| Contents | |
| Chapter 1 | Performance of wastewater treatment and nutrient removal wetlands (reedbeds) in cold temperate climates |
| Chapter 2 | Subsurface treatment wetlands in the cold climate of Minnesota |
| Chapter 3 |
Constructed wetlands for wastewater treatment in cold climates: Planted soil filter Schattweid - 13 years’ experience |
| Chapter 4 | Design and performance of integrated subsurface flow wetlands in a cold climate |
| Chapter 5 |
Plant species effects on seasonal performance patterns in model subsurface wetlands |
| Chapter 6 | Enhanced nitrogen elimination in vertical-flow constructed wetlands in cold climates |
| Chapter 7 | Polish constructed wetland performance and transfer of results into Alpine environment |
| Chapter 8 | The use of engineered wetlands to treat recalcitrant wastewaters |
| Chapter 9 | The application of subsurface flow wetlands in South Africa: from pilot to full-scale |
| Chapter 10 | Designing constructed wetlands to remove phosphorus from barnyard run-off: Seasonal variability in loads and treatment |
| Chapter 11 | Seasonal efficiency of a constructed wetland for treating dairy farm wastewater |
| Chapter 12 | Experience and results from the northernmost constructed wetland in Norway |
| Chapter 13 |
Seasonal variation in fecal indicators removal in constructed wetlands with horizontal subsurface flow |
| Chapter 14 | Design of constructed wetlands using phosphorus sorbing lightweight aggregate (LWA) |
| Chapter 15 | Nitrogen removal in light-weight aggregate pretreatment filter columns and mesocosm wetlands |
| Chapter 16 | Removal and retention of selected heavy metals in components of a hybrid wetland system |
| Chapter 17 |
Enhanced nutrient removal in activated sludge systems - useful lessons for constructed wetlands |