Exam 6 Intraspecific Interactions Flashcards

0
Q

The study of geographic ranges

A

Areography

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1
Q

Geographic range size increases with increasing latitude.

A

Rapaport’s Rule

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2
Q

Marine invertebrates have more direct development with increasing latitude.

A

Thorson’s Rule

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3
Q

Marine fish have more vertebrate at higher latitudes. Explanation = bigger fish

A

Jordan’s Rule

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4
Q

Endotherms tend to be more darkly colored in more humid environments.

A

Gloger’s Rule

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5
Q

Limbs and extremities tend to decrease in size in higher latitude endothermic vertebrates.

A

Allen’s Rule

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6
Q

Average body size tends to increase in higher latitudes populations of endothermic vertebrates. Ex. Moose

A

Bergmann’s Rule

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7
Q

Species diversity is usually highest at intermediate levels.

A

Elevational Gradient

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8
Q

Species diversity increases at mid latitudes and decrease into higher or lower latitudes.

A

Latitudinal Patterns

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9
Q

The dissimilarity in species composition between large geographic areas.

A

Delta Diversity

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10
Q

Gamma ➗ alpha diversity

A

Beta diversity

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11
Q

Species richness in a very large geographic area.

A

Gamma Diversity

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12
Q

Species composition changes along an environmental gradient.

A

Beta Diversity

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13
Q

Number of species in a single community.

A

Alpha Diversity

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14
Q

No place to emigrate to. Thus, usual emigrants must stay.

A

Fence Effect

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15
Q

Why does density overcompensation occur?

A

1) no large species using resources on small islands.
2) few competitors in other taxonomic groups
3) fewer predators and fewer parasites
4) Ocean Islands have more food for small birds
5) more optimal harvest of foods on islands.

16
Q

Total density of an island taxon is higher than that of the related taxonomic group in a large area, even though the larger area has more species in the taxon.

A

Density Overcompensation

17
Q

The divergence of a feature of two similar species where their ranges overlap so that each uses different resources.

A

Character Displacement

18
Q

They are good dispersers, thus early colonists, but poor competitors.

A

Supertramps

19
Q

Good colonists and good competitors, thus widespread distributions.

A

Widespread

20
Q

Coral reef fishes: Global patterns of origination and dispersal.
Bobby Yang

A

The East Pacific and Atlantic have a history of isolation, whereas the Indo-Australian archipelago has a history of connectivity.

21
Q

Pleistocene sea level fluctuations and the phylogeography of the dugong in Australian waters.
Ashleigh Glover

A

Flooding of the Torres Strait land bridge after the last Pleistocene glaciation cycle 7000 years ago allowed previously seperated populations of dugongs to intersperse.

22
Q

Fresh water fish biogeography: history vs. environment vs. species personality.
Jessi Linares

A

The fish species will form stable relationships and functional fauna ecosystems according to their personalities.

23
Q

Evolution and biogeography of gymnosperms.

Brittney Twiford

A

Northern Hemisphere had major climate changes, Conifers were not very successful in that area.

24
Q

Global biogeography of reef fishes: a hierarchical quantitative delineation of regions.
Kaitlyn Gathright

A

The biogeography of reef fishes can be separated into three realms: Atlantic, Eastern Tropical Pacific, and Indo-Pacific.

25
Q

Philopatry and Migration of Pacific White Sharks.

Jose Godinez

A

Pacific White Sharks have a highly predictable migratory behavior.

26
Q

Higher extinction rates of dasyurids on Australo-Papuan continental shelf islands and the zoogeography of New Guinea mammals.
Jasdeep Dhaliwal

A

Devil face tumor is a real concern and may cause extinction of the species on mainland Tasmania.

27
Q

The invasion window for warm water fish in clear water lakes: role of ultraviolet radiation and temperature.
Lauren Balaoing

A

UV and temperature conditions control survival of larval bass in the nearshore of Lake Tahoe varying over seasons and gradients.

28
Q

Determining habitat suitability for bumblebees in a mountain system.
Christine Nguyen

A

Habitat suitability can be used as a baseline approach and help develop conservation planning.

29
Q

Global patterns of freshwater species diversity, threat and endemism.
Jasdeep Takhar

A

Freshwater species have the most diversity in the tropical zone.

30
Q

The Island Syndrome in Lizards.

Clarissa Torres

A

Similar productivity rates for both insular and mainland lizards suggests that there are similar constraints on the amount of energy available for reproduction.

31
Q

Geographical variation in hurricane impacts among sea turtle populations.
Ashley Adi

A

Hurricanes can have major influences on the habitat for sea turtles.

32
Q

Fossil evidence for seasonal calving and migration of extinct blue antelope in Southern Africa.
Jackie Yick

A

Blue antelope calved and migrated toward areas with more rainfall on a seasonal basis.

33
Q

Neotropical diversification seen through glass frogs.

Bhanupreet Gill

A

The Centrolenidae family and it’s sister taxa originated in South America and dispersed several times to Central America.

34
Q

Eighty-three lineages that took over the world: a first review of terrestrial cosmopolitan tetrapods.
Faith Howard-Parra

A

Cosmopolitan lineages of tetrapods result primarily from high dispersal.

35
Q

Mapping global diversity patterns for migratory birds.

Baljit K. Bedi

A

The highest diversity of migratory bird species is found in the Northern Hemispheres.

36
Q

Infaunal biodiversity and ecological function on a remote oceanic island:
Queen Israel

A

Infaunal assemblages differ in different areas of the shelf of Lord Howe Island.

37
Q

A case study with two newt species in mainland Spain.

Indarpal Mann

A

Climate warming had been suggested as a possible direct and indirect cause of decline, some effort has been made to predict its effect on distribution.

38
Q

Taxon cycle stages

A

Stage 1) initial expansion
Stage 2) ecological and evolutionary specialization
Stage 3) initial contraction
Stage 4) single island endemics