Insect

context: Insects (from Latin insectum, a calque of Greek ἔντομον [éntomon], "cut into sections") are a class of invertebrates within the arthropod phylum that have a chitinous exoskeleton, a three-part body (head, thorax and abdomen), three pairs of jointed legs, compound eyes and one pair of antennae. They are the most diverse group of animals on the planet, including more than a million described species and representing more than half of all known living organisms. The number of extant species is estimated at between six and ten million, and potentially represent over 90% of the differing animal life forms on Earth. Insects may be found in nearly all environments, although only a small number of species reside in the oceans, a habitat dominated by another arthropod group, crustaceans.
qas: answers: text: arthropod
question: In what phylum are insects classified? 

answers: text: three-part
question: How many parts comprise the body of an insect?

answers: text: thorax
question: In addition to the head and abdomen, what is the other major section of an insect's body?

answers: text: chitinous
question: What type of exoskeleton do insects have?

answers: text: three
question: How many pairs of jointed legs do insects have?

answers: text: cut into sections
question: What does insect mean in latin?

answers: text: insectum
question: What is the Latin word for insect?

answers: text: invertebrates
question: Insects are a class of what?

answers: text: chitinous exoskeleton
question: Insects have what kind of skeleton?

answers: text: head
question: An insects 3-part body includes a throat, abdomen, and what?

context: The life cycles of insects vary but most hatch from eggs. Insect growth is constrained by the inelastic exoskeleton and development involves a series of molts. The immature stages can differ from the adults in structure, habit and habitat, and can include a passive pupal stage in those groups that undergo 4-stage metamorphosis (see holometabolism). Insects that undergo 3-stage metamorphosis lack a pupal stage and adults develop through a series of nymphal stages. The higher level relationship of the Hexapoda is unclear. Fossilized insects of enormous size have been found from the Paleozoic Era, including giant dragonflies with wingspans of 55 to 70 cm (22–28 in). The most diverse insect groups appear to have coevolved with flowering plants.
qas: answers: text: hatch from eggs
question: How does the lifecycle of most insects typically begin?

answers: text: inelastic exoskeleton
question: What is the primary constraint on the physical growth of an insect?

answers: text: pupal stage
question: What stage of development differentiates a 4-stage metamorphosis from a 3-stage metamorphosis, notably absent in the latter?

answers: text: nymphal
question: What is the term given to denote the series of stages involved in the development of an adult insect?

answers: text: Paleozoic
question: What era is attributed to the findings of enormous fossilized dragonflies with extremely long wingspans? 

answers: text: eggs
question: Insects hatch from what?

answers: text: the inelastic exoskeleton
question: Insects growth is constrained by what?

answers: text: molts
question: An insects developement involves a series of what?

answers: text: 4-stage
question: How many stages of metamorphosis does an insect go through?

answers: text: flowering plants
question: The most diverse insects coevolved with what?

context: Adult insects typically move about by walking, flying, or sometimes swimming (see below, Locomotion). As it allows for rapid yet stable movement, many insects adopt a tripedal gait in which they walk with their legs touching the ground in alternating triangles. Insects are the only invertebrates to have evolved flight. Many insects spend at least part of their lives under water, with larval adaptations that include gills, and some adult insects are aquatic and have adaptations for swimming. Some species, such as water striders, are capable of walking on the surface of water. Insects are mostly solitary, but some, such as certain bees, ants and termites, are social and live in large, well-organized colonies. Some insects, such as earwigs, show maternal care, guarding their eggs and young. Insects can communicate with each other in a variety of ways. Male moths can sense the pheromones of female moths over great distances. Other species communicate with sounds: crickets stridulate, or rub their wings together, to attract a mate and repel other males. Lampyridae in the beetle order Coleoptera communicate with light.
qas: answers: text: tripedal
question: What is the term for the gait of an insect characterized by walking in alternating triangles?

answers: text: gills
question: What larval adaptation is common to underwater insects?

answers: text: water striders
question: What species of insect has the capability to walk on the surface of water?

answers: text: stridulate
question: What do crickets do in order to attract or repel a mate?

answers: text: Lampyridae
question: What variation of beetle in the Coleoptera order communicate by way of light?

answers: text: swimming
question: Insects move by walking, flying, and what else?

answers: text: Adult
question: Which insects walk, fly, and swim?

answers: text: triangles
question: Insects walk the ground in alternating what?

answers: text: tripedal gait
question: Insects walking in an alternating triangle is called a what?

answers: text: communicate
question: What can insects do with each other in a variety of ways?

context: Humans regard certain insects as pests, and attempt to control them using insecticides and a host of other techniques. Some insects damage crops by feeding on sap, leaves or fruits. A few parasitic species are pathogenic. Some insects perform complex ecological roles; blow-flies, for example, help consume carrion but also spread diseases. Insect pollinators are essential to the life-cycle of many flowering plant species on which most organisms, including humans, are at least partly dependent; without them, the terrestrial portion of the biosphere (including humans) would be devastated. Many other insects are considered ecologically beneficial as predators and a few provide direct economic benefit. Silkworms and bees have been used extensively by humans for the production of silk and honey, respectively. In some cultures, people eat the larvae or adults of certain insects.
qas: answers: text: insecticides
question: By what method do humans often try to control the spread of insects?

answers: text: terrestrial
question: What portion of the biosphere would be devastated absent the complex pollination role of insects?

answers: text: Silkworms
question: What insect provides a tangible economic benefit via the production of silk?

answers: text: blow-flies
question: What insect is known to consume carrion?

answers: text: pests
question: Humans consider most insects as what?

answers: text: insecticides
question: Humans can control insects using what?

answers: text: crops
question: Insects have the potential to damage what?

answers: text: leaves
question: Insects can damage crops by feeing on sap, fruits, or what?

answers: text: silk
question: Silkworms are used by humans for producing what?

context: The word "insect" comes from the Latin word insectum, meaning "with a notched or divided body", or literally "cut into", from the neuter singular perfect passive participle of insectare, "to cut into, to cut up", from in- "into" and secare "to cut"; because insects appear "cut into" three sections. Pliny the Elder introduced the Latin designation as a loan-translation of the Greek word ἔντομος (éntomos) or "insect" (as in entomology), which was Aristotle's term for this class of life, also in reference to their "notched" bodies. "Insect" first appears documented in English in 1601 in Holland's translation of Pliny. Translations of Aristotle's term also form the usual word for "insect" in Welsh (trychfil, from trychu "to cut" and mil, "animal"), Serbo-Croatian (zareznik, from rezati, "to cut"), Russian (насекомое nasekomoje, from seč'/-sekat', "to cut"), etc.
qas: answers: text: insectum
question: What is the Latin term for insect?

answers: text: Pliny the Elder
question: Who introduced the Latin term for insect, borrowing from the Greek vernacular?

answers: text: three
question: How many sections does an insect's body appear to be divided?

answers: text: Aristotle
question: Which Greek philosopher used the term entomos to describe insects, making reference to their notched bodies?

answers: text: 1601
question: In what year is it typically reported that the word insect was first documented in English?

answers: text: body
question: Insect means to have a notched or divided what?

answers: text: three sections
question: Insects are cut into how many sections?

answers: text: Aristotle
question: Who gave this class of life the name "insect"?

answers: text: 1601
question: In what year did the word "insect" appear in a document?

answers: text: Pliny the Elder
question: Who introduced the Latin version of the word "insect"?

context: The higher-level phylogeny of the arthropods continues to be a matter of debate and research. In 2008, researchers at Tufts University uncovered what they believe is the world's oldest known full-body impression of a primitive flying insect, a 300 million-year-old specimen from the Carboniferous period. The oldest definitive insect fossil is the Devonian Rhyniognatha hirsti, from the 396-million-year-old Rhynie chert. It may have superficially resembled a modern-day silverfish insect. This species already possessed dicondylic mandibles (two articulations in the mandible), a feature associated with winged insects, suggesting that wings may already have evolved at this time. Thus, the first insects probably appeared earlier, in the Silurian period.
qas: answers: text: Carboniferous
question: From what period do researchers believe that the oldest known full-body impression of a flying insect originates?

answers: text: Devonian Rhyniognatha hirsti
question: What is believed to be the oldest known insect fossil?

answers: text: 2008
question: In what year did Tufts researchers reportedly uncover what is believed to be the oldest known impression of a flying insect?

