Question: What is the habitat of this bird?

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The vocalizations of the black-capped chickadee are highly complex. Thirteen distinct types of vocalizations have been classified, many of which are complex and can communicate different types of information. Chickadees' complex vocalizations are likely an evolutionary adaptation to their habitat: they live and feed in dense vegetation, and even when the flock is close together, individual birds tend to be out of each other's visual range.
One of the most recognizable sounds produced, particularly by the males, is the two-note fee-bee song. It is a simple, clear whistle of two notes, identical in rhythm, the first roughly a whole-step above the second. The range of frequencies at which this song starts from varies; the complete frequency range spans roughly 1 kHz. Within this range, male chickadees can sing at various tones. The average starting frequency is around 4000 Hz. A decrease of roughly 200 Hz occurs when the first note (fee) is sung, and then another decrease around 400 Hz takes place between the end of fee and the beginning of bee. In spite of these multiple changes in frequency, though, anybody listening to the song only hears a pure, high-frequency tone. This is distinguished from the Carolina chickadee's four-note call fee-bee fee-bay; the lower notes are nearly identical but the higher fee notes are omitted, making the black-capped song like bee bay. The males sing the song only in relative isolation from other chickadees (including their mates). In late summer, some young birds sing only a single note.
A recent study found that female fee-bee songs have both similarities with and differences from male fee-bee songs. Both sexes sometimes make a faint version of the song, and this appears to be used when feeding young. When males are out in the wild, they sing this song to defend their territory or attract a mate. It is rare, but  a few accounts have been given of females singing a louder version of the fee-bee song when out alone in the wild, too. The black-capped chickadee is a monomorphic species, so distinguishing males and females based solely on their singing is difficult. A bioacoustic analysis performed on both male and female songs revealed that male fee-bee singing fluctuates more, and the absolute amplitude of both sexes is the same. The fee glissando varies far more in females, which makes identifying each sex easier. The purpose of the female fee-bee song is unknown.
The most familiar call is the chick-a-dee-dee-dee, which gave this bird its name. This simple-sounding call is astonishingly complex. Scientists have been studying it since the mid-1970s. It is produced by both males and females year-round. It has been observed to consist of up to four distinct units which can be arranged in different patterns to communicate information about threats from predators and coordination of group movement: A, B, C, and D. These four notes only ever appear in this consecutive order with each preceding note blending into the next. Not all four notes may appear in the call, though. Like other sounds the chickadee produces, it may be heard in multiple variations. The A and B notes are almost identical to one another in both frequency and duration. The black-capped chickadee possesses the ability to quickly notice the difference between these two notes. As for the C and D notes, no real similarity is seen between them. The C note fluctuates from low to high then back to low, whereas the D note has a constant frequency. While not confirmed, one study found evidence of a function behind the C and D notes. To be able to recognize the difference between a member of the same species and a potential predator, the D note is required. The C note is needed to locate food.
Neither individual notes nor groups of notes have an equal probability of appearing in the chick-a-dee-dee song. Its syntax form may take on several different structures, but the two most commonly heard are [A][D] and [B][C][D]. (The brackets are placed around each note to show that it may be repeated more than once.) Any calls that contain the D note more frequently than others are more commonly heard. A recent study of the call showed that the number of dees indicates the level of threat from nearby predators. In an analysis of over 5,000 alarm calls from chickadees,  alarm calls triggered by small, dangerous raptors had a shorter interval between chick and dee and tended to have extra dees, typically four instead of two. In one case, a warning call about a pygmy owl – a prime threat to chickadees – contained 23 dees. The Carolina chickadee makes a similar call, which is faster and higher-pitched.
These chickadees make a number of other calls and sounds, such as a gargle noise usually used by males to indicate a threat of attacking another male, often when feeding. This call is also used in sexual contexts. Black-capped chickadees develop the gargle noise as a result of learning that starts soon after birth and continues through to adulthood. This noise is among the most complex of the calls, containing two to 9 of 14 distinct notes in one population that was studied. It only lasts for about half a second. Social learning, in particular, is largely influential to the development of this sound. Beginning 30 to 35 days after birth, strings of low-amplitude precursor or sub-gargles are produced for about a minute. At this time, the young have several close interactions with their family; they learn to produce such sounds by listening to their parents and siblings. Three chickadee populations were observed at three different sites over 8 years, and all of them produced vocalizations that were very similar to one another. Strings of juvenile sub-gargles are almost perfectly continuous and both low and unstable in frequency, yet lacking multiple syllables. When their vocal abilities are fully developed, a stable frequency is produced and a variety of syllables is heard that vary in length.
Chickadees in an environment with ambient noise at the same frequencies as their songs have developed an evolutionary adaptation that enables them to adjust the frequency of their songs much quicker to effectively communicate with the surrounding population. The fee-bee songs of several male black-capped chickadees were monitored to identify their particular frequency. In one particular study, a series of both masking and nonmasking tones was played to multiple male chickadees at various locations to observe how they responded to interfering and noninterfering signals. When interacting with conspecifics close by, the males matched their frequencies, but when the surrounding environment was noisy with other species, the males adapted by increasing the frequency of their songs. The males responded quickly to the masking tones by raising their song frequencies. Another study, though, showed that male chickadees sometimes intentionally match the tones of competing conspecifics as a way of showing aggression. Dominant males in a population often compete with lower-ranked males; one is not at a greater or lesser advantage than the other. Singing contests are a way male chickadees decide who in a population gets to mate. When a male loses a contest, particularly a higher-ranking male in the population, he will often have difficulty finding a mate.

Answer: dense vegetation


Question: How many eggs does this bird typically lay?

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The black-capped chickadee nests in a hole in a tree, 1–7 m (3.3–23.0 ft) above ground. The pair either excavates the hole together, or uses a natural cavity, or sometimes an old woodpecker nest. This species will also nest in a nesting box. The nesting season is from late April through June. The nest is built by the female only. It consists of a base of coarse material such as moss or bark strips, and lining of finer material such as mammal hair. Eggs are white with fine dots of reddish brown concentrated at the larger end. On average, eggs are 1.52 cm × 1.22 cm (0.60 in × 0.48 in). Clutch size is six to eight eggs. Incubation lasts 11–14 days and is by the female only, which is fed by the male. If an unusual disturbance occurs at the nest entrance, the incubating female may utter an explosive hiss, like that of a snake, a probable adaptation to discourage nest predators.
Hatchlings are altricial, naked with their eyes closed. Nestlings are fed by both sexes, but are brooded by the female only (when the male brings food to her, which she passes on to the young). Young leave the nest 12–16 days  after hatching, in great part because the parents start presenting food only outside the nest hole. The young are still fed by the parents for several weeks, but are capable of catching food on their own within a week after leaving the nest.
Black-capped chickadees usually breed only once a year, but second broods are possible if the first one is lost. First breeding is at one year of age. Maximum recorded lifespan is 12 years, but most individuals live only half that long.
Black-capped chickadees are socially monogamous, and males contribute greatly to reproduction. During the laying and incubation periods, males feed their partners extensively. When the nestlings hatch, males are the primary providers, but as the nestlings grow, females become the main caretakers. Females prefer dominant males, and greater reproductive success is closely related to the higher ranking of the male.
Black-capped chickadees may interbreed with Carolina chickadees or mountain chickadees where their ranges overlap. It appears to be more rare, but interbreeding with boreal chickadees has also been documented.

Answer: six to eight eggs.


Question: What is the typical weight of this bird when mature?

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The black-capped chickadee has a black cap and "bib" with white sides to the face. Its underparts are white with rusty brown on the flanks. Its back is gray and the tail is normally slate gray. This bird has a short dark beak of 8–9.5 mm (0.31–0.37 in), short, rounded wings 63.5–67.5 mm (2.50–2.66 in), a tarsus of 16–17 mm (0.63–0.67 in), and a long tail at 58–63 mm (2.3–2.5 in). Its total body length is 12–15 cm (4.7–5.9 in), wingspan is 16–21 cm (6.3–8.3 in), and body mass is 9–14 g (0.32–0.49 oz). Sexes look alike, but males are slightly larger and longer than females.
Although range can generally be used to separate them, the black-capped chickadee is very similar in appearance to the Carolina chickadee. The black-capped is larger on average, but this cannot be used reliably for identification. The most obvious difference between the two is in the wing feathers. In the black-capped chickadee, the wing feathers have white edges that are larger and more conspicuous than those of the Carolina chickadee. The latter is often mistaken for black-capped chickadees with feather dystrophy, which sometimes affects the appearance of the primary feathers making them look slimmer, a phenomenon caused by illnesses such as fatty liver disease in malnourished birds. Overall, the Carolina appears slightly paler colored, whereas the flanks of the black-capped can appear to have a trace of off-yellow or rusty coloration. Also, the black-capped generally has a more "ragged" looking black bib, whereas the bib of the Carolina has a more smooth-edged look. These subtle features are often even more vague in populations around where the black-capped and Carolina overlap in range (possibly the result of hybrids) and the two cannot always be distinguished as two species. The two species were formerly thought to be easily distinguished by call, but they often learn each other's vocalizations where their ranges overlap (their point of overlap is a narrow band that runs along the east-central United States, with the black-capped chickadee to the north). A bird located near the zone of overlap that sings both songs, or sings "odd-sounding" songs, cannot be positively identified solely by voice in the field.

Answer: 9–14 g (0.32–0.49 oz)


Question: What is the wingspan of this bird in cm?

