Earth and Planetary Sciences
Impact
100%
Community
100%
Sediment
100%
Flow Velocity
100%
Nutrient Enrichment
100%
Stream
60%
Abundance
40%
Biomonitoring
40%
Investigation
20%
Biodiversity
20%
Experiment
20%
Human Activity
20%
Community Composition
20%
Loss
20%
Management
20%
Rapid
20%
Carbon
20%
Addition
20%
Detection
20%
Time
20%
Gene
20%
Response
20%
Freshwater
20%
Stable
20%
Community Structure
20%
Urbanisation
20%
Surface Pressure
20%
Sequencing
20%
Data Base
20%
Freshwater Ecosystem
20%
Holistic Approach
20%
Colonisation
20%
Energy Production
20%
Functional Response
20%
Agricultural and Biological Sciences
Sediments
100%
Nutrients
100%
Bacterial Communities
100%
Streams
100%
Humans
25%
Biodiversity
25%
Genes
25%
Detection
25%
Freshwater
25%
Community Structure
25%
Databases
25%
Sequencing
25%
Face
25%
Functional Response
25%
Biochemistry, Genetics and Molecular Biology
Flow Rate
100%
Reduction (Chemistry)
40%
Taxon
40%
Experiment
20%
Comprehension
20%
Biodiversity
20%
Flow
20%
Time
20%
Urbanization
20%
High Throughput Sequencing
20%
Pressure
20%
Community Structure
20%
RNA Gene
20%
Energy Yield
20%
MetaCyc
20%
Metabarcoding
20%
Biological Database
20%
Immunology and Microbiology
Flow Rate
100%
Taxon
40%
Reduction (Chemistry)
40%
Comprehension
20%
Time
20%
Community Structure
20%
Urbanization
20%
Pressure
20%
Experiment
20%
Flow
20%
High Throughput Sequencing
20%
Biodiversity
20%
Data Base
20%
RNA Gene
20%
Medicine and Dentistry
Nutrient
100%
Fresh Water
50%
Comprehension
25%
Face
25%
RNA 16S
25%
Gene
25%
Indicator
25%
Carbon
25%
Community Structure
25%
Urbanization
25%
Biodiversity
25%