answers: text: dicondylic
question: What is the term for a mandible with two articulations?

answers: text: winged
question: With what type of insect is a dicondylic mandible associated?

answers: text: phylogeny
question: What higher-level is constantly up for debate and research?

answers: text: arthropods
question: The higher-level phylogeny is of the what?

answers: text: full-body
question: What kind of impression has been uncovered by a University?

answers: text: insect
question: A University discovered a primitive flying what?

answers: text: 300 million-year-old
question: How old is the primitive plying insect found by the University?

context: Late Carboniferous and Early Permian insect orders include both extant groups, their stem groups, and a number of Paleozoic groups, now extinct. During this era, some giant dragonfly-like forms reached wingspans of 55 to 70 cm (22 to 28 in), making them far larger than any living insect. This gigantism may have been due to higher atmospheric oxygen levels that allowed increased respiratory efficiency relative to today. The lack of flying vertebrates could have been another factor. Most extinct orders of insects developed during the Permian period that began around 270 million years ago. Many of the early groups became extinct during the Permian-Triassic extinction event, the largest mass extinction in the history of the Earth, around 252 million years ago.
qas: answers: text: Early Permian
question: In addition to Carboniferous, what other insect order is inclusive of extant groups, stem groups and Paleozoic groups?

answers: text: 55 to 70
question: To what measurement, in cm, did the wingspans of giant dragonfly-like forms reach?

answers: text: oxygen
question: Higher levels of what substance possibly contributed to the phenomenon of gigantism? 

answers: text: 270
question: How many million years ago is the Permian period believed to have begun? 

answers: text: Permian-Triassic
question: The most significant mass extinction of insect groups is commonly ascribed to what period?

answers: text: insect orders
question: Late Caboniferous and Early Permain are what kind of orders?

answers: text: extant groups
question: The insect orders include both of what?

answers: text: Paleozoic groups
question: The insect orders include a number of what kind of groups?

answers: text: dragonfly-like forms
question: What kind of giant insect form had wingspans?

answers: text: 55 to 70 cm
question: How wide were the wingspans of the dragonfly-like forms?

context: Insects were among the earliest terrestrial herbivores and acted as major selection agents on plants. Plants evolved chemical defenses against this herbivory and the insects, in turn, evolved mechanisms to deal with plant toxins. Many insects make use of these toxins to protect themselves from their predators. Such insects often advertise their toxicity using warning colors. This successful evolutionary pattern has also been used by mimics. Over time, this has led to complex groups of coevolved species. Conversely, some interactions between plants and insects, like pollination, are beneficial to both organisms. Coevolution has led to the development of very specific mutualisms in such systems.
qas: answers: text: chemical
question: What type of defense did plants adaptively evolve in response to insects?

answers: text: herbivores
question: What is the term for a plant-eating insect?

answers: text: plant toxins
question: What do many insects adaptively utilize in self-defense from predators?

answers: text: colors
question: How is toxicity sometimes visibly displayed by insects as a warning?

answers: text: pollination
question: What is an example of a mutually beneficial process indicating the coevolution of plants and insects?

answers: text: herbivores
question: Insects are considered terrestrial what?

answers: text: plants
question: What were insects the major selection agents of?

answers: text: chemical defenses
question: What did plants eventually form against insects?

answers: text: plant toxins
question: Insects formed mechanisms to shield against what?

answers: text: warning colors
question: Insects show how toxic they are with what kind of colors?

context: Insects can be divided into two groups historically treated as subclasses: wingless insects, known as Apterygota, and winged insects, known as Pterygota. The Apterygota consist of the primitively wingless order of the silverfish (Thysanura). Archaeognatha make up the Monocondylia based on the shape of their mandibles, while Thysanura and Pterygota are grouped together as Dicondylia. The Thysanura themselves possibly are not monophyletic, with the family Lepidotrichidae being a sister group to the Dicondylia (Pterygota and the remaining Thysanura).
qas: answers: text: Pterygota
question: What is the term for the class of insects with wings?

answers: text: Apterygota
question: What is the term for the class of insects without wings? 

answers: text: Archaeognatha
question: What group of insects are inclusive within the Monocondylia primarily due to the shape of their mandible?

answers: text: Dicondylia
question: What is the collective group to which Thysanura and Pterygota belong?

answers: text: two groups
question: Insects are historically divided into how many groups?

answers: text: Pterygota
question: Insects with wings are known as what?

answers: text: wingless
question: Does an Apterygots have wings or wingless?

answers: text: silverfish
question: What is a Thysanura?

answers: text: Dicondylia
question: Thysanura and Pterygota are what?

context: Traditional morphology-based or appearance-based systematics have usually given the Hexapoda the rank of superclass,:180 and identified four groups within it: insects (Ectognatha), springtails (Collembola), Protura, and Diplura, the latter three being grouped together as the Entognatha on the basis of internalized mouth parts. Supraordinal relationships have undergone numerous changes with the advent of methods based on evolutionary history and genetic data. A recent theory is that the Hexapoda are polyphyletic (where the last common ancestor was not a member of the group), with the entognath classes having separate evolutionary histories from the Insecta. Many of the traditional appearance-based taxa have been shown to be paraphyletic, so rather than using ranks like subclass, superorder, and infraorder, it has proved better to use monophyletic groupings (in which the last common ancestor is a member of the group). The following represents the best-supported monophyletic groupings for the Insecta.
qas: answers: text: systematics
question: Morphology-based and appearance-based are known as what?

answers: text: superclass
question: What class is the Hexapoda ranked?

answers: text: four groups
question: How many groups are defined in the superclass?

answers: text: Collembola
question: Springtails are also known as what?

answers: text: Entognatha
question: Collembola, protura, and dipkura are in a group called what?

context: Paleoptera and Neoptera are the winged orders of insects differentiated by the presence of hardened body parts called sclerites, and in the Neoptera, muscles that allow their wings to fold flatly over the abdomen. Neoptera can further be divided into incomplete metamorphosis-based (Polyneoptera and Paraneoptera) and complete metamorphosis-based groups. It has proved difficult to clarify the relationships between the orders in Polyneoptera because of constant new findings calling for revision of the taxa. For example, the Paraneoptera have turned out to be more closely related to the Endopterygota than to the rest of the Exopterygota. The recent molecular finding that the traditional louse orders Mallophaga and Anoplura are derived from within Psocoptera has led to the new taxon Psocodea. Phasmatodea and Embiidina have been suggested to form the Eukinolabia. Mantodea, Blattodea, and Isoptera are thought to form a monophyletic group termed Dictyoptera.
qas: answers: text: winged
question: Paleoptera and Neoptera are what kind of insect orders? 

answers: text: sclerites
question: An insects hard body parts are called what?

answers: text: abdomen
question: Insect's wings fold flat over their what?

answers: text: metamorphosis-based
question: Neoptera can be divided into what kind of "based" group?

answers: text: related
question: Paraneopter and Endopterygota are closely what?

context: The Exopterygota likely are paraphyletic in regard to the Endopterygota. Matters that have incurred controversy include Strepsiptera and Diptera grouped together as Halteria based on a reduction of one of the wing pairs – a position not well-supported in the entomological community. The Neuropterida are often lumped or split on the whims of the taxonomist. Fleas are now thought to be closely related to boreid mecopterans. Many questions remain in the basal relationships amongst endopterygote orders, particularly the Hymenoptera.
qas: answers: text: The Exopterygota
question: What are likely to be paraphyletic?

answers: text: Matters
question: Strepsiptera and Diptera are controversial what?

answers: text: Halteria
question: Strepsiptera and Diptera grouped together are called what?

answers: text: the entomological community
question: A discussion regarding wing pairs is not supported by what community?

answers: text: The Neuropterida
question: What is split or lumped together by a taxonomist?

context: Though the true dimensions of species diversity remain uncertain, estimates range from 2.6–7.8 million species with a mean of 5.5 million. This probably represents less than 20% of all species on Earth[citation needed], and with only about 20,000 new species of all organisms being described each year, most species likely will remain undescribed for many years unless species descriptions increase in rate. About 850,000–1,000,000 of all described species are insects. Of the 24 orders of insects, four dominate in terms of numbers of described species, with at least 3 million species included in Coleoptera, Diptera, Hymenoptera and Lepidoptera. A recent study estimated the number of beetles at 0.9–2.1 million with a mean of 1.5 million.
qas: answers: text: uncertain
question: The true diversity within the insect species remains what?

