They are found from Kenya to South Africa in a variety of habitats. Only arid regions seem to be avoided. They are found in gardens, fynbos, grassland, savanna and various types of woodland, from the intertidal zone at sea level to middle altitudes.


Camponotus niveosetosus, commonly known as the hairy sugar ant, is one of the smaller species of sugar ant. It is native to an extensive region in the eastern Afrotropics.


The blue waxbill (Uraeginthus angolensis), also called southern blue waxbill, blue-breasted waxbill, southern cordon-bleu, blue-cheeked cordon-bleu, blue-breasted cordon-bleu and Angola cordon-bleu, is a common species of estrildid finch found in Southern Africa. It is also relatively commonly kept as an aviary bird.


The blue waxbill mainly eats grass seeds, which are taken from the inflorescences. This is supplemented with termites and other insects. They have also been recorded eating the fallen fruits of Boscia albitrunca. They are normally seen in pairs or family parties, but do form larger flocks which often mix in with flocks of other estrildid finches.


The blue waxbill occurs in southern Africa from Cabinda and the Congo to Kenya and Tanzania in the east south to northern South Africa. It may have been introduced to the islands of São Tomé and to Zanzibar.
The blue waxbill occurs in a variety of habitats but generally prefers well-watered and semi-arid savanna, particularly where umbrella thorns Vachellia tortilis grow, also occupying natural growth in cultivated land, mopane Colosphermum mopane and forest edges.


The lesser nighthawk (Chordeiles acutipennis) is a nightjar found throughout a large part of the Americas.
The adults are dark with brown, grey and white patterning on the upperparts and breast; the long upperwings are black and show a white bar in flight. The tail is dark with white barring; the underparts are buffy with fine black horizontal streaking. The adult male has a white throat; the female has a light brown throat.  This bird looks similar to the common nighthawk, but is slightly smaller, has a slightly less deeply forked tail, and is more buffy in coloration.  The calls are also completely different.  The lesser nighthawk has a rapid, low whistled melodious trill, lasting several seconds.  It is usually heard only near breeding areas.
Their breeding habitat is open country from the Southwestern United States through Central America to tropical South America. They usually nest on bare ground, sometimes in raised locations including stumps and boulders or flat house roofs. The two eggs are laid directly on bare ground—there is no nest. Incubation is performed largely by the female and lasts for about 20 days. Young fledge at about 20 days of age.
Adults flushed from the nest may try to distract the intruder or defend the nest site by aerial attack.  Young birds sometimes perform a defense display by opening up their mouths and spreading their wings, looking to appear threatening and larger than they actually are before they run off.
These birds are partial migrants. The lesser nighthawk retreats from the United States and northern Mexico during the winter months.  Occasionally single birds may be found overwintering. The nighthawk is also occasionally found as a vagrant to the US Gulf Coast states to Florida.
They catch flying insects on the wing, mainly foraging near dawn and dusk (crepuscular), sometimes at night with a full moon or near street lighting.


The western fence lizard (Sceloporus occidentalis) is a common lizard of Arizona, New Mexico, California, Idaho, Nevada, Oregon, Utah, Washington, Northern Mexico, and the surrounding area.  As the ventral abdomen of an adult is characteristically blue, it is also known as the blue-belly.


Western fence lizards measure 5.7–8.9 cm (snout-vent length) and a total length of about 21 cm. They are brown to black in color (the brown may be sandy or greenish) and have black stripes on their backs, but their most distinguishing characteristic is their bright blue bellies. The ventral sides of the limbs are yellow. male blue belly lizards also have blue patches on their throats. This bright coloration is faint or absent in both females and juveniles. In some populations the males also display iridescent, bright turquoise blue spots on the dorsal surface. The scales of S. occidentalis are sharply keeled, and between the interparietal and rear of thighs, there are 35–57 scales.

Many other lizards have similar bright-blue coloring. The eastern fence lizard, S. undulatus, instead of having one large patch on its throat, has two small patches.  The sagebrush lizard, S. graciosus, lacks yellow limbs and has smaller dorsal scales. S. occidentalis also resembles the side-blotched lizard, Uta stansburiana. However, the axilla of U. stansburiana usually has a black spot behind it and it has a complete gular fold.


Although California is the heart of the range of this lizard, it is also found in eastern and southwestern Oregon (some populations are found even north of Seattle, Washington), as well as in the Columbia River Gorge, southwestern Idaho, Nevada, western Utah, northwestern Baja California, Arizona, and some of the islands off the coast of both California and Baja California. There is also an isolated population in the Northwestern Tualatin Valley, around Henry Hagg Lake.
The western fence lizard occupies a variety of habitats. It is found in grassland, broken chaparral, sagebrush, woodland, coniferous forest, and farmland, and occupies elevations from sea level to 10,800 ft.  They generally avoid the harsh desert and are often found near water.
As of now, the western fence lizard is listed as unprotected, and no conservation restrictions apply.


Western fence lizards mate in the spring, and do not breed until the spring of their second year. Females lay one to three clutches of three to 17 eggs (usually eight) between April and July. The eggs hatch in August.


The great crested flycatcher (Myiarchus crinitus) is a large insect-eating bird of the tyrant flycatcher family. It is the most widespread member of the genus Myiarchus in North America, and is found over most of the eastern and mid-western portions of the continent. It dwells mostly in the treetops and rarely is found on the ground.


The great crested flycatcher's habitat selection may vary slightly with different populations, but can be most often found breeding in deciduous forests and at edges of clearings and mixed woodlands. They also show a tendency to favour landscapes with open canopy, such as second growth forests or woodlands that have been subjected to selective cutting, and also appears to avoid coniferous dominant habitats such as the Canadian boreal forest.
The summer breeding ground covers all eastern, mid-eastern and parts of central United States, including Northern and Southern parts of Florida, parts of Texas, central Oklahoma, and eastern and central North Dakota.
In Canada, it is limited to southern Manitoba, extreme southern portions of the St-Lawrence forest of Ontario, Quebec, northeast Nova Scotia and parts of Prince Edward Island.
Its winter range includes most of southern Mexico and the Yucatán Peninsula, and extends along the coasts of Central America.
In southern peninsular Florida, Great Crested flycatcher can be found year-round. They migrate to Mexico and South America, as well as to Florida and the Caribbean.


The great crested flycatcher is primarily an insectivore, with insects and other invertebrates making up for the majority of its diet, but will also consume small portion of small fruits and berries. Despite the "flycatcher" of the bird's name, flies, along with spiders, make up only a small percentage of its diet; it prefers prey such as butterflies, moths, beetles, grasshoppers, crickets, and bees and wasps.
Great crested flycatchers will use a variety of hunting tactics, although the most common method observed is a rather passive sit-and-wait strategy. Perched in high canopies, they search in all direction often accompanied by a characteristic head bobbing. Once they have spotted a potential prey, they swoop down and will pursue if they missed on the first dive. They can also be seen abruptly braking and hovering, picking insects or small fruits off of leaves, trunks or other surfaces, sometimes crashing into the foliage in the process.
Fruits and berries, when consumed are swallowed whole and the pits later regurgitated.


Nest building begins as early as mid April for populations of the southern distribution, and as late as June for northern populations (i.e. Manitoba).
Great crested flycatchers are socially monogamous with chances of pairs reforming in following years, given that both members of the pair survive the winter.  Pairs have been observed to attempt copulation from the beginning of nest building all the way to the hatching of young, sometimes during the nest building process; this is thought to be a strategy developed by males in order to prevent female infidelity. Mating ritual for the great crested flycatcher is described as males swooping down from a high perch in order to initiate mating with females, sometimes hovering near hideaway if female retreats, before returning to perch and repeating diving routine until mating is successful.
Although both parents will inspect potential sites, building of the nest is done almost entirely by the female, while the male closely guards its mate. Cavities that are large enough in size and opening are the preferred nesting sites, whether naturally occurring or excavated by other species (8) as well as use nesting boxes and other man-made structures.  Most chosen cavities are situated between 2m and 6m off the forest ground (11,15).
The nest itself is built within 2 to 4 days and is composed mostly of vegetation and plant fibers, such as grasses, moss, leaves, but also pieces of animal fur and feathers, pieces of shed snakeskin, and artificial materials (ex: strings, tape, cloth, and plastic objects). The inner diameter ranges from 7–9 cm.
Great crested flycatchers lay a single clutch of 4-8 eggs, which are incubated on average for two weeks by the female only. After hatching, nestlings will typically spend another two weeks in the nest before fledging. During this time, nestlings are fed an insect dominated diet by both parents, although females will make more frequent visits.


Adult great crested flycatchers usually measure between 17–21 cm (6.7–8.3 in) in length with a wingspan of around 34 cm (13 in). This bird usually weighs between 27–40 g (0.95–1.41 oz).
The great crested flycatcher does not display sexual dimorphism. All adults are brownish on the upperparts with yellow underparts; they have a long rusty brown tail and a bushy crest. Their throat and breast are grey.
Their breeding habitat is deciduous or mixed forests across eastern North America. They nest in a cavity in a tree. Usually a snake skin is included in the lining of the nest, but sometimes a plastic wrapper is substituted.
They wait on a high perch and fly out to catch insects in flight. Sometimes they may be seen hovering to pick food off vegetation, buildings, and even windows. They also eat fruits and berries.
The call of these birds is a whistled weep.


Brintesia circe reaches on average wingspan of 65–80 millimetres (2.6–3.1 in). Its wings are mainly black or dark brown. They have a broad white band at the edge of the basal area of all wings and usually a second white streak on the lower wings. The black eyespots on the underside of the upper wings have a white contour. Brintesia circe is quite similar to Hipparchia fagi, but in the latter the second white streak on the lower wings is always missing and the eyespots have a yellow contour. These butterflies usually rest on the branches of a tree, protected by their cryptic markings, but ready to take off and fly away when disturbed.


These butterflies fly in one generation from June to September feeding on nectar of flowers. Larvae feed on various herbaceous plants (mainly on Anthoxanthum, Bromus, Festuca and Sesleria species). The young larvae overwinter.


