Dam builders and their works: beaver influences on the structure and function of river corridor hydrology, geomorphology, biogeochemistry and ecosystems

Keyphrases

• Hydrology 100%
• Biogeochemistry 100%
• Builders 100%
• Geomorphology 100%
• Beaver 100%
• River Corridor 100%
• Aquatic Ecosystems 20%
• Terrestrial Ecosystems 20%
• Surface Water 20%
• Reach Scale 20%
• Ecosystem Engineer 20%
• Europe 10%
• North America 10%
• River Management 10%
• Riparian Vegetation 10%
• Wetlands 10%
• Primary Production 10%
• Low Flow 10%
• Residence Time 10%
• Knowledge Level 10%
• South America 10%
• Anaerobic Conditions 10%
• Nitrate 10%
• Management Practices 10%
• Sediment Transport 10%
• Habitat Complexity 10%
• Hydraulics 10%
• Dissolved Organic Carbon 10%
• Biogeochemical Cycles 10%
• Introduced Species 10%
• Lateral Interactions 10%
• Open Water 10%
• Predation 10%
• Landscape Context 10%
• Ponds 10%
• Ecosystem Dynamics 10%
• Sediment Storage 10%
• River Restoration 10%
• Water Storage 10%
• Stream Width 10%
• Hydrological Connectivity 10%
• Lotic Ecosystems 10%
• Overall Impact 10%
• Nutrient Cycling 10%
• Landscape Effects 10%
• Dam Construction 10%
• Hydrogeomorphic 10%
• Biogeochemical Dynamics 10%
• Lotic 10%
• Engineering Services 10%
• Carbon Storage 10%
• Vegetation Assemblages 10%
• Restoration Practices 10%
• Lentic Habitats 10%
• Water Budget 10%
• Ecosystem Impacts 10%
• Organic Ammonium 10%
• Current River 10%
• Geomorphic Dynamics 10%
• Landscape Succession 10%
• Nutrient Storage 10%
• Beaver Dam 10%
• Flood Attenuation 10%
• Open Water Area 10%
• Littoral Zone 10%
• Habitat Biodiversity 10%
• Floodplain Inundation 10%
• Castor Fiber 10%
• Castor Canadensis 10%
• Lentic 10%
• Habitat Transition 10%
• Geomorphological Landscape 10%
• Ecosystem Succession 10%
• Beaver Impact 10%
• Wetland Transition 10%

Earth and Planetary Sciences

• Biogeochemistry 100%
• Geomorphological Response 100%
• Aquatic Environment 66%
• Terrestrial Ecosystem 66%
• Open Water 66%
• Europe 33%
• Flood Plain 33%
• River Management 33%
• Riparian Vegetation 33%
• Primary Production 33%
• Low Flow 33%
• Intertidal Zone 33%
• South America 33%
• North America 33%
• Water Storage 33%
• Water Balance 33%
• Earth Surface Sediment Transport 33%
• Dissolved Organic Carbon 33%
• Ecosystem Dynamics 33%
• Predation 33%
• River Restoration 33%
• Nutrient Cycling 33%
• Ecosystem Engineering 33%
• Dam Construction 33%
• Introduced Species 33%
• Lotic Ecosystem 33%