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4k Ai art lookbook, A beautiful lady in shorts, #aimodal #ailookbook #aigirl #ai #aiart #aibeauty


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Al Art Lookbook: construction worker 👷‍♀️| Labour day [4K] #ai #aigirl #aiart #ailookbook #aibeauty

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Titan triggerfish is a large species of triggerfish that belongs to the family of balistidae. Triggerfish are seen in the Indo-West and Central Pacific region, southwestern to north-western Western Australia, the central coast of New South Wales, and the Great Barrier Reef. This fish is easily found singly or in pairs protecting their areas over slopes of deep lagoons and seaward reefs. Juveniles are mainly found close to isolated patches of branching corals over protected shallow, sandy areas of reefs. The titan triggerfish is diurnal and solitary.

They are called mustache triggerfish as they have black markings above the mouth that look like a mustache. Its body is heavily scaled and is generally green to dark grey in color, with yellow or green fins with black tips, and a lower jaw, dark grey or purple in color. In Thailand, the fish are predominantly yellow in color.

Although it will sometimes eat smaller fish, the titan triggerfish is not solely a piscivore. Instead, its primary diet consists of several species of echinoderms, crustaceans, mollusks, tube worms, and living coral. They have powerful sharp teeth. The titan triggerfish uses its powerful bite to break pieces off and crush them to extract the meat. These are the workers of the reef, often busy turning over rocks, stirring up the sand, and biting off pieces of branching coral. This activity often stirs up nearby coral parts and small organisms, allowing other fish to feast on the leftovers.

While individuals have been observed in the wild eating juvenile crown-of-thorns starfish, sea urchins seem to be the favored target, including the various long-spined, somewhat venomous Diadema species. The titan gets past their defenses by seizing the tips of the spines in its mouth and flipping the urchin upside down. This exposes the relatively unprotected underside of the urchin so the titan triggerfish can dig the meat out of the spiny shell.

The diet of the titan triggerfish makes its impact on the reef rather neutral, for while it feeds on the corals and tube worms of the reef itself, it also feeds on other reef predators and helps to keep their populations in check.

They have independently rotating eyes, and their pelvic fins are fused into a single spine.

They have 2 dorsal fins, the first of which is comprised of 3 spines, and this is where the triggerfish derives its name. The spine is also held erect as a warning to other fish to stay away. If this warning is ignored, they are known to charge at anything and anyone. At night or when threatened, the fish will wedge itself into a coral crevasse and erect its dorsal fin wedging itself in tight. The first spine is locked in place by the second spine and once that's in place, the fish is virtually immovable, resulting in the titan triggerfish not being considered an easy meal. Although not much is known about what in particular preys on titans, one thing is for sure, they can defend themselves quite well.

The triggerfish search for mating partners and are known to do mating dances with the chosen one. Both sexes will vigorously protect the nesting area. While nesting or not, the male is usually aggressive and can attack unprovoked; a female guarding her nest can be equally aggressive. They will deftly defend the nest even against intruders much bigger than themselves. The territory around the nest is roughly cone-shaped and divers who accidentally enter it may be attacked. The threat posture includes the triggerfish facing the intruder while holding its first dorsal spine erect. It may also roll onto its side, allowing it a better look at the intruder. Their bites can cause serious infection as they contain a natural poison called Ciguatoxin. The titan triggerfish will not always bite but can swim at snorkelers and divers escorting them out of their territory.

Sexually distinctive, the titan triggerfish will lay eggs that are fertilized externally. Eggs are laid after some preparation of the nest. They create a depression in the sand of the chosen nesting area by fanning it with their caudal and dorsal fins. Titan triggerfish spawn for about 4 days a month. The male will guard the nest and blow water over the eggs, ensuring a good supply of fresh water and oxygen. Once the larvae hatch, they will swim away, presumably into the protection afforded by the coral reef. Early on in the life cycle, zooplankton will be the source of nourishment until such time as the juvenile has matured enough to take on other delicacies of the coral reef.

#Nature #CoralReef #CrownofthornsStarfish

The whitetip reef shark (Triaenodon obesus) is a species of requiem shark, in the family Carcharhinidae, and the only member of its genus. A relatively small species, few whitetip reef sharks are longer than 1.6 m, this species is easily recognizable by its slender body and short but broad head, as well as tubular skin flaps beside the nostrils, oval eyes with vertical pupils, with characteristic white markings on the tips of several of its fins. These markings gave it its common name. It is an agile swimmer well suited for its mostly reef habitat existence.

