For LABORATORY 1-3 Flashcards

1
Q

5 Plant Habit

A

Herb
Vine
Liana
Tree
Shrub

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2
Q

Soft stemmed plants with less/no wood

A

Herb

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3
Q

Climbing or twining plants, with stems which may be tender or tough

A

Vine

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4
Q

Woody climbing plant that hangs from trees, especially in tropical rainforest

A

Liana

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5
Q

Differentiate Vine and Liana

A

Vine grows in any other type of environment while liana grows in tropical places

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6
Q

Is a stout, tall, perrenial, woody plant having one main stem(trunk) with many lateral branches

A

Tree

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7
Q

Perrenial woody plant with several main stems arising from the ground level

A

Shrub

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8
Q

Give example of Herb

A

Fennel
Stevia
Basil

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9
Q

Give example of Vine

A

Bougainvillea
Wisteria
Clematis

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10
Q

Give example of Liana

A

Jade vine
Bougainvillea
Five leaf chocolate

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11
Q

Give example of Tree

A

Mango
Oak tree
Cashew

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12
Q

Give example of shrub

A

China rose
Croton
Camelia

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13
Q

6 plant habitat

A

Terrestrial
Aquatic
Epiphytic
Rheophytes
Lithophytes
Chasmophytes

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14
Q

Plant that grows on land

A

Terrestrial

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15
Q

Plants that have adapted to living in (salt&freshwater)

A

Aquatic

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16
Q

Plants that grows above the ground

A

Epiphytic

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17
Q

Plants that live in environments with fast-flowing currents(river/steams)

A

Rheophyte

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18
Q

Plants that grow on rock surfaces

A

Lithophytes

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19
Q

Plants that grow on fissures in rocks where soil and prganic matter gas accumulated

