Modelling macronutrient dynamics in the Hampshire Avon river: a Bayesian approach to estimate seasonal variability and total flux

Earth and Planetary Sciences

• River Flow 50%
• Model 50%
• River 50%
• Contaminant 33%
• Estimate 33%
• Coast 33%
• Estuary 33%
• Inference 16%
• Phosphate 16%
• Water Body 16%
• Rainfall 16%
• Human Health 16%
• Spline 16%
• Weather Pattern 16%
• Nutrient Budget 16%
• Value 16%
• Sample 16%
• Datum 16%
• Investigation 16%
• Harbour 16%
• Water Quality 16%
• Response 16%
• Proving 16%
• United Kingdom 16%
• Condition 16%
• Show 16%
• Behavior 16%
• Flood 16%
• Wildlife 16%
• Input 16%
• Dependence 16%
• Damage 16%
• Fish 16%
• Variability 16%

INIS

• rivers 100%
• dynamics 66%
• concentration 33%
• estuaries 33%
• coast 33%
• capture 33%
• pollutants 33%
• data 16%
• modeling 16%
• levels 16%
• nonlinear problems 16%
• values 16%
• validation 16%
• damage 16%
• budgets 16%
• interactions 16%
• phosphates 16%
• harbors 16%
• water 16%
• wildlife 16%
• populations 16%
• weather 16%
• fishes 16%
• nitrates 16%
• ecosystems 16%
• public health 16%
• water quality 16%
• nutrients 16%
• meteorology 16%