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This book is focused on the interplay of multiple stressors in aquatic systems and its consequences for management across spatial and temporal scales. It is organized into six case studies from four continents (Europe, Oceania, Africa, and North America), each based on several different data sources (field and experimental data, historical data, literature reviews, inquiries, and expert knowledge). The case studies address the joint effects of a variety of stressors (physical and chemical barriers, hydromorphology, temperature, drought, and water quality) on a diversity of biological response indicators (fish, macroinvertebrates, and phytoplankton) and discuss the main implications for managing aquatic ecosystems more effectively.

Technology: general issues --- Environmental science, engineering & technology --- agricultural land use --- antagonism --- Deleatidium --- grazer-scrapers --- large rivers --- multiple stressors --- land use --- hydromorphology --- water quality --- river-basin management --- Southeastern Europe --- global change --- nutrients --- anthropogenic pressure stressor --- interaction --- lake systems --- least-cost modeling --- longitudinal connectivity --- dissolved oxygen --- historical data --- functional distance --- migratory fish --- fish passes --- navigation weir --- fisheries management --- stressors interaction --- anthropogenic pressures --- climate change --- DPSIR --- strategic simulations --- interviews --- river systems --- Burkina Faso --- USA --- fish assemblages --- macroinvertebrate assemblages --- bird assemblages --- croplands --- rangelands --- n/a

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

This book is focused on the interplay of multiple stressors in aquatic systems and its consequences for management across spatial and temporal scales. It is organized into six case studies from four continents (Europe, Oceania, Africa, and North America), each based on several different data sources (field and experimental data, historical data, literature reviews, inquiries, and expert knowledge). The case studies address the joint effects of a variety of stressors (physical and chemical barriers, hydromorphology, temperature, drought, and water quality) on a diversity of biological response indicators (fish, macroinvertebrates, and phytoplankton) and discuss the main implications for managing aquatic ecosystems more effectively.

Technology: general issues --- Environmental science, engineering & technology --- agricultural land use --- antagonism --- Deleatidium --- grazer-scrapers --- large rivers --- multiple stressors --- land use --- hydromorphology --- water quality --- river-basin management --- Southeastern Europe --- global change --- nutrients --- anthropogenic pressure stressor --- interaction --- lake systems --- least-cost modeling --- longitudinal connectivity --- dissolved oxygen --- historical data --- functional distance --- migratory fish --- fish passes --- navigation weir --- fisheries management --- stressors interaction --- anthropogenic pressures --- climate change --- DPSIR --- strategic simulations --- interviews --- river systems --- Burkina Faso --- USA --- fish assemblages --- macroinvertebrate assemblages --- bird assemblages --- croplands --- rangelands