As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the became subdivided into specialized sensory areas as the body grew more complex. Environmental stimuli put selection pressure on the - cortex, which evolved to reflect the importance of touch-sensory inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, accommodated sensitive As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the most critical to survival from the largest body part - cortex, which evolved to reflect the importance of touch-sensory least important to reproduction For example, the brain of the burrowing eastern mole accommodated very sensitive In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, accommodated sensitive ided into specialized sensory areas as the body grew more complex. Environmental As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the cerebellum became subdivided into specialized sensory areas as the body grew more complex. Environmental ressure on the - cortex, which evolved to reflect the importance of touch-sensory cerebral cortex arts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive motor neurons ontrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, accommodated sensitive As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the stimuli put selection pressure on the inputs from different parts of the bod In contrast, the brai accommodated sensitive became subdivided into specialized sensory areas as the body grew more complex. Environmental cortex, which evolved to reflect the importance of touch-sensory ain of the burrowing eastern mole accommodated very sensitive le, which hunts using the appendages around its nose. As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the ears. became subdivided into specialized sensory areas as the body grew more complex. Environmental stimuli put selection pressure on the cortex, which evolved to reflect the importance of touch-sensory inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, ensitive eyes. forepaws. somatosensory visual auditory As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the became subdivided into specialized sensory areas as the body grew more complex. Environmental stimuli put selection pressure on the -cortex, which evolved to reflect the importance of touch-sensory inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, accommodated sensitive teeth. hind limbs. nasal extensions

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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As the vertebrate lineage evolved to fill different niches, the region of the brain that received information
became better developed than other regions. Among mammals, the
- became subdivided into specialized sensory areas as the body grew more complex. Environmental
stimuli put selection pressure on the
- cortex, which evolved to reflect the importance of touch-sensory
inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive
In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose,
accommodated sensitive
As the vertebrate lineage evolved to fill different niches, the region of the brain that received information
became better developed than other regions. Among mammals, the
most critical to survival
ided into specialized sensory areas as the body grew more complex. Environmental
from the largest body part
cortex, which evolved to reflect the importance of touch-sensory
least important to reproduction. For example, the brain of the burrowing eastern mole accommodated very sensitive
In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose,
accommodated sensitive
As the vertebrate lineage evolved to fill different niches, the region of the brain that received information
became better developed than other regions. Among mammals, the
became subdivided into specialized sensory areas as the body grew more complex. Environmental
ressure on the
cortex, which evolved to reflect the importance of touch-sensory
cerebral cortex arts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive
motor neurons ontrast, the brain of the star-nosed mole, which hunts using the appendages around its nose,
accommodated sensitive
cerebellum
As the vertebrate lineage evolved to fill different niches, the region of the brain that received information
became better developed than other regions. Among mammals, the
stimuli put selection pressure on the
inputs from different parts of the bod
In contrast, the brai
accommodated sensitive
became subdivided into specialized sensory areas as the body grew more complex. Environmental
-cortex, which evolved to reflect the importance of touch-sensory
ain of the burrowing eastern mole accommodated very sensitive
le, which hunts using the appendages around its nose,
As the vertebrate lineage evolved to fill different niches, the region of the brain that received information
became better developed than other regions. Among mammals, the
ears.
became subdivided into specialized sensory areas as the body grew more complex. Environmental
stimuli put selection pressure on the
- cortex, which evolved to reflect the importance of touch-sensory
inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive
In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose,
ensitive
eyes.
somatosensory
visual
auditory
forepaws.
As the vertebrate lineage evolved to fill different niches, the region of the brain that received information
became better developed than other regions. Among mammals, the
became subdivided into specialized sensory areas as the body grew more complex. Environmental
stimuli put selection pressure on the
- cortex, which evolved to reflect the importance of touch-sensory
inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive
In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose,
accommodated sensitive
teeth.
hind limbs.
nasal extensions.
Transcribed Image Text:As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the - became subdivided into specialized sensory areas as the body grew more complex. Environmental stimuli put selection pressure on the - cortex, which evolved to reflect the importance of touch-sensory inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, accommodated sensitive As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the most critical to survival ided into specialized sensory areas as the body grew more complex. Environmental from the largest body part cortex, which evolved to reflect the importance of touch-sensory least important to reproduction. For example, the brain of the burrowing eastern mole accommodated very sensitive In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, accommodated sensitive As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the became subdivided into specialized sensory areas as the body grew more complex. Environmental ressure on the cortex, which evolved to reflect the importance of touch-sensory cerebral cortex arts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive motor neurons ontrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, accommodated sensitive cerebellum As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the stimuli put selection pressure on the inputs from different parts of the bod In contrast, the brai accommodated sensitive became subdivided into specialized sensory areas as the body grew more complex. Environmental -cortex, which evolved to reflect the importance of touch-sensory ain of the burrowing eastern mole accommodated very sensitive le, which hunts using the appendages around its nose, As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the ears. became subdivided into specialized sensory areas as the body grew more complex. Environmental stimuli put selection pressure on the - cortex, which evolved to reflect the importance of touch-sensory inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, ensitive eyes. somatosensory visual auditory forepaws. As the vertebrate lineage evolved to fill different niches, the region of the brain that received information became better developed than other regions. Among mammals, the became subdivided into specialized sensory areas as the body grew more complex. Environmental stimuli put selection pressure on the - cortex, which evolved to reflect the importance of touch-sensory inputs from different parts of the body. For example, the brain of the burrowing eastern mole accommodated very sensitive In contrast, the brain of the star-nosed mole, which hunts using the appendages around its nose, accommodated sensitive teeth. hind limbs. nasal extensions.
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