answers: text: 2.6–7.8 million species
question: How many insect species are estimated to exist?

answers: text: 20,000
question: How many new species of all organisms are discovered each year?

answers: text: less than 20%
question: Of all the species on earth, how much do insects make up?

answers: text: undescribed
question: For many years to come, most insect species will remain as what?

context: Insects have segmented bodies supported by exoskeletons, the hard outer covering made mostly of chitin. The segments of the body are organized into three distinctive but interconnected units, or tagmata: a head, a thorax and an abdomen. The head supports a pair of sensory antennae, a pair of compound eyes, and, if present, one to three simple eyes (or ocelli) and three sets of variously modified appendages that form the mouthparts. The thorax has six segmented legs—one pair each for the prothorax, mesothorax and the metathorax segments making up the thorax—and, none, two or four wings. The abdomen consists of eleven segments, though in a few species of insects, these segments may be fused together or reduced in size. The abdomen also contains most of the digestive, respiratory, excretory and reproductive internal structures.:22–48 Considerable variation and many adaptations in the body parts of insects occur, especially wings, legs, antenna and mouthparts.
qas: answers: text: segmented bodies
question: What kind of bodies to insects have?

answers: text: exoskeletons
question: Insects bodies are supported by what?

answers: text: hard
question: Chitin is what kind of outer covering on an insect?

answers: text: interconnected
question: An insect's body is divided into what kind of units?

answers: text: tagmata
question: What is an insects head, throat, and abdomen called?

context: The head is enclosed in a hard, heavily sclerotized, unsegmented, exoskeletal head capsule, or epicranium, which contains most of the sensing organs, including the antennae, ocellus or eyes, and the mouthparts. Of all the insect orders, Orthoptera displays the most features found in other insects, including the sutures and sclerites. Here, the vertex, or the apex (dorsal region), is situated between the compound eyes for insects with a hypognathous and opisthognathous head. In prognathous insects, the vertex is not found between the compound eyes, but rather, where the ocelli are normally. This is because the primary axis of the head is rotated 90° to become parallel to the primary axis of the body. In some species, this region is modified and assumes a different name.:13
qas: answers: text: head
question: What part of the insect contains most of the sensing organs?

answers: text: epicranium
question: What is another word for head capsule?

answers: text: Orthoptera
question: What displays the most features on an insect?

answers: text: apex
question: What is the vertex also known as?

answers: text: compound
question: The vertex is usually located between what kind of eyes?

context: The thorax is a tagma composed of three sections, the prothorax, mesothorax and the metathorax. The anterior segment, closest to the head, is the prothorax, with the major features being the first pair of legs and the pronotum. The middle segment is the mesothorax, with the major features being the second pair of legs and the anterior wings. The third and most posterior segment, abutting the abdomen, is the metathorax, which features the third pair of legs and the posterior wings. Each segment is dilineated by an intersegmental suture. Each segment has four basic regions. The dorsal surface is called the tergum (or notum) to distinguish it from the abdominal terga. The two lateral regions are called the pleura (singular: pleuron) and the ventral aspect is called the sternum. In turn, the notum of the prothorax is called the pronotum, the notum for the mesothorax is called the mesonotum and the notum for the metathorax is called the metanotum. Continuing with this logic, the mesopleura and metapleura, as well as the mesosternum and metasternum, are used.
qas: answers: text: three sections
question: The throax has how many sections?

answers: text: thorax
question: Another term for tagma is?

answers: text: head
question: The anterior section is closest to the what?

answers: text: anterior
question: The prothrorax is what segment of the insect?

answers: text: two
question: The pleura is made of how many lateral regions?

context: The abdomen is the largest tagma of the insect, which typically consists of 11–12 segments and is less strongly sclerotized than the head or thorax. Each segment of the abdomen is represented by a sclerotized tergum and sternum. Terga are separated from each other and from the adjacent sterna or pleura by membranes. Spiracles are located in the pleural area. Variation of this ground plan includes the fusion of terga or terga and sterna to form continuous dorsal or ventral shields or a conical tube. Some insects bear a sclerite in the pleural area called a laterotergite. Ventral sclerites are sometimes called laterosternites. During the embryonic stage of many insects and the postembryonic stage of primitive insects, 11 abdominal segments are present. In modern insects there is a tendency toward reduction in the number of the abdominal segments, but the primitive number of 11 is maintained during embryogenesis. Variation in abdominal segment number is considerable. If the Apterygota are considered to be indicative of the ground plan for pterygotes, confusion reigns: adult Protura have 12 segments, Collembola have 6. The orthopteran family Acrididae has 11 segments, and a fossil specimen of Zoraptera has a 10-segmented abdomen.
qas: answers: text: abdomen
question: What is the largest tagma of an insect?

answers: text: 11–12 segments
question: How many segments make up an insects abdomen?

answers: text: head
question: The abdomen is less strong than the thorax and what?

answers: text: sternum
question: An insects abdomen has a sclerotized tergum and what else?

answers: text: Spiracles
question: The pleural area holds what?

context: The insect outer skeleton, the cuticle, is made up of two layers: the epicuticle, which is a thin and waxy water resistant outer layer and contains no chitin, and a lower layer called the procuticle. The procuticle is chitinous and much thicker than the epicuticle and has two layers: an outer layer known as the exocuticle and an inner layer known as the endocuticle. The tough and flexible endocuticle is built from numerous layers of fibrous chitin and proteins, criss-crossing each other in a sandwich pattern, while the exocuticle is rigid and hardened.:22–24 The exocuticle is greatly reduced in many soft-bodied insects (e.g., caterpillars), especially during their larval stages.
qas: answers: text: the cuticle
question: Insect's outer skeleton is known as what?

answers: text: two
question: The cuticle has how many layers?

answers: text: the epicuticle
question: Which cuticle later is like wax?

answers: text: chitin
question: The epicuticle does not consist of what?

answers: text: thicker
question: Is the procuticle thinner or thicker than the epicuticle?

context: Insects are the only invertebrates to have developed active flight capability, and this has played an important role in their success.:186 Their muscles are able to contract multiple times for each single nerve impulse, allowing the wings to beat faster than would ordinarily be possible. Having their muscles attached to their exoskeletons is more efficient and allows more muscle connections; crustaceans also use the same method, though all spiders use hydraulic pressure to extend their legs, a system inherited from their pre-arthropod ancestors. Unlike insects, though, most aquatic crustaceans are biomineralized with calcium carbonate extracted from the water.
qas: answers: text: invertebrates
question: Insects are also known as what kind of vertebra?

answers: text: flight
question: Insects have developed what kind of active capability?

answers: text: important
question: Active flight ability has played what kind of role for insects?

answers: text: multiple
question: How many times are insects muscles able to contract?

answers: text: exoskeletons
question: Insects muscles are attached to their what?

context: The thoracic segments have one ganglion on each side, which are connected into a pair, one pair per segment. This arrangement is also seen in the abdomen but only in the first eight segments. Many species of insects have reduced numbers of ganglia due to fusion or reduction. Some cockroaches have just six ganglia in the abdomen, whereas the wasp Vespa crabro has only two in the thorax and three in the abdomen. Some insects, like the house fly Musca domestica, have all the body ganglia fused into a single large thoracic ganglion.
qas: answers: text: ganglion
question: What is on each side of a thoracic segment?

answers: text: one
question: How many ganglia are on each side of a thoracic segment?

answers: text: a pair
question: Ganglia are connected into a what?

answers: text: one pair
question: How many pairs of ganglia are in a segment?

answers: text: abdomen
question: What other location on an insect are ganglia located?

context: At least a few insects have nociceptors, cells that detect and transmit sensations of pain. This was discovered in 2003 by studying the variation in reactions of larvae of the common fruitfly Drosophila to the touch of a heated probe and an unheated one. The larvae reacted to the touch of the heated probe with a stereotypical rolling behavior that was not exhibited when the larvae were touched by the unheated probe. Although nociception has been demonstrated in insects, there is no consensus that insects feel pain consciously
qas: answers: text: a few
question: How many insects have nociceptors?

answers: text: nociceptors
question: Cells that detect and transmit pain are called what?

answers: text: 2003
question: When were nociceptors discovered?

answers: text: fruitfly Drosophila
question: Nociceptors were discovered by studying the common what?

answers: text: the heated probe
question: Which probe did the larvae react to?