The whitetip reef shark is widely distributed across the entire Indo-Pacific region. In the Indian Ocean, it is found from northern KwaZulu-Natal, South Africa to the Red Sea and the Indian subcontinent, including Madagascar, Mauritius, Comoros, the Aldabra Group, Seychelles, Sri Lanka, and the Chagos Archipelago. In the western and central Pacific, it occurs from off southern China, Taiwan, and the Ryukyu Islands, to the Philippines, Southeast Asia, and Indonesia, to northern Australia, and is also found around numerous islands in Melanesia, Micronesia, and Polynesia, as far as Hawaii to the north, and the Pitcairn Islands to the southeast. In the eastern Pacific, it occurs from Costa Rica to Panama, and off the Galápagos Islands.

Associated almost exclusively with coral reef habitats, whitetip reef sharks are most often encountered around coral heads and ledges with high vertical relief, and additionally over sandy flats, in lagoons, and near drop-offs to deeper water. They prefer very clear water and rarely swim far from the bottom. This species is most common at a depth of 8–40 m. On occasion, they may enter water less than 1 m deep. Individuals may stay within a particular area of the reef for months or years, frequently returning to the same shelter. A whitetip reef shark can survive for six weeks without food. These sharks are not territorial and share their home ranges with others of their species, they do not perform threat displays.

During the day, whitetip reef sharks spend much of their time resting inside caves. Unlike other requiem sharks, which rely on ram ventilation and must constantly swim to breathe, this shark can pump water over its gills and lie still on the bottom. This species feeds mainly on bony fishes, including eels, squirrelfishes, snappers, damselfishes, parrotfishes, surgeonfishes, triggerfishes, and goatfishes, as well as octopuses, spiny lobsters, and crabs. Whitetip reef sharks hunt primarily at night when many fishes are asleep and easily taken. After dusk, groups of sharks methodically scour the reef, often breaking off pieces of coral in their vigorous pursuit of prey. Multiple sharks may target the same prey item, covering every exit route from a particular coral head. Each shark hunts for itself and is in competition with the others in its group. Like all sharks, whitetip reef sharks rely on electroreceptors in their snouts to detect the electrical charges of nearby prey. Although they are formidable predators, whitetip reef sharks are preyed upon by larger fish, such as tiger sharks and giant grouper.

Unlike its Oceanic cousin, the white tip reef shark is more harmless and is seldom aggressive unless provoked. They are also fearless and curious, as the whitetip reef sharks may approach swimmers closely to investigate. However, these sharks readily attempt, and quite boldly, to steal catches from spear fishers, which has resulted in several people being bitten in the process. Whitetip reef sharks are well-suited to ecotourism diving, and with conditioning, they can be hand-fed by divers.

The International Union for Conservation of Nature (IUCN) has assessed this species as Vulnerable, as its numbers have dropped in recent decades due to increasing, and thus far unregulated, fishing pressure in the tropics. Its restricted habitat, low dispersal, and slow reproduction are factors that limit this shark's capacity for recovering from overfishing.

#Nature #Fish #NightHunting

The Barrier Reef is a tough place to live, even for a shark. Extreme tides and high temperatures leave the reef as a series of rockpools at low tide. Bigger sharks are forced into deeper water, leaving the Epaulette shark alone to exploit the riches of the reef undisturbed. Unlike any other shark, the Epaulette has an uncanny ability to walk. It uses its fins as prototype legs to crawl over the exposed reef between rockpools that contain its prey. But no shark can breathe out of water. This is not a problem for the epaulette shark though, as it can survive 60 times longer without oxygen than humans can! In order to do this the little shark slows its breathing and heart rate and powers down its brain. These incredible physiological changes mean the Epaulette shark has more time to hunt on the reef before the tide rises and the bigger sharks move back in. This shark is truly the master of the intertidal environment.

#CalmingMusic #CoralReef #Shark

The Brown Leaf Chameleon (Brookesia superciliaris) belongs to the same genus as some of the smallest reptiles in the entire world (Brookesia micra is the tiniest Chameleon on record).

