Plant Tissues and the Multicellular Plant Body Flashcards

(57 cards)

1
Q

what are the shoot system

A

-flower
-leaf
-fruit
-stem

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2
Q

root system

A

-roots

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3
Q

what is the function of a flower

A

-helps in reproduction

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4
Q

function of a leaf

A

performs photosynthesis

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5
Q

function of a fruit

A

protects the seeds

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6
Q

function of stem

A

supports the plant

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7
Q

function of roots

A

absorbs water and minerals

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8
Q

2 organ systems of plant

A

shoot system
root system

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9
Q

the underground part of a plant which supports the shoot system

A

root system

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10
Q

• is comprised of the primary root (main root) which branches into secondary roots and tertiary roots

A

root system

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11
Q

function of roots

A

-absorbs water and minerals
-anchorage of plants to the ground
-storage of food reserve

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12
Q

is above ground

A

shoot system

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13
Q

function of stems

A

• support and elevation of leaves, fruits, and flowers
• transport absorbed water and minerals to different parts of the plant
• transport the products of photosynthesis

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14
Q

the shoot is comprised of the

A

vegetative shoot
reproductive shoot

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15
Q

vegetative shoot’s function

A

non-reproductive (leaves, stem)

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16
Q

cells divide

A

meristematic

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17
Q

types of meristematic tissue

A

apical meristems
intercalary meristems
lateral meristems

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18
Q

cells do not divide

A

permanent

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19
Q

permanent comprised of

A

simple and complex

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20
Q

simple

A

ground

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21
Q

complex

A

vascular

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22
Q

complex comprised of

A

xylem and phloem

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23
Q

simple comprised of

A

-parenchyma
-collenchyma
-sclerenchyma

24
Q

located at the tips of stems and roots

A

apical meristems

25
enable a plant to extend in length
apical meristems
26
facilitate growth in thickness or girth in a maturing plant
lateral meristems
27
occur only in monocots at the bases of leaf blades and at nodes
intercalary meristems
28
enables the monocot leaf blade to increase in length from the leaf base
intercalary meristems
29
plants use lateral meristems to
to grow in diameter or thickness as part of secondary growth.
30
2 types of lateral meristematic tissue
1. vascular cambium 2. cork cambium
31
is the main route by which the stems and roots grow.
vascular cambium
32
xylem toward
outside
33
phloem towards
inside
34
is present in mostly woody and some herbaceous plants and gives rise to the cork or bark layer on the outside of the stem and secondary growth in the epidermis of roots. This is accomplished by replacing the epidermal cells with the periderm which consists of three layers.
cork cambium
35
epidermal cells with the periderm which consists of three layers.
1. phelloderm 2. phellogen 3. phellem
36
is the innermost layer made of living parenchymal cells.
phelloderm
37
On top of that layer is the cork cambium itself or the _______ that gives rise to the periderm.
phellogen
38
The outermost layer is the cork or _______ (bark) which is made of dead, air-filled cork cells.
phellem
39
Meristems produce cells that quickly differentiate or specialize into the three main types:
-dermal tissue -vascular tissue -ground tissue
40
covers and protects the plant.
dermal tissue
41
transports water, minerals, and sugars to different parts of the plant.
vascular tissue
42
serves as a site for photosynthesis, provides a supporting matrix for the vascular tissue, and helps to store water and sugars.
ground tissue
43
The dermal tissue system is consists of
epidermis
44
generally a single layer of cells
epidermis
45
leaves, the epidermis secretes a coating, the _____, that helps the plant retain water and contain pores,
cuticle
46
the ____ whose guard cells regulate gas exchange between the plant and the environment by controlling the size of the stomata openings
stomata
47
dermal tissues is consist of
- epidermis -periderm
48
also called bark, replaces the epidermis in plants that undergo secondary growth.
periderm
49
is multilayered as opposed to the single-layered epidermis. It consists of cork cells (phellem), phelloderm, and phellogen (cork cambium).
periderm
50
protects the plant from pathogens, injury, prevents excessive water loss, and insulates the plant.
periderm
51
vascular tissues
xylem and phloem
52
transports water and nutrients from the roots to different parts of the plant.
xylem tissue
53
xylem tissue includes 3 different cell types
1. vessel elements 2. tracheids 3. xylem parenchyma
54
transports organic compounds from the site of photosynthesis to other parts of the plant,
phloem tissue
55
phloem tissue consists of 4 different cell types
1. sieve cells (conducts photosynthesis) 2. companion cells 3. phloem parenchyma 4. phloem fibers
56
ground tissues,,
synthesize organic compounds and provide support to the plant.
57
ground tissue is made up of 3 types
-parenchyma -collenchyma -sclerenchyma