context: The salivary glands (element 30 in numbered diagram) in an insect's mouth produce saliva. The salivary ducts lead from the glands to the reservoirs and then forward through the head to an opening called the salivarium, located behind the hypopharynx. By moving its mouthparts (element 32 in numbered diagram) the insect can mix its food with saliva. The mixture of saliva and food then travels through the salivary tubes into the mouth, where it begins to break down. Some insects, like flies, have extra-oral digestion. Insects using extra-oral digestion expel digestive enzymes onto their food to break it down. This strategy allows insects to extract a significant proportion of the available nutrients from the food source.:31 The gut is where almost all of insects' digestion takes place. It can be divided into the foregut, midgut and hindgut.
qas: answers: text: salivary glands
question: What produces saliva in an insects mouth?

answers: text: salivary ducts
question: What leads from the salivary glands to the reservoirs?

answers: text: salivarium
question: What is an opening through the head called?

answers: text: behind the hypopharynx
question: Where is the salivarium located?

answers: text: The gut
question: Where does an insect's digestion happen?

context: Once food leaves the crop, it passes to the midgut (element 13 in numbered diagram), also known as the mesenteron, where the majority of digestion takes place. Microscopic projections from the midgut wall, called microvilli, increase the surface area of the wall and allow more nutrients to be absorbed; they tend to be close to the origin of the midgut. In some insects, the role of the microvilli and where they are located may vary. For example, specialized microvilli producing digestive enzymes may more likely be near the end of the midgut, and absorption near the origin or beginning of the midgut.:32
qas: answers: text: midgut
question: What is another name for mesenteron?

answers: text: the crop
question: Food goes in to the midgut after leaving where?

answers: text: the mesenteron
question: The majority of an insects digestion happens where?

answers: text: Microscopic
question: What kind of projections are in the midgut wall?

answers: text: microvilli
question: What are microscopic projections called?

context: In the hindgut (element 16 in numbered diagram), or proctodaeum, undigested food particles are joined by uric acid to form fecal pellets. The rectum absorbs 90% of the water in these fecal pellets, and the dry pellet is then eliminated through the anus (element 17), completing the process of digestion. The uric acid is formed using hemolymph waste products diffused from the Malpighian tubules (element 20). It is then emptied directly into the alimentary canal, at the junction between the midgut and hindgut. The number of Malpighian tubules possessed by a given insect varies between species, ranging from only two tubules in some insects to over 100 tubules in others.:71–72, 78–80
qas: answers: text: the hindgut
question: What is a proctodaeum?

answers: text: undigested
question: What kind of food particles have uric acid?

answers: text: uric acid
question: What kind of acid forms fecal pellets?

answers: text: 90%
question: An insects rectum absorbs how much water?

answers: text: the anus
question: Where is an insects dry pellet discarded through?

context: The reproductive system of female insects consist of a pair of ovaries, accessory glands, one or more spermathecae, and ducts connecting these parts. The ovaries are made up of a number of egg tubes, called ovarioles, which vary in size and number by species. The number of eggs that the insect is able to make vary by the number of ovarioles with the rate that eggs can be develop being also influenced by ovariole design. Female insects are able make eggs, receive and store sperm, manipulate sperm from different males, and lay eggs. Accessory glands or glandular parts of the oviducts produce a variety of substances for sperm maintenance, transport and fertilization, as well as for protection of eggs. They can produce glue and protective substances for coating eggs or tough coverings for a batch of eggs called oothecae. Spermathecae are tubes or sacs in which sperm can be stored between the time of mating and the time an egg is fertilized.:880
qas: answers: text: ovaries
question: Female insects reproductive system contain a pair of what?

answers: text: accessory glands
question: What kind of glands are in a female insect's reproductive system?

answers: text: ducts
question: What connects the parts inside a female insect's reproductive system?

answers: text: ovaries
question: Where are egg tubes are found inside of an insect?

answers: text: ovarioles
question: What are egg tubes called?

context: For males, the reproductive system is the testis, suspended in the body cavity by tracheae and the fat body. Most male insects have a pair of testes, inside of which are sperm tubes or follicles that are enclosed within a membranous sac. The follicles connect to the vas deferens by the vas efferens, and the two tubular vasa deferentia connect to a median ejaculatory duct that leads to the outside. A portion of the vas deferens is often enlarged to form the seminal vesicle, which stores the sperm before they are discharged into the female. The seminal vesicles have glandular linings that secrete nutrients for nourishment and maintenance of the sperm. The ejaculatory duct is derived from an invagination of the epidermal cells during development and, as a result, has a cuticular lining. The terminal portion of the ejaculatory duct may be sclerotized to form the intromittent organ, the aedeagus. The remainder of the male reproductive system is derived from embryonic mesoderm, except for the germ cells, or spermatogonia, which descend from the primordial pole cells very early during embryogenesis.:885
qas: answers: text: testis
question: What is the male reproductive system called? 

answers: text: the body cavity
question: Where is tracheae located?

answers: text: testes
question: Most make insects contain a pair of what?

answers: text: sperm tubes
question: What are inside male testes?

answers: text: the vas deferens
question: Follicles inside a male insect's reproductive system connect to what?

context: Insect respiration is accomplished without lungs. Instead, the insect respiratory system uses a system of internal tubes and sacs through which gases either diffuse or are actively pumped, delivering oxygen directly to tissues that need it via their trachea (element 8 in numbered diagram). Since oxygen is delivered directly, the circulatory system is not used to carry oxygen, and is therefore greatly reduced. The insect circulatory system has no veins or arteries, and instead consists of little more than a single, perforated dorsal tube which pulses peristaltically. Toward the thorax, the dorsal tube (element 14) divides into chambers and acts like the insect's heart. The opposite end of the dorsal tube is like the aorta of the insect circulating the hemolymph, arthropods' fluid analog of blood, inside the body cavity.:61–65 Air is taken in through openings on the sides of the abdomen called spiracles.
qas: answers: text: lungs
question: Respiration for insects happens without what?

answers: text: internal tubes
question: Insect's respiratory system contains sacs, and what else?

answers: text: gases
question: What gets diffused or actively pumped through an insect's respiratory system?

answers: text: oxygen
question: What gets delivered to tissues in an insect's respiratory system?

answers: text: circulatory system
question: Which system inside an insect's respiratory system does not carry oxygen?

context: There are many different patterns of gas exchange demonstrated by different groups of insects. Gas exchange patterns in insects can range from continuous and diffusive ventilation, to discontinuous gas exchange.:65–68 During continuous gas exchange, oxygen is taken in and carbon dioxide is released in a continuous cycle. In discontinuous gas exchange, however, the insect takes in oxygen while it is active and small amounts of carbon dioxide are released when the insect is at rest. Diffusive ventilation is simply a form of continuous gas exchange that occurs by diffusion rather than physically taking in the oxygen. Some species of insect that are submerged also have adaptations to aid in respiration. As larvae, many insects have gills that can extract oxygen dissolved in water, while others need to rise to the water surface to replenish air supplies which may be held or trapped in special structures.
qas: answers: text: gas exchange
question: What kind of exchange is demonstrated by different insects?

answers: text: diffusive ventilation
question: Gas exchange patterns can contain what kind of ventilation?

answers: text: continuous gas exchange
question: Carbon dioxide is released continuously in what kind of gas exchange?

answers: text: discontinuous gas exchange
question: What gas exchanges does carbon dioxide release when the insect is resting?

answers: text: diffusion
question: Diffusive ventilation occurs by what?

context: The majority of insects hatch from eggs. The fertilization and development takes place inside the egg, enclosed by a shell (chorion) that consists of maternal tissue. In contrast to eggs of other arthropods, most insect eggs are drought resistant. This is because inside the chorion two additional membranes develop from embryonic tissue, the amnion and the serosa. This serosa secretes a cuticle rich in chitin that protects the embryo against desiccation. In Schizophora however the serosa does not develop, but these flies lay their eggs in damp places, such as rotting matter. Some species of insects, like the cockroach Blaptica dubia, as well as juvenile aphids and tsetse flies, are ovoviviparous. The eggs of ovoviviparous animals develop entirely inside the female, and then hatch immediately upon being laid. Some other species, such as those in the genus of cockroaches known as Diploptera, are viviparous, and thus gestate inside the mother and are born alive.:129, 131, 134–135 Some insects, like parasitic wasps, show polyembryony, where a single fertilized egg divides into many and in some cases thousands of separate embryos.:136–137 Insects may be univoltine, bivoltine or multivoltine, i.e. they may have one, two or many broods (generations) in a year.
qas: answers: text: eggs.
question: Where are insects hatched from?