The brown leaf chameleon is like other Brookesia species, a master of disguise. The brown leaf chameleon is distinguished by its elongated, high, laterally squashed body that resembles a rolled-up, dead leaf. The size and appearance of this chameleon vary considerably over its relatively vast range, and it may be any shade of brown, beige, grey, olive, green, or dark red, but usually display colors and patterns that mimic a dead leaf. Despite its tiny size, the brown leaf chameleon has an imposing appearance due to two pronounced horns that protrude from the head above each eye and four spiny scales that jut from the throat.

The brown leaf chameleon occurs in eastern Madagascar (including the island of Nosy Boraha), from sea level up to altitudes of over 1,250 meters. The floor of the evergreen primary forest is the preferred habitat of the brown leaf chameleon, but it may also be found in secondary forests and adjacent overgrown plantations. It seems to prefer closed-canopy forest and climbs higher in the forest (up to 1.5 meters), more often than other species of Brookesia.

The brown leaf chameleon spends its days foraging among dead leaves on the forest floor, searching for prey with its independently moving, protruding eyes and catching insects with its long, sticky tongue. If threatened, the lizard's first reaction is to stay still and rely on its remarkable camouflage, but it may also exhibit other defense behaviors. This includes the 'freeze and roll' technique, in which the chameleon folds its legs underneath its belly, rolls over to one side, and remains very still, mimicking a dead leaf on the forest floor. Alternatively, the brown leaf chameleon may also thrust its spines to ward off predators.

Brown leaf chameleons have an interesting courtship ritual in which a male approaches a female with pronounced nodding and rocking movements. An unreceptive female repels a male by reacting with jerky movements, while a receptive female walks with the male. After some time walking together, and before dusk, the male mounts the female and is carried on her back until the pair copulates in the late evening or at night. This species is known to store sperm. Between 30 and 45 days after copulation, the female lays two to five eggs, which she hides under dead leaves, moss, and pieces of bark on the forest floor. Sometimes, a true nest is excavated and the clutch is laid onto the ground. The eggs hatch after 59 to 70 days; the brown leaf chameleon reaches sexual maturity within one year.

Like other Brookesia chameleons, the brown leaf chameleon is threatened primarily by habitat destruction, which is the result of agricultural expansion, timber extraction, and small-scale mining. Harvesting for the international pet trade does occur but is unlikely to be threatening its survival. Since 2005, export quotas have been set at 200 individuals per year.

The brown leaf chameleon is listed on Appendix II of the Convention on International Trade in Endangered Species (CITES), meaning that trade in this species should be carefully controlled to be compatible with their survival. It is also known to occur in a number of protected areas, including Befotaka-Midongy National Park, Mantadia National Park, Analamazoatra Special Reserve,[6] and Kalambatitra Special Reserve. Although illegal harvesting and other activities that degrade the forest habitat may lessen any benefits this bestows, this species is more tolerant of forest disturbance than other leaf chameleons.

#Wildlife #Rainforest #Madagascar

Philippine eagles (Pithecophaga jefferyi) are endemic to the Philippines. The species is found primarily in the forest of four islands, namely, Eastern Luzon island, Samar island, Leyte island, and Mindanao island. The majority of these birds are found on Mindanao Island. While the population is fewer on other islands. This is the national bird of the Philippines. Among the rarest and most powerful birds in the world, the Philippine eagle has been declared the Philippine national bird. This eagle, because of its size and rarity, is also a highly desired bird for birdwatchers.

A Philippine eagle has distinguishable long crown feathers forming a crest. The bird has sharp bluish eyes and a large arched beak. The plumage is rich brown overall, and the feathers are pale towards the end. The wing underparts are also creamy white. The legs are strong with large claws. The bird looks beautiful with a contrasting white belly and yellow feet, and powerful dark claws. The females are heavier than the males. In terms of length and wingspan, this species is one of the largest eagles in the world. It is 60-95cm long. Typically a female is observed to be larger than the males. An adult female weighs around 6.5kg, and an adult male weighs around 4.5kg.

This bird is an agile flier and can fly at a speed of 49.7 mph. Moreover, the bird is said to take on unsuspecting prey without breaking its flight. These birds' eyesight is eight times more powerful than human eyesight.

Philippine eagles communicate vocally and the most frequently heard noises include loud, high-pitched whistles ending with inflections in pitch. When begging for food, juveniles are known to produce a series of high-pitched calls.

