Environmental flow assessment for benthic macroinvertebrate communities using pseudo-2D hydraulic habitat modelling at a green small hydropower plan

Keyphrases

• 1D Hydraulic Modeling 11%
• Aquatic Biota 11%
• Aquatic Food Webs 11%
• Assessment Criteria 11%
• Assessment Standards 11%
• Benthic Macroinvertebrate Communities 100%
• Casimir 11%
• China 33%
• Community Integrity 11%
• Dry Season 11%
• E-flows 22%
• Ecological Data 11%
• Ecological Validity 22%
• Environmental Flow Assessment 100%
• Environmental Flows 66%
• Flow Assessment 11%
• Flow-level 11%
• Habitat Model 11%
• Habitat Modeling 100%
• HEC-RAS 11%
• Hydraulic Habitat 100%
• Hydrological Methods 22%
• Macroinvertebrates 22%
• Minimum Flow 66%
• Modeling Approach 11%
• Modeling Framework 11%
• Modeling Methodology 11%
• Modeling Process 11%
• Peak Flow 11%
• Plant Assessment 11%
• Pseudo-2D 100%
• Seasonal Variation 11%
• Small Hydropower 100%
• Small Hydropower Plant 33%
• Tennant Method 22%

Engineering

• Assessment Criteria 11%
• Direct Application 11%
• Dry Season 11%
• Flow Level 11%
• Hydraulics 100%
• Hydraulics Model 11%
• Hydroelectric Energy 100%
• Hydropower Plant 33%
• Modeling Study 11%
• Peak Flow 11%

Earth and Planetary Sciences

• Annual Variation 33%
• China 100%
• Dry Season 33%
• Food Web 33%
• Geographical Region 33%
• Peak Flow 33%