answers: text: inside the egg
question: Fertilization happens where?

answers: text: development
question: Fertilization and what else happens inside the egg?

answers: text: shell
question: Chorion is another word for what?

answers: text: generations
question: Broods is another term for what word?

context: Other developmental and reproductive variations include haplodiploidy, polymorphism, paedomorphosis or peramorphosis, sexual dimorphism, parthenogenesis and more rarely hermaphroditism.:143 In haplodiploidy, which is a type of sex-determination system, the offspring's sex is determined by the number of sets of chromosomes an individual receives. This system is typical in bees and wasps. Polymorphism is where a species may have different morphs or forms, as in the oblong winged katydid, which has four different varieties: green, pink and yellow or tan. Some insects may retain phenotypes that are normally only seen in juveniles; this is called paedomorphosis. In peramorphosis, an opposite sort of phenomenon, insects take on previously unseen traits after they have matured into adults. Many insects display sexual dimorphism, in which males and females have notably different appearances, such as the moth Orgyia recens as an exemplar of sexual dimorphism in insects.
qas: answers: text: variations
question: Polymophism is a developmental and reproductive what?

answers: text: sex-determination system
question: Haplodiploidy is what type of system?

answers: text: sex
question: The number of chromosome sets determines the offspring's what?

answers: text: bees and wasps
question: The sex-determination system is found in which insects?

answers: text: morphs
question: Polymophism species have different forms or what else?

context: Some insects use parthenogenesis, a process in which the female can reproduce and give birth without having the eggs fertilized by a male. Many aphids undergo a form of parthenogenesis, called cyclical parthenogenesis, in which they alternate between one or many generations of asexual and sexual reproduction. In summer, aphids are generally female and parthenogenetic; in the autumn, males may be produced for sexual reproduction. Other insects produced by parthenogenesis are bees, wasps and ants, in which they spawn males. However, overall, most individuals are female, which are produced by fertilization. The males are haploid and the females are diploid. More rarely, some insects display hermaphroditism, in which a given individual has both male and female reproductive organs.
qas: answers: text: Some
question: How many insects use parthenogenesis?

answers: text: parthenogenesis
question: GIving birth without fertilized eggs is called what?

answers: text: aphids
question: What usually partakes in a form of parthenogenesis?

answers: text: reproduction
question: Aphis have asexual and sexual what?

answers: text: parthenogenetic
question: Aphis are usually female and what else during the summer?

context: Hemimetabolous insects, those with incomplete metamorphosis, change gradually by undergoing a series of molts. An insect molts when it outgrows its exoskeleton, which does not stretch and would otherwise restrict the insect's growth. The molting process begins as the insect's epidermis secretes a new epicuticle inside the old one. After this new epicuticle is secreted, the epidermis releases a mixture of enzymes that digests the endocuticle and thus detaches the old cuticle. When this stage is complete, the insect makes its body swell by taking in a large quantity of water or air, which makes the old cuticle split along predefined weaknesses where the old exocuticle was thinnest.:142
qas: answers: text: Hemimetabolous
question: Incomplete metamorphosis insects are called?

answers: text: incomplete
question: What kind of metamorphosis do hemimetabolous insects undergo?

answers: text: gradually
question: Do hemimetabolous insects change quickly or gradually?

answers: text: molts
question: Hemimetabolous insects gradually change by a series of what?

answers: text: exoskeleton
question: Insect's molt when they outgrow what?

context: Holometabolism, or complete metamorphosis, is where the insect changes in four stages, an egg or embryo, a larva, a pupa and the adult or imago. In these species, an egg hatches to produce a larva, which is generally worm-like in form. This worm-like form can be one of several varieties: eruciform (caterpillar-like), scarabaeiform (grub-like), campodeiform (elongated, flattened and active), elateriform (wireworm-like) or vermiform (maggot-like). The larva grows and eventually becomes a pupa, a stage marked by reduced movement and often sealed within a cocoon. There are three types of pupae: obtect, exarate or coarctate. Obtect pupae are compact, with the legs and other appendages enclosed. Exarate pupae have their legs and other appendages free and extended. Coarctate pupae develop inside the larval skin.:151 Insects undergo considerable change in form during the pupal stage, and emerge as adults. Butterflies are a well-known example of insects that undergo complete metamorphosis, although most insects use this life cycle. Some insects have evolved this system to hypermetamorphosis.
qas: answers: text: Holometabolism
question: What is a complete metamorphosis called?

answers: text: four stages
question: How many stages happen in complete metamorphosis?

answers: text: embryo
question: What is another word for egg?

answers: text: the adult
question: What is an imago?

answers: text: Butterflies
question: Name an example of an insect that undergoes complete metamorphosis?

context: Many insects possess very sensitive and, or specialized organs of perception. Some insects such as bees can perceive ultraviolet wavelengths, or detect polarized light, while the antennae of male moths can detect the pheromones of female moths over distances of many kilometers. The yellow paper wasp (Polistes versicolor) is known for its wagging movements as a form of communication within the colony; it can waggle with a frequency of 10.6±2.1 Hz (n=190). These wagging movements can signal the arrival of new material into the nest and aggression between workers can be used to stimulate others to increase foraging expeditions. There is a pronounced tendency for there to be a trade-off between visual acuity and chemical or tactile acuity, such that most insects with well-developed eyes have reduced or simple antennae, and vice versa. There are a variety of different mechanisms by which insects perceive sound, while the patterns are not universal, insects can generally hear sound if they can produce it. Different insect species can have varying hearing, though most insects can hear only a narrow range of frequencies related to the frequency of the sounds they can produce. Mosquitoes have been found to hear up to 2 kHz., and some grasshoppers can hear up to 50 kHz. Certain predatory and parasitic insects can detect the characteristic sounds made by their prey or hosts, respectively. For instance, some nocturnal moths can perceive the ultrasonic emissions of bats, which helps them avoid predation.:87–94 Insects that feed on blood have special sensory structures that can detect infrared emissions, and use them to home in on their hosts.
qas: answers: text: perception
question: Insects have specialized organs of what kind?

answers: text: specialized
question: Insect organs are described as sensitive and what?

answers: text: bees
question: What kind of insect can detect ultraviolet wavelengths?

answers: text: polarized light
question: Bees can detect what kind of light?

answers: text: yellow paper wasp
question: What is a Polistes versicolor?

context: Some insects display a rudimentary sense of numbers, such as the solitary wasps that prey upon a single species. The mother wasp lays her eggs in individual cells and provides each egg with a number of live caterpillars on which the young feed when hatched. Some species of wasp always provide five, others twelve, and others as high as twenty-four caterpillars per cell. The number of caterpillars is different among species, but always the same for each sex of larva. The male solitary wasp in the genus Eumenes is smaller than the female, so the mother of one species supplies him with only five caterpillars; the larger female receives ten caterpillars in her cell.
qas: answers: text: rudimentary
question: Insects have what kind of sense of numbers?

answers: text: solitary wasps
question: Which insect displays a rudimentary sense of numbers?

answers: text: single
question: What kind of species does a solitary wasp prey upon?

answers: text: caterpillars
question: What does the mother wasp provide for her eggs when they hatch?

answers: text: smaller
question: Is the male solitary wasp bigger or smaller than the female solitary wasp?

context: A few insects, such as members of the families Poduridae and Onychiuridae (Collembola), Mycetophilidae (Diptera) and the beetle families Lampyridae, Phengodidae, Elateridae and Staphylinidae are bioluminescent. The most familiar group are the fireflies, beetles of the family Lampyridae. Some species are able to control this light generation to produce flashes. The function varies with some species using them to attract mates, while others use them to lure prey. Cave dwelling larvae of Arachnocampa (Mycetophilidae, Fungus gnats) glow to lure small flying insects into sticky strands of silk. Some fireflies of the genus Photuris mimic the flashing of female Photinus species to attract males of that species, which are then captured and devoured. The colors of emitted light vary from dull blue (Orfelia fultoni, Mycetophilidae) to the familiar greens and the rare reds (Phrixothrix tiemanni, Phengodidae).
qas: answers: text: Onychiuridae
question: What is another name for Colleobola?