Philippine eagles are generally solitary and spend time singly on in breeding pairs. They are active during the day and at night they rest. Philippine eagles primarily use two hunting techniques. One is still-hunting, in which they watch for prey activity while sitting almost motionlessly on a branch near the canopy. The other is perch-hunting, which entails periodically gliding from one perch to another. While perch-hunting, they often work their way gradually down from the canopy on down the branches, and if not successful in finding prey in their initial foray, they fly or circle back up to the top of the trees to work them again.

The Philippine eagle is at the top of the food chain. These birds of prey are carnivorous, and these birds’ diet includes many animals. Their diet includes monkeys, birds, flying foxes, giant cloud rats, Asian palm civets, flying squirrels, tree squirrels, fruit bats, reptiles (large snakes and lizards), and even other birds of prey. They will also feed on flying lemurs in some locations and have been reported to capture even young pigs and small dogs.

Philippine eagles are monogamous and once paired, a couple remains together for the rest of their lives. If one dies, the remaining eagle often searches for a new mate to replace the one lost. The Philippine eagle reproduces by sexual reproduction. The female reaches sexual maturity at the age of five, and the male bird reaches sexual maturity at seven years of age. They build their nests on trees and need a large area to rear their young ones. A female lays a single egg in the nest after breeding. Both partners incubate the egg for around two months. After the eaglet hatches out, the male eagle does the hunting and feeds the young for more than a month while the female sticks around the nest, protecting it. But as such, the eaglet stays with its parents for more than a year and a half before being on its own. This is the reason this eagle species breeding season is in alternate years. And the rate of growth in their population is also low since birds lay a single egg only in alternate years. They are monogamous species and mate for a lifetime. And if one of the partners dies for some reason, they search for a new mate. Each breeding pair requires a large home range to successfully raise a chick, thus the species is extremely vulnerable to deforestation.

According to the IUCN Red List, the conservation status of the Philippine eagle is Critically Endangered. At the top of the food chain, the species are an important part of the ecosystem creating a subtle balance in its territory. Humans are the major threat to this species. Massive deforestation in their range has been done, causing the population decline of these birds due to habitat loss. The killing of this bird is a punishable offense in the Philippines. Killing a Philippine eagle is punishable under Philippine law by up to 12 years in prison and heavy fines.

#Wildlife #Monkey #Rainforest

The South American population of this species migrates in large numbers, though no one yet knows where those birds spend the winter.
Very little is known about where and why birds migrate at tropical latitudes, as well as what the risks to survival are during such movements.
Increasing threats to these birds' survival, such as urbanization, hunting and pesticides, combined with a lack of information about their annual cycle.
#Hummingbirds
#Toucans
#Manakin
#Tanager
#Hoatzin
#Macaw
#Motmots
#Woodpeckers
#Resplendent Quetzal
etc

#CalmingSound

The Namaqua sandgrouse (Pterocles namaqua), is a species of ground-dwelling bird in the sandgrouse family. The Namaqua sandgrouse can be found in various arid parts of South Africa and its neighbouring lands. Namaqua Sandgrouse is nomadic in the desert, semi-desert, and arid savanna.

Seeds are the main staple of the Namaqua sandgrouse, which forages over large areas. The bird prefers seeds high in protein, like legumes, picking them off the ground with its short bill. It feeds in the daylight hours and rests in the shade of a bush during the extreme heat of midday. The bird will sometimes eat plant material and insects or molluscs that happen to be on plants, and occasionally grit to help grind down seeds in the gizzard.

A dumpy, short-legged, pigeon-like bird that shuffles awkwardly on the ground and flies in a fast and direct manner, singly or in groups. It has a long, pointed tail and sharply-pointed wings. The male has a pair of black-and-white bands across the chest and has a plain buffy face and head; the female is mottled with black, brown, and white. There is a dense layer of under down which helps insulate the bird from extremes of heat and cold.

The feathers of the belly are specially adapted for absorbing water, retaining it and acting like a sponge. On very hot days, parents fly to water bodies that may be many miles away from watering holes. After drinking, soak their belly, and quickly return to the nest to cool the eggs or provide water to waiting chicks. The chicks suck up water like a goat kid drinks milk from mother’s udders. The amount of water that can be carried in this way is 15 to 20 millilitres.

