Unit 1 Ecology Flashcards

Conducting research variables/ Tradgedy of the Commons/ Nitrogen Cycle/Carbon Cycle

1
Q

Tragedy of the Commons

A

People over using public resources

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2
Q

Hypothesis

A

A specific, testable prediction about the outcome of the experiment

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3
Q

Qualitive

A

Descriptive, non-numerical information collected about the experiment

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4
Q

Repeated trials

A

Increase accuracy and validity of the data by ensuring that similar results occur more than once

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5
Q

Quantitative

A

Numerical information collected about the experiment

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6
Q

Experimental group

A

The subjects that receive the changed conditions in the exxperiment

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7
Q

Control group

A

The subjects that remain in the original, unchanged conditions in order to provide a baseline for comparison

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8
Q

Controlled variables

A

Same as constants!

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9
Q

Dependent variables

A

Factors that are measured, they respond to changes

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10
Q

Constants

A

These must be kept as close to identical as possible among all the subjects or it won’t be clear what is affecting the outcome

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11
Q

Independent

A

This is the factor being changed, there should be only one per experiment

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12
Q

Large Sample size

A

This will increase accuracy and validity of the data by lessening the effect of any outliers.

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13
Q

Photosynthesis Formula

A

6CO2 + 6H2O -> C6H12O6 + 6O2

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14
Q

Herbivore

A

Eats only plants

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15
Q

Carnivore

A

Eats only meat

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16
Q

Omnivore

A

Eats both plants and animals

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17
Q

5 Steps of Nitrogen Cycle

A

1) Nitrogen Fixation
2) Ammonification
3) Nitrification
4) Assimilation
5) Denitrification

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18
Q

Nitrogen Fixation

A

Bacteria transforms nitrogen gas into ammonia(absorbed by plants)

19
Q

Ammonification

A

Decomposers take the decaying matter that consists of nitrogen and create ammonia and ammonium

20
Q

Nitrification

A

Bacteria transforms ammonia into nitrite. Then nitrite into nitrates which can be absorbed and used by plants.

21
Q

Assimilation

A

Plants are now absorbing the ammonia and/or nitrate through their roots to make proteins

22
Q

Denitrification

A

Bacteria converting some nitrates in the soil into nitrogen gas(this is released into the atmosphere)

23
Q

Ammensalism

A

harmed/neutral

24
Q

Mutualism

A

Benefit/ Benefit

25
Commensalism
Neutral/Benefit
26
Competition
Two or more individuals competing for the same resources
27
Interspecific
Competition between two DIFFERENT Species
28
Intraspecific
Competition WITHIN the SAME species
29
Carbon Cycle
Assists in developing the 4 major macromolecules
30
First Law of Thermodynamics
Matter cannot be created nor destroyed
31
Second Law of Thermodynamics
Each time energy is transferred, some is lost by heat
32
GPP(Gross Plant Productivity)
amount of sun energy plants used to create energy
33
NPP(Net Plant Productivity)
The amount of energy harnessed by producers minus the energy used up by said producers
34
Gene Diversity
How different individuals in a species population are
35
Species Diversity
the number of different species in an ecosystem and the balance or evenness of the pop. sizes of ALL species in the ecosystem
36
Bottlenecking event
An event that significantly reduces the genetic and species diversity. This event forces all species to adapt quickly if they don't want to die or become extinct.
37
Generalist Species
Much smaller, bigger populations, and they adapt easily.
38
Specialist Species
More vulnerable to bottle neck events. Have a specific diet and tend to be a larger size.
39
Biogeography
Two islands, different distances from the mainland, have different extinction rates, which is explained by the theory of island
40
Pioneer Community
A pioneer community is the first biotic community to emerge in a bare area.
41
Climax Community
The ideal community(Old forest) where the the plant and animal populations are stable.
42
HIPPCO
Habitat Destruction Invasion or Non-Native Population and Resource Growth Pollution Climate Change Over exploitation
43
Habitat Fragmentation
Habitat fragmentation is when parts of habitats are destroyed, leaving behind smaller unconnected areas. This decreases the populations of larger organisms drastically due to them prior to living in the inside of habitats.