatic Environment 100%

Agricultural and Biological Sciences

• Gambusia holbrooki 100%
• Biological Marker 100%
• Gambusia 66%
• Food Intake 66%
• Fish Health 33%
• Climate Change 33%
• Calorimetry 33%
• Adipocyte 33%
• Aquatic Environment 33%