The species can be found in central and southern Europe (Spain, France, Italy, Greece, southern Germany and Poland), in Anatolia and the Caucasus up to Iran.


Diet is varied, with a large number of insects, but also small birds and reptiles, and in particular, small rodents, mostly mice. Nankeen kestrels are adaptable and hunt in a number of different ways: of these, simply perching in an exposed position (such as on a dead tree or a telephone pole) and watching for prey is the most common, but it is their habit of hovering motionless over crop and grasslands that is most distinctive.


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.


Three to seven eggs are laid in late winter (usually about four) and incubated by the female alone. Hatching takes place after 26 to 28 days, and the male brings food while the female continues to incubate until the young are close to fledging, at which time the female leaves the nest to hunt for them too. Multiple broods are raised in good seasons.


The nankeen kestrel is a small, slim falcon 28 to 35 cm (11 to 14 in) long with a wingspan of 66 to 78 cm (26 to 31 in). The male weighs 121 to 195 g (4.3 to 6.9 oz) while the female weighs 115 to 273 g (4.1 to 9.6 oz). It has pale rufous upper-parts with contrasting black flight-feathers and is finely streaked white below, with a black subterminal band. The cere, eye-ring, and legs are yellow. The male has a pale grey crown and tail with a darker grey tear-mark, while the female and juvenile have a pale rufous crown and finely barred rufous tail. Plumage varies considerably in detail, and some birds can look very scruffy, but the slim build, small size and distinctive straight-winged hovering habit make identification easy. The only other Australasian raptors to hover are the elanid kites, which are much lighter in colour and a little larger, and the brown falcon, which is much larger and more heavily built, and hovers only with difficulty. Altogether, the nankeen kestrel looks just like a pale, less patterned, and smaller derivate of the Eurasian kestrel, which it indeed is (see Gloger's Rule, Bergmann's Rule).


Catasticta nimbice, the pine white or Mexican dartwhite, is a butterfly in the family Pieridae. It is found from Costa Rica north to Mexico. Rare strays can be found as far north as the Chisos Mountains of western Texas.
The wingspan is 45–57 mm (1.8–2.2 in). The upperside is creamy tan with thick black veins. There is a wide black outer margin surrounding the cream-colored spots. Males perch and patrol for females. Adults are on wing year round in Mexico. They have been recorded feeding on nectar from Fuscia, Lantana and Senecio species in Costa Rica.
The larvae feed on parasitic mistletoes, including Struthanthus species and Phoradendron velutinum. They feed in groups. Pupae are found in groups on tree trunks and look like bird droppings.


The adult geranium bronze butterfly's wingspan ranges from 15–23 mm in males and 18–23 mm in females. The wings are brown/bronze with a white border outlining the wings. The underside is a grey-brown with darker bands interlaced with white, creating an intricate pattern. The hindwings contain an eye spot in order to divert predators from attacking. The male and female are similar in appearance.


After hatching, the geranium bronze larvae feed on the flower buds, young leaves, and soft stems of their host plant, typically from the genera Pelargonium and Geranium. In order to eat the stem of these plants, the larvae drill into the stems, causing damage to the plants.


The geranium bronze was first recorded in regions of South Africa, including KwaZulu-Natal and the Cape Provinces, as well as in neighbouring countries such as Eswatini, Botswana, Zimbabwe, Lesotho, and Mozambique. It was accidentally brought to Europe in 1978. After being recorded in England, a colony of geranium bronze was soon found in Mallorca in 1990, and has since spread to most of the regions in southern Europe. In 1996, the geranium bronze butterfly was first recorded in Rome, Italy, and rapidly spread along the Adriatic and Tyrrhenian coastal areas before extending inland. The geranium bronze butterfly now has established colonies in Belgium, Germany, the Netherlands, Italy, France, Greece, Malta, Spain, Portugal, southern Switzerland, Slovenia, Croatia, and the French Mediterranean.


Adults are on wing year-round in warmer areas, but usually from August to May in South Africa. At higher altitudes, adults are on wing in December and January.
Geranium bronze have spread from their native regions of South Africa to numerous southern and eastern European regions. This was likely due to accidental transportation of plants infested with geranium bronze larvae and not due to any natural migration patterns. The geranium bronze butterflies fly for short periods of time and frequently rest.


The aplomado falcon's habitat is dry grasslands, savannahs, marshes, and, in Brazil, is commonly observed in some large cities, such as São Paulo. It ranges from northern Mexico and Trinidad locally to southern South America, but has been extirpated from many places in its range, including all of northern and central Mexico except for a small area of Chihuahua. Globally, however, it is so widespread that it is assessed as Species of Least Concern by the IUCN.
It feeds on large invertebrates and small vertebrates, with small birds making up the overwhelming bulk of its prey. Mixed-species feeding flocks in open cerrado and grassland will go on frenzied alert upon spotting this species; small birds fear it more than most other predators. It is often seen soaring at twilight hunting insects and eating them on the wing. It also hunts at fields being burned, at which many birds of this species may gather; cooperation between individual aplomado falcons – usually members of a pair – has also been recorded. In Brazil, aplomado falcons have been observed following maned wolves (Chrysocyon brachyurus) and chasing birds that the wolves flush. Prey items typically weigh one-fifth to one-half of the falcons' own weight, but females of this species (which due to their size can tackle larger prey) have been recorded eating birds larger than themselves, such as a cattle egret (Bulbucus ibis) or a plain chachalaca (Ortalis vetula), on rare occasions.
The nest is a platform built of sticks at any height in a bush or tree. Two or three eggs are laid.
Until the 1950s it was found in the extreme southwestern United States, and reintroduction efforts are under way in West and South Texas. It began to reoccupy its former range in West Texas and southern New Mexico in the 1990s. Documentary evidence for these naturally occurring birds was obtained in New Mexico in 1991, and sightings built steadily through that decade and the next, leading to successful fledging of three young in 2002. Sightings and nesting activity continue to the present.  The addition of nesting platforms to areas where Northern Aplomado Falcons Falco femoralis septentrionalis were reintroduced in South Texas improved the birds' productivity.  This resulted in a stable population, however without the addition of nest platforms the re-introduced population would likely decline to extinction.
The expansion of the reintroduction program to that area has met with criticism, because technically, all aplomado falcons in New Mexico are classified as part of the "experimental" (reintroduction) population. As such, while they are still legally protected from hunting, they are not protected by Endangered Species Act requirements to preserve habitat and the like. It is believed that mainly habitat destruction caused the species' (near-)disappearance from the US and hinders reestablishment of a wild breeding population. A coalition of environmental groups is attempting to have full protection restored so as not to jeopardize the success of the expanding wild population and the reintroduction efforts.  A published paper  describes the mixed success of the reintroduction program, carried out by The Peregrine Fund.  Reintroduced birds are now breeding on the Texas coast.  But in the Chihuahuan Desert locations of west Texas and southern New Mexico, the birds were never successful for an extended period of time, and The Peregrine Fund has now abandoned the reintroduction program.


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.


The breeding habitat is fresh and salt-water wetlands throughout much of the world. The subspecies N. n. hoactli breeds in North and South America from Canada as far south as northern Argentina and Chile, N. n. obscurus in southernmost South America, N. n. falklandicus in the Falkland Islands, and the nominate race N. n. nycticorax in Europe, Asia and Africa. Black-crowned night herons nest in colonies on platforms of sticks in a group of trees, or on the ground in protected locations such as islands or reedbeds. Three to eight eggs are laid.
This heron is migratory in the northernmost part of its range, but otherwise resident (even in the cold Patagonia). The North American population winters in Mexico, the southern United States, Central America, and the West Indies, and the Old World birds winter in tropical Africa and southern Asia.
A colony of the herons has regularly summered at the National Zoo in Washington, D.C. for more than a century. The birds also prominently live year-round in the shores around the San Francisco Bay, with the largest rookery in Oakland. Their ever presence at Oakland's Lake Merritt and throughout the city's downtown area, as well as their resilience to the urban environment and displacement efforts, have led to them being named Oakland's official city bird.


These birds stand still at the water's edge and wait to ambush prey, mainly at night or early morning. They primarily eat small fish, leeches, earthworms, mussels, squid, crustaceans (such as crayfish), frogs, other amphibians, aquatic insects, terrestrial insects, lizards, snakes, small mammals (such as rodents), small birds, eggs, carrion, plant material, and garbage and refuse at landfills. They are among the seven heron species observed to engage in bait fishing; luring or distracting fish by tossing edible or inedible buoyant objects into water within their striking range – a rare example of tool use among birds. During the day they rest in trees or bushes. N. n. hoactli is more gregarious outside the breeding season than the nominate race.


Adults have a black crown and back with the remainder of the body white or grey, red eyes, and short yellow legs. They have pale grey wings and white under parts. Two or three long white plumes, erected in greeting and courtship displays, extend from the back of the head. The sexes are similar in appearance although the males are slightly larger. Black-crowned night herons do not fit the typical body form of the heron family. They are relatively stocky with shorter bills, legs, and necks than their more familiar cousins, the egrets and "day" herons. Their resting posture is normally somewhat hunched but when hunting they extend their necks and look more like other wading birds.
Immature birds have dull grey-brown plumage on their heads, wings, and backs, with numerous pale spots. Their underparts are paler and streaked with brown. The young birds have orange eyes and duller yellowish-green legs. They are very noisy birds in their nesting colonies, with calls that are commonly transcribed as quok or woc.
Measurements:
Length: 22.8-26.0 in (58-66 cm)
Weight: 25.6-35.8 oz (727-1014 g)
Wingspan: 45.3-46.5 in (115-118 cm)


Paraulacizes irrorata, the speckled sharpshooter, is a species of sharpshooter in the family Cicadellidae.
 They lay eggs in woody twigs, stems, or petioles, and their eggs can become infected by Gonatocerus fasciatus, which acts as a parasitoid.


Erinnyis ello, the ello sphinx, is a moth of the family Sphingidae. The species was first described by Carl Linnaeus in his 1758 10th edition of Systema Naturae. It is distributed from Argentina through Central America to the United States as far north as Nevada.
e
The ello sphinx can be parasitized by the braconid wasp Microplitis figueresi.