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The black-capped chickadee has a black cap and "bib" with white sides to the face. Its underparts are white with rusty brown on the flanks. Its back is gray and the tail is normally slate gray. This bird has a short dark beak of 8–9.5 mm (0.31–0.37 in), short, rounded wings 63.5–67.5 mm (2.50–2.66 in), a tarsus of 16–17 mm (0.63–0.67 in), and a long tail at 58–63 mm (2.3–2.5 in). Its total body length is 12–15 cm (4.7–5.9 in), wingspan is 16–21 cm (6.3–8.3 in), and body mass is 9–14 g (0.32–0.49 oz). Sexes look alike, but males are slightly larger and longer than females.
Although range can generally be used to separate them, the black-capped chickadee is very similar in appearance to the Carolina chickadee. The black-capped is larger on average, but this cannot be used reliably for identification. The most obvious difference between the two is in the wing feathers. In the black-capped chickadee, the wing feathers have white edges that are larger and more conspicuous than those of the Carolina chickadee. The latter is often mistaken for black-capped chickadees with feather dystrophy, which sometimes affects the appearance of the primary feathers making them look slimmer, a phenomenon caused by illnesses such as fatty liver disease in malnourished birds. Overall, the Carolina appears slightly paler colored, whereas the flanks of the black-capped can appear to have a trace of off-yellow or rusty coloration. Also, the black-capped generally has a more "ragged" looking black bib, whereas the bib of the Carolina has a more smooth-edged look. These subtle features are often even more vague in populations around where the black-capped and Carolina overlap in range (possibly the result of hybrids) and the two cannot always be distinguished as two species. The two species were formerly thought to be easily distinguished by call, but they often learn each other's vocalizations where their ranges overlap (their point of overlap is a narrow band that runs along the east-central United States, with the black-capped chickadee to the north). A bird located near the zone of overlap that sings both songs, or sings "odd-sounding" songs, cannot be positively identified solely by voice in the field.

Answer: 16–21 cm (6.3–8.3 in)


Question: In which country or region does this insect live?

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Xylocopa virginica, sometimes referred to as the eastern carpenter bee, extends through the eastern United States and into Canada. They are sympatric with Xylocopa micans in much of southeastern United States. They nest in various types of wood and eat pollen and nectar. In X. virginica, dominant females do not focus solely on egg-laying, as in other bee species considered to have "queens". Instead, dominant X. virginica females are responsible for a full gamut of activities including reproduction, foraging, and nest construction, whereas subordinate bees may engage in little activity outside of guarding the nest.

Answer: eastern united states and into canada


Question: What is the wingspan of this insect in mm?

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Polyommatus icarus has a wingspan of 28–36 millimetres (1.1–1.4 in). The dorsal side of the wings is an iridescent lilac blue, bright violet-blue, or almost hyacinth-blue with a thin black border. Females' wings are brown or black-brown with a row of red reddish yellow spots along the edges of the wings (marginal spots) and usually some blue at the base. The extent of blue and brown is extremely variable depending on location. The top of the wings in the female may be mostly blue, especially in Ireland and Scotland, but it always has red spots.
The ventral side has a greyish or dust-grey base colour in the males and a more brownish hue in the females. Both sexes have a row of red or orange spots along the edge of the hindwing and extending onto the forewing, though they are generally fainter there, particularly in the males, where they are sometimes missing altogether. There are  about a dozen black-centered white spots (ocelli) on the hindwing and nine on the forewing. These usually include one in the middle of the forewing cell, absent in Chapman's and Escher's blues. The fringes on the outer edge of the wings are uniform white, not crossed with black lines as in the chalkhill and Adonis blues (that is, the common blue lacks checkering).

The caterpillar is small, pale green with yellow stripes and, as usual with Lycaenid larvae, rather slug-like.

Answer: 28–36 millimetres (1.1–1.4 in).


Question: In which country or region does this animal live?

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A very common and easily seen raptor, the nankeen kestrel is found in Australia, New Guinea, and nearby islands, and is an irregular visitor to New Zealand. It occupies any type of land that is not too densely vegetated, but in particular temperate grasslands and open woodlands. In the tropical north and the sandy deserts of the west, it has a patchy and seasonal distribution. It can be seen in Western Australia on coastal cliffs and windy conditions. Also seen on phone lines and power lines.
Like many Australian birds, it has no clear migratory pattern: in the grasslands of the south, established pairs are resident year-round, but many other birds migrate north during the austral winter, or roam the arid interior following food supplies. Typically seen singly or in pairs, they can aggregate into loose flocks of up to 30 when conditions are right. Pairs are typically monogamous and may or may not disperse to different areas during the non-breeding season. The nest is any convenient structure: a tree hollow, cliff ledge or disused corvid's nest, for example, and is not modified or added to by the kestrels.

Answer: australia, new guinea, and nearby islands, and is an irregular visitor to new zealand


Question: What is the typical weight of this bird when mature?

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The aplomado falcon is very slender, long-winged, and long-tailed, the size of a small peregrine falcon (F. peregrinus), at 12–16 in (30–40 cm) long and with an average wingspan of about 36 in (90 cm), but only half the weight, at about 7.3–10.8 oz (208–305 g) in males and 9.6–16 oz (271–460 g) in females. In adult birds, the upperparts are dark blue-grey, as is much of the head, with the usual falcon "moustache" contrasting sharply with the white throat and eyestripe.  The upper breast continues the white of the throat; there are black patches on each side of the lower breast that meet in the middle; the belly and thighs, below the black patches, are light cinnamon.  The tail is black with narrow white or grey bars and a white tip. The cere, eye-ring, and feet are yellow or yellow-orange.
Except that females are bigger than males, the sexes are similar. Juvenile birds are very similar to adults, but their upperparts and belly band are blackish brown, the chest is streaked with black, the white on the head and breast is buffy, and the cinnamon on the underparts is paler, as are the feet.
This species may be confused with the bat falcon (F. rufigularis) and the orange-breasted falcon (F. deiroleucus), which have similar white-black-rust patterns below, but those species are built more like peregrine falcons and have solidly blackish heads and darker rufous bellies. These two species are generally considered to belong to the same lineage as the aplomado falcon. Two other Falco species of the Americas, the merlin (F. columbarius) and the American kestrel (F. sparverius), seem to be closer to the Aplomado group than most other falcons, but the relationships of all these lineages are fairly enigmatic. All that can be said with some certainty is that they diverged as part of an apparently largely western Holarctic radiation in the Late Miocene, probably around 8 to 5 million years ago.

Answer: 7.3–10.8 oz (208–305 g) in males,9.6–16 oz (271–460 g) in females


Question: What does this reptile eat?

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They subsist on an insect diet, which consists mainly of orthopterans, beetles and ants. Their full diet encompasses various orders (10 recorded) of arthropods. They also eat millipedes, which other lizard taxa tend to avoid. Gut contents reveal many ants (92% of items) and some beetles (4%). A large volume of orthopterans is consumed (27%), followed by beetles (26%) and ants (18%). Juvenile diet (by volume) is dominated by ants, though beetles and orthopterans are also taken. Prey diversity and volumes fluctuate seasonally.

Answer: insect diet


Question: In which country or region does this insect live?

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A. mixta is found throughout central and southern Europe, north Africa, the Middle East and across Asia to China and Japan. As it is a migratory species it can occur outside its normal range and in recent years it has been spreading northwards. For example in the United Kingdom this insect was rare until the 1940s when it began migrating from the continent in large numbers. It continues to do so and is now a resident breeding species throughout England and Wales. It reached the Isle of Man in 1998 and Ireland in 2000. It breeds in lakes and ponds and is tolerant of brackish water. It is also found away from water hawking high amongst trees and bushes, but often resting low on vegetation.  A specimen was discovered in early August 2011 adjacent to a riparian park in Calgary, Alberta.

Answer: central and southern europe, north africa, alberta, england, wales  the middle east and across asia to china and japan,


Question: Where is this insect native?

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The migrant hawker (Aeshna mixta) is one of the smaller species of hawker dragonflies.  It can be found away from water but for breeding it prefers still or slow-flowing water and can tolerate brackish sites. The flight period is from July to the end of October. A. mixta occurs in North Africa, southern and central Europe to the Baltic region.

Answer: north africa, southern and central europe to the baltic region


Question: Which period of the year is this insect active?

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The migrant hawker (Aeshna mixta) is one of the smaller species of hawker dragonflies.  It can be found away from water but for breeding it prefers still or slow-flowing water and can tolerate brackish sites. The flight period is from July to the end of October. A. mixta occurs in North Africa, southern and central Europe to the Baltic region.

Answer: july to the end of october


Question: In which country or region does this insect live?

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Coelophora inaequalis, the variable ladybird, common Australian lady beetle or common Australian ladybug is a ladybird species endemic to Australia, Oceania and Southern Asia. The variable ladybird gets its name from the black markings on the adult elytra, that vary from one individual to another.
C. inaequalis was introduced into Florida and Hawaii as a biological control agent to combat Sipha flava, the yellow sugarcane aphid.

Answer: australia


Question: What is the wingspan of this insect in mm?

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The black-veined white has a wingspan of 51 to 70 mm (2.0 to 2.8 in). Females are commonly larger than males. The upperside of both forewings and hindwings is a translucent white boldly veined with black. The underside is similar in the male but the female has brown veining. Moreover, the female loses most of her scales by rubbing her wings together, resulting almost-transparent.
This butterfly can be distinguished from other members of white butterflies of the genus Pieris by its distinctive veined wings.
The eggs are yellow at first, darkening with age. The caterpillars are greenish grey with transverse banding. The pupa is creamy white, marked with black, attached by a silken girdle to a twig.

Answer: 51 to 70 mm (2.0 to 2.8 in).