Sandgrouses are gregarious, feeding in flocks of up to 100 birds. As a consequence of their dry diet, they need to visit water sources regularly. When drinking, water is sucked into the beak, which is then raised to let the water flow down into the crop. By repeating this procedure rapidly, enough water to last twenty-four hours can be swallowed in a few seconds. As they travel to water holes, they call to members of their own species and many hundreds or thousands synchronize their arrival at the drinking site despite converging from many different locations scattered over hundreds of square miles of territory. Namaqua sandgrouse birds communicate through a far-carrying call which is a musical 'kelkiw-wyn'.

Sandgrouse travels tens of miles to their traditional water holes and tends to disregard temporary water sources which may appear periodically. This clearly has a survival value, because a dried-up water source in an arid region could result in dehydration and death.
They are vulnerable to attack while watering but with a large number of birds milling about, predators find it difficult to select a target bird and are likely to have been spotted before they can get close to the flock. The sandgrouse tends to avoid sites with cover for mammalian predators and their greatest risk is usually from predatory birds. When faced with danger, this bird escapes by jumping from the ground directly into the flight.

Breeding takes place at any time of the year and is dependent on rainfall. Usually, the nests are solitary but sometimes several pairs of birds choose sites near each other. The nest is a scrape in the earth, scantily lined with dried plant material. Two or three pinkish-grey eggs with brown markings are laid over the course of a few days. Incubation starts after the last egg has been laid and lasts about 22 days. The female does the incubation by day and the male does a longer shift at night, starting about two hours before sunset and finishing two hours after dawn. The chicks are precocial and able to leave the nest on the day they are hatched. The male brings them water absorbed on the specially adapted feathers of his breast. The chicks grow rapidly, they are fully feathered at three weeks and able to fly at six.

The species is common within its range and is considered to be of Least Concern by the IUCN Red List of Threatened Species. The birds are at risk of predation by mongooses while they are young. Sheep farmers kill birds of prey and jackals to protect their flocks and this may have resulted in an increase in the mongoose population and consequently a diminution in the number of sandgrouse chicks that survive. Other predators that prey on the Namaqua sandgrouse include eagle and falcon.

#Wildlife #Bird #NamibDesert

Costa's hummingbird (Calypte costae) is a bird species in the hummingbird family Trochilidae. It breeds in the Sonoran and Mojave Deserts of California and Arizona. While it naturally occurs in the western United States and Mexico, it is known to wander towards the east and north as far as Alaska and Canada. It leaves the desert at the peak of summer and moves to chaparral, scrubs, or woodland habitat.

This species is very small, a mature adult growing to only 7.6–8.9 cm in length, a wingspan of 11 cm, and an average weight of 3.05 g for males and 3.22 g for females. The male Costa’s Hummingbird has mostly green upper parts, its back, sides, and belly. It has an iridescent violet crown and white patches under its gorged throat and tail. The throat patch extends to the sides of the throat. Its wings are small and have black tails and wings. Its vibrant purple cap and throat, with throat feathers flaring out and back behind its head, is cited as its most remarkable feature. The female, which is comparably larger in size, is not that remarkable as male. It has a greyish-green crown and back, and a white belly and breast. Its flanks are ‘buffy’ and the tips of its outer tail feathers are white. Sometimes, its throat has some dark feathers. The juvenile Costa’s Hummingbird closely resembles the adult female, with tray-buff edging on the feathers of the upper body. Also, instead of having a singly rounded tail, juvenile Costa’s Hummingbird has a doubly rounded tail.

Like all other hummingbird species, Costa's hummingbird feeds on flower nectar and any tiny insects that it happens to find in the flower petals. At flowers, usually feeds while hovering. They would visit desert natives like agave, chuparosa, desert honeysuckle, and fairy-duster. To catch small insects, may fly out and capture them in midair, or hover to pluck them from foliage.

The male Costa's hummingbird's courtship display is a spirited series of swoops and arcing dives, carefully utilizing a proper angle to the sun to show off his violet plumage to impress prospective mates. Males perform a looping dive display to entice females to mate with them and also to threaten intruding hummingbirds. They fly straight towards the female, make several loops around her and then fly straight up into the air, returning in a broad U-shaped dive. During the dive, they sing a high-pitched whistle. They continue to loop around and perform dives for the female without pause, sometimes for up to 4 minutes, but usually, the display lasts for about 35 seconds. If that was not enough to attract the female’s attention, they also hover directly in front of her with their gorget flared.

