SUNDEWS VENUS FLYTRAPS Insect touches 1 of 4 stiff, curled hairs causing a trapdoor to open. Aquatic plants with finely dissected leaves and stomach-shaped bladders. Leaf senses insect, bends to surround it and breaks it down with digestive enzymes. Rush of water Blade halves snap propels insect into the trap, trapdoor shuts, and bacteria digests the insect. shut when an insect triggers 2 of its 3 trigger hairs. Trap re-opens after the insect is Large, vaselike or cone-shaped leaves with nectar glands to lure in insects. broken down with the leaf's digestive PITCHER PLANTS BLADDERWORTS enzymes. Insect touches 1 of 4 stiff, curled hairs Aquatic plants with finely dissected leaves and Trapped insects cannot climb out Oval leaves with glandular hairs (hairs tipped with droplets of sticky, digestive fluid). due to a wall causing a trapdoor to open. stomach-shaped bladders. downward- pointing, rigid hairs. Leaf senses insect, bends to Midrib of leaves forms the hinge connecting the two halves of the leaf surround it and breaks it down with digestive blade. enzymes.
SUNDEWS VENUS FLYTRAPS Insect touches 1 of 4 stiff, curled hairs causing a trapdoor to open. Aquatic plants with finely dissected leaves and stomach-shaped bladders. Leaf senses insect, bends to surround it and breaks it down with digestive enzymes. Rush of water Blade halves snap propels insect into the trap, trapdoor shuts, and bacteria digests the insect. shut when an insect triggers 2 of its 3 trigger hairs. Trap re-opens after the insect is Large, vaselike or cone-shaped leaves with nectar glands to lure in insects. broken down with the leaf's digestive PITCHER PLANTS BLADDERWORTS enzymes. Insect touches 1 of 4 stiff, curled hairs Aquatic plants with finely dissected leaves and Trapped insects cannot climb out Oval leaves with glandular hairs (hairs tipped with droplets of sticky, digestive fluid). due to a wall causing a trapdoor to open. stomach-shaped bladders. downward- pointing, rigid hairs. Leaf senses insect, bends to Midrib of leaves forms the hinge connecting the two halves of the leaf surround it and breaks it down with digestive blade. enzymes.
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
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:SUNDEWS
VENUS FLYTRAPS
Aquatic plants with
finely dissected
leaves and
Insect touches 1 of
4 stiff, curled hairs
causing a trapdoor
to open.
Leaf senses
stomach-shaped
bladders.
insect, bends to
surround it and
breaks it down
with digestive
enzymes.
Rush of water
Blade halves snap
propels insect into
the trap, trapdoor
shuts, and bacteria
digests the insect.
shut when an
insect triggers 2 of
its 3 trigger hairs.
Trap re-opens
after the insect is
Large, vaselike or
cone-shaped
leaves with nectar
broken down with
the leaf's digestive
PITCHER PLANTS
BLADDERWORTS
glands to lure in
insects.
enzymes.
Aquatic plants with
finely dissected
leaves and
Trapped insects
cannot climb out
due to a wall of
downward-
Insect touches 1 of
Oval leaves with
4 stiff, curled hairs
glandular hairs
(hairs tipped with
droplets of sticky,
digestive fluid).
causing a trapdoor
to open.
stomach-shaped
bladders.
pointing, rigid
hairs.
Midrib of leaves
forms the hinge
connecting the two
halves of the leaf
Leaf senses
insect, bends to
surround it and
breaks it down
with digestive
blade.
enzymes.
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