Question: How many eggs does this bird typically lay?

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The red-billed quelea needs 300–800 mm (12–31 in) of precipitation to breed, with nest building usually commencing four to nine weeks after the onset of the rains. Nests are usually built in stands of thorny trees such as umbrella thorn acacia (Vachellia tortilis), blackthorn (Senegalia mellifera) and sicklebush (Dichrostachys cinerea), but sometimes in sugar cane fields or reeds. Colonies can consist of millions of nests, in densities of 30,000 per ha (12,000 per acre). Over 6000 nests in a single tree have been counted.
At Malilangwe in Zimbabwe one colony was 20 km (12 mi) long and 1 km (0.6 mi) wide. In southern Africa, suitable branches are stripped of leaves a few days in advance of the offset of nest construction. The male starts the nest by creating a ring of grass by twining strips around both branches of a hanging forked twig, and from there bridging the gaps in the circle his beak can reach, having one foot on each of the branchlets, using the same footholds and the same orientation throughout the building process. Two parallel stems of reeds or sugar cane can also be used to attach the nest from. They use both their bills and feet in adding the initial knots needed.
As soon as the ring is finished the male displays, trying to attract a female, after which the nest may be completed in two days. The nest chamber is created in front of the ring. The entrance may be constructed after the egg laying has started, while the male works from the outside. A finished nest looks like a small oval or globular ball of grass, around 18 cm (7 in) high and 16 cm (6 in) wide, with a 2.5 cm (1 in) wide entrance high up one side, sheltered by a shallow awning. About six to seven hundred fresh, green grass strips are used for each nest. This species may nest several times per year when conditions are favourable.
In the breeding season, males are diversely coloured. These differences in plumage do not signal condition, probably serving instead for the recognition of individual birds. However, the intensity of the red on the bills is regarded an indicator of the animal's quality and social dominance. Red-billed quelea males mate with one female only within one breeding cycle. There are usually three eggs in each clutch (though the full range is one to five) of approximately 18 mm (0.71 in) long and 13 mm (0.51 in) in diameter. The eggs are light bluish or greenish in colour, sometimes with some dark spots. Some clutches contain six eggs, but large clutches may be the result of other females dumping an egg in a stranger's nest.
Both sexes share the incubation of the eggs during the day, but the female alone does so during the cool night, and feeds during the day when air temperatures are high enough to sustain the development of the embryo. The breeding cycle of the red-billed quelea is one of the shortest known in any bird. Incubation takes nine or ten days. After the chicks hatch, they are fed for some days with protein-rich insects. Later the nestlings mainly get seeds. The young birds fledge after about two weeks in the nest. They are sexually mature in one year.

Answer: three eggs in each clutch


Question: What is the typical weight of this bird when mature?

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The roadside hawk is 31–41 cm (12–16 in) long and weighs 250–300 g (8.8–10.6 oz). Males are about 20% smaller than females, but otherwise the sexes are similar. In most subspecies, the lower breast and underparts are barred brown and white, and the tail has four or five grey bars. Twelve subspecies are usually recognised and there is significant plumage variation between these. Depending on the subspecies involved, the roadside hawk is mainly brown or grey. It is fairly common to observe a touch of rufous (i.e., a light reddish-brown) on the bird's wings, especially when seen in flight. Its call is a very high-pitched piercing squeak. The eyes of adult roadside hawks are whitish or yellow. As suggested by its specific name (magni = large; rostri = beak), its beak is relatively large.
The roadside hawk may be marginally the smallest hawk in the widespread genus Buteo, although Ridgway's hawk and the white-rumped hawk are scarcely larger. In flight, the relatively long tail and disproportionately short wings of the roadside hawk are distinctive. It frequently soars, but does not hover.

Answer: 250–300 g (8.8–10.6 oz


Question: How many eggs does this bird typically lay?

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The greylag goose or graylag goose (Anser anser) is a species of large goose in the waterfowl family Anatidae and the type species of the genus Anser. It has mottled and barred grey and white plumage and an orange beak and pink legs. A large bird, it measures between 74 and 91 centimetres (29 and 36 in) in length, with an average weight of 3.3 kilograms (7 lb 4 oz). Its distribution is widespread, with birds from the north of its range in Europe and Asia migrating southwards to spend the winter in warmer places. It is the type species of the genus Anser and is the ancestor of most breeds of domestic goose, having been domesticated at least as early as 1360 BC. The genus name is from anser, the Latin for "goose".
Greylag geese travel to their northerly breeding grounds in spring, nesting on moorlands, in marshes, around lakes and on coastal islands. They normally mate for life and nest on the ground among vegetation. A clutch of three to five eggs is laid; the female incubates the eggs and both parents defend and rear the young. The birds stay together as a family group, migrating southwards in autumn as part of a flock, and separating the following year. During the winter they occupy semi-aquatic habitats, estuaries, marshes and flooded fields, feeding on grass and often consuming agricultural crops. Some populations, such as those in southern England and in urban areas across the species' range, are primarily resident and occupy the same area year-round.

Answer: a clutch of three to five eggs is laid


Question: What is the typical weight of this bird when mature?

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The greylag goose or graylag goose (Anser anser) is a species of large goose in the waterfowl family Anatidae and the type species of the genus Anser. It has mottled and barred grey and white plumage and an orange beak and pink legs. A large bird, it measures between 74 and 91 centimetres (29 and 36 in) in length, with an average weight of 3.3 kilograms (7 lb 4 oz). Its distribution is widespread, with birds from the north of its range in Europe and Asia migrating southwards to spend the winter in warmer places. It is the type species of the genus Anser and is the ancestor of most breeds of domestic goose, having been domesticated at least as early as 1360 BC. The genus name is from anser, the Latin for "goose".
Greylag geese travel to their northerly breeding grounds in spring, nesting on moorlands, in marshes, around lakes and on coastal islands. They normally mate for life and nest on the ground among vegetation. A clutch of three to five eggs is laid; the female incubates the eggs and both parents defend and rear the young. The birds stay together as a family group, migrating southwards in autumn as part of a flock, and separating the following year. During the winter they occupy semi-aquatic habitats, estuaries, marshes and flooded fields, feeding on grass and often consuming agricultural crops. Some populations, such as those in southern England and in urban areas across the species' range, are primarily resident and occupy the same area year-round.

Answer: 3.3 kilograms (7 lb 4 oz)


Question: Which period of the year is this insect active?

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Isochaetes beutenmuelleri, the spun glass slug moth, is a moth of the family Limacodidae. It is found in the United States from New York to Florida and west to Colorado and Texas. The name comes from the appearance of their pupal stage, when they are very nearly transparent, and covered in spiny hairs containing poison that can cause dermatitis, as is not uncommon for other so-called stinging caterpillars.
Their wingspan is 19–24 mm. The forewings are yellowish with vague orange-brown lines and shading. The sharpest marking is a circular brown spot at the midpoint between the postmedial line. Females are larger than males and they have a thicker and more blackish spot. Adults are on wing from June to August.
The larvae feed on oak and beech.

Answer: june to august


Question: In which country or region does this animal live?

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The Eurasian sparrowhawk (Accipiter nisus), also known as the northern sparrowhawk or simply the sparrowhawk, is a small bird of prey in the family Accipitridae. Adult male Eurasian sparrowhawks have bluish grey upperparts and orange-barred underparts; females and juveniles are brown above with brown barring below. The female is up to 25% larger than the male – one of the greatest size differences between the sexes in any bird species. Though it is a predator which specialises in catching woodland birds, the Eurasian sparrowhawk can be found in any habitat and often hunts garden birds in towns and cities. Males tend to take smaller birds, including tits, finches, and sparrows; females catch primarily thrushes and starlings, but are capable of killing birds weighing 500 g (18 oz) or more.
The Eurasian sparrowhawk is found throughout the temperate and subtropical parts of the Old World; while birds from the northern parts of the range migrate south for winter, their southern counterparts remain resident or make dispersive movements. Eurasian sparrowhawks breed in suitable woodland of any type, with the nest, measuring up to 60 cm (2.0 ft) across, built using twigs in a tree. Four or five pale blue, brown-spotted eggs are laid; the success of the breeding attempt is dependent on the female maintaining a high weight while the male brings her food. The chicks hatch after 33 days and fledge after 24 to 28 days.
The probability of a juvenile surviving its first year is 34%, with 69% of adults surviving from one year to the next. Mortality in young males is greater than that of young females and the typical lifespan is four years. This species is now one of the most common birds of prey in Europe, although the population crashed after the Second World War. Organochlorine insecticides used to treat seeds before sowing built up in the bird population, and the concentrations in Eurasian sparrowhawks were enough to kill some outright and incapacitate others; affected birds laid eggs with fragile shells which broke during incubation. However, its population recovered after the chemicals were banned, and it is now relatively common, classified as being of least concern by BirdLife International.
The Eurasian sparrowhawk's hunting behaviour has brought it into conflict with humans for hundreds of years, particularly racing pigeon owners and people rearing poultry and gamebirds. It has also been blamed for decreases in passerine populations. The increase in population of the Eurasian sparrowhawk coincides with the decline in house sparrows in Britain. Studies of racing pigeon deaths found that Eurasian sparrowhawks were responsible for less than 1%. Falconers have utilised the Eurasian sparrowhawk since at least the 16th century; although the species has a reputation for being difficult to train, it is also praised for its courage. The species features in Teutonic mythology and is mentioned in works by writers including William Shakespeare, Alfred, Lord Tennyson and Ted Hughes.

Answer: old world


Question: Where does this animal reside in winter?