One male may mate with several females. Nest site is in rather open or sparsely left shrub or small tree, sometimes in yucca or cactus, usually 2-8 feet above the ground. Placed on a horizontal or diagonal branch. The female constructs a small cup-shaped nest out of plant fibers, down, and at times spider silk, coated with lichen to hold it together. The nest is situated on a yucca stalk or tree limb. The female lays just two eggs, which are white in color, which she will incubate for 15 to 18 days before the young hatch. The young leave the nest after 20 to 23 days. Amazingly, the mother Costa can survive without water throughout the nesting period. Egg and nest predation is the major source of mortality at most sites. Important predators are snakes, small mammals, jays, orioles, and lizards. Adults may be preyed on by Greater Roadrunners and thrashers.

All hummingbirds have a super-fast metabolism and can die quickly if their body temperature isn’t maintained. In the desert at night, the temperatures sometimes dip low. They have a special adaptation called Torpor, a semi-hibernation-like state which allows the body temperature to reduce and the heart rate to slow to 50 beats per minute. A normal heartbeat is 500 to 900 beats per minute. Slowing down their metabolism in this way allows these birds to survive the cold nights.

The Costa’s Hummingbird has a ‘Least Concern’ status under the IUCN Classification System. The IUCN says that the species appears to have a stable population trend and a very large range, which signifies that it does not approach the thresholds for vulnerability. Of all the states in the US where the Costa’s have been observed, only New Mexico has listed the species as threatened.

The most serious threat to the species is loss of habitat, primarily coastal scrub and Sonoran desert scrub. A lot of these areas have been converted for human uses, such as agriculture and residential development.

#Wildlife #SonoraDesert #Mating

Harris's hawk (Parabuteo unicinctus), formerly known as the bay-winged hawk or dusky hawk, and known in Latin America as peuco, is a medium-large bird of prey that breeds from the southwestern United States south to Chile, central Argentina, and Brazil.

The Harris's hawk is notable for its behavior of hunting cooperatively in packs consisting of tolerant groups, while other raptors often hunt alone. Harris hawks' social nature has been attributed to their intelligence, which makes them easy to train and has made them a popular bird for use in falconry.

The diet of Harris's hawk consists of small creatures including birds, lizards, mammals, and large insects. Harris's hawks hunt in cooperative groups of two to six. This is believed to be an adaptation to the lack of prey in the desert climate in which they live. Because it often hunts in groups, Harris's hawk can also take down larger prey. In one hunting technique, a small group flies ahead and scouts, then another group member flies ahead and scouts and this continues until the prey is bagged and shared. Harris's hawks will often chase prey on foot and are quite fast on the ground and their long, yellow legs are adapted for this. Groups of Harris's hawks tend to be more successful at capturing prey than lone hawks.

Harris's hawks are permanent residents and do not migrate. Harris's Hawks occur in semiopen desert lowlands—often among mesquite, paloverde, saguaro, and organ pipe cactus. They also frequent urban and suburban areas because these areas offer easy access to water and food (pigeons).

This species occurs in relatively stable groups. A dominance hierarchy occurs in Harris's hawks, wherein the mature female is the dominant bird, followed by the adult male and then the young of previous years. Groups typically include from 2 to 7 birds. Not only do birds cooperate in hunting, but they also assist in the nesting process. They nest in small trees, shrubby growth, or cacti. The nests are often compact, made of sticks, plant roots, and stems, and are often lined with leaves, moss, bark, and plant roots. No other bird of prey is known to hunt in groups as routinely as this species.

No accounts show predation on adults in the United States and Harris's hawk may be considered an apex predator. The Harris's Hawk isn't threatened by too many natural predators. They may fall prey to Great-horned Owls or the occasional coyote, and ravens may try to steal eggs or young from nests. But because they live in family groups, they have many eyes looking out for predators, which helps everyone stay safe.

Since about 1980, Harris's hawks have been increasingly used in falconry, They are one of the easiest to train and the most social. The ability of the Harris hawk to coordinate as a group to drive their prey into a trap demonstrates their intelligence and co-dependency; they are quick to learn and, therefore, easy to train. It is a combination of these factors that make the Harris hawk an excellent choice for the falconer and - therefore - the most popular bird of prey used in UK falconry today. Trained Harris's hawks have been used to remove an unwanted pigeon population from London's Trafalgar Square, and from the tennis courts at Wimbledon. Trained Harris hawks have been used for bird abatement by falconers in the United States at various locations including resorts and industrial sites.

