United States
£ GBP
Rivers have been vitally important to human populations worldwide for millennia as "highways" for inland travel, and as sources of water for drinking, cooking, cleaning, manufacturing, irrigation, and power generation, as well as repositories for human, animal, and industrial wastes. This accessible textbook takes a broad approach to river ecology, covering the basics but going beyond by including topics that are often overlooked such as blackwater streams and rivers, tidal creek ecosystems, and reservoir limnology. Since most running water (lotic) systems have been altered or impacted by human activities, there is significant emphasis on anthropogenic impacts, including sedimentation, nutrient pollution and related eutrophication issues as well as the effects of dams and river fragmentation, power plant operations, chemical contamination, wastewater treatment discharges, industrial-scale livestock production, invasive species, and rural and urban stormwater runoff on river ecosystems. Advances in stream and river restoration are also discussed.
Introduction
1. The Physical Nature of River Ecosystems
2. Nutrients and River Ecosystems
3. Lotic Primary Producers: Phytoplankton and Periphyton
4. Lotic Primary Producers: Macroalgae and Macrophytes
5. Stream and River Invertebrate Communities
6. Feeding the River: Unifying Concepts
7. Riverine Fishes and Other Vertebrate Communities
8. Blackwater Streams and Rivers
9. The Ecology of Tidal Creeks
10. Altering the Natural Flow: Dams and River Fragmentation
11. Reservoir Limnology
12. Industrial Pollution of Streams and Rivers
13. Human Wastewater Treatment and Industrial Livestock Production Wastes
14. Species Loss and Impacts of Invasive Species
15. Ecology and Pollution of Urban Streams
16. Protecting and Restoring Streams and Rivers
17. Floods, Hurricanes, and Climate Change
Michael Mallin is a Research Professor at the Center for Marine Science, University of North Carolina, Wilmington, USA. His recent research efforts have focused on interrelationships between human landscapes and receiving waters, particularly in terms of microbial contamination and biochemical oxygen demand inputs, and the effectiveness of mitigation strategies to protect stream ecosystems. Professor Mallin is actively involved in science and management boards concerning watershed issues, and his research results have been utilized by the State General Assembly to revise coastal development policies in North Carolina. He was selected as a 2001 Aldo Leopold Environmental Leadership Fellow through the Ecological Society of America.