The eggs of the butterfly are laid on various species of plants including several Cassias.  Other host plants include Butea monosperma, Cassia fistula, Bauhinia species, Pterocarpus indicus, Senna alata and Sesbania species. The eggs are usually laid singly on the underside, at the margin of the leaves. Each egg is white, bottle shaped, and ribbed vertically. The eggs hatch in 3–4 days.


The male upperside is black with a forewing that has a discoidal streak deep red, twice divided, with the apical portion dusky white. Three elongate oval white spots appear in the interspaces beyond, forming a distinct white band, variable in width, from dorsum to interspace 3.
The staff sergeant features an obscure inner subterminal line of transverse whitish marks, and another outer subterminal pale line that's even more obscure. The hindwing has a broad white discal band of the forewing continued across to vein 1, a postdiscal narrow diffuse pale macular band, and a subterminal pale line; abdominal fold dusky grey; cilia of both forewings and hindwings black, alternated with white.
The underside is bright chestnut red with the markings as on the upperside but all white, on the terminal portions of the wings diffuse. Discoidal streak in forewing white, diffuse, more broadly divided; interspace 8 white at base, with a dark chestnut-red loop below it in interspace 7 crossing into the cellular area; very dark postdiscal blotches in interspaces 1a, 1 to 3 on forewing; and a series of very dark chestnut-red marks between discal and postdiscal bands on the hindwing; dorsal margin of hindwing broadly blue. Antennae, head, thorax and abdomen very dark brown; beneath, the palpi, thorax and abdomen white faintly tinged with blue.
Female upperside velvety brownish black with white and pale markings, Forewing: the discoidal streak clavate (club like), twice divided, a large elongate triangular spot beyond apex of cell; a macular discal band of four large spots inclined outwards from dorsum, and three obliquely placed spots from beyond the middle of the costa, the lowest spot of these minute, the next two large, elongate, with a very slender short streak above them on the costa; an inner subterminal series of transverse spots and an outer subterminal pale incomplete line. Hindwing; the subbasal broad band widening towards costa; a postdiscal series of large, inwardly bluntly conical spots and a broad subterminal pale line. Underside as in the male, but the white markings broader, the ground colour not so bright. Antennae, thorax and abdomen as in the male but the abdomen with a white transverse band at base.
Wingspan 66–72 mm
Habitat: the Himalayas; southern India, the Nilgiris, the Western Ghats; Assam, Myanmar and northern Tenasserim.
In the dry-season form the ground colour in both sexes is brown, paler in the male than in the female; the discal band variable in width, but on the whole broader both on the upper and under sides, and the ground colour on the underside ochraceous brown.
Larva and pupa: Like that of Athyma inara, Doubleday & Hewitson, but the dorsal patch is much smaller and there are some white spots on the sides. The pupa is distinguished from that of A. inara by slight differences in the shape of the grotesque processes on the head and thorax. The common food plant is the Adina cordifolia (Davidson, Bell and Aitken).


Athyma selenophora, the staff sergeant, is a species of nymphalid butterfly found in tropical and subtropical Asia.


The yellowhammer (Emberiza citrinella) is a passerine bird in the bunting family that is native to Eurasia and has been introduced to New Zealand and Australia. Most European birds remain in the breeding range year-round, but the eastern subspecies is partially migratory, with much of the population wintering further south. The male yellowhammer has a bright yellow head, streaked brown back, chestnut rump, and yellow under parts. Other plumages are duller versions of the same pattern. The yellowhammer is common in open areas with some shrubs or trees, and forms small flocks in winter. Its song has a rhythm like "A little bit of bread and no cheese". The song is very similar to that of its closest relative, the pine bunting, with which it interbreeds.
Breeding commences mainly in April and May, with the female building a lined cup nest in a concealed location on or near the ground. The three to five eggs are patterned with a mesh of fine dark lines, giving rise to the old name for the bird of "scribble lark" or "writing lark". The female incubates the eggs for 12–14 days prior to hatching, and broods the altricial downy chicks until they fledge 11–13 days later. Both adults feed the chick in the nest and raise two or three broods each year. The nest may be raided by rodents or corvids, and the adults are hunted by birds of prey. Yellowhammers feed on the ground, usually in flocks outside the breeding season. Their diet is mainly seeds, supplemented by invertebrates in the breeding season. Changes to agricultural practices have led to population declines in western Europe, but its large numbers and huge range mean that the yellowhammer is classed as being of least concern by the International Union for Conservation of Nature.
This conspicuous yellow bird has inspired poems by Robert Burns and John Clare, and its characteristic song has influenced musical works by Beethoven and Messiaen. Children's writer Enid Blyton helped to popularise the standard English representation of the song.


The yellowhammer breeds across the Palearctic between the 16–20 °C (61–68 °F) July isotherms. It is the commonest and most widespread European bunting, although it is absent from high mountains, Arctic regions, the western Netherlands, most of Iberia and Greece, and low-lying regions of other countries adjoining the Mediterranean Sea. It breeds in Russia east to Irkutsk, and in most of Ukraine. The Asian range extends into northwest Turkey, the Caucasus, and northern Kazakhstan.
Most European yellowhammers winter within their breeding range, only the far north being vacated, although some birds move south of their breeding range in Spain, Italy, and other Mediterranean countries. Distances travelled can be up to 500 km (310 mi) for northern birds. Asian birds are more strongly migratory, deserting much of the north to winter in Iraq, Iran, and southern Central Asia. The yellowhammer has occurred as a vagrant in the United Arab Emirates, Egypt, Kuwait, Morocco, Malta, the Himalayas (winter vagrant from northern Afghanistan to central Nepal), the Balearic Islands, Iceland, and the Faroes.
Yellowhammers of the British and Irish race, E. c. caliginosa, were introduced to New Zealand by local acclimatisation societies in 1862, and soon spread over the main islands. They sometimes visit New Zealand's subantarctic islands, although rarely staying to breed, and have reached Australia's Lord Howe Island on a number of occasions. At the beginning of the 20th century, this bunting was seen as a serious agricultural pest in its adopted country.
Populations of yellowhammer have also been introduced to the Falkland Islands and South Africa.
The yellowhammer is a bird of dry, open country, preferably with a range of vegetation types and some trees from which to sing. It is absent from urban areas, forests, and wetlands. Probably originally found at forest edges and large clearing, it has benefited from traditional agriculture, which created extensive open areas with hedges and clumps of trees.


The yellowhammer is a large bunting, 16–16.5 cm (6.3–6.5 in) long, with a 23–29.5 cm (9.1–11.6 in) wingspan; it weighs 20–36.5 g (0.71–1.29 oz). The male of the nominate subspecies E. c. citrinella has a bright yellow head, heavily streaked brown back, rufous rump, yellow under parts, and white outer tail feathers. The female is less brightly coloured, and more streaked on the crown, breast, and flanks. Both sexes are less strongly marked outside the breeding season, when the dark fringes on new feathers obscure the yellow plumage. The juvenile is much duller and less yellow than the adults, and often has a paler rump.
After breeding, adults have a complete moult, which takes at least eight weeks; males acquire more yellow in the plumage each time they moult. Juveniles have a partial moult not long after fledging, replacing the head, body, and some covert feathers.
Differences between the subspecies are small and geographically gradual. On average, the male of E. c. caliginosa  is slightly smaller and darker than the same sex of the nominate subspecies, and also has more streaking on its back, a greenish tint to the yellow of the head and more chestnut on the flanks. The male of the eastern form, E. c. erythrogenys, is paler and less streaked than E. c. citrinella. Its flanks, undertail and wing bars are usually whiter, and its crown and throat are brighter yellow. Distinguishing females of the three subspecies using plumage features is not usually possible.
Females and juveniles, especially of the pale eastern subspecies, E. c. erythrogenys, may be confused with pine buntings, but they always have a yellow tint to their plumage, a paler rufous rump, and more uniform upperparts than that species. Young and female yellowhammers can be distinguished from cirl buntings by the grey-brown rump of the latter species. Male hybrids with pine buntings are typically white-faced and have some yellow on the head, under parts or flight feathers, but females are usually indistinguishable from yellowhammers.


C. subruficollis breeds in the open arctic tundra of North America and is a very long-distance migrant, spending the non-breeding season mainly in South America, especially Argentina.
It migrates mainly through central North America, and is uncommon on the coasts. It occurs as a regular wanderer to western Europe, and is not classed as rare in Great Britain or Ireland, where small flocks have occurred. Only the pectoral sandpiper is a more common American shorebird visitor to Europe.
This species nests as far north as Canada including Alaska on the ground, laying four eggs. The male has a display which includes raising the wings to display the white undersides, which is also given on migration, sometimes when no other buff-breasted sandpipers are present. Outside the breeding season, this bird is normally found on short-grass habitats such as airfields or golf-courses, rather than near water.
These birds pick up food by sight, mainly eating insects and other invertebrates. The buff-breasted sandpipers are known to prey on Bombus polaris, a species of bumblebee found within the Arctic Circle. They will either eat the bees or feed them to their young. They are often very tame.
Buff-breasted sandpipers are suspected to have hybridized with the white-rumped or Baird's sandpiper.


The white-eared bulbul (Pycnonotus leucotis) is a member of the bulbul family. It is found in south-western Asia from India to the Arabian peninsula.


