Things to know specifically for the exam Flashcards

1
Q

The largest phylum of the animal kingdom

A

Arthropoda

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2
Q

Name all 7 Kingdoms

A
  1. Fungi
  2. Animalia
  3. Chromists
  4. Plants
  5. Eubacteria
  6. Archaea
  7. Protozoa
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3
Q

What is the separation of the old cuticle from the epidermis

A

Apolysis

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4
Q

Finally the insect sheds its old cuticle, what is the old cuticle called?

A

exuviae

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5
Q

After it first escapes the old integument it is white or pale in color and soft - bodied; such insects are said to be

A

Teneral

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6
Q

Names for the two types of insect groups and each type of insect within them

A
  1. Mandibulate
    - Chewing
  2. Haustellate
    - Piercing-sucking
    - Siphoning
    - Sponging
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7
Q

Two names of insects and their lack of wings or presence of wings

A
  1. Apterygota (without wings)
  2. Pterygota (with wings)
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8
Q

What type of wings are these?

A

Elytra: hard, sclerotized front wings that serve as protective covers for membranous hind wings (usually Coleoptera)

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9
Q

What type of wings are these?

A

Hemelytra: front wings that are leathery or parchment-like at the base and membranous near the tip (Hemiptera)

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10
Q

What type of wings are these?

A

Tegmina: front wings that are completely leathery or parchment-like in texture, hind wings are membranous

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11
Q

What type of wings are these?

A

Halteres: small, club-like hind wings that serve as gyroscopic stabilizers during flight (Diptera, flies)

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12
Q

What kind of wings are these

A

Fringed wings: slender front and hind wings with long fringes of hair (Thysanoptera)

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13
Q

What kind of wings are these?

A

Scaly wings: front and hind wings covered with flattened setae (scales)
Usually for Lepidoptera

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14
Q

What kind of wings are these?

A

Hamuli: tiny hooks on hind wing that hold front and hind wings together. (Hymenoptera, bees)

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15
Q

At the tip of the abdomen of many primitive insects (Blattodea, Dermaptera, Orthoptera, etc.) a pair of many-segmented appendages called

A

Cerci

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16
Q

Two types of saliva?

A
  1. A gel-like
  2. Watery
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17
Q

Long, spaghetti-like structures extending throughout most of the abdominal cavity where they serve as excretory organs, removing nitrogenous wastes (principally ammonium cation NH4+) from the hemolymph.

A

Malpighian tubules

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18
Q

3 Neuron types

A
  1. Bipolar
  2. Unipolar
  3. Multipolar
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19
Q

4 parts of the insect nervous system?

A
  1. Brain
  2. Subesophageal ganglion
  3. Thoracic ganglia
  4. Abdominal ganglia
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20
Q

3 parts of the insect brain

A
  1. PROTOCEREBRUM
  2. DEUTOCEREBRUM
  3. TRITOCEREBRUM
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21
Q

The female’s reproductive system contains a pair of ovaries.
Each ovary is subdivided into functional units called

A

ovarioles

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22
Q

During copulation, the male deposits spermatozoans in the…

A

spermatheca

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23
Q

Each testis is subdivided into functional units called

A

Follicles

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24
Q

The respiratory system is…

A

separate from the circulatory system.

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25
Air enters the insect’s body through valve-like openings called
spiracles
26
Insect blood is called?
haemolymph
27
The endocrine system in insects is composed by...
1. neurosecretory cells 2. endocrine glands
28
The subclass Pterygota is divided into two categories
1. Exopterygota 2. Endopterygota
29
The apterygota have no metamorphosis. Except for the size, all larval stages closely resemble the adults (which are wingless), these insects are called...
ametabolous insects
30
INCOMPLETE METAMORPHOSIS
Hemimetabolism
31
COMPLETE METAMORPHOSIS
Holometabolism
32
4 types of Semiochemicals
1. Pheromone 2. Allomone 3. Kairomone 4. Synomone
33
interspecific that benefits both parties
Synomone
34
interspecific that benefit the receiver but not the emitter
Kairomone
35
interspecific that benefit the emitter but not the receiver
Allomone
36
semiochemical exchanged between individuals of the same species.
Pheromone
37
5 types of pheromones
1. Sex 2. Aggregation 3. Alarm 4. Trail 5. Spacing
38
Blank are the most widely used substrate for transmitting vibrational signals.
Plants
39
Lobesia Botrana, it caused direct damage to the vine
40
Eupoecilia ambiguella. Direct damage to the vine
41
Argyrotaenia ljungiana. Direct damage to the vine
42
Antispila oinophylla. Tunneling looks like a blob rash
43
Holocacista rivillei. Tunneling looks like a blob with a tail
44
Phyllocnistis vitegenella. Tunneling looks like a winding river
45
Popillia japonica (Coleoptera) Deals direct damage to the plant. Priority quarantine pest
46
Drosophila suzuki (Diptera) Direct damage to the grapes
47
Byctiscus betulae (vine leaf roller bug)
48
Historically the Order Hemiptera was split into 2 suborders
1. Heteroptera (different wings) 2. Homoptera (uniform wings)
49
Empoasca vitis Direct damage to vine (phloem sucker)
50
Zygina rhamni, direct damage to vine (mesophyll sucker)
51
Scaphoideus titanus. Indirect damage to vine (vector for flavescence dorée phytoplasma)
52
Scaphoideus titanus nymph
53
Hyalesthes obsoletus, indirect damage to grapevine its a vector for bois noir (stolbur) phytoplasma
54
Xylella fastidiosa, a gram negative bacteria that in Northern America
55
Philaenus spumarius main vector for Xylella fastidiosa
56
eggs and nymphal stages of Philaenus spumarius
57
Having many possible host plants
POLYPHAGOUS
58
Planococcus ficus, direct damage to vine
59
Heliococcus bohemicus
60
Daktulosphaira vitifoliae (Grapevine phylloxera)
61
gallicoles
62
radicoles
63
Halyomorpha halys, Direct damage to grapes
64
Eggs of Haylyomorpha halys
65
Thysanoptera (thrips) Direct damage to vines
66
Drepanothrips reuteri, direct damage to vines
67
Frankliniella occidentalis, direct damage to vine
68
Fam. Eriophyidae
69
spermatophores
70
Nematodes
71
gen. Xiphinema