A

Chasmophyte

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20
Q

Give example of Terrestrial

A

Maple tree
Rose
Cacti

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21
Q

Give example of Aquatic

A

Brazillian Waterweed
Alligatorweed
Curly pondweed

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22
Q

Give example of Epiphytic

A

Anthurium
Orchids
Bromeliad

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23
Q

Give example of Rheophyte

A

Bluntleaf spleenwort
Royal fern
Halberd fern

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24
Q

Give example of Lithophyte

A

Tillandsia
Dendrobium
Bromeliad

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25
Give example of Chasmophyte
Holy fern Carabao grass Northern rock-cress
26
9 root types
Taproot Fibrous root Storage root Aerial root Contractile root Haustoria Prop root Pneumatophores Buttress root
27
Prominent, large, upright and straight root that develops vertically downward
Taproot
28
Formed by thin, moderately branching roots emerging from the stem
Fibrous root
29
Modified lateral root, enlarged
Storage root
30
Arises from other parts of plant body and not the main root below the stem
Aerial
31
Swell or contract to push or pull the modified stems to the correct depth in the soil
Contractile root
32
Rootlike structure that grows into or around another sturcture to absorb water and nutrients
Haustoria
33
Developed from the branches of tree, hang downward reach the ground, and penetrate into the ground to support the tree
Prop root
34
Roots that gro verticallyy upwards to get oxygen for respiration by plants growing in swampy areas
Pneumatophores
35
Aka plank roots, large wide roots on all sides of a shallowly rooted tree
Buttress roots
36
Give example of taproot
Carrot Radish Turnip
37
Give example of fibrous root
Grass Wheat Onion
38
Give example of storage root
Onion Crocus Carrot
39
Give example of aerial root
Common Ivy Poison ivy Banyan tree
40
Give example of contractile root
Corm Dandelion Skunk cabbage
41
Give example of Haustoria
Cuscuta Cassytha
42
Give example of Proproots
Banyan tree Red mangrove
43
Give example of pneumatophores
Bald cypress Cotton
44
Give example of buttress root
Arjuna tree Jackfruit Cotton tree
45
10 types of stem / shoot
Bulb Corm Caudex Rhizome Tuber Stolon/Runner Cladode Succulent Protective Reproductive
46
Short underground stwm with fleshy leaf based called scale
Bulb
47
Vertucal, fleshy, underground stem that acts as a food storage structure in certain seed plants
Corm
48
Thickenef, usually underground base of the stem of many perennial herbaceous plants, from which new leaves and flowering leaves arises
Caudex
49
Situated eaither soil surface or underground that contains nodes from which roots and shoots originate
Rhizome
50
Specialized underground, usually short and thicker, becomes enlargef at the growing tips by the accumulatiom of stored food
Tuber
51
Slender horizontally stem that grows above the soil level. It has a creeping stem with long internodes
Stolon/runner
52
Flattened stem or internode that resembles and fucntion as a leaf
Cladode
53
Fleshy, columnar shaoed plants which conducts photosynthesis mainly through their stem rather than leaves
Succulent stem
54
Consist primarily of epidermis
Protective stem
55
Contains a stamen, pistil plus accesory parts such as petals, sepal and nectar glands
Reproductive stem
56
Give example of bulb
Onion Tulip
57
Give example of corm
Crocus Taro
58
Give example of caudex
Palm Ferns
59
Give example of rhizome
Turmeric Ginger
60
Give example of tuber
Potato Ginger
61
Give example of stolon/runner
Strawberry Silverweed
62
Give example of cladode
Ruscus Asparagus
63
Give example of succulent
Aloevera Agave
64
Give example of protective stem
Black berry
65
Give example of reproductive st
Eater lily
66
9 stem habit
Caulescent Acaulescent Aborescent Frutescent Suffrutescent Scandent Prostrate Decumbent Cespitose
67
Plants producing a well-developed stem above ground
Caulescent
68
Plants having no apparent stem above ground
Acaulescent
69
Resembling a tree in growth or appearance
Aborescent
70
Having the appearance or habit of a shrub
Frutescent
71
Having a base that is somewhat woody and does not die down each year
Suffrutescent
72
Plants having a tendency to climb
Scandent
73
Plants which grows falt on the ground
Prostate
74
Plants reclining on the ground but witg ascending apex
Decumbent
75
Plants growing in small dense clumps or tufts
Cespitose
76
Give example of caulescent
Airplant
77
Give example of acaulescent
Wolly locoweed
78
Give example of aborescent
Dragon tree
79
Give example of frutescent
Desert rose
80
Give example of suffrutescent
Slender russian thistle
81
Give example of scandent
Flame lily
82
Give example of prostrate
Prostrate pigweed
83
Give example of decumbet
Elephant bush
84
Give example of cespitose
Strawcolored flatsedge
85
8 types of bud
Vegetative Flower Mixed Collateral Superposed Pseudo-terminal Terminal Lateral
86
Composed of a short stem with embryonic leaves, with bud primordia in the axils and at the apex
Vegetative bud
87
A bud from which only flower develop
Flower bud
88
A bud that produces a beanch, leaves as well as flowers
Mixed bud
89
An accesory bud on a plant stem, lying beside the axillary bud
Collateral bud
90
Buds above the axillary bud
Superposed bud
91
A bud located ner the terminal bud
Pseudo-terminal bud
92
A bud located at the apex of the stem or shoot
Terminal buds
93
A bud that develops in the axil between a petiole and a stem
Terminal buds
94
A bud that develops in the axil between the a petiole and a stem
Lateral buds
95
Give example of vegetative bud
Hardy begonia
96
Give example of flower bud
Gumamela
97
Give example of mixed bud
Maple
98
Give example of collateral bud
Red maple
99
Give example of superposed bud
Shrub althea
100
Give example of pseudo-terminal bud
Basswood
101
Give example of terminal bud
Sycamore maple
102
Give example of lateral bud
Lilac
103
4 types of stem branching pattern
Dichotomous Pseudo-monopodial Monopodial Sympodial
104
Type of branching in plants that results when the growinh point(apical bud) divides into two equal growing points
Dichotomous
105
This type of branching creates a resultant form that similat looking to true monopodial growth
Pseudo-monopodial
106
Growing upward with a single main stem or axis that produces leaves and flowers
Monopodial
107
Growth is a bifurcating braching pattern where one branch develops more strongly that the other
Sympodial
108
Give example of dichotomous braching pattern
Whisk fern
109
Give example of psedo-monopodial braching pattern
Clubmoss
110
Give example of monopodial braching pattern
Mango tree
111
Give example of sympodial braching pattern
Tomato
112
22 leaf structural type
Lycophyll Euphyll Bract Bractlet Scale Cataphylls Epicalyx Chaff Glumes Lemma Palea Phyllary Spathe Phyllodes Tendril Spine Glochidium Petiolar spine Leaflet spine Stipular spine Unifacial leaf Central leaf
113
18 leaf type
Simple Compound Pinnately compound Imparippinate Paripinnate Bipinnately compound Tripinnately compound Palmately compound Costapalmate Ternately compound Biternately compound Palmate-ternate Pinnate-ternate Decompound Geminate Geminate-pinnate Unifoliate
114
8 leaf attachment
Petiolate Sessile Petiolulate Sheathing Decurrent Amplexicaul Perfoliate Connate-perfoliate
115
Leaves are attached to stems by stalks
Petiolate
116
Leaves attached directly to the stem
Sessile
117
Wih a stalk of a leaflet of a compound leaf
Petiolulate
118
Leaf base that encircle the stem, which allow grasses to grow in height, while protecting apical meristem
Sheathing
119
Leaf base which is the petiole and leaf base both become broade for a distance along the stem
Decurrent
120
Leaves that clasp the stem, as the base or stipules of some leaves
Amplexicual
121
Leaves or a pait of oppositr leaves gradually fused together
Perfoliate
122
2 opposite leaves fused arounf the stem tgar appear to go through the leaf
Connate- perfoliate
123
Give example of petiolate
Celery
124
Give example of sessile
Mountain bellwort
125
Give example of petiolulate
Dwarf umbrella tree
126
Give example of sheathing
Maize
127
Give example of decurrent
Woodly mullein
128
Give example of amplexicual
Erect knotweed
129
Give example of perfoliate
Trumphet honeysuckle
130
Give example of connate-perfoliate
Cup plant
131
9 leaf venation pattern
Uninervous Dichotomous Parallel Netted/Reticulated Pinnately netted Palmately veined Ternately veined Penni-parallel Palmate-parallel
132
Venation pattern that has a central midrib with no latetal veinz
Uninervous
133
Venation pattern whete weins branch from each other like tree branches
Dichotomous
134
Venation pattern that is vein configuration where veins run parallel to one another
Parallel
135
Venation pattern where major vein branch from the main ribs and subdivided into finer veinlets
Netted/reticulated
136
Venation pattern where ther is midvein or midrib and secondary smaller veins branching to either side of the mid vein
Pinnately veined
137
Venation pattern where there are several main veins of similar thickness that radiate feom a single point ate the base of the leaf
Palmately veined
138
Venation pattern where there are 3 primary verins arising from a common basal point
Ternately veined
139
Venation pattern where there is a cemtral midveim with secondaty veims that are essentially parallel to one another
Penni-parallel
140
Venation pattern where it has several conspicious parallel veins
Palmate-parallel