Quiz 5 Flashcards

1
Q

Twigs moderately thick, with true terminal bud. Leaf scars are remote from one another.leaf scar has a horizontal top edge, with the bud perched above it. “4-angled” or winged ash.

A

green ash

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2
Q

What did analysis of their plastid data find?

A

a strong maternal affinity of V. appalchiana to V. grainifolia.

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3
Q

What type of data was used regarding the appalachian gametophytes?

A

plastid, and nuclear DNA sequence

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4
Q

Twigs are thin with opposite leaf scars, and true terminal bud. Bud scales are imbricate (overlapping)

A

sugar maple

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5
Q

what is different about sweet buckeye distribution?

A

It does not occur anywhere inside the glacial boundary

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6
Q

Sawtoothed sunflower

A

radiate capitulum

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7
Q
A

black locust

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8
Q

what did analysis of their nuclear data find?

A

V. appalachiana is not the product of interspecies hybridization, as previously postulated.

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9
Q
A
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10
Q

Buds are long, narrow and pointed. Scales are imbricate. Small semicircular leaf scars, and small narrow stipule scars extending off them.

A

American Beech

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11
Q

Chicory

A

ligulate capitulum

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12
Q

Elongate terminal bud, with valvate scales, stipule scares completely encircle twig. Diaphragmed pith type, filled and cross walls.

A

tulip tree

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13
Q

eastern ohio

A

underlain predominatently by sandstone, a relatively resistant rock, underlain by shale to the west. Deep valleys, but not in wearing away the intervening higher land, forming a landscape of steep-sided sandstone hills.

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14
Q
A

green ash

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15
Q

eastern ohio substrate

A

permeable

acid

low nutrients

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16
Q
A

tulip tree

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17
Q

Name 5 species of trees/shrubs that have a distribution generally limited to limestone or limey substrates

A

redbud

red cedar

hackberry

blue ash

hawthorn

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18
Q
A

green ash

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19
Q

Wingstem

A

radiate capitulum

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20
Q
A

oak

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21
Q

Arrow-leaved aster

A

radiate capitulum

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22
Q

what is different about the distribution of hemlock (contrast with sweet buckeye):

A

Extends far to the north, well north of the glacial boundary.

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23
Q

What were the results obtained regarding the appalachian gametophytes?

A

Bayesian analysis of the 56 recovered DET1 alleles yielded a phylogenetic tree that was mostly consistent with the plastid tree.

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24
Q
A

wingstem

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25
Q
A

sugar maple

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26
Q
A

tree of heaven

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27
Q

Name 5 species of trees/shrubs that have a distribution generally limited to sandstone hill of eastern OH.

A

chestnut oak

sourwood

scrub pine

pitch pine

hemlock

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28
Q

what is different about the distribution of rhododendron?

A

The teays river system.

29
Q
A

black locust

30
Q

If the closest relatives of V. applachiana are n=120, there would be a second most parsimonious explanation, this one:

A

divergent speciation

31
Q

Shield shaped leaf scars with numerous bundle scars arranged in a “U”. large brown pith, and smell like rancid peanut butter. False end bud. Has a tip scar – a small circular scar lacking bundle scars.

A

tree of heaven

32
Q
A

tree of heaven

33
Q
A

walnut

34
Q
A

tulip tree

35
Q
A

gray goldenrod

36
Q

Western ohio

A

underlain by limestone (broad areas of its magnesium containing variety, dolomite) it is relatively nonresistant in this humid climate, worn down to comparatively flat landscape.

37
Q
A

tulip tree

38
Q

Pilewort/fireweed

A

discoid capitulum

39
Q
A

black walnut

40
Q
A

tree of heaven

41
Q
A

tree of heaven

42
Q
A

Bur oak

43
Q

Name 5 species of trees/shrubs that have a distribution generally limited to high-lime, clay-rich substrates developed in the thick glacial till of western Ohio.

A

sugar maple

beech

shagbark hickory

white oak

white ash

44
Q

…and instead points to an origin involving:

A

Genome duplication and/or divergent speciation.

45
Q

What did they find of the two closely related gametophytes?

A

They are not monophyletic

46
Q

homosporous

A

spores all the same produce bisexual gametophytes, in many ferns and lychophytes. no seed plants.

47
Q
A

arrow leaved aster

48
Q

Referring to the appalachian gametophyte, what was their question?

A

Are they derived from hybridization? (V. appalachiana)

49
Q
A

black locust

50
Q
A

tulip tree

51
Q
A

walnut

52
Q
A

american beech

53
Q
A

green ash

54
Q

Alternate leaf arrangement. Buds are hidden beneath leaf scars, saplings produce paired stipular spines. Tall old trees lack spines.

A

black locust

55
Q
A

sneezeweed

56
Q
A

green ash

57
Q

If the closest relatives of V. applachiana turn out to be n=60 then the most likely explanation would be this:

A

genome duplication

58
Q
A

pilewort/fireweed

59
Q
A

sawtoothed sunflower

60
Q

Clustered false end buds. Scales are imbricate (shingled). Pith is star-shaped in cross section.

A

bur oak

61
Q
A

maple

62
Q
A

beech

63
Q

goldenrod

A

radiate capitulum

64
Q
A

chichory

65
Q
A

black walnut

66
Q

western ohio substrate

A

poorly drained, inadequately aerated, limey, abundant nutrients

67
Q

Twigs are stout with a true terminal bud, and 3-lobed leaf scars that look like a monkeys face. Twigs have a chambered pith (hollow with cross walls)

A

Black Walnut

68
Q
A

Riddell’s goldenrod

69
Q

Sneezeweed

A

radiate capitulum