The northern gannet (Morus bassanus) is a seabird, the largest species of the gannet family, Sulidae. It is native to the coasts of the Atlantic Ocean, breeding in Western Europe and Northeastern North America. The sexes are similar in appearance. The adult northern gannet has a mainly white streamlined body with a long neck, and long and slender wings. It is 87–100 cm (34+1⁄2–39+1⁄2 in) long with a 170–180 cm (67–71 in) wingspan. The head and nape have a buff tinge that is more prominent in breeding season, and the wings are edged with dark brown-black feathers. The long, pointed bill is blue-grey, contrasting with black, bare skin around the mouth and eyes. Juveniles are mostly grey-brown, becoming increasingly white in the five years it takes them to reach maturity.
Nesting takes place in colonies on both sides of the North Atlantic, the largest of which are at Bass Rock (75,000 pairs as of 2014), St. Kilda (60,000 pairs as of 2013) and Ailsa Craig (33,000 pairs as of 2014) in Scotland, Grassholm in Wales, and Bonaventure Island (60,000 pairs in 2009) off the coast of Quebec. Its breeding range has extended northward and eastward, with colonies being established on Russia's Kola Peninsula in 1995 and Bear Island (the southernmost island of Svalbard), in 2011. Colonies are mostly located on offshore islands with cliffs, from which the birds can more easily launch into the air. The northern gannet undertakes seasonal migrations and catches fish (which are the mainstay of its diet) by making high-speed dives into the sea.
The northern gannet was previously hunted for food in certain parts of its range, and although that practice still continues in the Outer Hebrides of Scotland and the Faroe Islands, the bird faces few other natural or man-made threats. Since its population is growing, the International Union for Conservation of Nature considers it a least-concern species. Because it is both a conspicuous and a common bird, it is referred to in several ancient myths and legends.


Northern gannets forage for food during the day, generally by diving at high speed into the sea. They search for food both near to their nesting sites but also further out to sea. Birds that are feeding young have been recorded searching for food up to 320 km (170 nmi) from their nest. It has been found that 2% of birds nesting in the colony on Bass Rock search for fish at Dogger Bank, between 280 and 320 km (150 and 170 nmi) away. It is likely that they fly further than this while foraging, possibly up to double the distance; normally they fly less than 150 km (80 nmi). Some studies have found that the duration and direction of flights made while foraging for food are similar for both sexes, although there are significant differences in the search behaviour of males and females. Female northern gannets are not only more selective than males in choosing a search area: they also make longer and deeper dives and spend more time floating on the surface than males.
Gannets will follow fishing boats or cetaceans to find discarded or injured fish.
They forage from heights of up to 70 m (230 ft) with no clear preference, and typically dive between 11 and 60 m (35 and 195 ft). They dive with their bodies straight and rigid, wings tucked close to the body but angled back, extending beyond the tail, before piercing the water like an arrow. They control the direction of the dive using their wings and tail, and fold their wings against the body just before impact. Birds can hit the water at speeds of up to 100 km/h (30 m/s). This allows them to penetrate up to 11 m (36 ft) below the surface, and they will swim down to an average 19.7 m (60 ft), sometimes deeper than 25 m (80 ft). The bird's subcutaneous air sacs may have a role in controlling their buoyancy.
Gannets usually push their prey deeper into the water and capture it as they return to the surface. When a dive is successful, they swallow the fish underwater before surfacing, and never fly with the fish in their bill. Larger fish are swallowed headfirst, smaller fish are swallowed sideways or tail-first. The fish is stored in a branched bag in the throat and does not cause drag when in flight.
Their white colour helps other gannets to identify one of their kind and they can deduce the presence of a shoal of fish by this diving behaviour; this in turn facilitates group foraging, which makes capturing their prey easier. The colour also makes the gannet less visible to the fish underneath. Northern gannets also forage for fish while swimming with their head under water.
They eat mainly fish 2.5–30.5 cm (1–12 in) in length that shoal near the surface. Virtually any small fish (roughly 80–90% of their diet) or other small pelagic species (largely squid) will be taken opportunistically. Sardines, anchovies, haddock, smelt, Atlantic cod and other shoal-forming species are also eaten. M. bassanus takes huge quantities from the waters around Newfoundland for the energy requirements of their growing chicks. Given the economic importance of the prey taken, whether they are in competition with human fishing industry in the area is an important question which remains unassessed. (Given the small amount taken, NL's cod take is probably unaffected.) On the other hand, they profit off of discarded bycatch and processed parts and the reduction in competition if humans are taking predatory fish.
M. bassanus inflicts significant wasteage on the northwest Atlantic Salmo salar fishery, but does not actually eat much of them. This makes it difficult to resolve this conflict with the fishing industry in the area, as the only option would be to exterminate the birds, which is ecologically unacceptable.


The northern gannet is not heavily predated. The only known habitual natural predators of adults are bald eagles and white-tailed eagles. Predators of eggs and nestlings include the great black-backed gull and American herring gull, common ravens, ermine, and red fox. Attacks at sea are insignificant, though large sharks and seals may rarely snatch a gannet out at sea.
Kleptoparasitism by skuas, particularly the great skua, occurs at breeding sites. The skua chases its victim until it disgorges its stomach contents, providing a meal for the attacker. Skuas may catch the tip of the gannet's wing, causing it to fall into the sea, or seize the tail to tip its victim into the water. The gannet is only released when it has regurgitated its catch.
External parasites include feather lice, although there are relatively few species and none are found on the head. As with grebes and divers, it may be that the short head feathers provide insufficient cover for the parasite. In one species, Michaelichus bassani, immature lice are found in the membranes lining the subcutaneous air-cells. Ixodes mites include the widespread I. uriae.
The spiny-headed worm Corynosoma tunitae appears to occur only in gannets and closely related seabird families such as the cormorants. The tapeworm Tetrabothrius bassani absorbs toxic heavy metals at a higher concentration than the gannet's own tissues, with an average 12 times as much cadmium as the gannet's pectoral muscles and 7–10 times the lead level of the bird's kidney and liver. Since levels of these toxic metals are detectable in the parasite earlier than in the host, the tapeworm might be used as an early indicator of marine pollution.


The northern gannet's breeding range is on both sides of the North Atlantic on coasts influenced by the Gulf Stream, There are colonies in the Gulf of Saint Lawrence and on the islands off the east coast of Canada. They normally nest in large colonies, on cliffs overlooking the ocean or on small rocky islands. The water needs to be cool enough for Atlantic mackerel and herring, which are the main food source for the northern gannet. These areas also overlie the continental shelf. Northern gannet colonies can be found in the far north in regions that are very cold and stormy, and Nelson has suggested that they can survive in these regions for several reasons, including the combination of body weight and a powerful beak that allows them to capture strong muscular fish, and the ability to dive to great depths and capture prey far from the cliffs. Their fat reserves act as weight when diving and as reserves during extended periods without food.
The northern limit of their breeding area depends on the presence of waters that are free of sea ice during the breeding season. Therefore, while Greenland and Svalbard offer suitable breeding sites, the Arctic regions have summers that are too short to allow the northern gannets to lay their eggs and raise a brood, which requires between 26 and 30 weeks. The southern limit of their distribution mainly depends on the presence of sufficient prey. There is fossil evidence of northern gannets breeding on Crete in the Pleistocene.


The oldest birds are the first to return to the northern gannet's breeding colonies.  Birds not of breeding age arrive a few weeks later. In general, birds first return to a colony (not uncommonly the one in which they were hatched) when they are two or three years old. Once an individual has successfully bred in a colony it will not normally change to another. Nesting starts in March or April.
Immature birds stay on the edges of the colony. They may even make a nest but they do not breed until they are 4 or 5 years old. Some birds of this age occupy empty nests that they will aggressively defend if they have sat on them for two or three days. If an apparently empty nest has an owner, the immature bird will leave without a struggle when the owner arrives to take possession.
The preferred nesting sites are on coastal hillsides or cliffs. If these are not available northern gannets will nest in groups on islands or flat surfaces. As they find it more difficult to take off from such locations they will often cross the area occupied by an adjacent nest causing an aggressive reaction from the sitting pair; this means that the stress levels are higher in this type of colony than in those on steeper surfaces. Notwithstanding this, nests are always built close together and otherwise ideal nesting sites will not be used if they are some distance from a colony. On average there are 2.3 nests per square metre (1.9 per square yard). Both sexes fiercely defend the area around their nest. Where space allows, the distance between nests is double the reach of an individual.
Nests are made from seaweed, plants, earth and debris from the sea. The males usually collect the materials. Nests are compact cups typically 30–60 cm (12–24 in) in height. The area which a nest occupies grows throughout the breeding season as the breeding pairs throw their excrement outside the nest. Over years, nests can reach 2 m (6+1⁄2 ft) in height.
Northern gannets lay one egg that on average weighs 104.5 g (3+5⁄8 oz), which is light for such a large seabird. The egg is around 79 mm (3+1⁄8 in) long by 50 mm (2 in) wide and the shell is pale blue and translucent initially before fading to a chalky white surface that is easily stained. M. bassanus was among those birds most affected by the shell-thinning effect of DDT, which contributed in large degree to its ban. Where two eggs are found in a nest this is the result of two females laying an egg in the same nest or one egg being stolen from another nest. Northern gannets will lay a replacement egg if the first is lost. Incubation takes 42 to 46 days, during which time the egg is surrounded by the brooding bird's warm, webbed feet. Just before hatching begins, the brooding bird releases the egg from its feet to prevent the egg from breaking under the adult's weight as the chick breaks it open. This is a frequent cause of death for chicks of birds that are breeding for the first time. The process of breaking the eggshell can take up to 36 hours. The webbed feet are also used to cover the chicks, which are only rarely left alone by their parents. Chicks that are left unattended are often attacked and killed by other northern gannets.
Newly hatched chicks are featherless and are dark blue or black in colour. In the second week of life they are covered in white down, replaced over the next five weeks by dark brown feathers flecked with white. Young chicks are fed regurgitated semi-digested fish by their parents, who open their mouths wide for their young to fetch the food from the back of their throats. Older chicks receive whole fish. Unlike the chicks of other species, northern gannet chicks do not move about the nest or flap their wings to ask for food: this reduces the likelihood that they will fall from the nest.
The adults feed their offspring for around 13 weeks, right up until the time they leave. The young birds fledge between 84 and 97 days old, departing by launching themselves off a cliff and flying—a procedure for which it is impossible to practice beforehand. If they leave the nest in bad weather they can be mortally wounded as they can be blown against the rocks. The young birds are attacked by adults if unattended. Once they leave the nest they stay at sea learning to fish and fly, their flight skills being too poor for them to return to the breeding ledges.
Northern gannets have only one brood a year. The survival rate for young birds for their first four years is 30% and the annual survival rate for adults is 91.9%. The typical lifespan after becoming adult is 17 years, and the maximum known age is 37 years 4 months 16 days. Gannet pairs are monogamous and may remain together over several seasons, if not for all of their lives. The pairs separate when their chicks leave the nest but they bond again the following year. Should one of the pair die, the other bird will find another mate.


