Pollination Flashcards

1
Q

Plant with male and female flowers borne on the same individuals (ex. corn, squash, cucumber)

A

Monoecious

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2
Q

Plants where male and female flowers are borne on DIFFERENT individuals. (ex. holly, gingko, ash, yew)

A

Dioecious

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3
Q

Formed when sperm unites with the egg.

A

Zygote

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4
Q

Food storage tissue formed by union of secondary sperm and another cell in the ovule.

A

Endosperm

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5
Q

Pollen from the plant pollinates the stigma of the same plant (inbreeding).

A

Self-pollination

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6
Q

Pollen from another plant in the same species pollinates the stigma of the plant (out breeding).

A

Cross-pollination

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7
Q

Transfer of pollen from the stamen to the pistil

A

Pollination

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8
Q

Transfer of sperm from a pollen tube to an ovule

A

Fertilization

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9
Q

The part of the flower that becomes the fruit

A

Ovary

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10
Q

Separation of female and male flower functions IN TIME (pollen is shed before or after stigma is receptive. minimizes self pollination).

A

Dichogamy

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11
Q

Stigma and stems physically separated to limit self-pollination. Stamens usually below the stigmas.

A

Herkogamy

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12
Q

Automatic self-pollination. Propagate using non-opening, self-pollinating flowers. Ex. legumes and grasses. Often appear lower on the plant.

A

Cleistogamous

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13
Q

Why is preventing self-pollination a survival strategy? (name 3)

A
  • Genetic diversity
  • Adaptation to new environments
  • Possible mutations
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14
Q

Name two things that prevent fertilization.

A
  1. Weather.

2. Pollen of one species falls on unrelated species.

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15
Q

Pollination that occurs by wind

A

Anemophily pollination

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16
Q

Pollination that occurs by water

A

Hydrophily pollination

17
Q

Pollination which occurs without a living vector

A

Abiotic pollination

18
Q

Pollination which occurs with a living vector

A

Biotic pollination

19
Q

What is the term for plant adaptations used to attract pollinators?

A

Pollination syndromes

20
Q

“Pollination syndrom” adaptations (name 7)

A
  1. Flower shape
  2. Flower hue (color)
  3. Flower brightness (pale to dark)
  4. Quantity of pollen
  5. Quality of nectar
  6. Type of fragrance (if any)
  7. Other secondary metabolites
21
Q

Which colors attract which pollinators?

A
Red/orange –Birds & Hummingbirds
Yellow –Bees & Butterflies
Green –Wind (sometimes flies, if stinky)
Blue/purple –Bees
Maroon –Beetles & Flies
UV –Bees & Butterflies
White –Moths
22
Q

Term that describes how some plants trick pollinators to come to their flowers

A

Mimicry

23
Q

Types of mimicry (name 5)

A
  1. Looking like other flowers that have rewards
  2. Looking like mating partners
  3. Looking like insect prey
  4. Looking/smelling like food sources
  5. Using floral traps to insure pollination
24
Q

What are the benefit of using pollinators? (versus wind)

A

Rapid, direct, and more certain cross-pollination

25
Q

What are some rewards plants provide to pollinators?

A
  • Nectaries
  • Pheromones
  • Resins
  • Oils
26
Q

Name the primary pollinators

A

Bees, wasps, beetles, butterflies, moths, bats, mosquitos, flies, and birds

27
Q

Flower parts which are used as landing platforms?

A

Petals, sepals, and calyx