Water Environment Research

Errata
pp. 385-385(1)

The Future of Nutrient Removal Research and Practice … Revisited
pp. 387-387(1)
Authors: Celmer, Dominika; Kinnear, David J

Nitrifying Genera in Activated Sludge May Influence Nitrification Rates
pp. 388-396(9)
Authors: Dytczak, M. A; Londry, K. L; Oleszkiewicz, J. A

Bioavailability of Dissolved Organic Nitrogen in Treated Effluents
pp. 397-406(10)
Authors: Urgun-Demirtas, Meltem; Sattayatewa, Chakkrid; Pagilla, Krishna R

Significance of Design and Operational Variables in Chemical Phosphorus Removal
pp. 407-416(10)
Authors: Szabó, A; Takács, I; Murthy, S; Daigger, G. T; Licskó, I; Smith, S

Denitrification with Carbon Addition—Kinetic Considerations
pp. 417-427(11)
Authors: Dold, P; Takács, I; Mokhayeri, Y; Nichols, A; Hinojosa, J; Riffat, R; Bott, C; Bailey, W; Murthy, S

Phosphate Complexation Model and Its Implications for Chemical Phosphorus Removal
pp. 428-438(11)
Authors: Smith, S; Takács, I; Murthy, S; Daigger, G. T; Szabó, A

Improved Computational Model (AQUIFAS) for Activated Sludge, Integrated Fixed-Film Activated Sludge, and Moving-Bed Biofilm Reactor Systems, Part I: Semi-Empirical Model Development
pp. 439-453(15)
Authors: Sen, Dipankar; Randall, Clifford W

Predicted Distributed State Effects on Enhanced Biological Phosphorus Removal in a 5-Stage Bardenpho Wastewater Treatment Configuration
pp. 454-463(10)
Authors: Schuler, Andrew J; Xiao, Yao

Levels and Distribution of DDT in the Cinca River (Spain)
pp. 464-471(8)
Authors: Ormad, M. P; Ratia, J. S; Rodriguez, L; Ovelleiro, J. L

Enhanced Removal of Heavy Metals in Primary Treatment Using Coagulation and Flocculation
pp. 472-479(8)
Authors: Johnson, Pauline D; Girinathannair, Padmanabhan; Ohlinger, Kurt N; Ritchie, Stephen; Teuber, Leah; Kirby, Jason