#SonoranDesert #GroundSquirrel #SaguaroCactus

The ocelot (Leopardus pardalis) is a medium-sized spotted wild cat that reaches 40–50 cm at the shoulders and weighs between 8 and 15.5 kg. It is native to the southwestern United States, Mexico, Central, and South America, and to the Caribbean islands of Trinidad and Margarita. Both sexes become sexually mature at around two years of age, they can breed throughout the year, though the peak mating season varies geographically. After a gestation period of two to three months, the female gives birth to a litter of one to three kittens. They stay with their mother for up to two years, after which they leave to establish their own home ranges.

The word "ocelot" comes from the Aztec word "tlalocelot," which means field tiger, according to the San Diego Zoo. Ocelots are also sometimes called painted leopards, because of their markings and dwarf leopards, because of their markings and their size. However, ocelots are only distantly related to true leopards or tigers. Leopards and tigers are members of the Pantherinae (roaring cats) subfamily, and ocelots are in the Felinae (small cats) subfamily.

The ocelot inhabits tropical forests, thorn forests, mangrove swamps, and savannas. They prefer habitats with good availability of prey and water and tend to avoid other predators. The ocelot favors areas with dense forest cover and water sources, far from roads and human settlement, avoiding steep slopes and highly elevated areas due to lack of prey. In areas where ocelots coexist with larger predators such as the cougar and human beings, they may tune their active hours to avoid them, and seek dense cover to avoid competitors. The ocelot can adapt well to its surroundings. The ocelot shares a large part of its range with the jaguar, jaguarundi, margay, oncilla, and cougar.

Typically active during twilight and at night, the ocelot tends to be solitary and territorial. During the daytime, it rests on trees, in dens below large trees, or other cool, sheltered sites on the ground. It is agile in climbing and leaping, and escapes predators by jumping on trees. The ocelot scent-marks its territory by spraying urine. The ocelot can be aggressive in defending its territory, fighting even to death.

Ocelots have been observed to follow scent trails to acquire prey. An ocelot typically prefers hunting in areas with vegetation cover, avoiding open areas, especially on moonlit nights, so as not to be seen by the prey. As a carnivore, it preys on small terrestrial mammals such as rodents, lagomorphs, armadillos, opossums, and also fish, insects, reptiles, and small birds. They also take to the trees and stalk monkeys or birds. Unlike many cats, they do not avoid water and can swim well.

Throughout its range, the ocelot is threatened by loss and fragmentation of habitat. The habitat is often fragmented into small pockets that cannot support ocelots well, leading to deaths due to starvation. Traffic accidents have emerged as a major threat over the years as ocelots try to expand beyond their natural habitat to new areas and get hit by vehicles. In the Atlantic Forest in northeastern Argentina, it is affected by logging and poaching of prey species.

Twice the size of the average house cat, the ocelot is a sleek animal with a gorgeous dappled coat. The fur trade was a flourishing business in the 1960s and the 1970s that resulted in severe exploitation of felids such as the ocelot and the jaguar. In the 1960s, ocelot skins were among the most highly preferred in the US, reaching an all-time high of 140,000 skins traded in 1970. This was followed by prohibitions on the commercial trade of spotted cat skins in several range states such as Brazil and the US, causing ocelot skins in trade to plummet. In 1986, the European Economic Community banned the import of ocelot skins, and in 1989, the ocelot was included in Appendix I of the Convention on International Trade in Endangered Species of Wild Fauna and Flora. However, hunting of ocelots for skins has continued and is still a major threat to ocelot survival.

Another threat has been the international pet trade, this typically involves capturing ocelot kittens by killing their mothers, these cats are then sold to tourists. Though it is banned in several countries, the pet trade survives, in some areas of Central and South America ocelots are still sold in a few local markets.

Ocelot hunting has been banned in Argentina, Brazil, Bolivia, Colombia, Costa Rica, French Guiana, Guatemala, Honduras, Mexico, Nicaragua, Panama, Paraguay, Suriname, Trinidad, and Tobago, United States, Uruguay, and Venezuela; regulations have been placed on hunting in Peru. The US Fish and Wildlife Service, the Texas Parks and Wildlife Department, and The Nature Conservancy are among the agencies actively involved in ocelot conservation efforts, such as the protection and regeneration of vegetation in the Rio Grande Valley.