answers: text: Diptera
question: Mycetophilldae is another name for what?

answers: text: beetle
question: Phengodidae is party of what insect family?

answers: text: bioluminescent
question: Elateridae and Staphylinidae are what kind of luminescent?

answers: text: fireflies
question: What kind of fly mimics the flashing of female Photinus to attract males?

context: Most insects, except some species of cave crickets, are able to perceive light and dark. Many species have acute vision capable of detecting minute movements. The eyes may include simple eyes or ocelli as well as compound eyes of varying sizes. Many species are able to detect light in the infrared, ultraviolet and the visible light wavelengths. Color vision has been demonstrated in many species and phylogenetic analysis suggests that UV-green-blue trichromacy existed from at least the Devonian period between 416 and 359 million years ago.
qas: answers: text: light
question: Most insects are able to perceive darkness and what else?

answers: text: cave crickets
question: What insect is not abel to perceive light and dark?

answers: text: acute
question: Most insects have what kind of vision?

answers: text: minute
question: Insects notice what type of movement?

answers: text: infrared
question: Many insects are able to see visible light, ultraviolet, and what other kind of light?

context: Insects were the earliest organisms to produce and sense sounds. Insects make sounds mostly by mechanical action of appendages. In grasshoppers and crickets, this is achieved by stridulation. Cicadas make the loudest sounds among the insects by producing and amplifying sounds with special modifications to their body and musculature. The African cicada Brevisana brevis has been measured at 106.7 decibels at a distance of 50 cm (20 in). Some insects, such as the Helicoverpa zeamoths, hawk moths and Hedylid butterflies, can hear ultrasound and take evasive action when they sense that they have been detected by bats. Some moths produce ultrasonic clicks that were once thought to have a role in jamming bat echolocation. The ultrasonic clicks were subsequently found to be produced mostly by unpalatable moths to warn bats, just as warning colorations are used against predators that hunt by sight. Some otherwise palatable moths have evolved to mimic these calls. More recently, the claim that some moths can jam bat sonar has been revisited. Ultrasonic recording and high-speed infrared videography of bat-moth interactions suggest the palatable tiger moth really does defend against attacking big brown bats using ultrasonic clicks that jam bat sonar.
qas: answers: text: Insects
question: What were the earliest organisms to produce sound?

answers: text: sounds
question: Insects can sense what?

answers: text: mechanical
question: Insect sounds come from what kind of action?

answers: text: appendages
question: The mechanical action of what allows insects t make sound?

answers: text: ultrasonic
question: Moths create what kind of click sounds?

context: Very low sounds are also produced in various species of Coleoptera, Hymenoptera, Lepidoptera, Mantodea and Neuroptera. These low sounds are simply the sounds made by the insect's movement. Through microscopic stridulatory structures located on the insect's muscles and joints, the normal sounds of the insect moving are amplified and can be used to warn or communicate with other insects. Most sound-making insects also have tympanal organs that can perceive airborne sounds. Some species in Hemiptera, such as the corixids (water boatmen), are known to communicate via underwater sounds. Most insects are also able to sense vibrations transmitted through surfaces.
qas: answers: text: low
question: What sound volume is produced by Coleoptera?

answers: text: movement
question: Low insect sounds are made by the insect's what?

answers: text: microscopic stridulatory structures
question: Low insect sounds can be heard through what?

answers: text: communicate
question: Insect moving sounds are used to warn and do what with other insects?

answers: text: underwater
question: Corixids are able to communicate with what type of sounds?

context: Some species use vibrations for communicating within members of the same species, such as to attract mates as in the songs of the shield bug Nezara viridula. Vibrations can also be used to communicate between entirely different species; lycaenid (gossamer-winged butterfly) caterpillars which are myrmecophilous (living in a mutualistic association with ants) communicate with ants in this way. The Madagascar hissing cockroach has the ability to press air through its spiracles to make a hissing noise as a sign of aggression; the Death's-head Hawkmoth makes a squeaking noise by forcing air out of their pharynx when agitated, which may also reduce aggressive worker honey bee behavior when the two are in close proximity.
qas: answers: text: vibrations
question: What are used by insects to communicate with members of the same species?

answers: text: different species
question: Vibrations are used to communicate with members of the same species, and what other species?

answers: text: Nezara viridula
question: Which insects has a song to attract males from the same species?

answers: text: gossamer-winged butterfly
question: What is a lycaenid caterpillar? 

answers: text: myrmecophilous
question: Living in association with ants is called what?

context: Chemical communications in animals rely on a variety of aspects including taste and smell. Chemoreception is the physiological response of a sense organ (i.e. taste or smell) to a chemical stimulus where the chemicals act as signals to regulate the state or activity of a cell. A semiochemical is a message-carrying chemical that is meant to attract, repel, and convey information. Types of semiochemicals include pheromones and kairomones. One example is the butterfly Phengaris arion which uses chemical signals as a form of mimicry to aid in predation.
qas: answers: text: Chemical
question: Animal taste and smell rely on what kind of communication?

answers: text: Chemoreception
question: What is the physiological response of a sense organ called?

answers: text: a cell
question: Chemical stimuli are signals that regulate the activity of what?

answers: text: semiochemical
question: What is a message-carrying chemical called?

answers: text: semiochemicals
question: Kairomones are a type of what?

context: In addition to the use of sound for communication, a wide range of insects have evolved chemical means for communication. These chemicals, termed semiochemicals, are often derived from plant metabolites include those meant to attract, repel and provide other kinds of information. Pheromones, a type of semiochemical, are used for attracting mates of the opposite sex, for aggregating conspecific individuals of both sexes, for deterring other individuals from approaching, to mark a trail, and to trigger aggression in nearby individuals. Allomonea benefit their producer by the effect they have upon the receiver. Kairomones benefit their receiver instead of their producer. Synomones benefit the producer and the receiver. While some chemicals are targeted at individuals of the same species, others are used for communication across species. The use of scents is especially well known to have developed in social insects.:96–105
qas: answers: text: chemical means
question: Insects use sound and what other means for communication?

answers: text: semiochemicals
question: The chemicals used by insects to communicate are called what?

answers: text: plant metabolites
question: Semiochemicals come from where?

answers: text: repel
question: Insect chemicals are used to attract and what else?

answers: text: Synomones
question: What insect chemical benefits both the receiver and the producer?

context: Social insects, such as termites, ants and many bees and wasps, are the most familiar species of eusocial animal. They live together in large well-organized colonies that may be so tightly integrated and genetically similar that the colonies of some species are sometimes considered superorganisms. It is sometimes argued that the various species of honey bee are the only invertebrates (and indeed one of the few non-human groups) to have evolved a system of abstract symbolic communication where a behavior is used to represent and convey specific information about something in the environment. In this communication system, called dance language, the angle at which a bee dances represents a direction relative to the sun, and the length of the dance represents the distance to be flown.:309–311 Though perhaps not as advanced as honey bees, bumblebees also potentially have some social communication behaviors. Bombus terrestris, for example, exhibit a faster learning curve for visiting unfamiliar, yet rewarding flowers, when they can see a conspecific foraging on the same species.
qas: answers: text: Social
question: Termites are considered what type of insect?

answers: text: ants
question: Termites, bees, wasps, and what other insect are social insects?

answers: text: eusocial animal
question: What is another term for social insect?

answers: text: colonies
question: Social insects live in well organized what?

answers: text: dance language
question: The method that a bee dances is called what?

context: Only insects which live in nests or colonies demonstrate any true capacity for fine-scale spatial orientation or homing. This can allow an insect to return unerringly to a single hole a few millimeters in diameter among thousands of apparently identical holes clustered together, after a trip of up to several kilometers' distance. In a phenomenon known as philopatry, insects that hibernate have shown the ability to recall a specific location up to a year after last viewing the area of interest. A few insects seasonally migrate large distances between different geographic regions (e.g., the overwintering areas of the Monarch butterfly).:14
qas: answers: text: nests
question: Insects with fine scale spatial orientation live in colonies and where else?

answers: text: homing
question: Some insects have a fine scale spatial orientation and/or what else?

answers: text: thousands
question: Spacial orientation/homing allows an insect to return to one specific hole among how many?

answers: text: philopatry
question: An insect recalling a specific location for up to a year is called what?

answers: text: hibernate
question: An insect that can recall a specific location for up to a year does what?

