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Lake Characteristics, Population Properties and Invasion History Determine Impact of Invasive Bivalves on Lake Nutrient Dynamics
Felicia Williamson,
Tedy Ozersky
Biology (Duluth)
Research output
:
Contribution to journal
›
Article
›
peer-review
6
Scopus citations
Overview
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Dive into the research topics of 'Lake Characteristics, Population Properties and Invasion History Determine Impact of Invasive Bivalves on Lake Nutrient Dynamics'. Together they form a unique fingerprint.
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Agriculture & Biology
population characteristics
89%
Bivalvia
73%
lakes
60%
history
56%
Dreissenidae
49%
nutrients
44%
Dreissena polymorpha
42%
shell (molluscs)
18%
ecosystems
13%
mussels
12%
pollution load
8%
water storage
7%
biogeochemical cycles
6%
invasive species
6%
managers
6%
tissues
5%
excretion
5%
biomass
3%
organisms
3%
Earth & Environmental Sciences
population characteristics
100%
nutrient dynamics
92%
bivalve
71%
lake
43%
history
41%
nutrient budget
17%
trophic status
15%
shell
14%
ecosystem
10%
tissue
8%
biomass
7%
nutrient cycling
6%
excretion
6%
invasive species
6%
biota
5%
budget
5%
water column
5%
material
4%
North America
4%
effect
4%
Europe
4%
rate
4%
nutrient
4%
sediment
2%
distribution
2%
Chemical Compounds
Nutrient
78%
Ecosystem
35%