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The Etruscan shrew (Suncus etruscus) is also known as the Etruscan pygmy shrew and the white-toothed pygmy shrew. Etruscan shrew belongs to the class of Mammalia, similar to animals like dolphins and humans. The Etruscan shrew is the smallest living mammal. These species are often found in Europe and North Africa up to Malaysia. They are also found in the Maltese islands, situated in the middle of the Mediterranean Sea. Although widespread and not threatened overall, they are generally uncommon and are endangered in some countries.

The Etruscan shrew usually inhabits open terrains where grasslands and scrub meet deciduous forests. Etruscan shrews aren’t very good at digging, so they like making their nests in various natural shelters, crevices, and others' uninhabited burrows. If another animal has vacated their burrow, an Etruscan shrew will take advantage of the situation and move in. They frequent rocks, boulders, stone walls, and ruins, darting quickly in and out between them. The Etruscan shrew prefers warm and damp habitats covered with shrubs which is helpful for the shrew to hide from predators.

A unique aspect of Etruscan shrews is their skull size that's the smallest among mammals. The Etruscan shrew has a body length of about 4 centimeters. The body mass of individuals ranges from 1.6 to 2.4 g. They have poor eyesight but they have acute hearing, highly sensitive whiskers, and an amazing sense of smell, indeed, their long tin noses are mobile and can move about quite sinuously.

Being a small animal, it has slender body features with a relatively large head and hind limbs. Their ears are protuberant and large. Their fur color is pale brown on the back and light gray on the stomach. These shrews also have a fast heart beating rate along with a relatively large heart muscle mass.

This species has the highest mass-specific metabolic rate of all mammals. It must eat up to twice its own body weight every day to keep its small body warm. It feeds on various small vertebrates and invertebrates, mostly insects, and can hunt individuals of the same size as itself. It finds its food by smell and touch. It kills its prey with its poisonous bite and eats it immediately, but takes small insects back to its nest. The shrews are more active during the night

The Etruscan shrew is not only the smallest mammal but also one of the fastest and most tactile hunters.

They only eat live food which they catch and they catch between 20 and 30 prey animals a day. This becomes more impressive when one considers that they eat insects (which have wings and are sometimes bigger than the shrew) as well as spiders and myriapods which are armed with terrible stings and venoms. The shrew dines also on amphibians, baby rodents, worms, and larvae.

While The Etruscan shrew may turn out to be fatal for an insect's or animal's body. The shrew venom is not dangerous to humans. However, The Etruscan shrew shrew bites may result in swelling, pain, and body temperature.

They also eat plants like shrubs in damp areas. These small animals are constantly searching to find food throughout their lives to meet their high energy consumption demands.

They protect their territories by making chirping noises and signs of aggressiveness.

The Etruscan shrew has various ways to communicate; when they defend their territories, the shrew makes chirping noises and becomes aggressive towards intruders. When the Etruscan shrew is in torpor, and if suddenly awakened, it starts with its harsh shrieking sounds. in fact, the Etruscan shrew makes such noise only when it's unable to flee those areas.

Etruscan shrews are solitary animals who like living alone. Their mating system is the only way the shrews get to meet each other.

Etruscan shrews mate primarily from March to October, though they can be pregnant at any time of the year. Pairs usually form in the spring and may tolerate each other and their young for some time at the nest. The gestation period is 27–28 days, and they have 2–6 cubs per litter. Cubs are born naked and blind, weighing only 0.2 g. After their eyes open at 14 to 16 days old, they mature quickly. The mother usually moves the young when they are 9 to 10 days old, and if disturbed, she relocates them by leading them with her tail in a train-like formation, with each cub biting the tail of the one in front. The young Etruscan shrews are weaned at 20 days old. By three to four weeks of age, the young are independent and are soon sexually mature.

The largest threat to Etruscan shrews originates from human activities, particularly the destruction of their nesting grounds and habitats as a result of farming. Etruscan shrews are also sensitive to weather changes, such as cold winters and dry periods. Major predators are birds of prey.

#Wildlife #TactileHunters #Grassland

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