Water-quality impacts in semi-arid regions: can natural ‘green filters’ mitigate adverse effects on fish assemblages?

Keyphrases

• Fish Assemblages 100%
• Riparian Vegetation 100%
• Adverse Effects 100%
• Semi-arid Region 100%
• Riparian Areas 100%
• Green Filter 100%
• Water Quality Impact 100%
• Additive Effect 75%
• Native Fish 50%
• Pollution 50%
• Riparian 50%
• Pelagic Fish 50%
• Alien Fish 50%
• Northeastern Spain 50%
• Nutrient Pollution 50%
• Climate Change 25%
• European Union 25%
• Interactive Effects 25%
• Body Size 25%
• Wide-ranging Species 25%
• Environmental Gradients 25%
• Wastewater Treatment 25%
• Water Quality Parameters 25%
• Freshwater Resources 25%
• Water Framework Directive 25%
• Opposite Effects 25%
• Species Richness 25%
• Aridity 25%
• Ammonium Concentration 25%
• Water Effect 25%
• Ecological Benefits 25%
• Negative Association 25%
• Water Scarcity 25%
• Nitrite Level 25%
• Migratory Fish 25%
• Fish Guilds 25%
• Sedentary Fish 25%
• Invasive Alien Fish 25%
• Invertivorous 25%
• Effluent 25%
• Fish Richness 25%
• Human Water Use 25%
• Agriculture Practices 25%
• High Conductivity 25%
• Model Inference 25%
• Water Conductivity 25%
• Wastewater Treatment Plant 25%

Earth and Planetary Sciences

• Semiarid Region 100%
• Riparian Vegetation 100%
• Spain 50%
• Nutrient Pollution 50%
• Species Richness 25%
• Climate Change 25%
• Environmental Gradient 25%
• Water Consumption 25%
• Geography 25%
• Freshwater Resource 25%
• Water Framework Directive 25%
• European Union 25%
• Pelagic Fish 25%
• Aridity 25%
• Water Scarcity 25%
• Q Factor 25%
• Waste Water Treatment 25%
• Effluent 25%
• Nitrite 25%
• Waste Water Treatment Plant 25%

Agricultural and Biological Sciences

• Arid Zones 100%
• Adverse Effects 100%
• Riparian Areas 100%
• Additive Effect 50%
• Nutrient Pollution 50%
• Climate Change 25%
• Body Size 25%
• Water Purification 25%
• Pelagic Fish 25%
• Water Treatment 25%
• Water Consumption 25%
• Wastewater Treatment 25%
• Nitrite 25%