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Costs and benefits of brooding in glossiphoniid leeches with special reference to hypoxia as a selection pressure
I. S. Milne, P. Calow
Research output
:
Contribution to journal
›
Article
›
peer-review
9
Scopus citations
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Dive into the research topics of 'Costs and benefits of brooding in glossiphoniid leeches with special reference to hypoxia as a selection pressure'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
leech
100%
brooding
99%
hypoxia
75%
egg
64%
cost
34%
encapsulation
32%
saturation
28%
ventilation
25%
cocoon
19%
oxygen
17%
hatching
15%
oxygen consumption
14%
loss
14%
trade-off
13%
desert
11%
young
9%
rate
8%
resource
7%
energy
6%
Medicine & Life Sciences
Leeches
94%
Eggs
73%
Cost-Benefit Analysis
58%
Hypoxia
52%
Pressure
43%
Costs and Cost Analysis
33%
Ventilation
23%
Weight Loss
22%
Oxygen
19%
Oxygen Consumption
13%
Survival Rate
10%
Weights and Measures
8%
Agriculture & Biology
Hirudinea
84%
selection pressure
68%
hypoxia
61%
eggs
39%
encapsulation
27%
weight loss
23%
oxygen
18%
cocoons
15%
energy costs
14%
oxygen consumption
12%
deserts
12%
reproductive performance
11%
hatching
11%