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The Eurasian sparrowhawk (Accipiter nisus), also known as the northern sparrowhawk or simply the sparrowhawk, is a small bird of prey in the family Accipitridae. Adult male Eurasian sparrowhawks have bluish grey upperparts and orange-barred underparts; females and juveniles are brown above with brown barring below. The female is up to 25% larger than the male – one of the greatest size differences between the sexes in any bird species. Though it is a predator which specialises in catching woodland birds, the Eurasian sparrowhawk can be found in any habitat and often hunts garden birds in towns and cities. Males tend to take smaller birds, including tits, finches, and sparrows; females catch primarily thrushes and starlings, but are capable of killing birds weighing 500 g (18 oz) or more.
The Eurasian sparrowhawk is found throughout the temperate and subtropical parts of the Old World; while birds from the northern parts of the range migrate south for winter, their southern counterparts remain resident or make dispersive movements. Eurasian sparrowhawks breed in suitable woodland of any type, with the nest, measuring up to 60 cm (2.0 ft) across, built using twigs in a tree. Four or five pale blue, brown-spotted eggs are laid; the success of the breeding attempt is dependent on the female maintaining a high weight while the male brings her food. The chicks hatch after 33 days and fledge after 24 to 28 days.
The probability of a juvenile surviving its first year is 34%, with 69% of adults surviving from one year to the next. Mortality in young males is greater than that of young females and the typical lifespan is four years. This species is now one of the most common birds of prey in Europe, although the population crashed after the Second World War. Organochlorine insecticides used to treat seeds before sowing built up in the bird population, and the concentrations in Eurasian sparrowhawks were enough to kill some outright and incapacitate others; affected birds laid eggs with fragile shells which broke during incubation. However, its population recovered after the chemicals were banned, and it is now relatively common, classified as being of least concern by BirdLife International.
The Eurasian sparrowhawk's hunting behaviour has brought it into conflict with humans for hundreds of years, particularly racing pigeon owners and people rearing poultry and gamebirds. It has also been blamed for decreases in passerine populations. The increase in population of the Eurasian sparrowhawk coincides with the decline in house sparrows in Britain. Studies of racing pigeon deaths found that Eurasian sparrowhawks were responsible for less than 1%. Falconers have utilised the Eurasian sparrowhawk since at least the 16th century; although the species has a reputation for being difficult to train, it is also praised for its courage. The species features in Teutonic mythology and is mentioned in works by writers including William Shakespeare, Alfred, Lord Tennyson and Ted Hughes.

Answer: migrate south for winter


Question: What does this bird eat?

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The Eurasian sparrowhawk is a major predator of smaller woodland birds, though only 10% of its hunting attacks are successful. It hunts by surprise attack, using hedges, tree-belts, copses, orchards and other cover near woodland areas; its choice of habitat is dictated by these requirements. It also makes use of gardens in built-up areas, taking advantage of the prey found there.
It waits, hidden, for birds to come near, then breaks cover and flies out fast and low. A chase may follow, with the hawk even flipping upside-down to grab the victim from below or following it on foot through vegetation. It can "stoop" onto prey from a great height. Ian Newton describes seven modes of hunting used by Eurasian sparrowhawks:
Short-stay-perch-hunting
High soaring and stooping
Contour-hugging in flight
Still-hunting
Low quartering
Hunting by sound
Hunting on foot
The sparrowhawk bears numerous adaptations that allow it to fly at speed low to the ground and hunt in confined spaces; these include its blunted wings, which allow it to fly through narrow gaps in hedges and fences, and its long, square-edged tail, which the bird uses to aid itself in carrying out tight turns, such as those required to negotiate close stands of trees.
Male Eurasian sparrowhawks regularly kill birds weighing up to 40 g (1.4 oz) and sometimes up to 120 g (4.2 oz) or more; females can tackle prey up to 500 g (18 oz) or more. A recent study found that on average, female sparrowhawk prey were two and a half times heavier than that of the male. The weight of food consumed by adult birds daily is estimated to be 40–50 g (1.4–1.8 oz) for males and 50–70 g (1.8–2.5 oz) for females. During one year, a pair of Eurasian sparrowhawks could take 2,200 house sparrows, 600 common blackbirds or 110 wood pigeons. Species that feed in the open, far from cover, or are conspicuous by their behaviour or coloration, are taken more often by Eurasian sparrowhawks. For example, great tits and house sparrows are vulnerable to attack. Eurasian sparrowhawks may account for more than 50% of deaths in certain species, but the extent varies from area to area.
Males tend to take tits, finches, sparrows and buntings; females often take thrushes and starlings. Larger quarry (such as doves and magpies) may not die immediately but succumb during feather plucking and eating. More than 120 bird species have been recorded as prey and individual Eurasian sparrowhawks may specialise in certain prey. The birds taken are usually adults or fledglings, though chicks in the nest and carrion are sometimes eaten. Small mammals, including bats and mice, are sometimes caught but insects are eaten only very rarely.
Small birds are killed on impact or when squeezed by the Eurasian sparrowhawk's foot, especially the two long claws. Victims which struggle are "kneaded" by the hawk, using its talons to squeeze and stab. When dealing with large prey species which peck and flap, the hawk's long legs help in restraining the prey. It stands on top of its prey to pluck and pull it apart. The feathers are plucked and usually the breast muscles are eaten first. The bones are left, but can be broken using the notch in the bill. Like other birds of prey, Eurasian sparrowhawks produce pellets containing indigestible parts of their prey. These range from 25 to 35 mm (0.98 to 1.38 in) long and 10–18 mm (0.39–0.71 in) wide and are round at one end and more narrow and pointed at the other. They are usually composed of small feathers, as the larger ones are plucked and not consumed.
During hunting, this species can fly 2–3 km (1.2–1.9 mi) per day. It rises above tree level mostly to display, soar above territory and to make longer journeys. A study in a forested area of Norway found that the mean size of the home ranges was 9.2 km² (3.6 sq mi) for males, and 12.3 km² (4.7 sq mi) for females, which was larger than studies in Great Britain had found, "probably due to lower land productivity and associated lower densities of prey species in the [Norwegian study area]".
A study looked at the effect on the population of blue tits in an area where a pair of Eurasian sparrowhawks began to breed in 1990. It found that the annual adult survival rate for the tits in that area dropped from 0.485 to 0.376 (the rate in adjacent plots did not change). The size of the breeding population was not changed, but there were fewer non-breeding blue tits in the population. In woodland, Eurasian sparrowhawks account for the deaths of a third of all young great tits; the two alarm calls given by great tits when mobbing a predator, and when fleeing from a nearby hawk, are within the optimum hearing range of both prey and predator; however, the high-pitched alarm call given when a distant flying Eurasian sparrowhawk is seen "can only be heard well by the tit." Research carried out in Sussex, England, found that the impact of Eurasian sparrowhawk predation on grey partridges was highest when the partridge density was lowest, while a 10-year study in Scotland found that Eurasian sparrowhawks did not select the common redshanks they predated according to the waders' size or condition, probably because of the hawks' surprise-attack hunting technique.
Another study found that the risk of predation for a bird targeted by a Eurasian sparrowhawk or northern goshawk increased 25-fold if the prey was infected with the blood parasite Leucocytozoon, and birds with avian malaria were 16 times more likely to be killed.

Answer: birds


Question: What is the habitat of this bird?

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A widespread species throughout the temperate and subtropical parts of the Old World, the Eurasian sparrowhawk is resident or breeds in an estimated global range of 23,600,000 km² (9,100,000 sq mi) and had an estimated population of 1.5 million birds in 2009. Although global population trends have not been analysed, numbers seem to be stable, so it has been classified as being of least concern by IUCN. The race granti, with 100 pairs resident on Madeira and 200 pairs on the Canary Islands, is threatened by loss of habitat, egg-collecting and illegal hunting, and is listed on Annex I of the European Commission Birds Directive. It is one of the most common birds of prey in Europe, along with the common kestrel and common buzzard. The Norwegian and Albanian populations are declining and, in many parts of Europe, Eurasian sparrowhawks are still shot. However, this low-level persecution has not affected the populations badly. In the UK, the population increased by 108% between 1970–2005, but saw a 1% decline over 1994–2006. In Ireland it is the most common bird of prey, breeding even near the city centre of Dublin, where it frequents parks and large gardens.
This species is prevalent in most woodland types in its range, and also in more open country with scattered trees. Eurasian sparrowhawks prefer to hunt the edges of wooded areas, but migrant birds can be seen in any habitat. The increased proportion of medium-aged stands of trees created by modern forestry techniques have benefited Accipiter nisus, according to a Norwegian study. Unlike its larger relative the northern goshawk, it can be seen in gardens and in urban areas and will even breed in city parks if they have a certain density of tall trees.
Eurasian sparrowhawks from colder regions of northern Europe and Asia migrate south for the winter, some to north Africa (some as far as equatorial east Africa) and India; members of the southern populations are resident or disperse. Juveniles begin their migration earlier than adults and juvenile females move before juvenile males. Analysis of ringing data collected at Heligoland, Germany, found that males move further and more often than females; of migrating birds ringed at Kaliningrad, Russia, the average distance moved before recovery (when the ring is read and the bird's whereabouts reported subsequently) was 1,328 km (825 mi) for males and 927 km (576 mi) for females.
A study of Eurasian sparrowhawks in southern Scotland found that ringed birds which had been raised on "high grade" territories were recovered in greater proportion than birds which came from "low grade" territories. This suggested that the high grade territories produced young which survived better. The recovery rate also declined with increased elevation of the ground. After the post-fledging period, female birds dispersed greater distances than did males.

Answer: woodland types in its range,


Question: How many eggs does this bird typically lay?