context: The eusocial insects build nest, guard eggs, and provide food for offspring full-time (see Eusociality). Most insects, however, lead short lives as adults, and rarely interact with one another except to mate or compete for mates. A small number exhibit some form of parental care, where they will at least guard their eggs, and sometimes continue guarding their offspring until adulthood, and possibly even feeding them. Another simple form of parental care is to construct a nest (a burrow or an actual construction, either of which may be simple or complex), store provisions in it, and lay an egg upon those provisions. The adult does not contact the growing offspring, but it nonetheless does provide food. This sort of care is typical for most species of bees and various types of wasps.
qas: answers: text: full-time
question: Eusocial insects provide food for their offspring full-time or part-time?

answers: text: eggs
question: What do eusocial insects guard?

answers: text: nest
question: What do eusocial insects build?

answers: text: short
question: Most eusocial insects lead what kind of life once becoming an adult?

answers: text: growing offspring
question: An adult eusocial insect does not contact it's what?

context: Insects are the only group of invertebrates to have developed flight. The evolution of insect wings has been a subject of debate. Some entomologists suggest that the wings are from paranotal lobes, or extensions from the insect's exoskeleton called the nota, called the paranotal theory. Other theories are based on a pleural origin. These theories include suggestions that wings originated from modified gills, spiracular flaps or as from an appendage of the epicoxa. The epicoxal theory suggests the insect wings are modified epicoxal exites, a modified appendage at the base of the legs or coxa. In the Carboniferous age, some of the Meganeura dragonflies had as much as a 50 cm (20 in) wide wingspan. The appearance of gigantic insects has been found to be consistent with high atmospheric oxygen. The respiratory system of insects constrains their size, however the high oxygen in the atmosphere allowed larger sizes. The largest flying insects today are much smaller and include several moth species such as the Atlas moth and the White Witch (Thysania agrippina).
qas: answers: text: flight
question: Insects are the only invertebrates that have evolved into what?

answers: text: wings
question: What part of the insect has been up for debate?

answers: text: paranotal theory
question: Wings from the paranotal lobes are based on what theory?

answers: text: pleural origin
question: Wings from modified gills is from what origin?

answers: text: epicoxal exites
question: The epicoxal theory suggests insect wings are modified what?

context: Many adult insects use six legs for walking and have adopted a tripedal gait. The tripedal gait allows for rapid walking while always having a stable stance and has been studied extensively in cockroaches. The legs are used in alternate triangles touching the ground. For the first step, the middle right leg and the front and rear left legs are in contact with the ground and move the insect forward, while the front and rear right leg and the middle left leg are lifted and moved forward to a new position. When they touch the ground to form a new stable triangle the other legs can be lifted and brought forward in turn and so on. The purest form of the tripedal gait is seen in insects moving at high speeds. However, this type of locomotion is not rigid and insects can adapt a variety of gaits. For example, when moving slowly, turning, or avoiding obstacles, four or more feet may be touching the ground. Insects can also adapt their gait to cope with the loss of one or more limbs.
qas: answers: text: six
question: How many legs do adult insects contain?

answers: text: tripedal
question: Most adult insects have adopted what kind of gait?

answers: text: rapid
question: The tripedal gait allows what kind of walking?

answers: text: a variety
question: Insects can adopt how many gaits?

answers: text: limbs
question: Insects can change their gait to deal with the loss of what?

context: Cockroaches are among the fastest insect runners and, at full speed, adopt a bipedal run to reach a high velocity in proportion to their body size. As cockroaches move very quickly, they need to be video recorded at several hundred frames per second to reveal their gait. More sedate locomotion is seen in the stick insects or walking sticks (Phasmatodea). A few insects have evolved to walk on the surface of the water, especially members of the Gerridae family, commonly known as water striders. A few species of ocean-skaters in the genus Halobates even live on the surface of open oceans, a habitat that has few insect species.
qas: answers: text: sedate
question: What kind of locomotion is seen in stick insects?

answers: text: Phasmatodea
question: What is another name for walking stick insects?

answers: text: water
question: Some insects can walk on top of what?

answers: text: water striders
question: What insect can walk on the surface of water?

answers: text: Gerridae
question: Water striders are part of what insect family?

context: Many of these species have adaptations to help in under-water locomotion. Water beetles and water bugs have legs adapted into paddle-like structures. Dragonfly naiads use jet propulsion, forcibly expelling water out of their rectal chamber. Some species like the water striders are capable of walking on the surface of water. They can do this because their claws are not at the tips of the legs as in most insects, but recessed in a special groove further up the leg; this prevents the claws from piercing the water's surface film. Other insects such as the Rove beetle Stenus are known to emit pygidial gland secretions that reduce surface tension making it possible for them to move on the surface of water by Marangoni propulsion (also known by the German term Entspannungsschwimmen).
qas: answers: text: paddle-like
question: Water beetles have legs of what type of structure?

answers: text: jet
question: Dragonflys use what kind of propulsion?

answers: text: rectal chamber
question: Dragonflys shoot water from where?

answers: text: recessed
question: Water striders have what kind of special groove up their leg?

answers: text: pygidial
question: Rove beetle Stenus emit what type of gland secretions?

context: Insect ecology is the scientific study of how insects, individually or as a community, interact with the surrounding environment or ecosystem.:3 Insects play one of the most important roles in their ecosystems, which includes many roles, such as soil turning and aeration, dung burial, pest control, pollination and wildlife nutrition. An example is the beetles, which are scavengers that feed on dead animals and fallen trees and thereby recycle biological materials into forms found useful by other organisms. These insects, and others, are responsible for much of the process by which topsoil is created.:3, 218–228
qas: answers: text: Insect ecology
question: Learning how insects interact with the surrounding environment is called what?

answers: text: ecosystem
question: Another term for surrounding environment is what?

answers: text: important
question: What kind of role do insects play in their ecosystem?

answers: text: dung
question: What type of burial do insects engage in?

answers: text: scavengers
question: Beetles are also known as what?

context: Camouflage is an important defense strategy, which involves the use of coloration or shape to blend into the surrounding environment. This sort of protective coloration is common and widespread among beetle families, especially those that feed on wood or vegetation, such as many of the leaf beetles (family Chrysomelidae) or weevils. In some of these species, sculpturing or various colored scales or hairs cause the beetle to resemble bird dung or other inedible objects. Many of those that live in sandy environments blend in with the coloration of the substrate. Most phasmids are known for effectively replicating the forms of sticks and leaves, and the bodies of some species (such as O. macklotti and Palophus centaurus) are covered in mossy or lichenous outgrowths that supplement their disguise. Some species have the ability to change color as their surroundings shift (B. scabrinota, T. californica). In a further behavioral adaptation to supplement crypsis, a number of species have been noted to perform a rocking motion where the body is swayed from side to side that is thought to reflect the movement of leaves or twigs swaying in the breeze. Another method by which stick insects avoid predation and resemble twigs is by feigning death (catalepsy), where the insect enters a motionless state that can be maintained for a long period. The nocturnal feeding habits of adults also aids Phasmatodea in remaining concealed from predators.
qas: answers: text: Camouflage
question: What is an important defense strategy for insects to survive?

answers: text: blend
question: What does coloration and shape help an insect do in the surrounding environment?

answers: text: beetle
question: Protective coloring is common in what insect family?

answers: text: leaf beetles
question: What is Chrysomelidae?

answers: text: bird dung
question: A beetle can resemble what kind of dung?

context: Another defense that often uses color or shape to deceive potential enemies is mimicry. A number of longhorn beetles (family Cerambycidae) bear a striking resemblance to wasps, which helps them avoid predation even though the beetles are in fact harmless. Batesian and Müllerian mimicry complexes are commonly found in Lepidoptera. Genetic polymorphism and natural selection give rise to otherwise edible species (the mimic) gaining a survival advantage by resembling inedible species (the model). Such a mimicry complex is referred to as Batesian and is most commonly known by the mimicry by the limenitidine Viceroy butterfly of the inedible danaine Monarch. Later research has discovered that the Viceroy is, in fact more toxic than the Monarch and this resemblance should be considered as a case of Müllerian mimicry. In Müllerian mimicry, inedible species, usually within a taxonomic order, find it advantageous to resemble each other so as to reduce the sampling rate by predators who need to learn about the insects' inedibility. Taxa from the toxic genus Heliconius form one of the most well known Müllerian complexes.
qas: answers: text: defense
question: Mimicry is another type of what kid of strategy?