An adult northern gannet has a 170–180 cm (67–71 in) wingspan, and is 87–100 cm (34+1⁄2–39+1⁄2 in) long and weighs 2.3–3.6 kg (5–8 lb), making it the largest gannet and the largest seabird native to the western Palearctic. The two sexes are generally of a similar size and appearance. The plumage is white with dark brown to black wing tips; the primary flight feathers, primary coverts and alulae are dark. The head and neck are tinged buff-yellow, becoming much more prominent in the breeding season. Males are more deeply coloured than females. The eyes have a light blue to light grey iris surrounded by a thin black ring of bare skin. The beak is long, strong and conical with a slight downcurve at the end and a sharp cutting edge. In adults, the beak is blue-grey with dark grey or black edges. There is a black groove running the length of the mandible that merges into the skin around the eyes. A black band of bare skin also separates the pale feathers of the forehead and throat from the bill, which gives the gannet its distinctive face markings. The four-toed feet are joined by a membrane that can vary in colour from dark grey to dark brown. There are coloured lines running along the toes that continue along up the legs. These are typically greenish-yellow in males and bluish in females and probably have a role in mating.
Fledglings are dark grey to slate-grey with upperparts and wings finely speckled with white. There is a prominent V-shaped white area under the rump. The wing tips and tail are dark brown-black, partly tipped with white. The bill and iris are dark brown. They can weigh more than 4 kg (9 lb) by the time they leave the nest at about 10 weeks of age. In the second year, the bird's appearance changes depending on the different phases of moulting: they can have adult plumage at the front and continue to be brown at the rear. Gannets gradually acquire more white in subsequent seasons until they reach maturity after five years.
Northern gannets are slightly larger and thicker-billed than Cape or Australian gannets. The northern gannet has more white in the wings and an all-white tail, the other species having black tips to their tail feathers. Individuals on the west coast of Africa could be confused with vagrant masked boobies, though the latter is smaller overall, lacks the buff tinge to the head, and has a black tail. From a distance, or in poor visibility, albatrosses can be confused with northern gannets, particularly those with immature plumage that have more black on the wings.


The black-necked agama (Acanthocercus atricollis) is a species of tree agama that is native to East, Central and southern Africa. Its largest continuous range is in southeastern Africa, and it occurs at high densities in the Kruger National Park.


Reproduction is seasonal. Testicular volume of males reaches a maximum during August to September (austral spring), and follicles of females become enlarged during August to December. Females lay a single clutch per annum, about 11 eggs on average, and larger females produce larger clutches than smaller females.


The blacksmith lapwing or blacksmith plover (Vanellus armatus) is a lapwing species that occurs commonly from Kenya through central Tanzania to southern and southwestern Africa. The vernacular name derives from the repeated metallic 'tink, tink, tink' alarm call, which suggests a blacksmith's hammer striking an anvil.


The blacksmith lapwing occurs in association with wetlands of all sizes. Even very small damp areas caused by a spilling water trough can attract them. In South Africa they are most numerous in the mesic grassland region, less so in higher-rainfall grasslands. Like the crowned lapwing, this species may leave Zambia and Zimbabwe in years of high rainfall and return in dry years. It avoids mountains of any type.
Blacksmith lapwings expanded their range in the 20th century into areas where dams were built and where intensive farming was practiced. Consequently, they are now numerous and established in the western Cape region of South Africa, where they were absent until the 1930s. In this region they have also entered estuarine mud flats in winter where they aggressively displace other waders. Although they are partially migratory, they do not seem to engage in large-scale, regular migrations.


Papilio xuthus, the Asian swallowtail, Chinese yellow swallowtail or Xuthus swallowtail, is a yellow-colored, medium to large sized swallowtail butterfly found in northeast Asia, northern Myanmar, southern China, Taiwan, the Korean Peninsula, Japan (from Hokkaidō to the Yaeyama Islands), Siberia and the Hawaiian Islands. It was also recorded in the state of Arunachal Pradesh, India, in 2014.
It mates multiple times in its life, leading to an increased genetic diversity in its young. It is preyed upon by a host of organisms, including the tree cricket Oecanthus longicauda, ant Lasius niger, and wasps (Polistes and Trogus mactator). P. xuthus utilizes color vision and color constancy while foraging for plants of the family Rutaceae.
It is common and not threatened. Papilio xuthus is common in urban, suburban, woods and orange orchards. The flight period is from May to August.
Males use both physical and visual cues to attract mates during the breeding season. Females of the species regularly mate with multiple partners. After mating, females use habitat and food quality to determine where they will oviposit their eggs.


The Asian swallowtail is a mid-sized, yellow, prominently-tailed butterfly. It has a wingspan of 90 to 110 mm. Its normal color pattern consists of a black pattern on a yellow background. Wing coloration is sexually dimorphic, with females showing broader proximal marginal bands in the hindwing. Blue-iridescent and orange scales separate the black bands on the hindwing. The black bands also run in stripes of varying thickness along the forewing. The young caterpillar mimics bird feces and has a white and brown spot on its head. As they mature, caterpillars develop a light green body color with brown spots.


The larvae of the species feed on plants of family Rutaceae. Recorded species of food plants include:
Phellodendron amurense
Poncirus trifoliata
Zanthoxylum species, such as the Japanese pepper tree (Z. piperitum), Z. nitidum and the Japanese prickly-ash Z. ailanthoides
Cultivated Citrus species such as mandarin orange and yuzu
Euodia ruaecarpa
Ruta graveolens (rue)
"Bauhinia" species, such as Hong Kong Orchid Tree


Some insects, such as the grasshopper Oeanthus longicauda, are capable of removing Asian swallowtail larvae out of their eggs before they hatch. During the first and second larval instars, their main predators are ants (particularly Lasius niger), spiders, and various other bugs.
Asian swallowtail caterpillars may also be parasitized by wasps, such as Trogus mactator and Pteromarus puparum, during development. These wasps ultimately kill the larvae after pupation. In fact, wasps have been observed emerging from the host pupa four or five days after the predicted date of emergence of the host.


The hadeda ibis occurs throughout Sub-Saharan Africa in open grasslands, savanna and wetlands, as well as urban parks, school fields, green corridors and large gardens. This bird occurs in Sudan, Burundi, Ethiopia, Senegal, Uganda, Tanzania, Gabon, Democratic Republic of Congo, Cameroon, Gambia, Kenya, Somalia, Lesotho, Eswatini, Botswana, Mozambique, Zimbabwe, Namibia, and South Africa.
The distribution range of the hadeda has increased in southern Africa by nearly two and a half times in the 20th century following the introduction of trees in parts that were treeless. Irrigation projects may have also helped in their expansion as they appear to need moist and soft soils in which to probe for food.


Hadeda ibises roost in groups on trees. They fly out in the mornings with loud calls and return in the evenings with regularity. Hadeda feed on insects, millipedes and earthworms, using their long scimitar-like bill to probe soft soil. They also eat larger insects, such as the Parktown prawn, and also spiders and small lizards. These birds also feed readily on snails and often clear garden beds around residential homes. They are particularly welcomed on bowling and golf greens because they are assiduous in extracting larvae of moths and beetles that feed on the roots of the grass.

Like other ibis species, including spoonbills, and like some other probing feeders such as sanderling and kiwi, hadeda have sensory pits around the tips of their bills. In their foraging for unseen prey, such as shallow subterranean larvae, the pits enable them to locate feeding insects and earthworms.
Hadeda have become very common in many African cities and tolerate the closeness of humans. They are able to judge the direction of gaze of humans and the speed of approach to decide their escape strategies. Hadeda ibises have been involved in several bird-hits at airports in Kenya and South Africa.
Hadeda are monogamous and pair bonds are thought to persist throughout the year. Breeding begins after the rains. In the Cape province, they breed mainly from October to November. The nest is a platform of twigs placed in a major branch of a large tree, typically in a fork, and unlike most ibis species, in spite of their moderately gregarious nature, they do not nest in groups. Both parents take part in incubating the clutch of three to four eggs. Incubation takes about 26 days. The parents feed the young by regurgitating food. Many young birds die by falling off the nest. The survivors fledge in about 33 days.


This is an Old World species found throughout the Mediterranean basin, into Russia and the Middle East, and parts of Western Asia, and in the Indian Subcontinent and also further east in some Indonesian islands.
Those present on the northern edge of the Mediterranean and other parts of Europe migrate mainly to sub-Saharan Africa north of the equator, leaving in September/October and returning in April/May. In the Middle and Far East the populations are resident. In Europe, it is most numerous in Spain where it is fairly common but elsewhere it is rare in many parts of its range. A bird on the Isles of Scilly, Britain, in October 1999 was the first confirmed record for that country.
The short-toed snake eagle is found in open cultivated plains, arid stony deciduous scrub areas and foothills and semi-desert areas. It requires trees for nesting and open habitats, such as cultivations and grasslands for foraging.


Its prey is mostly reptiles, mainly snakes, but also some lizards. Sometimes they become entangled with larger snakes and battle on the ground. Occasionally, they prey on small mammals up to the size of a rabbit, and rarely birds and large insects.
This eagle is generally very silent. On occasions, it emits a variety of musical whistling notes. When breeding, it lays only one egg. It can live up to 17 years.
The short-toed snake eagle has suffered a steep decline in numbers and range in Europe and is now rare and still decreasing in several countries due to changes in agriculture and land use. It needs protection. In the middle and far eastern part of its range, this species is not yet threatened.