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The Eurasian sparrowhawk (Accipiter nisus), also known as the northern sparrowhawk or simply the sparrowhawk, is a small bird of prey in the family Accipitridae. Adult male Eurasian sparrowhawks have bluish grey upperparts and orange-barred underparts; females and juveniles are brown above with brown barring below. The female is up to 25% larger than the male – one of the greatest size differences between the sexes in any bird species. Though it is a predator which specialises in catching woodland birds, the Eurasian sparrowhawk can be found in any habitat and often hunts garden birds in towns and cities. Males tend to take smaller birds, including tits, finches, and sparrows; females catch primarily thrushes and starlings, but are capable of killing birds weighing 500 g (18 oz) or more.
The Eurasian sparrowhawk is found throughout the temperate and subtropical parts of the Old World; while birds from the northern parts of the range migrate south for winter, their southern counterparts remain resident or make dispersive movements. Eurasian sparrowhawks breed in suitable woodland of any type, with the nest, measuring up to 60 cm (2.0 ft) across, built using twigs in a tree. Four or five pale blue, brown-spotted eggs are laid; the success of the breeding attempt is dependent on the female maintaining a high weight while the male brings her food. The chicks hatch after 33 days and fledge after 24 to 28 days.
The probability of a juvenile surviving its first year is 34%, with 69% of adults surviving from one year to the next. Mortality in young males is greater than that of young females and the typical lifespan is four years. This species is now one of the most common birds of prey in Europe, although the population crashed after the Second World War. Organochlorine insecticides used to treat seeds before sowing built up in the bird population, and the concentrations in Eurasian sparrowhawks were enough to kill some outright and incapacitate others; affected birds laid eggs with fragile shells which broke during incubation. However, its population recovered after the chemicals were banned, and it is now relatively common, classified as being of least concern by BirdLife International.
The Eurasian sparrowhawk's hunting behaviour has brought it into conflict with humans for hundreds of years, particularly racing pigeon owners and people rearing poultry and gamebirds. It has also been blamed for decreases in passerine populations. The increase in population of the Eurasian sparrowhawk coincides with the decline in house sparrows in Britain. Studies of racing pigeon deaths found that Eurasian sparrowhawks were responsible for less than 1%. Falconers have utilised the Eurasian sparrowhawk since at least the 16th century; although the species has a reputation for being difficult to train, it is also praised for its courage. The species features in Teutonic mythology and is mentioned in works by writers including William Shakespeare, Alfred, Lord Tennyson and Ted Hughes.

Answer: four or five pale blue, brown-spotted eggs are laid


Question: What is the wingspan of this bird in cm?

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The Eurasian sparrowhawk is a small bird of prey with short, broad wings and a long tail, both adaptations to manoeuvring through trees. Females can be up to 25% larger than males and weigh up to twice as much. Marked size difference in this direction is unusual in higher vertebrates but typical in birds of prey, and most marked in birds of prey which hunt birds.
The adult male is 29–34 cm (11–13 in) long, with a wingspan of 59–64 cm (23–25 in) and a mass of 110–196 g (3.9–6.9 oz). He has slate-grey upperparts (sometimes tending to bluish), with finely red-barred underparts, which can look plain orange from a distance; his irides are orange-yellow or orange-red. The female is much larger at 35–41 cm (14–16 in) long, with a wingspan of 67–80 cm (26–31 in), and a mass of 185–342 g (6.5–12.1 oz). She has dark brown or greyish-brown upperparts, and brown-barred underparts, and bright yellow to orange irides. The juvenile is warm brown above, with rusty fringes to the upperparts; and coarsely barred or spotted brown below, with pale yellow eyes; its throat has dark streaks and lacks a mesial (midline) stripe.
The Eurasian sparrowhawk's pale underparts and darker upperparts are an example of countershading, which helps to break up the bird's outline. Countershading is exhibited by birds of prey which hunt birds and other fast-moving animals. The horizontal barring seen on adult Eurasian sparrowhawks is typical of woodland-dwelling predatory birds, while the adult male's bluish colour is also seen in other bird-eating raptors, including the peregrine falcon, the merlin and other Accipiters.
A study, using stuffed bird models, found that small birds are less likely to approach common cuckoos (a brood parasite) which have barred underparts like the Eurasian sparrowhawk. Eurasian reed warblers were found to be more aggressive to cuckoos which looked less hawk-like, meaning that the resemblance to the hawk (mimicry) helps the cuckoo to access the nests of potential hosts.
The Eurasian sparrowhawk's small bill is used for plucking feathers and pulling prey apart, rather than killing or cutting. Its long legs and toes are an adaptation for catching and eating birds. The outer toe is "fairly long and slender"; the inner toe and back toe are relatively short and thick. The middle toe is very long and can be used to grasp objects, while a protuberance on the underside of the toe means that the digit can be closed without leaving a gap, which helps with gripping.
The flight is a characteristic "flap-flap-glide", with the glide creating an undulating pattern. This species is similar in size to the Levant sparrowhawk, but larger than the shikra (the calls are however different); the male is only slightly larger than the merlin. Because of the overlap in sizes, the female can be confused with the similarly-sized male northern goshawk, but lacks the bulk of that species. Eurasian sparrowhawks are smaller, more slender and have shorter wings, a square-ended tail and fly with faster wingbeats. A confusion species in China is the besra, although A. n. melaschistos is considerably larger.
In Great Britain, Eurasian sparrowhawks living further north are bigger than their more southerly counterparts, with wing length (the most reliable indicator of body size) increasing by an average of 0.86 mm (0.034 in) in males, and 0.75 mm (0.030 in) in females, for each degree further north.

Answer: male 59–64 cm (23–25 in) and female 67–80 cm (26–31 in)


Question: In this part of the world does this animal live?

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The Texas river cooter (Pseudemys texana) is a species of freshwater turtle endemic to the U.S. state of Texas. It is found in the river basins of the Brazos, San Bernard, Colorado, Guadalupe, San Antonio, Nueces, and their tributaries. It is one of three species of cooters (Pseudemys) occurring in Texas, including the Rio Grande cooter (Pseudemys gorzugi) and the river cooter (Pseudemys concinna).

Answer: brazos, san bernard, colorado, guadalupe, san antonio, nueces, and their tributaries.


Question: How large does this animal become typically?

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The Texas river cooter is a relatively large turtle, capable of growing to a shell length of 12+ inches (30.5 cm). They are green in color, with yellow and black markings that fade with age. Males can be distinguished from females by their longer tails, longer claws, and overall smaller size.

Answer: shell length 12+ inches (30.5 cm)


Question: Where does this animal reside in winter?

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The winter wren (Troglodytes hiemalis) is a very small North American bird and a member of the mainly New World wren family Troglodytidae. It was once lumped with the Pacific wren (Troglodytes pacificus) of western North America and the Eurasian wren (Troglodytes troglodytes) of Eurasia under the name winter wren.
It breeds in coniferous forests from British Columbia to the Atlantic Ocean. It migrates through and winters across southeastern Canada, the eastern half the United States and (rarely) north-eastern Mexico. Small numbers may be casual in the western United States and Canada.
The scientific name is taken from the Greek word troglodytes (from "trogle" a hole, and "dyein" to creep), meaning "cave-dweller", and refers to its habit of disappearing into cavities or crevices while hunting arthropods or to roost.

Answer: southeastern canada, the eastern half the united states and (rarely) north-eastern mexico


Question: How old does this insect become?

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The adult Anasa tristis is a greyish-brown, somewhat flattened insect reaching a length of about 1.5 cm (0.6 in) and a width of 0.75 cm (0.3 in). There is often a row of alternate brown and gold spots along the margin of the abdomen. Adults survive for three or four months.

Answer: 3 to 4 months


Question: In which country or region does this insect live?

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The common whitetail or long-tailed skimmer (Plathemis lydia) is a common dragonfly across much of North America, with a striking and unusual appearance. The male's chunky white body (about 5 cm or 2 inches long), combined with the brownish-black bands on its otherwise translucent wings, give it a checkered look. Females have a brown body and a different pattern of wing spots, closely resembling that of female Libellula pulchella, the twelve-spotted skimmer. Whitetail females can be distinguished by their smaller size, shorter bodies, and white zigzag abdominal stripes; the abdominal stripes of L. puchella are straight and yellow.
The common whitetail can be seen hawking for mosquitoes and other small flying insects over ponds, marshes, and slow-moving rivers in most regions except the higher mountain regions. Periods of activity vary between regions; for example in California, the adults are active from April to September.
Like all perchers, common whitetails often rest on objects near the water, and sometimes on the ground. Males are territorial, holding a 10-to-30-metre stretch (33 to 98 ft) of the water's edge, and patrolling it to drive off other males.  The white pruinescence on the abdomen, found only in mature males, is displayed to other males as a territorial threat.
The nymphs are dark green or brown, but are usually found covered in algae. They feed on aquatic invertebrates such as mayfly larvae and small crayfish, and also on small aquatic vertebrates such as tadpoles and minnows. Because of their abundance, whitetail naiads are in turn an important food source for various fish, frogs, and birds, and also for other aquatic insects.
Some authorities classify the whitetails, including the common whitetail, in genus Libellula rather than Plathemis. This matter has been debated at least since the end of the nineteenth century. Recent molecular systematics evidence suggests that separation of the whitetails from the rest of Libellula may be appropriate.

Answer: north america


Question: Which period of the year is this insect active?

