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Pregnancy-related sensory deficits might impair foraging in echolocating bats
Mor Taub
*
, Omer Mazar,
Yossi Yovel
*
*
Corresponding author for this work
Neuroscience
School of Zoology
Tel Aviv University
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Keyphrases
Pregnancy Disorders
100%
Echolocation
100%
Sensory Deficit
100%
Echolocating Bat
100%
During Pregnancy
50%
Sensory Systems
50%
Low Dose Rate
50%
Sensory Modality
50%
Energetic Cost
50%
Sensorimotor
50%
Active Sensing
50%
Echolocation Calls
50%
Bat Echolocation
50%
Lactating Females
50%
Pipistrellus Kuhlii
50%
Flight Behavior
50%
Cost of Reproduction
50%
Low Altitude
50%
Pipistrelle
50%
Gestation Period
50%
Foraging Model
50%
Immunology and Microbiology
Echolocation
100%
Pipistrellus
50%
Energy Transfer
25%
Flight
25%
Sensory System
25%
Pregnancy
25%
Cost of Reproduction
25%
Agricultural and Biological Sciences
Echolocation
100%
Pipistrellus
50%
Flight
25%
Lactating Females
25%
Sensory System
25%
Gestation Period
25%