These are relatively large snake eagles. Adults are 59 to 70 cm (23 to 28 in) long with a 162 to 195 cm (5 ft 4 in to 6 ft 5 in) wingspan and weigh 1.2–2.3 kg (2.6–5.1 lb), an average weight for the species is about 1.7 kg (3.7 lb). They can be recognised in the field by their predominantly white underside, the upper parts being greyish brown. The chin, throat and upper breast are a pale, earthy brown. The tail has 3 or 4 bars. Additional indications are an owl-like rounded head, brightly yellow eyes and lightly barred under wing.
The short-toed snake eagle spends more time on the wing than do most members of its genus. It favours soaring over hill slopes and hilltops on updraughts, and it does much of its hunting from this position at heights of up to 500 m (1,600 ft). When quartering open country it frequently hovers like a kestrel. When it soars it does so on flattish wings.


Mycena leaiana, commonly known as the orange mycena or Lea's mycena, is a species of saprobic fungi in the genus Mycena, family Mycenaceae. Characterized by their bright orange caps and stalks and reddish-orange gill edges, they usually grow in dense clusters on deciduous logs. The pigment responsible for the orange color in this species has antibiotic properties. A variety of the species, Mycena leaiana var. australis, can be found in Australia and New Zealand.


The hygrophanous cap is 1 to 4 centimetres (0.39 to 1.57 in) in diameter, and initially rounded or bell-shaped but becoming expanded and convex with age, often with a depression in the center. The color is a bright orange that fades as the mushroom matures. The surface of the cap is sticky, especially in moist weather, and smooth, while the margin often has striations. The trama is soft, watery, and white. The gills are adnexed in attachment (gills narrowly attached/tapering toward stem so that their attachment is almost free), crowded together, and yellowish in color, with the color deepening to bright orange-red at the edges. The deepening in color at the edges is due to an orange pigment that is contained largely within cells called cheilocystidia. If handled, the yellow pigment will rub off and stain the skin.
The stipe is typically 3 to 7 centimetres (1.2 to 2.8 in) long by 2–4 mm thick. The diameter of the stipe is more or less equal throughout its length, although it may be slightly enlarged at the base. It is orange in color, and has fine hairs on the upper portion, and denser hairs at the base. The orange mycena has no distinctive taste, and a slightly mealy odor. Spores are elliptical in shape, smooth, amyloid, and have dimensions of 7–10 × 5–6  μm. The spore print is white.
The species is regarded as nonpoisonous.
Mycena leaiana var. australis is a variety of Mycena leaiana found in Australia and New Zealand. In all but the color it is similar to M. leaiana. However, M. leaiana had been found primarily in the east of the United States (and specifically not on the Pacific coast at all) upon the discovery of specimens in Australia. Given this wide geographical separation (as well as the difference in cap color) a new varietal name was proposed.


Native to Japan and China, it has been introduced to the Eastern United States and Ontario, Canada in recent times,. First established in the United States during the early 1990s, records currently exist from most states east of the Mississippi River. It was also recently introduced to Europe in 2009.


Adults can be found from June to-September. These solitary bees are known to make during the summer their nests in available holes found in wooden structures or in small crevices between wood boards and often they use cavities belonging to carpenter bees. They do not bore holes into wood. Their individual cells are constructed using wood particles and mud. They provide each cell with pollen carried on the underside of their hairy abdomen. Then they lay in each cell a single egg. Females also use their large jaws to collect resin (hence the common name), used to cap the brood cells. The larvae overwinter inside the cells, consuming the pollen. In spring they pupate and emerge as an adult in early summer.
The main recorded host plants are Lathyrus latifolius and  Sophora japonica (Fabaceae), Pycnanthemum species (Lamiaceae), Lythrum salicaria (Lythraceae), Koelreuteria paniculata (Sapindaceae) and  Buddleia species (Scrophulariaceae).


The Eurasian curlew or common curlew (Numenius arquata) is a wader in the large family Scolopacidae. It is one of the most widespread of the curlews, breeding across temperate Europe and Asia. In Europe, this species is often referred to just as the "curlew", and in Scotland known as the "whaup" in Scots.


The curlew exists as a migratory species over most of its range, wintering in Africa, southern Europe and south Asia. Occasionally a vagrant individual reaches places far from its normal range, such as Nova Scotia and the Marianas. It is present all year in the milder climates of Ireland and the United Kingdom and its adjacent European coasts.


The Eurasian curlew feeds by probing soft mud for small invertebrates, but will also pick small crabs and earthworms from the surface if the opportunity arises.


The nest is a bare scrape on taiga, meadow, and similar habitats. The clutch size of the curlew consists of 4 eggs which are laid in April or May and incubates them for about a month until they begin to hatch. It has been observed that curlews tend to nest close to common kestrel's nests, as they can offer protection from other predators, such as corvids, even though kestrels also predate curlew nests.


The Eurasian curlew is the largest wader in its range, at 50–60 cm (20–24 in) in length, with an 89–106 cm (35–42 in) wingspan and a body weight of 410–1,360 g (0.90–3.00 lb). It is mainly greyish brown, with a white back, greyish-blue legs and a very long curved bill. Males and females look identical, but the bill is longest in the adult female. It is generally not possible to recognize the sex of a single Eurasian curlew, or even several ones, as there is much variation; telling male and female of a mated pair apart is usually possible however. The familiar call is a loud curloo-oo.
The only similar species over most of the curlew's range is the Eurasian whimbrel (Numenius phaeopus). The whimbrel is smaller and has a shorter bill with a kink rather than a smooth curve. Flying curlews may also resemble bar-tailed godwits (Limosa lapponica) in their winter plumages; however, the latter have a smaller body, a slightly upturned beak, and legs that do not reach far beyond their tail tips. The Eurasian curlew's feet are longer, forming a conspicuous "point".


The common blackbird breeds in temperate Eurasia, North Africa, the Canary Islands, and South Asia. It has been introduced to Australia and New Zealand. Populations are sedentary in the south and west of the range, although northern birds migrate south as far as northern Africa and tropical Asia in winter. Urban males are more likely to overwinter in cooler climes than rural males, an adaptation made feasible by the warmer microclimate and relatively abundant food that allow the birds to establish territories and start reproducing earlier in the year. Recoveries of blackbirds ringed on the Isle of May show that these birds commonly migrate from southern Norway (or from as far north as Trondheim) to Scotland, and some onwards to Ireland. Scottish-ringed birds have also been recovered in England, Belgium, the Netherlands, Denmark, and Sweden. Female blackbirds in Scotland and the north of England migrate more (to Ireland) in winter than do the males
Common over most of its range in woodland, the common blackbird has a preference for deciduous trees with dense undergrowth. However, gardens provide the best breeding habitat with up to 7.3 pairs per hectare (nearly three pairs per acre), with woodland typically holding about a tenth of that density, and open and very built-up habitats even less. They are often replaced by the related ring ouzel in areas of higher altitude. The common blackbird also lives in parks, gardens and hedgerows.
The common blackbird occurs at elevations up to 1,000 m (3,300 ft) in Europe, 2,300 m (7,500 ft) in North Africa, and at 900–1,800 m (3,000–5,900 ft) in peninsular India and Sri Lanka, but the large Himalayan subspecies range much higher, with T. m. maximus breeding at 3,200–4,800 m (10,500–15,700 ft) and remaining above 2,100 m (6,900 ft) even in winter.
This widespread species has occurred as a vagrant in many locations in Eurasia outside its normal range, but records from North America are normally considered to involve escapees, including, for example, the 1971 bird in Quebec. However, a 1994 record from Bonavista, Newfoundland, has been accepted as a genuine wild bird, and the species is therefore on the North American list.


The common blackbird is omnivorous, eating a wide range of insects, earthworms, seeds and berries. It feeds mainly on the ground, running and hopping with a start-stop-start progress. It pulls earthworms from the soil, usually finding them by sight, but sometimes by hearing, and roots through leaf litter for other invertebrates. Small amphibians, lizards and (on rare occasions) small mammals are occasionally hunted. This species will also perch in bushes to take berries and collect caterpillars and other active insects. Animal prey predominates, and is particularly important during the breeding season, with windfall apples and berries taken more in the autumn and winter. The nature of the fruit taken depends on what is locally available, and frequently includes exotics in gardens.


Near human habitation the main predator of the common blackbird is the domestic cat, with newly fledged young especially vulnerable. Foxes and predatory birds, such as the sparrowhawk and other accipiters, also take this species when the opportunity arises. However, there is little direct evidence to show that either predation of the adult blackbirds or loss of the eggs and chicks to corvids, such as the European magpie or Eurasian jay, decrease population numbers.
This species is occasionally a host of parasitic cuckoos, such as the common cuckoo (Cuculus canorus), but this is minimal because the common blackbird recognizes the adult of the parasitic species and its non-mimetic eggs. In the UK, only three nests of 59,770 examined (0.005%) contained cuckoo eggs. The introduced merula blackbird in New Zealand, where the cuckoo does not occur, has, over the past 130 years, lost the ability to recognize the adult common cuckoo but still rejects non-mimetic eggs.
As with other passerine birds, parasites are common. Intestinal parasites were found in 88% of common blackbirds, most frequently Isospora and Capillaria species. and more than 80% had haematozoan parasites (Leucocytozoon, Plasmodium, Haemoproteus and Trypanosoma species).
Common blackbirds spend much of their time looking for food on the ground where they can become infested with ticks, which are external parasites that most commonly attach to the head of a blackbird. In France, 74% of rural blackbirds were found to be infested with Ixodes ticks, whereas, only 2% of blackbirds living in urban habitats were infested. This is partly because it is more difficult for ticks to find another host on lawns and gardens in urban areas than in uncultivated rural areas, and partly because ticks are likely to be commoner in rural areas, where a variety of tick hosts, such as foxes, deer and boar, are more numerous. Although ixodid ticks can transmit pathogenic viruses and bacteria, and are known to transmit Borrelia bacteria to birds, there is no evidence that this affects the fitness of blackbirds except when they are exhausted and run down after migration.
The common blackbird is one of a number of species which has unihemispheric slow-wave sleep. One hemisphere of the brain is effectively asleep, while a low-voltage EEG, characteristic of wakefulness, is present in the other. The benefit of this is that the bird can rest in areas of high predation or during long migratory flights, but still retain a degree of alertness.