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Ogdoconta cinereola, the common pinkband moth, is a moth in the family Noctuidae. It is found in eastern, central, and south-western North America. It occurs from southern Ontario and Quebec south to southern Florida. At the western edge of its distribution, it occurs from Manitoba southward through the Great Plains of Nebraska and Iowa, south throughout most of Texas, and westward through southern New Mexico to south-eastern Arizona (Santa Cruz County). The distribution extends south to the state of Coahuila in northern Mexico.
The length of the forewings is 9.5–14.5 mm. The forewing is light fuscous brown, and the subterminal region (between the postmedial and subterminal lines) is suffused with a pinkish tinge. The medial and basal areas are minutely speckled with white. The antemedial line is an obscure, scalloped white line. The reniform and orbicular spots are obscure but often discernible by fine white outlines. The claviform spot is absent. The postmedial line is a white, almost straight, oblique line with a slight basally directed bend. The subterminal line is marked primarily as a brown shade terminating the pink suffusion of the subterminal region. The hindwings are suffused with brown. Males and females are similar in appearance, although the female hindwing usually is darker. Adults are on wing from May to September
in the northern part of the range and from April to October in Texas and Florida.
The larvae feed on Amaranthaceae, Asteraceae (especially Ambrosia species), Fabaceae, Labiatae and Poaceae species.

Answer: may to september and april to october


Question: What is the habitat of this bird?

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The varied thrush breeds in western North America from Alaska to northern California. It is migratory, with northern breeders moving south within or somewhat beyond the breeding range. Other populations may only move altitudinally. This species is an improbable transatlantic vagrant, but there are now two accepted western European records, both in Great Britain, in 1982 and on Papa Westray in the Orkney Islands in October 2021.
Nests in Alaska, Yukon Territory, and mountains in British Columbia, Washington, and Oregon. Prefers moist conifer forest. Most common in dense, older conifer forests in high elevations. Moves to lower elevations during the winter where it is often seen in towns and orchards and thickets, or migrates to California. Seen in flocks during winter of up to 20 birds. It is well known for individual birds to fly eastward in winter, showing up in just about any state, then returning to the west coast for breeding.

Answer: nests in alaska, mountains in british columbia, conifer forest


Question: What does this bird eat?

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As with others in their genus, they frequent tree canopies where their parrot-like climbing ability enable them to reach fruit, but rarely also forage on the ground. Their call is a series of flowing whistles, rendered as  ‘thweeeloo, thweeeoo’. They inhabit riparian forest, woodland and savanna, where they associate with fruiting trees, especially wild fig (Ficus) species, including Ficus sycomorus and Ficus sur, and in cities the ornamental Chinese banyan. They also take fruit of Saffrons (Cassine spp.), Jacket plum (Pappea capensis), Buffalo thorn (Ziziphus mucronata), Water berry (Syzygium cordatum) and Jackalberry (Diospyros mespiliformis). They may also feed on exotic Loquats and Mulberries, or on carrion by occasion.

Answer: exotic loquats and mulberries, fruit of saffrons, jacket plum, buffalo thorn, water berry and jackalberry.


Question: What is the habitat of this bird?

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The brahminy kite (Haliastur indus), formerly known as the red-backed sea-eagle in Australia, is a medium-sized bird of prey in the family Accipitridae, which also includes many other diurnal raptors, such as eagles, buzzards, and harriers. They are found in the Indian subcontinent, Southeast Asia, and Australia. They are found mainly on the coast and in inland wetlands, where they feed on dead fish and other prey. Adults have a reddish-brown body plumage contrasting with their white head and breast which make them easy to distinguish from other birds of prey.

Answer: coast and in inland wetlands


Question: How many eggs does this bird typically lay?

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The tropical mockingbird generally nests from late in the wet season through the transition period into the early wet season. During that long period it often will produce three broods. It is monogamous but cooperative breeding has been recorded with the young of the previous brood acting as helpers. It aggressively defends its territory against birds of its own and other species, and predatory animals as well. Both sexes build the nest using coarse twigs lined with softer material and place it low in a shrub or tree. The clutch size ranges from two to four but is usually three. The female does most of the incubation during the 13 to 15 day period. Chicks are fed by both parents (and helpers) in the nest for up to 19 days and beyond that after fledging.

Answer: two to four but is usually three


Question: In which country or region does this animal live?

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The black-headed grosbeak (Pheucticus melanocephalus) is a medium-sized, seed-eating bird in the same family as the northern cardinal, the Cardinalidae. It is sometimes considered conspecific with the rose-breasted grosbeak (P. ludovicianus) with which it hybridizes on the American Great Plains.
The 19 cm (7.5 in) long, 47 g (1.7 oz) black-headed grosbeak is a migratory bird, with nesting grounds from southwestern British Columbia, through the western half of the United States, into central Mexico. It occurs as a vagrant further south in Central America.

Answer: american great plains.


Question: How many egg does this reptile typically lay?

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The American crocodile is a highly fecund species (38 clutch of eggs; fecundity over 20 after 15 years old) with a high adult survival rate and long life span. Like all true crocodilians, the American crocodile is a quadruped, with four short, stocky legs; a long, powerful tail; and a scaly hide with rows of ossified scutes running down its back and tail. Its snout is elongated and includes a strong pair of jaws. Its eyes have nictitating membranes for protection, along with lacrimal glands, which produce tears.
The nostrils, eyes, and ears are situated on the top of its head, so the rest of the body can be concealed underwater for surprise attacks. Camouflage also helps it prey on food. The snout is longer and narrower than that of the American alligator, but broader on average than that of the Orinoco crocodile. American crocodiles are also paler and more grayish than the relatively dark-hued American alligator. This crocodile species normally crawls on its belly, but it can also "high walk". Larger specimens can charge up to nearly 16 km/h (10 mph). They can swim at as much as 32 km/h (20 mph) by moving their bodies and tails in a sinuous fashion, but they cannot sustain this speed.
Adults have a uniform grayish-green coloration with white or yellow undersides, while juveniles have dark cross-banding on the tail and back.
 The American crocodile is sometimes confused with the Morelet's crocodile, a smaller species that is native to Mexico.

Answer: 38 clutch of eggs


Question: In this part of the world does this animal live?

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The loggerhead sea turtle (Caretta caretta), is a species of oceanic turtle distributed throughout the world. It is a marine reptile, belonging to the family Cheloniidae. The average loggerhead measures around 90 cm (35 in) in carapace length when fully grown.  The adult loggerhead sea turtle weighs approximately 135 kg (298 lb), with the largest specimens weighing in at more than 450 kg (1,000 lb). The skin ranges from yellow to brown in color, and the shell is typically reddish brown. No external differences in sex are seen until the turtle becomes an adult, the most obvious difference being the adult males have thicker tails and shorter plastrons (lower shells) than the females.
The loggerhead sea turtle is found in the Atlantic, Pacific, and Indian Oceans, as well as the Mediterranean Sea. It spends most of its life in saltwater and estuarine habitats, with females briefly coming ashore to lay eggs. The loggerhead sea turtle has a low reproductive rate; females lay an average of four egg clutches and then become quiescent, producing no eggs for two to three years. The loggerhead reaches sexual maturity within 17–33 years and has a lifespan of 47–67 years.
The loggerhead sea turtle is omnivorous, feeding mainly on bottom-dwelling invertebrates. Its large and powerful jaws serve as an effective tool for dismantling its prey. Young loggerheads are exploited by numerous predators; the eggs are especially vulnerable to terrestrial organisms. Once the turtles reach adulthood, their formidable size limits predation to large marine animals, such as large sharks.
The loggerhead sea turtle is considered a vulnerable species by the International Union for Conservation of Nature.
In total, 9 distinct population segments are under the protection of the Endangered Species Act of 1973, with 4 population segments classified as "threatened" and 5 classified as "endangered"
Commercial international trade of loggerheads or derived products is prohibited by CITES Appendix I.
Untended fishing gear is responsible for many loggerhead deaths. The greatest threat is loss of nesting habitat due to coastal development, predation of nests, and human disturbances (such as coastal lighting and housing developments) that cause disorientations during the emergence of hatchlings. Turtles may also suffocate if they are trapped in fishing trawls. Turtle excluder devices have been implemented in efforts to reduce mortality by providing an escape route for the turtles. Loss of suitable nesting beaches and the introduction of exotic predators have also taken a toll on loggerhead populations. Efforts to restore their numbers will require international cooperation, since the turtles roam vast areas of ocean and critical nesting beaches are scattered across several countries.

Answer: atlantic, pacific, and indian oceans, mediterranean sea


Question: What does this bird eat?

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The diet consists of insects, their larvae, caterpillars or other invertebrates. These may be caught in flight, or caught when searching through the foliage. In addition, some fruits and seeds are also eaten.
Breeding season is chiefly from August to February each year. Both partners build the rather small nest. The fledglings leave the nest after about three weeks of hatching. They look like the adults, except the black facial mask is reduced to an eye stripe.
Outside the breeding season, they like to flock in groups of up to a hundred birds. Some may be partially migratory or may remain in the same territory. Lack of significant differences between regional populations in Australia makes it difficult to determine where populations move in winter.

Answer: insects, their larvae, caterpillars or other invertebrates,fruits and seed


Question: On what does this fungi typically grow?

