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Experimental River Noise Alters Arthropod Abundance
Dylan G.E. Gomes
, Cory A. Toth
, Craig C. Bateman
, Clinton D. Francis
, Akito Y. Kawahara
, Jesse R. Barber
Biological Sciences
Boise State University
University of Florida
California Polytechnic State University
Research output
:
Contribution to journal
›
Article
›
peer-review
8
Scopus citations
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Keyphrases
Arthropod Abundance
100%
Natural Noise
75%
White Water
50%
Acoustic Environment
50%
Spectral Frequency
50%
Idaho
25%
Anthropogenic Noise
25%
Food Web
25%
Teasing
25%
Desert Landscape
25%
Ecological Niche
25%
Niche Axis
25%
Sound Level
25%
Noise Effects
25%
Generalized Linear Mixed Model
25%
Arthropods
25%
Predator-prey
25%
Lepidoptera
25%
Araneidae
25%
Noise Variables
25%
Hymenoptera
25%
Temporal Profile
25%
Raphidioptera
25%
Orthoptera
25%
Wildlife Abundance
25%
Riparian Habitat
25%
Trapping Methods
25%
Ancient Sources
25%
Trap Type
25%
Riparian Vegetation
25%
Neuroptera
25%
Collembola
25%
Acari
25%
Thysanoptera
25%
Plecoptera
25%
Habitat Variables
25%
Opiliones
25%
Archaeognatha
25%
Coleoptera
25%
Dermaptera
25%
Hemiptera
25%
Wildlife Distribution
25%
Diptera
25%
Noise Characteristics
25%
Sound Pressure Level
25%
Trichoptera
25%
Biochemistry, Genetics and Molecular Biology
Arthropod
100%
Acoustics
40%
Trichoptera
20%
Sound Intensity
20%
Lepidoptera
20%
Diptera
20%
Opiliones
20%
Archaeognatha
20%
Hymenoptera
20%
Acari
20%
Hemiptera
20%
Orthoptera
20%
Thysanoptera
20%
Plecoptera
20%
Collembola
20%
Sound Pressure
20%
Neuroptera
20%
Raphidioptera
20%
Agricultural and Biological Sciences
Arthropod
100%
Lepidoptera
20%
Hymenoptera
20%
Spider
20%
Diptera
20%
Plecoptera
20%
Collembola
20%
Raphidioptera
20%
Thysanoptera
20%
Hemiptera
20%
Archaeognatha
20%
Trichoptera
20%
Acari
20%
Neuroptera
20%
Dermaptera
20%
Opiliones
20%
Orthoptera
20%
Food Web
20%
Earth and Planetary Sciences
Arthropod
100%
Acoustics
40%
Idaho
20%
United States of America
20%
Food Web
20%
Riparian Vegetation
20%
Sound Level
20%
Ecological Niche
20%
Sound Pressure
20%
Collembola
20%