The common blackbird of the nominate subspecies T. m. merula is 23.5–29 cm (9+1⁄4–11+1⁄2 in) in length, has a long tail, and weighs 80–125 g (2+7⁄8–4+3⁄8 oz). The adult male has glossy black plumage, blackish-brown legs, a yellow eye-ring and an orange-yellow bill. The bill darkens somewhat in winter. The adult female is sooty-brown with a dull yellowish-brownish bill, a brownish-white throat and some weak mottling on the breast. The juvenile is similar to the female, but has pale spots on the upperparts, and the very young juvenile also has a speckled breast. Young birds vary in the shade of brown, with darker birds presumably males. The first year male resembles the adult male, but has a dark bill and weaker eye ring, and its folded wing is brown, rather than black like the body plumage.


The rosy-faced lovebird (Agapornis roseicollis), also known as the rosy-collared or peach-faced lovebird, is a species of lovebird native to arid regions in southwestern Africa such as the Namib Desert. A loud and constant chirper, these birds are very social animals and often congregate in small groups in the wild. They eat throughout the day and take frequent baths. Coloration can vary widely among populations. Plumage is identical in males and females. Lovebirds are renowned for their sleep position in which they sit side-by-side and turn their faces in towards each other. Also, females are well noted to tear raw materials into long strips, "twisty-tie" them onto their backs, and fly substantial distances back to make a nest. They are common in the pet industry.


The diet mainly consists of seeds and berries. When food is plentiful, it may gather in flocks containing hundreds of birds. It can sometimes be a pest in agricultural areas feeding on crops such as millet.


It inhabits dry, open country in southwest Africa. Its range extends from southwest Angola across most of Namibia to the lower Orange River valley in northwest South Africa. It lives up to 1,600 metres above sea-level in broad-leaved woodland, semi-desert, and mountainous areas. It is dependent on the presence of water sources and gathers around pools to drink.
Escapes from captivity are frequent in many parts of the world and feral birds dwell in metropolitan Phoenix, Arizona, where they live in a variety of habitats, both urban and rural. Some dwell in cacti and others have been known to frequent feeders in decent sized flocks. Temperatures in Arizona regularly exceed 40°C and the feral lovebirds have been observed perching in large numbers on air conditioner vents in order to remain cool. Although they have been observed in the wild in Puerto Rico, they are probably the result of escaped pets, and no reproduction has been recorded.


Lovebirds are monomorphic, meaning the male and
female of the species look alike. The nest is built in a rock crevice or within a compartment of the large communal nests built by sociable weavers. Man-made structures such as the roofs of houses may also be used. A total of 4-6 eggs are laid between February and April. They are dull white and measure 23.5 mm by 17.3 mm. They are incubated for about 23 days. The young birds fledge after 43 days.


The tricolored blackbird (Agelaius tricolor) is a passerine bird of the family Icteridae. Its range is limited to the coastal areas of the Pacific coast of North America, from Northern California in the U.S. (with occasional strays into Oregon), to upper Baja California in Mexico.
This highly social and gregarious bird forms the largest colonies of any North American landbird, with a single breeding colony often consisting of tens of thousands of birds.
The common name is taken from the male bird's distinctive white stripes underneath their red shoulder patches, or "epaulets", which are visible when the bird is flying or displaying.
Despite the similar names, this bird is not related to the Old World common blackbird, which is a thrush (Turdidae).
The species' call sounds slightly more nasal than that of the red-wing's - a nasal kip and a sharp check.  The male's song is a garbled on-ke-kaaangh.
The bird migrates south during the colder seasons to Mexico and back to northern California during the warmer seasons.


Calpodes ethlius, the Brazilian skipper, larger canna leafroller or canna skipper, is a butterfly of the family Hesperiidae. It is found in the United States from southern Florida and southern Texas, south through the West Indies, Mexico, and Central America to Argentina. Strays and temporary colonies can be found north to southern Nevada, northern Texas, Illinois and Massachusetts.
The wingspan is 45–61 mm. Adults are on wing in late summer in the north. There are several generations from April to December in southern Texas, two generations from July to November in Arizona. Adults are on wing throughout the year in Florida and the tropics.
The larvae feed on various Cannaceae species, including Canna flaccida, Canna indica, Canna edulis and Canna lutea. The larvae roll the leaves of their host, reducing the aesthetic appeal of ornamental canna. Leaf feeding by later instar larvae may be so severe that plants do not flower. In food crops such as arrowroot, severely defoliated plants may produce little of the harvestable rhizome.
Adults feed on Lantana in Arizona. In Costa Rica, adults have been recorded feeding on the nectar from large white or pale yellow flowers of woody lianas, trees and shrubs.


The timber rattlesnake, canebrake rattlesnake, or banded rattlesnake (Crotalus horridus) is a species of venomous, sometimes highly venomous, pit viper endemic to eastern North America. This is the only rattlesnake species in most of the populous Northeastern United States and is second only to its relatives to the west, the prairie rattlesnake, as the most northerly distributed venomous snake in North America. No subspecies are currently recognized.


Their prey are mainly small mammals, but may include small birds, frogs, and other small animals, including other snakes. Although capable of consuming other rattlesnakes, the most common snake they prey upon are garter snakes. Like most rattlesnakes, timber rattlesnakes are known to use chemical cues to find sites to ambush their prey and  often strike their prey and track them until they can be consumed. Timber rattlesnakes are known to use fallen logs as a waiting site for prey to pass by, giving them an elevated perch from which to effectively strike their prey, which is almost entirely terrestrial rather than arboreal (even arboreal prey such as squirrels tend to be caught when they come to the ground). If the arboreal prey (squirrels) are in the trees, it was found that the snake might indicate vertical tree posture, meaning it leans up against a tree looking at the squirrel and waiting for it to come down. The primary foods by genera of timber rattlesnakes were as follows: Peromyscus (33.3%), Microtus (10.9%), Tamias (qv) (10.6%), Sylvilagus (10.4%), Sigmodon (5.3%) and Sciurus (4.2%). Based on examination of the snout-to-vent length,  juvenile timber rattlesnakes were found to differ slightly in dietary preferences from adult rattlesnakes, being more likely to consume smaller prey such as shrews (averaging 8 g (0.28 oz) and unable to attack subadult eastern cottontail rabbits (averaging 500–1,000 g (1.1–2.2 lb) but Peromyscus was the number one prey item for both young and adult rattlesnakes. Several birds, although always secondary to mammals, are also known to be hunted, mainly ground-dwelling species such as bobwhites, but also a surprising number of passerines.


Adults usually grow to total length of 91–152 cm (36–60 in). In Pennsylvania, the smallest size females that could produce viable eggs was 72.2 cm (28.4 in). Most adult timber rattlesnakes found measure less than 115 cm (45 in) in total length and weigh between 500 and 1,500 g (1.1 and 3.3 lb), often being towards the lower end of that range. The maximum reported total length is 189.2 cm (74.5 in) (Klauber, 1956). Holt (1924) mentions a large specimen caught in Montgomery County, Alabama, which had a total length of 159 cm (62.5 in) and weighed 2.5 kg (5.5 lb). Large specimens can reportedly weigh as much as 4.5 kg (9.9 lb).
The dorsal scales are keeled and arranged in 21–26 scale rows at midbody (usually 25 rows in the southern part of its geographic range, and 23 rows in the northern part). The ventral scales number 158–177 in males and 163–183 in females. Males have 20–30 subcaudal scales, while females have 15–26. The rostral scale is normally a little higher than it is wide. In the internasal-prefrontal area there are 4–22 scales that include 2 large, triangular internasal scales that border the rostral, followed by two large, quadrangular prefrontal scales (anterior canthals) that may contact each other along the midline, or may be separated by many small scales. Between the supraocular and internasal scales, only a single canthal scale is present. Five to seven intersupraocular scales are seen. The number of prefoveal scales varies between two and eight. Usually, the first supralabial scale is in broad contact with the prenasal scale, although slightly to moderately separated along its posteroventral margin by the most anterior prefoveals.
Dorsally, they have a pattern of dark brown or black crossbands on a yellowish-brown or grayish background. The crossbands have irregular zig-zag edges, and may be V- or M-shaped. Often a rust-colored vertebral stripe is present. Ventrally, they are yellowish, uniform, or marked with black. Melanism is common, and some individuals are very dark, almost solid black.


Timber rattlesnakes are present in the eastern United States from southern Minnesota and southern New Hampshire, south to East Texas and North Florida. One hundred and fifteen rattlesnakes have been marked within Brown County State Park in Indiana, one of the few places where they can be found in the state.
Its historic range includes southern Ontario and southern Quebec in Canada, but in May 2001, the Canadian Species at Risk Act listed it as extirpated in Canada. A Canadian government sponsored recovery strategy is under study to support the reintroducing of this predator of many pests to its former Canadian habitat.
Many were present in some of the thick forest areas of central and southeastern Iowa, mostly within the Mississippi, Skunk, Iowa, and Des Moines River valleys, in several places in these areas; bites from timber rattlesnakes have been widespread, especially in a localized area of Geode State Park, in southeastern Henry County, along Credit Island Park, in southern Scott County, and in the forested areas of southern Clinton County.
The museum at Amana Colony, Iowa, asserts that one founding family lost their firstborn, a daughter, at the age of three, due to a rattlesnake bite she received while playing on a woodpile in the 19th century.
In Pennsylvania, it is not heavily present west of Chestnut Ridge, which is in the Laurel Highlands, nor is it heavily present in the more urban areas of the southeastern corner of the state. Thus, its range does not include  Philadelphia and Pittsburgh, the two largest cities in Pennsylvania.
In New York, timber rattlesnakes are "extirpated at 26% of historically known dens, and nearly extirpated at another 5%". Brown (1984, 1988) suggested denning populations in New York have been reduced by 50 to 75% of their historical numbers.
C. horridus is extirpated from Maine and Rhode Island, and is considered close to extirpation in New Hampshire.
In Massachusetts, the snakes are active from mid-May to mid-October. Early settlers were afraid of the snake, as its population was widespread throughout the state. The town of Westborough paid 13 men two shillings per day to rid a local hill of snakes in 1680. The hill had so many rattlesnakes, it was named "Boston Hill" because the number of snakes killed rivaled the population of the young city of Boston. In Milford, men would hunt the rattlesnakes between May and early June. According to Adin Ballou, when he arrived in town in 1824 snakes were still abundant, by 1881 they were still reported in some areas of town. Since that time their habitat has been reduced to the Blue Hills south of Boston, the Berkshires in Western Massachusetts, and parts of the Connecticut River Valley, notably in the area of the Holyoke Range. The snake is so rare in the state that it is rarely encountered by people and is considered endangered, making it illegal to harass, kill, collect, or possess. In September 2021, a five-foot long timber rattlesnake was recorded on video on a trail in the Blue Hills Reservation.
Generally, this species is found in deciduous forests in rugged terrain. During the summer, gravid (pregnant) females seem to prefer open, rocky ledges where the temperatures are higher, while males and nongravid females tend to spend more time in cooler, denser woodland with more closed forest canopy.