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L. deliciosus grows under conifers on acidic soils and forms a mycorrhizal relationship with its host tree. It is native to the southern Pyrenees where it grows under Mediterranean pines, as well as throughout the Mediterranean basin in Portugal, Bulgaria, Spain, Greece, Italy, Cyprus, France and elsewhere. Both this fungus and L. deterrimus are collected and sold in the İzmir Province of southwestern Turkey, and the Antalya Province of the south coast. In the island of Cyprus, large numbers of L. deliciosus are found in the high altitude Pinus nigra and P. brutia forests of the Troodos mountain range, where locals hunt them with vigour, as this fungus is highly esteemed among the local delicacies.
After analysing DNA from collections around the world, mycologists Jorinde Nuytinck, Annemieke Verbeken, and Steve Miller have concluded that L. deliciosus is a distinct European species that differs genetically, morphologically, and ecologically from populations in North America or Central America. It has been reportedly introduced to Chile, Australia and New Zealand, where it grows in Pinus radiata plantations. In Australia, popular places for collecting this mushroom, especially among the Polish community, are around Macedon in Victoria, Mount Crawford in the Adelaide Hills and in the Oberon area in New South Wales, Australia, where they can grow to the size of a dinner plate, and in the pine forests of the Australian Capital Territory. Many people of Italian, Polish, Ukrainian and other eastern European ancestry in the states of Victoria and New South Wales, Australia travel to collect these mushrooms after autumn rainfall around Easter time.
Pine plantations and Siberian pine forests are favourable habitats for this species.

Answer: pine plantations and siberian pine forests


Question: On what does this fungi typically grow?

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Boletus edulis (English: cep, penny bun, porcino or porcini) is a basidiomycete fungus, and the type species of the genus Boletus. Widely distributed in the Northern Hemisphere across Europe, Asia, and North America, it does not occur naturally in the Southern Hemisphere, although it has been introduced to southern Africa, Australia, New Zealand, and Brazil. Several closely related European mushrooms formerly thought to be varieties or forms of B. edulis have been shown using molecular phylogenetic analysis to be distinct species, and others previously classed as separate species are conspecific with this species. The western North American species commonly known as the California king bolete (Boletus edulis var. grandedulis) is a large, darker-coloured variant first formally identified in 2007.
The fungus grows in deciduous and coniferous forests and tree plantations, forming symbiotic ectomycorrhizal associations with living trees by enveloping the tree's underground roots with sheaths of fungal tissue. The fungus produces spore-bearing fruit bodies above ground in summer and autumn. The fruit body has a large brown cap which on occasion can reach 30 cm (12 in), rarely 40 cm (16 in) in diameter and 3 kg (6 lb 10 oz) in weight. Like other boletes, it has tubes extending downward from the underside of the cap, rather than gills; spores escape at maturity through the tube openings, or pores. The pore surface of the B. edulis fruit body is whitish when young, but ages to a greenish-yellow. The stout stipe, or stem, is white or yellowish in colour, up to 20 cm (8 in), rarely 30 cm (12 in) tall and 10 cm (4 in) thick, and partially covered with a raised network pattern, or reticulations.
Prized as an ingredient in various culinary dishes, B. edulis is an edible mushroom held in high regard in many cuisines, and is commonly prepared and eaten in soups, pasta, or risotto. The mushroom is low in fat and digestible carbohydrates, and high in protein, vitamins, minerals and dietary fibre. Although it is sold commercially, it is very difficult to cultivate. Available fresh in autumn throughout Europe and Russia, it is most often dried, packaged and distributed worldwide. It keeps its flavour after drying, and it is then reconstituted and used in cooking. B. edulis is one of the few fungi sold pickled.

Answer: deciduous and coniferous forests and tree plantations


Question: On what does this fungi typically grow?

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In nature, Suillus spraguei forms ectomycorrhizal relationships with five-needled pine species. This is a mutually beneficial relationship where the hyphae of the fungus grow around the roots of the trees, enabling the fungus to receive moisture, protection and nutritive byproducts of the tree, and affording the tree greater access to soil nutrients. S. spraguei produces tuberculate ectomycorrhizae (covered with wart-like projections) that are described as aggregates of ectomycorrhizal roots encased in a fungal rind, and rhizomorphs that are tubular fungal cords with a hard outer sheath. The fungus has ecological host specificity, and in natural soils can only associate with white pine, a grouping of trees classified in subgenus Strobus of the genus Pinus. Under controlled pure culture conditions in the laboratory, S. spraguei has also been shown to form associations with red pine, pitch pine, and loblolly pine. Asian populations have been associated with Korean pine, Chinese white pine, Siberian dwarf pine and Japanese white pine. In North America, fruit bodies appear earlier than most other boletes, as early as June (bolete fruit bodies generally begin to appear in July–September), but they may be found as late as October. Mushrooms can be parasitized by the fungus Hypomyces completus. In the asexual stage of H. completus, it appears initially as patches of whitish mold on the surface of the cap or stem that rapidly spread to cover the entire mushroom surface and produce conidia (asexual spores). In the sexual stage, the mold changes color, progressing from yellow-brown to brown, greenish-brown and eventually black as it makes perithecia, asci-containing sexual structures that produce ascospores. The perithecia are pimply and give the surface a roughened texture.
A Japanese field study found that S. spraguei was the dominant fungus in a 21-year-old stand of Korean pine, both in terms of ectomycorrhizae (measured as percentage of biomass present in soil samples) and by fruit body production (comprising over 90% of dry weight of total fruit bodies collected of all species). The production of S. spraguei fruit bodies averaged about one per square meter, without much variance during the four-year study period. The mushrooms appeared mostly from August to November, tended to grow in clumps, and the spatial distribution of clumps was random—the location of the clumps was not correlatable with appearances in previous years. The density of mushrooms along a forest road was higher than average, suggesting a preference for disturbed habitat. The results also suggested that S. spraguei prefers to produce fruit bodies in areas with low litter accumulation, a finding corroborated in a later publication. This study also determined that the fungus propagates mainly by vegetative growth (extension of underground mycelia), rather than by colonization of spores.
Suillus spraguei has a disjunct distribution and is known from several localities in Asia, including China, Japan, Korea, and Taiwan. In North America, its range extends from eastern Canada (Nova Scotia) south to the Carolinas, and west to Minnesota. It has also been collected in Mexico (Coahuila and Durango). Furthermore, the species has been introduced to Europe (Germany, Lower Saxony; Netherlands).

Answer: roots of the trees


Question: What is the habitat of this animal?

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These spiders are synanthropic living in gardens and inside and on the outside of houses. It is usually found on the walls of buildings where it stalks its prey.

Answer: gardens and inside and on the outside of houses


Question: Which animals eat this species?

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These spiders are synanthropic living in gardens and inside and on the outside of houses. It is usually found on the walls of buildings where it stalks its prey.

Answer: stalks


Question: In which country or region does this animal live?

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Menemerus semilimbatus is a Mediterranean species widely distributed in Europe, southern Asia and in Africa. In the Americas, it has been reported for Argentina, Chile, Ecuador and USA.

Answer: europe, southern asia and in africa


Question: How big is an adult of this species typically?

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Menemerus semilimbatus are about 6.5–8.4 millimetres (0.26–0.33 in) long, the male being slightly smaller than the female. These fairly big jumping spiders are dorso-ventrally flattened and are covered with short dense, grayish-white hairs, with hairy whitish palps and a white band on the side margins of the carapace, showing also a small white, triangular marking in the middle. The eyes are large and forward-facing. The legs are light brown with darker rings and patches, while the abdomen is dorsally yellowish or grayish, with a characteristic pattern of several bright V-shaped markings. The females show a notch at the posterior edge of the epigyne and two oval depressions in the anterior half.

Answer: 6.5–8.4 millimetres (0.26–0.33 in) long


Question: How large is the mycelium of this fungus?

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Sometimes called the witch's egg, the immature stinkhorn is whitish or pinkish, egg-shaped, and typically 4 to 6 cm (1.6 to 2.4 in) by 3 to 5 cm (1.2 to 2.0 in).
On the outside is a thick whitish volva, also known as the peridium, covering the olive-colored gelatinous gleba. It is the latter that contains the spores and later stinks and attracts the flies; within this layer is a green layer which will become the 'head' of the expanded fruit body; and inside this is a white structure called the receptaculum (the stalk when expanded), that is hard, but has an airy structure like a sponge. The eggs become fully grown stinkhorns very rapidly, over a day or two. The mature stinkhorn is 10 to 30 cm (3.9 to 11.8 in) tall and 4 to 5 cm (1.6 to 2.0 in) in diameter, topped with a conical cap 2 to 4 cm (0.8 to 1.6 in) high that is covered with the greenish-brown slimy gleba. In older fungi the slime is eventually removed, exposing a bare yellowish pitted and ridged (reticulate) surface. This has a passing resemblance to the common morel (Morchella esculenta), for which it is sometimes mistaken. The rate of growth of Phallus impudicus has been measured at 10–15 cm (4–6 in) per hour. The growing fruit body is able to exert up to 1.33 kPa of pressure — a force sufficient to push up through asphalt. The spores have an elliptical to oblong shape, with dimensions of 3–5 to 1.5–2.5 µm.

Answer: 3–5 to 1.5–2.5 µm.


Question: In this part of the world does this animal live?

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The species is found in Great Britain as far north as southern Scotland, and in the Netherlands, western Germany, Switzerland, Italy and France. The nominate subspecies N. h. helvetica has the widest distribution: from Britain to the Pyrenees and the Rhine region.

Answer: great britain, southern scotland, netherlands, western germany, switzerland, italy and france.


Question: How many egg does this reptile typically lay?

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As spring approaches, the males emerge first and spend much of the day basking in an effort to raise body temperature and thereby metabolism. This may be a tactic to maximise sperm production, as the males mate with the females as soon as they emerge up to two weeks later in April, or earlier if environmental temperatures are favourable. The leathery-skinned eggs are laid in batches of eight to 40 in June to July and hatch after about 10 weeks. To survive and hatch, the eggs require a temperature of at least 21 °C (70 °F), but preferably 28 °C (82 °F), with high humidity. Areas of rotting vegetation, such as compost heaps, are preferred locations. The young are about 18 centimetres (7 in) long when they hatch and are immediately independent.

