Stream ecology

Stream Ecology: Structure and Function of Running Waters is designed to serve as a textbook for advanced undergraduate and graduate students, and as a reference source for specialists in stream ecology and related fields. This Third Edition is thoroughly updated and expanded to incorporate significant advances in our understanding of environmental factors, biological interactions, and ecosystem processes, and how these vary with hydrological, geomorphological, and landscape setting. The broad diversity of running waters from torrential mountain brooks, to large, lowland rivers, to great river systems whose basins occupy sub-continents makes river ecosystems appear overwhelming complex. A central theme of this book is that although the settings are often unique, the processes at work in running waters are general and increasingly well understood. Even as our scientific understanding of stream ecosystems rapidly advances, the pressures arising from diverse human activities continue to threaten the health of rivers worldwide. This book presents vital new findings concerning human impacts, and the advances in pollution control, flow management, restoration, and conservation planning that point to practical solutions. Reviews of the first edition: ". an unusually lucid and judicious reassessment of the state of stream ecology" Science Magazine ".provides an excellent introduction to the area for advanced undergraduates and graduate students" Limnology & Oceanography " a valuable reference for all those interested in the ecology of running waters."

Dedication -- Preface to the Third Edition -- Acknowledgements -- Preface to the Second Edition -- 1. Rivers in the Anthropocene -- 2. Streamflow -- 3. Fluvial Geomorphology -- 4. Stream Chemistry -- 5. The Abiotic Environment -- 6. Primary Producers -- 7. Detrital Energy and the Decompposition of Organic Matter -- 8. Stream Microbial Ecology -- 9. Trophic Relationships -- 10. Species Interactions -- 11. Lotic Communities -- 12. Energy Flow and Nutrient Cycling in Aquatic Communities -- 13. Nutrient Dynamics -- 14. Carbon Dynamics and Stream Ecosystem Metabolism -- 15. How We Manage Rivers, And Why.