Exam 4 (Ch. 54-60) Flashcards

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1
Q

Proximate Causes of Behavior

A

How questions
How do bats use their sonar or how do birds navigate for example.
Developmental systems
Physiological systems

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2
Q

Ultimate Causes of Behavior

A

Why questions
Why does an animal behave a certain way
Evolution of a trait – changes over history
How a behavior benefits the survival or reproduction of the individual

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3
Q

Kin Selection

A

Selfish behavior of an organism that includes close kin

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4
Q

Inclusive Fitness

A

Selfish behavior of an organism that includes close kin and close relatives

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5
Q

Reciprocal Altruism

A

When an organism does something for another organism but expects something in return in the future. Not only humans; sometimes the organism does the favor with this expectation but the other organism doesn’t return it/stabs it in the back. The organism remembers this and doesn’t take lightly to it

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6
Q

Sociobiology

A

The study of social behavior between two or more animals. Most animals aren’t social

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7
Q

Eusocial Species (Usually Insects)

A

There is one single breeding female (usually the queen), who produces nonbreeding, working individuals, to take care of the young, make and bring food, etc. There are castes such as workers, soldiers, queens, etc. It’s basically a mini society

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8
Q

Generation Time

A

The time between the birth of an individual and production of their first offspring. In general the larger the species the longer the generation time

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9
Q

Semelparity

A

Organisms that save energy to reproduce just once.
Produce large numbers of offspring
Tend to have short lives (there are exceptions)

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10
Q

Iteroparity

A

Organisms that reproduce many times over their life span

They produce relatively few offspring at one time (there are exceptions)

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11
Q

K-Selected Populations

A

Tend to maintain an equilibrium near the carrying capacity

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12
Q

R-Selected Populations

A

They have rapid growth and their population often fluctuates

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13
Q

Intraspecific Competition

A

Competition within a species

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14
Q

Species Richness

A

Number of species

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15
Q

Interspecific Interactions

A

Interactions between species

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16
Q

Cryptic Coloration

A

Camouflage; blending in with environment/surroundings

17
Q

Deceptive Coloration

A

Changing color to fool predators or prey. Camouflage and mimicry; such as the snake who mimics the color of the deadly snake to fool predators

18
Q

Aposematic Coloration

A

Using a “warning color”, such as when some species turn bright colors to show potential toxicity

19
Q

Batesian Mimicry

A

A harmless species that resembles a dangerous or unpalatable species

20
Q

Mullerian Mimicry

A

Unpalatable or dangerous species resembling one-another

21
Q

Resource Partitioning

A

When one or more different species learn to share resources so none of them are at harm

22
Q

Ecological Niche

A

The total of an organism’s use of abiotic and biotic resources in it’s environment

23
Q

Fundamental Niche

A

Resources that can theoretically be used by an organism

24
Q

Realized Niche

A

Resources that are actually used by an organism

25
Q

Primary Succession

A

Begins in a lifeless area like a new volcanic island

26
Q

Secondary Succession

A

Begins after a disturbance

27
Q

Eutrophic Lakes

A

Filled with algae or aquatic plants. The abundance of algae or plants is often caused by fertilizer or sewage runoff. Phosphorus and nitrogen are key nutrients contributing to eutrophic conditions

28
Q

Minimum Viable Population Size

A

The smallest number of individuals needed to maintain a population

29
Q

Minimum Dynamic Area

A

The amount of habitat needed to maintain a population

30
Q

Keystone Species

A

If removed entire ecosystem collapses

31
Q

Indicator Species

A

Provide status of overall health of an ecosystem

32
Q

Umbrella Species

A

Large habitat, if habitat is protected many other species will be protected

33
Q

Flagship Species

A

Instantly recognizable species – symbols of conservation campaigns