The cedar waxwing (Bombycilla cedrorum) is a member of the family Bombycillidae or waxwing family of passerine birds. It is a medium-sized, mostly brown, gray, and yellow. This bird is named for its wax-like wing tips. It is a native of North and Central America, breeding in open wooded areas in southern Canada and wintering in the southern half of the United States, Central America, and the far northwest of South America. Its diet includes cedar cones, fruit, holly berries, and insects. The cedar waxwing is listed as least concern on the IUCN Red List.
The genus name Bombycilla comes from the Ancient Greek bombux, "silk" and the Modern Latin cilla, "tail"; this is a direct translation of the German Seidenschwanz, "silk-tail", and refers to the silky-soft plumage of these birds. The specific cedrorum is Latin for "of the cedars".


Preferred habitat consists of trees at the edge of wooded areas, or "open" forests, especially those that provide access to berry sources as well as water. They are frequently seen in fruiting trees. Waxwings are attracted to the sound of running water, and love to bathe in and drink from shallow creeks. In urban or suburban environments, waxwings often favor parkland with well-spaced trees;
golf courses, cemeteries, or other landscaping with well-spaced trees; bushes that provide berries; and a nearby water source such as a fountain or birdbath. Also look for them near farms, orchards, and gardens, particularly ones with fruiting trees or shrubs.
Outside the breeding season, cedar waxwings often feed in large flocks numbering hundreds of birds. This species is nomadic and irruptive, with erratic winter movements, though most of the population migrates farther south into the United States and beyond, sometimes reaching as far as northern South America. They will move in huge numbers if berry supplies are low. Rare vagrants have reached western Europe, and there are two recorded occurrences of cedar waxwing sightings in Great Britain. Individual Bohemian waxwings will occasionally join large winter flocks of cedar waxwings.


Mating season for this bird begins around the end of spring and runs through late summer. The male will do a "hopping dance" for the female. If she is interested, she'll hop back. During courtship the male and female will sit together and pass small objects back and forth, such as flower petals or an insect. Mating pairs will sometimes rub their beaks together. The nest is a loose open cup built with grass and twigs, lined with softer materials and supported by a tree branch averaging 2 to 6 m (6.6 to 19.7 ft) above ground but, at times, considerably higher. It takes around five or six days for the female waxwing to build the nest and can take up to 2,500 trips back and forth. Sometimes the female will steal nest material from other species' nests. The outer diameter of the nest is approximately 12 to 16 cm (4.7 to 6.3 in). Usually 5 or 6 eggs are laid and the female incubates them for 11 to 13 days. The eggs are oval shaped with a smooth surface and very little, if any, gloss. The egg shells are of various shades of light or bluish grey with irregular, dark brown spots or greyish-brown splotches. Both parents build the nest and feed the young. Typically, there are one or two broods during the mating season. Young leave the nest about 14 to 18 days after hatching.


Cedar waxwings are medium-sized birds approximately 6–7 in (15–18 cm) long and weighing roughly 30 g (1.1 oz). Wingspan ranges from 8.7-11.8 in (22-30 cm). They are smaller and browner than their close relative, the Bohemian waxwing (which breeds farther to the north and west). Their markings are a "silky, shiny collection of brown, gray, and lemon-yellow, accented with a subdued crest, rakish black mask, and brilliant-red wax droplets on the wing feathers." These droplets may be the same color as the madrone berries they are known to eat. These birds' most prominent feature is this small cluster of red wax-like droplets on tips of secondary flight feathers on the wings, a feature they share with the Bohemian waxwing (but not the Japanese waxwing). These wax-like droplets are attributed to the pigmented and medullary layers of the secondary tip being surrounded by a transparent cuticle.  The wings are "broad and pointed, like a starling's." The tail is typically yellow or orange depending on diet. Birds that have fed on berries of introduced Eurasian honeysuckles while growing tail feathers will have darker orange-tipped tail-feathers. The tail is somewhat short, and square-tipped. Adults have a pale yellow belly. The waxwing's crest often "lies flat and droops over the back of the head." It has a short and wide bill. The waxwing's black mask has a thin white border. Immature birds are streaked on the throat and flanks, and often do not have the black mask of the adults. Males and females look alike.
The flight of waxwings is strong and direct, and the movement of the flock in flight resembles that of a flock of small pale European starlings. Cedar waxwings fly at 40 km/h (25 mph) and fly at an altitude of 610 m (2,000 ft).
Cedar waxwings are also known as the southern waxwing, Canada robin, cedar bird, cherry bird, or recellet.
The oldest observed cedar waxwing was eight years and two months old.


The ruddy darter can reach a body length of 34–36 millimetres (1.3–1.4 in) and attains a wingspan of up to 6 cm. These dragonflies are smaller than the Common Darter. They have black legs and the wings show a brown pterostigma and an orange color at the base of the wings. Two evident black marks are located on segments S8 and S9 of the abdomen.
The head, thorax and abdomen of the mature male are vivid red, while the female is slightly smaller, and is a golden-yellow colour with black markings. The blood-red color of the males develop with maturity, together with a red frons and a red-brown thorax.  The abdomen widens for the final third of its length and shows a marked pinched section where it joins the thorax.
The all-black legs of the ruddy darter distinguish it from the otherwise very similar common darter (Sympetrum striolatum) and vagrant darter (Sympetrum vulgatum), both of which show yellow stripes on their legs. The spotted darter (Sympetrum depressiusculum) with all-black legs has noticeably more clubbed abdomen and brighter pterostigmata.


The ruddy darter is to be found in temperate regions throughout Europe as far east as Siberia and as far south as the northern Sahara. Its conservation status is regarded as secure, and indeed numbers seem to be increasing in some locations such as central England.
It is present in the following countries: Albania; Algeria; Armenia; Austria; Azerbaijan; Belarus; Belgium; Bosnia and Herzegovina; Bulgaria; Croatia; Cyprus; Czech Republic; Denmark; Estonia; Finland; France; Germany; Greece; Hungary; Ireland; Italy; Kazakhstan; Kyrgyzstan; Latvia; Liechtenstein; Lithuania; Luxembourg; Macedonia, the former Yugoslav Republic of; Moldova; Monaco; Montenegro; Morocco; Netherlands; Norway; Poland; Portugal; Romania; Russian Federation; Serbia; Slovakia; Slovenia; Spain; Sweden; Switzerland; Tajikistan; Tunisia; Turkmenistan; Ukraine; United Kingdom; Uzbekistan.


The ruddy darter can be found between the months of June and November.  Mating takes place on the wing, with the coupled pair performing a dipping flight over the water. The female jettisons her fertilised eggs at the water surface by alternating movements of the abdomen. The male may hover nearby during this period and protect the female by driving off any approaching males.
The larvae spend the year beneath the water surface before emerging and pupating into adults.


Tawaka is an edible mushroom with meaty savoury taste. It can be collected in the wild or cultivated on logs that are inoculated four to eight weeks after cutting and defoliating. According to a study from Lincoln University in 1990, tawaka contains approximately 20% protein in dry mass, which is roughly half of what can be found in the common button mushroom, while the essential amino acid composition is similar. On the other hand, available carbohydrate content is almost three times higher.
Although most commonly known for its culinary value, tawaka was historically used by Māori people as a traditional medicine.


The species grows parasitically and saprotrophically in hardwood trees such as Beilschmiedia tawa, Hoheria or Plagianthus but can also be found on Nothofagus, birches or poplars. It is native and probably indigenous to New Zealand. Fruiting bodies usually occur in late summer and autumn, sometimes single but usually in clusters.


The rough prominent (Nadata gibbosa) is a moth of the family Notodontidae, subfamily Phalerinae. It is also known as the white-dotted prominent and the tawny prominent. The species was first described by James Edward Smith in 1797. This common moth is found across North America from the northern boreal forests to as far south as Florida. It is most common in deciduous forests at some elevation. It is nocturnal but attracted to lights. The moths start to fly soon after dusk and return to resting places some time before dawn breaks (Fullard & Napoleone 2001). The adults live through late spring and early summer, and larvae are active until fall. They then pupate until the following spring.
The moth is tan or dull orange, with two small silver spots on each forewing. The wingspan is approximately 2 inches (5 cm). It sports a pointed thoracic tuft between its wings.


The larva is blue green, turning bright green as it approaches pupation age. It has a large head capsule, yellow mandibles, and yellow longitudinal stripes down its body. It feeds on the leaves of oaks and other deciduous trees (see list below). The larva is sometimes called the green oak caterpillar.


Aporia crataegi, the black-veined white, is a large butterfly of the family Pieridae.
A. crataegi is widespread and common. Its range extends from northwest Africa in the west to Transcaucasia and  across the Palearctic to Siberia and Japan in the east. In the south, it is found in Turkey, Cyprus, Israel, Lebanon and Syria. It is not present in the British Isles and northern Scandinavia.


It occurs in open forest, grazing land, orchards. lanes, gardens, meadows and thickets throughout most of Europe, temperate Asia, Korea, and Japan. This species is extinct in the British Isles.