answers: text: deceive
question: Mimicry is used to do what to potential enemies?

answers: text: wasps
question: Longhorn beetles look similar to what other insect?

answers: text: in Lepidoptera
question: Mimicry complexes are usually found where?

answers: text: Taxa
question: What is a well known Mullerian complex?

context: Chemical defense is another important defense found amongst species of Coleoptera and Lepidoptera, usually being advertised by bright colors, such as the Monarch butterfly. They obtain their toxicity by sequestering the chemicals from the plants they eat into their own tissues. Some Lepidoptera manufacture their own toxins. Predators that eat poisonous butterflies and moths may become sick and vomit violently, learning not to eat those types of species; this is actually the basis of Müllerian mimicry. A predator who has previously eaten a poisonous lepidopteran may avoid other species with similar markings in the future, thus saving many other species as well. Some ground beetles of the Carabidae family can spray chemicals from their abdomen with great accuracy, to repel predators.
qas: answers: text: Chemical
question: What kind of defense is found in the Coleoptera species?

answers: text: bright colors
question: What chemical defense is used by the Monarch butterfly?

answers: text: sequestering
question: Insects become toxic by doing what with the chemicals from plants?

answers: text: Lepidoptera
question: Which insect manufactures it's own toxins?

answers: text: chemicals
question: Some beetles can spray what from their abdomen?

context: Pollination is the process by which pollen is transferred in the reproduction of plants, thereby enabling fertilisation and sexual reproduction. Most flowering plants require an animal to do the transportation. While other animals are included as pollinators, the majority of pollination is done by insects. Because insects usually receive benefit for the pollination in the form of energy rich nectar it is a grand example of mutualism. The various flower traits (and combinations thereof) that differentially attract one type of pollinator or another are known as pollination syndromes. These arose through complex plant-animal adaptations. Pollinators find flowers through bright colorations, including ultraviolet, and attractant pheromones. The study of pollination by insects is known as anthecology.
qas: answers: text: Pollination
question: Pollen transferred in the reproduction of plants is called?

answers: text: an animal
question: What is required to transport pollen?

answers: text: insects
question: Most pollination is completed by what?

answers: text: energy rich nectar
question: What do insects receive in return for pollination?

answers: text: pollination syndromes
question: Flowers that allow only one type of pollinator is called what?

context: Many insects are considered pests by humans. Insects commonly regarded as pests include those that are parasitic (e.g. lice, bed bugs), transmit diseases (mosquitoes, flies), damage structures (termites), or destroy agricultural goods (locusts, weevils). Many entomologists are involved in various forms of pest control, as in research for companies to produce insecticides, but increasingly rely on methods of biological pest control, or biocontrol. Biocontrol uses one organism to reduce the population density of another organism — the pest — and is considered a key element of integrated pest management.
qas: answers: text: pests
question: Humans consider insects as what?

answers: text: parasitic
question: Lice and bed bugs are considered what kind of insect?

answers: text: mosquitoes
question: Flies and what other kind of insect transmit diseases?

answers: text: termites
question: What kind of insect can damage architectural structures?

answers: text: agricultural goods
question: Locusts destroy what?

context: Although pest insects attract the most attention, many insects are beneficial to the environment and to humans. Some insects, like wasps, bees, butterflies and ants, pollinate flowering plants. Pollination is a mutualistic relationship between plants and insects. As insects gather nectar from different plants of the same species, they also spread pollen from plants on which they have previously fed. This greatly increases plants' ability to cross-pollinate, which maintains and possibly even improves their evolutionary fitness. This ultimately affects humans since ensuring healthy crops is critical to agriculture. As well as pollination ants help with seed distribution of plants. This helps to spread the plants which increases plant diversity. This leads to an overall better environment. A serious environmental problem is the decline of populations of pollinator insects, and a number of species of insects are now cultured primarily for pollination management in order to have sufficient pollinators in the field, orchard or greenhouse at bloom time.:240–243 Another solution, as shown in Delaware, has been to raise native plants to help support native pollinators like L. vierecki. Insects also produce useful substances such as honey, wax, lacquer and silk. Honey bees have been cultured by humans for thousands of years for honey, although contracting for crop pollination is becoming more significant for beekeepers. The silkworm has greatly affected human history, as silk-driven trade established relationships between China and the rest of the world.
qas: answers: text: pest insects
question: What kind of insects attract the most attention from humans?

answers: text: beneficial
question: Many insects are what to the environment?

answers: text: pollinate
question: What do bees, wasps, butterflies, and ants do to flowers?

answers: text: nectar
question: What do insects gather from plants?

answers: text: serious
question: What kind of environmental problem would occur without pollination?

context: Insectivorous insects, or insects which feed on other insects, are beneficial to humans because they eat insects that could cause damage to agriculture and human structures. For example, aphids feed on crops and cause problems for farmers, but ladybugs feed on aphids, and can be used as a means to get significantly reduce pest aphid populations. While birds are perhaps more visible predators of insects, insects themselves account for the vast majority of insect consumption. Ants also help control animal populations by consuming small vertebrates. Without predators to keep them in check, insects can undergo almost unstoppable population explosions.:328–348:400
qas: answers: text: Insectivorous
question: What insects feed on other insects?

answers: text: beneficial
question: Insectivorous insects are beneficial or harmful to humans?

answers: text: ladybugs
question: What insect feeds on aphids?

answers: text: birds
question: What are the most visible predators of insects?

answers: text: insects themselves
question: What is the largest consumer of insects?

context: Insects play important roles in biological research. For example, because of its small size, short generation time and high fecundity, the common fruit fly Drosophila melanogaster is a model organism for studies in the genetics of higher eukaryotes. D. melanogaster has been an essential part of studies into principles like genetic linkage, interactions between genes, chromosomal genetics, development, behavior and evolution. Because genetic systems are well conserved among eukaryotes, understanding basic cellular processes like DNA replication or transcription in fruit flies can help to understand those processes in other eukaryotes, including humans. The genome of D. melanogaster was sequenced in 2000, reflecting the organism's important role in biological research. It was found that 70% of the fly genome is similar to the human genome, supporting the evolution theory.
qas: answers: text: biological research
question: Insects play prominent roles in what?

answers: text: fruit fly Drosophila melanogaster
question: What is a common insect used for research purposes?

answers: text: 70%
question: What percent of the fly genome is similar to the human genome

answers: text: genetic
question: Drosophila has helped develop principles in what kind of linkage?

answers: text: eukaryotes
question: Genetic systems are conserved among what?

context: In some cultures, insects, especially deep-fried cicadas, are considered to be delicacies, while in other places they form part of the normal diet. Insects have a high protein content for their mass, and some authors suggest their potential as a major source of protein in human nutrition.:10–13 In most first-world countries, however, entomophagy (the eating of insects), is taboo. Since it is impossible to entirely eliminate pest insects from the human food chain, insects are inadvertently present in many foods, especially grains. Food safety laws in many countries do not prohibit insect parts in food, but rather limit their quantity. According to cultural materialist anthropologist Marvin Harris, the eating of insects is taboo in cultures that have other protein sources such as fish or livestock.
qas: answers: text: delicacies
question: Insects are considered as what in some cultures?

answers: text: cicadas
question: What deep-fried insect is part of the normal diet in some cultures?

answers: text: high
question: Insects have what kind of protein content?

answers: text: entomophagy
question: What is the term for eating insects?

answers: text: first-world countries
question: Where is eating insects considered taboo?

context: Scarab beetles held religious and cultural symbolism in Old Egypt, Greece and some shamanistic Old World cultures. The ancient Chinese regarded cicadas as symbols of rebirth or immortality. In Mesopotamian literature, the epic poem of Gilgamesh has allusions to Odonata which signify the impossibility of immortality. Amongst the Aborigines of Australia of the Arrernte language groups, honey ants and witchety grubs served as personal clan totems. In the case of the 'San' bush-men of the Kalahari, it is the praying mantis which holds much cultural significance including creation and zen-like patience in waiting.:9
qas: answers: text: Scarab beetles
question: What ancient world insect is considered symbolic?

answers: text: Chinese
question: Cicadas symbolize immortality in what culture?

answers: text: creation
question: The praying mantis symbolizes patience and what else?

answers: text: Australia
question: Witchety grubs serve as personal clan totems in what country?

answers: text: honey ants
question: What kind of ants are symbolic among the Australian Aborigines?