Question 1
Question
Actinopterygii are the...
Answer
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ray-finned fishes
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lobe-finned fishes
Question 2
Question
Actinopterygii are the most diverse group of all aquatic vertebrates
Question 3
Question
70% of extant ray-finned fishes are teleosts.
Question 4
Question
Check all characters of teleosts
Answer
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jaw mobility
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homocercal tails
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lunate tails
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fused jaws
Question 5
Question
Check the non-teleost ray-finned fishes
Answer
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Polypteriformes
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Lepisosteiformes
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Amiformes
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Osteoglossomorpha
Question 6
Question
Osteoglossomorpha are the most primitive teleosts.
Question 7
Question
Osteoglossomorpha means...
Answer
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"bony tongues"
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"primitive fish"
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"big mouth"
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"slippery fish"
Question 8
Question
Chack characters of Clade Elopomorpha
Question 9
Question
Clade Otocephala is separated into two groups:
[blank_start]Clupeomorpha[blank_end] (herrings, shad, sardines, anchovies)
[blank_start]Ostariophysi[blank_end] (catfishes, milkfish, carps, suckers...)
Answer
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Clupeomorpha
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Perciformes
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Ostariophysi
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Euteleostei
Question 10
Question
Check characters of Clupeomorpha
Answer
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silver
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mostly marine
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springtime migrations greatly reduced now
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alarm pheromone synapomorphy
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predominant in freshwater
Question 11
Question
Check characters of Ostariophysi
Answer
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Alarm pheromone synamorphy
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Predominant in freshwater
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Weberian apparatus
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greatly enhanced hearing sensitivity due to gas bladder used as amplifier
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mostly marine
Question 12
Question
What is the Weberian apparatus in Ostariopysi?
Answer
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small bones that connect gas bladder with inner ear
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an organ that releases a chemical signal into the water when wounded
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vestigial organ related to lung
Question 13
Question
Which group of Clade Otocephala releases a chemical signal into the water upon being wounded?
Answer
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Clupeopmorpha
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Ostariophysi
Question 14
Question
Check characters of Clade Euteleostei
Answer
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Vast majority of extant teleosts
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Esocidae and Salmonidae
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wide diversity of body forms related to habitat and habits
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"true teleosts"
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smallest clade of teleost
Question 15
Question
In most ray-finned fish, swimming (propulsion) is mostly is done with the...
Question 16
Question
In most ray-finned fish, steering is mainly done with the...
Question 17
Question
This term refers to fish whose swimming style involves bending in more than half a sinusodial wavelenghth.
Answer
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Anguilliform
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Carangiform
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Labriform
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Rajiform
Question 18
Question
This term refers to fish whose swimming method involves undulations mostly limited to the caudal region:
Answer
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Carangiform
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Anguilliform
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Ostraciiform
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Amiiform
Question 19
Question
This term refers to fish whose swimming method involves undulation limited to caudal fin due to an inflexible body.
Answer
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Ostraciiform
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Labriform
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Carangiform
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Balistiform
Question 20
Question
This term refers to fish whose swimming method uses the pectoral fins for most of the force of locomotion, and very little use of the caudal fin.
Answer
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Labriform
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Gymnotiform
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Ostraciiform
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Rajiform
Question 21
Question
[blank_start]Rajiform[blank_end]: sine waves passed along elongated pectoral fins
[blank_start]Amiiform[blank_end]: sine waves passed along elongated dorsal fin
[blank_start]Gymnotiform[blank_end]: sine waves passed along elongated anal fin
[blank_start]Balistiform[blank_end]: sine waves passed along elongated dorsal and anal fins
Answer
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Rajiform
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Amiiform
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Gymnotiform
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Balistiform
Question 22
Question
Label the forms of locomotion
Answer
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Rajiform
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Gymnotiform
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Amiiform
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Anguilliform
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Balistiform
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Carangiform
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Ostraciform
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Labriform
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Subcarangiform
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Modified Carangiform
Question 23
Question
[blank_start]Viscous[blank_end] drag (frictional) [blank_start]is relatively constant[blank_end] over range of speed and is sensitive to [blank_start]surface area[blank_end].
[blank_start]Inertial[blank_end] drag (pressure differences as result of water displacement) [blank_start]increases[blank_end] as speed increases and is sensitive to [blank_start]body shape[blank_end].
Answer
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Viscous
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Inertial
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Inertial
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Viscous
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is relatively constant
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increases
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increases
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is relatively constant
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surface area
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body shape
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body shape
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surface area
Question 24
Question
Thin bodies induce [blank_start]viscous[blank_end] drag because of the [blank_start]large[blank_end] surface area relative to muscle mass, but thick bodies induce [blank_start]inertial[blank_end] drag due to the [blank_start]large[blank_end] cross-sectional area of the body.
Scaleless skin has [blank_start]low[blank_end] viscous drag. Streamlined shapes produces [blank_start]minimal[blank_end] inertial drag.
Answer
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viscous
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inertial
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large
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small
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inertial
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viscous
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large
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small
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low
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high
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minimal
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maximal
Question 25
Question
Which form of locomotion typically produces the fastest swimmers?
Answer
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Modified Carangiform
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Rajiform
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Angilliform
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Subcarangiform
Question 26
Question
[blank_start]Mesopelagic[blank_end] fishes: vertical nocturnal migrations to forage closer to surface with light availability
[blank_start]Bethypelagic[blank_end] fishes: photphores, naked retinas, large mouths and stomachs
Question 27
Question
Check all that apply to Deapsea habitat/fishes
Answer
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no light
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low food availability
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smaller fishes
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sparse populations
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high food availability
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dense populations
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larger fishes
Question 28
Question
Assemblages of vertebrates on coral reefs have low diversity.
Question 29
Question
Why are many fish who live beneath the euphotic zone bright red?
Answer
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The bright color warns predators that they are toxic.
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The brighter the color, the more likely they are to achieve a mate.
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Because red light does not extend past the euphotic zone, so the fish can blend in with their surroundings.
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Because they're drama queens.