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Salmon carcasses influence genetic linkages between forests and streams
Carri J. Leroy
, Dylan G. Fischer
, Walton M. Andrews
, Lisa Belleveau
, Clyde H. Barlow
, Jennifer A. Schweitzer
, Joseph K. Bailey
, Jane C. Marks
, Jeff C. Kallestad
Biological Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
8
Scopus citations
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Keyphrases
Genetic Linkage
100%
Salmon
100%
Salmon Carcasses
100%
Genotypic Variation
75%
Genotype
50%
Leaf Litter
50%
In-stream
50%
Genetic Variation
25%
Ecosystem Processes
25%
Biodiversity
25%
Leaf Litter Decomposition
25%
Ecosystem Function
25%
Terrestrial Ecosystems
25%
Synergistic Effect
25%
Aquatic Ecosystems
25%
Litterbags
25%
Fungal Biomass
25%
Vertebrate Species
25%
Gene-environment Interaction
25%
Litter Mass Loss
25%
Phenotypic Diversity
25%
Anadromous
25%
Antagonistic Effect
25%
Functional Groups
25%
Ecological Patterns
25%
Leaf Chemistry
25%
Aquatic Communities
25%
Nutrient Input
25%
Black Cottonwood
25%
Populus Balsamifera
25%
Immunology and Microbiology
Genetic Linkage
100%
Salmonine
100%
Carcass
100%
Genetic Variability
42%
Genetic Variation
14%
Tree
14%
Species
14%
Fungal Biomass
14%
Populus trichocarpa
14%
Keystone Species
14%
Populus balsamifera
14%
Agricultural and Biological Sciences
Genetic Linkage
100%
Salmo salar
100%
Plant Litter
57%
Genetic Divergence
14%
Genotyping
14%
Litter Decomposition
14%
Aquatic Ecosystem
14%
Terrestrial Ecosystem
14%
Aquatic Community
14%
Populus trichocarpa
14%
Populus balsamifera
14%