Answer: eggs are laid in batches of eight to 40.


Question: If this species has a web, what are the features of this web?

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Webs are placed vertically in trees and shrubs or on buildings. They can be up to 50 centimetres (20 in) in diameter with even longer frame lines attached to shrubs or to the ground. Unlike members of Araneus, the hub is open and is crossed by only one or two threads. It is built by females, and is frequently replaced, being built at dusk and usually taken down before daybreak. Late in the season the web may be left in place during the day, perhaps because the female has greater nutritional needs at this time when she is preparing for egg laying.
A retreat formed of leaves or debris bound together with silk is built near one end of a frame line. This is for use during the day as at night the spider normally occupies the hub of the web and is alert to every tremor.

Answer: vertically in trees and shrubs or on buildings


Question: How large does this animal become typically?

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The northern map turtle gets both its common and scientific names from the markings on its carapace, which resemble contour lines on a map or chart. These lines are usually shades of yellow, tan, or orange, and are surrounded by dark borders, with the rest of the carapace being olive or greyish brown. However, the carapace markings tend to fade as the animal matures, and in older individuals are usually only visible when the shell is wet. The carapace has a hydrodynamic appearance and is broad with a moderately low keel. The rear of the carapace is flared and the rear marginals form serrations. The plastron is yellowish and is marked by a central dark blotch (plastral figure) that follows the sutures of the plastral scutes and fades with age so that many adults lack a pattern all together (i.e., the plastron is immaculate). The head, neck, limbs and tail are dark green with thin yellow stripes, and an oval or triangular spot is located behind each eye. Like other map turtles, this species exhibits extreme sexual size dimorphism; males are 10–16 cm (3.9–6.3 in) in carapace length and weigh between 150–400 g (5.3–14.1 oz), while females are 18–27 cm (7.1–10.6 in) in carapace length and weigh around 0.67–2.5 kg (1.5–5.5 lb). Females have a much wider head than males and this is associated with differences in feeding. Males have a narrower carapace with more distinct keel, narrower head, and a longer, thicker tail. Unlike females, the opening of the cloaca is beyond the rear edge of the carapace. Young map turtles have a pronounced dorsal keel. Hatchlings have a round greyish-brown carapace that is about 2.5 cm (0.98 in) long.

Answer: males 10–16 cm (3.9–6.3 in),females 18–27 cm (7.1–10.6 in)


Question: How big is an adult of this species typically?

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Female zebra spiders are 5–9 mm long, while males are 5–6 mm. Male zebra spiders have distinctly larger chelicerae than females. Spiders in the family Salticidae have especially enlarged anterior median eyes (AME), though the anterior and posterior lateral eyes (ALE, PLE) are also large when compared to the very small posterior median eyes (PME). In total there are eight eyes, with the very large anterior median eyes primarily responsible for its excellent binocular vision. These small spiders are black with white hairs that form stripes.

Answer: female 5–9 mm long,males are 5–6 mm.


Question: In which country or region does this animal live?

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Cyclosa turbinata is a species of orb weaver belonging to the family of spiders known as Araneidae. It is found in a range from the United States to Panama, West Indies, Galapagos Islands, and has been introduced into Hawaii.

Answer: united states,panama, west indies, galapagos islands


Question: What does this reptile eat?

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Spiny softshell turtles feed on a variety of food items. They are primary consumers and feed on invertebrates (crayfish and aquatic insects), fish, algal stocks and other plant material, and mussels. They are generally observed as benthic feeders; they can either actively hunt prey or bury themselves in the sand and wait to ambush prey.
Some evidence suggests that Spiny Softshell turtles exhibit a nuclear-follower foraging association with fish. A study that took place in an Urban Drainage Canal in Louisiana found that when foraging, Spiny Softshell turtles were observed moving along the creek bottom thrusting their probosces into the substrate which then allowed fish to enter the suspended sediment and capture prey otherwise unavailable to the fish. The fish benefit from increased foraging success, while few benefit accrue to the foraging turtles.

Answer: variety of food ,invertebrates,crayfish and aquatic insects, fish, algal stocks and other plant material, and mussels.


Question: How large does this animal become typically?

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The spectacled caiman is a small to medium-sized crocodilian. Females generally grow to no more than 1.08 to 1.4 m (3.5 to 4.6 ft) (the lower size typical upon the onset of sexual maturity), but can rarely grow to nearly 2 m (6.6 ft). Adult males can regularly reach 1.5 to 1.8 m (4.9 to 5.9 ft) while large mature ones grow to 2.0 to 2.5 m (6.6 to 8.2 ft), although relatively few get to the upper size. The maximum reported size for the species is 2.64 m (8.7 ft). The body mass of most adults is between 7 and 40 kg (15 and 88 lb), with males typically being considerably heavier than females. Some males in the Llanos have been reported to grow to up to 58 kg (128 lb).
The upperside of the species is mostly brownish-, greenish-, or yellowish-gray colored and has dark brown crossbands, with a lighter underside. It has a greenish iris. and wrinkled eyelids. It changes color seasonally – during colder weather, the black pigment within its skin cells expands, making it appear darker. The species has an enlarged 4th tooth, and the teeth in its lower jaw penetrate into a socket in its upper jaw. It has a long snout that tapers moderately, with an unexpanded tip. Several ridges begin in front of its eyes and travel to the tip of its snout. Its common name comes from a bony ridge between its eyes, which gives the appearance of a pair of spectacles.
The spectacled caiman is the most widely distributed New World crocodilian, and is the most geographically variable species in the Americas, making it a highly adaptable species.

Answer: 3.5 to 8.7 ft


Question: On what does this fungi typically grow?

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This lichen is widespread and common in the United Kingdom, being found on the bark of deciduous trees, especially rugged old specimens, such as sycamore, alder, oak, willow, beech, and Pinus species, normally in dry shaded parts. and occasionally on the sheltered faces of siliceous rocks. It is found in North America, Scotland, Hungary, Iran, Latvia and has been recorded in the Cape Verde Islands.

Answer: bark of deciduous trees, especially rugged old specimens, such as sycamore, alder, oak, willow, beech, and pinus species


Question: How many egg does this reptile typically lay?

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The female finds a suitable location to lay her eggs, usually in a rotting log or similarly damp area, and deposits them without any further parental care.  Young females will only produce one clutch of three to sixteen eggs, while a large female can produce up to four. The eggs take approximately ten weeks to hatch and emerge near the end of summer. The young lizards grow quickly and are able to reproduce the next year.
Unfavorable nesting conditions can cause females to retain their eggs longer than they would have otherwise. This phenomenon is referred to as egg retention. Egg retention in the Eastern Fence lizard produces heavier eggs with more advanced embryos and with higher posthatching survival rate, but does not influence phenotype.
Greater reproductive energy allocated to first clutches is common at higher latitudes, whereas more energy is dedicated to later clutches in lower latitudes.

Answer: three to sixteen eggs,


Question: How do these animals catch their prey?

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Like most other orb weaver species, Araneus bicentenarius spins large webs up to 8 feet in diameter. While most other species of its genera usually wait for prey upside down in the center of the web, the giant lichen orb weaver spends most time at the edge of the web.

Answer: edge of the web.


Question: How large does this animal become typically?

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Although this nudibranch changes appearance as it grows, three median clusters of (usually) pink tubercles remain the same, except that they are amalgamated in juveniles and separated in large animals. These tubercles can range in color from pink to green to white. The intensity of the pink coloration and green-grey tones may possibly be related to diet, and the length of time since last feeding. Other distinguishing features are the pale pink edge of the mantle, the broad, triangular, black tipped oral tentacles and the rhinophoral clavus possessing 22 to 26 lamellae (in specimens greater than 35 mm).

Answer: 22 to 26 lamellae (in specimens greater than 35 mm).


Question: How large does this animal become typically?

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Capable of growing up to 12 cm, the animal is generally described as being football-shaped with a black leathery girdle in which are embedded  eight protective plates. The parts of the plates that are visible are sometimes (but not always) diamond-shaped in outline.  The underside of the animal is dull orange or yellow.

Answer: 12 cm


Question: On what does this fungi typically grow?

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Common in environments with abundant decaying organic matter. Clathrus archeri is most commonly found in leaf litter, mulch, woodlands, and grasslands. Saprophytes prefer areas with high moisture or water, access to oxygen, neutral pH, and low-medium temperatures.

Answer: leaf litter, mulch, woodlands, and grasslands


Question: What does this fish eat?

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The Nile tilapia is mostly a herbivore, but with omnivorous tendencies, especially when young. They mostly feed on phytoplankton and algae, and in some populations other macrophytes also are important. Other recorded food items are detritus and aquatic insect larvae, including those of mosquitoes, making it a possible tool in the fight against malaria in Africa. However, when introduced outside its native range, it often becomes invasive, threatening more localized species.
The Nile tilapia typically feeds during daytime, which suggests that, similar to trout and salmon, it exhibits a behavioral response to light as a main factor contributing to feeding activity. Due to its fast reproductive rate, however, overpopulation often results within groups of Nile tilapia. To obtain the necessary nutrients, night feeding may also occur due to competition for food during daylight. A recent study found evidence that, contrary to popular belief, size dimorphism between the sexes results from differential food conversion efficiency rather than different amounts of food consumed. Hence, although males and females eat equal amounts of food, males tend to grow larger due to a higher efficiency of converting food to body weight.

Answer: phytoplankton , algaem ,