Unit 1 Flashcards

(66 cards)

1
Q

Any close and long term interaction between 2 organisms of different species

A

Symbiosis

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2
Q

(+)(+)

A

Mutualism

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3
Q

(-)(-)

A

Competition

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4
Q

(+)(0)

A

Commensalism

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5
Q

Example of mutualism

A

Followers and pollinators

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6
Q

Example of competition

A

Baby birds competing for same food

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7
Q

Example of commensalism

A

Birds in nest

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8
Q

Reduces population size since there are fewer resources available

A

Competition

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9
Q

How can competition lead to resource partitioning

A

Different species use the same resources in different ways to reduce competition
Ex: Temporal, spatial, morphological

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10
Q

Intraspecific

A

Between the same species

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11
Q

interspecific

A

Between different species

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12
Q

More plant and animal life in an ecosystem

A

Biodiversity

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13
Q

An area that shares a combination of average yearly temperature and precipitation

A

Biome

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14
Q

Typical location of a tropical rainforest

A

Along the equator

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15
Q

Typical climate of tropical rainforest

A

Warm and high precipitation

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16
Q

Plants and animals in tropical rainforest

A

Plants- most diverse, big trees, vines
Animals- Most diverse, birds, and insects, reptiles, Mammals

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17
Q

Typical location in deciduous forest

A

North America and Europe

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18
Q

Typical climate in temperate deciduous forest

A

Warm summer, cool winter, mild precipitation

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19
Q

Plants and animals in temperate deciduous forest

A

Plants– Trees that lose leaves in winter
Animals – animals adapted to changing seasons

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20
Q

Typical location of Taiga (boreal) forest

A

Canada and North America,
Northern Europe

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21
Q

Typical climate in taiga forest

A

Cool Summer And cold winter

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22
Q

Plants and animals in taiga Forest

A

Adapted to cold winters

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23
Q

Location in tropical grasslands (Savanna)

A

African plains

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24
Q

Climate in grasslands/savanna

A

Warm, rainy season

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25
Plants and animals in grassland/Savanna
Plants – grasses, small trees Animals – grazing animals
26
Location in temperate grassland/Prairie
Great plains of North America
27
Climate of temperate grassland/Prairie
Dry, warm
28
Plants and animals in temperate grassland/prairie
 plants – grasses, small trees Animals – grazing animals
29
Location in tundra
North and south poles
30
Climate in tundra
Very cold
31
Plants and animals in tundra
Plants – Permafrost – not really any plants Animals – adapted to very cold weather
32
Location of desert
Africa, North America, Middle East
33
Climate of desert
Very hot – dry
34
Plants and animals in Desert
Plants – plants that hold in water Animals – adapted to very hot weather
35
Location of coral reef
Warm shallow ocean waters
36
Plants and animals in coral reef
Plants - algae  animals - most diverse ecosystem, lots of fish/crustaceans
37
Location of open ocean
Large marine biomes
38
Plants and animals in open ocean
Plants – only algae/phytoplankton in photic zones Animals – many species of fish, aquatic mammals
39
Location of estuary/wetland
Freshwater/coasta
40
Plants and animals in estuary
Plants – plants that can handle fresh salt water Animals – birds, turtles, fish
41
Importance of carbon
CO2 (Carbon dioxide),glucose, CH4 (Ammonia)
42
Importance of nitrogen
Makes proteins
43
Importance of water
Crucial for photosynthesis and cellular respiration
44
Largest reservoir of carbon
Sinks – ocean, plants
45
Largest nitrogen reservoir
Atmosphere
46
Largest water reservoir
Ocean
47
Carbon method of transport
Photosynthesis, cellular respiration, compassion, burial nitrification
48
Nitrogen method of Transport
Fixation, assimilation
49
Water method of transport
Runoff, precipitation, Condensation,, Transpiration, evapotranspiration, Infiltration
50
Cycle duration of carbon
Some fast, some short
51
Cycle duration of nitrogen
Short
52
Cycle duration of water
Short
53
Conversion of NH4 (Ammonia) and nitrite and then nitrate by soil bacteria
Nitrification
54
Conversion of soil nitrate into nitrous N2O gas, Returns to atmosphere
Denitrification
55
 plants and animals taking nitrogen (Nitrate and ammonium) In and Incorporating it into their body (make DNA and amino acids)
Assimilation
56
Process of nitrogen gas being converted into usable form (Nitrite/ammonia) 
Nitrogen fixation
57
Soil bacteria and decomposers converting waste and dead biomass into ammonia which goes to atmosphere returning to soil (nitrate —> ammonia)
Ammonification
58
Energy is never created or destroyed
First law of thermodynamics
59
Example of first law Thermodynamics
When a rabbit eats leaf the energy from the leaf glucose is transferred
60
Each time energy is transferred some is lost as heat
Second law of thermodynamics
61
Example of second law of thermodynamics
10% rule
62
The total amount of energy from the sun that plants capture
Gross primary Productivity
63
The amount of energy left over for consumers after plants have done cellular respiration
Net primary productivity
64
Biomes with high NPP
Rainforest, forest (lots of sun, water)
65
Biomes with low in PP
Desert, tundra (Missing sun or water)
66
Order of ecological hierarchy
Species, population, community, ecosystem, biome, biosphere