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The Last of Us Remastered Is all about Joel and Ellie two strangers who meet each other in the middle of a world pandemic. Joel lost his only daughter in the crisis, and it changed his life forever. Dealing with the loss of a loved one and many other people who he has cared for over the years. He came across a teenage girl named Ellie who reminds him of his beautiful daughter Sarah. He is afraid of what has happened before may end up occurring once again. Fearful of losing Ellie in the many close calls that they have encountered, he asks his brother Tommy for help. Joel can’t stand watching Ellie dying in front of him as his daughter did. The bond between them has grown too strong, that Ellie runs away to an old abandoned house where she confronts Joel about leaving her. She told him that he knows that she would be scared to be with someone she doesn’t trust. The argument between them both escalates when Ellie mention Joel, daughter. Tommy arrives and told them to get it together because danger has followed them there. This is one of the most action pack playstation games ever made by Naughty Dog. This is an absolute favorite game of all times and also a great scene from the game. Follow me on http://facebook.com/kelmon4 http://instagram.com/kellkell4z https://linkedin.com/in/kelman-browne-87888863 https://www.youtube.com/channel/UCw__2NW9pPPCgUY0wXEHtDw http://kellkell4z.tumblr.com http://Rumble.com/c/kellkell4 https://buymeacoffee.com/Kellkell4

Goats of all ages head butt. The reason why depends on the goat’s age and on their personality, too — most goats are social, inquisitive creatures and some even more so! Younger goats butt heads in play. Older goats participate in this activity to establish dominance and determine their position in the herd. I will be Demonstrating this common behavior in the above video. Rams are male bighorn sheep, animals that live in the mountains and often settle arguments with fights that include ramming their heads into others. Not to be confused with mountain goats, rams can be identified by their long, curved horns, long fur, and split hooves. Bighorn sheep are bovines and are related to antelopes, bison, buffalo, cattle and goats. Size Rams are typically 5 to 6 feet tall (1.5 to 1.8 meters) from head to tail, and weigh 262 to 280 lbs. (119 to 127 kilograms), though they can grow to over 300 lbs. (136 kg). Rocky Mountain bighorn rams have massive horns that weigh more than all of the bones in their bodies. A set of horns can weigh 30 lbs. (14 kg). Ewes, or female bighorn sheep, typically weigh 30 to 40 percent less than the rams, according to the National Bighorn Sheep Center. Habitat Bighorn sheep live in the Rocky Mountain region of North America, ranging from Mexico, northward across the western United States and into Canada. They live in the rocky areas, balancing on the boulders with their hooves, which are rough on the bottom to give the sheep more traction. Thanks to their amazing balance, bighorn sheep can stand on ledges that are only 2 inches (5 centimeters) wide. They can also jump 20 feet (6 m) and can go up a mountain at a brisk 15 mph (24 km/h). The only better mountain climbers in the animal world are mountain goats. Desert bighorn sheep, a subspecies, live in Death Valley, California, as well as Nevada, Texas and northern Mexico. They can live on desert mountains as high as 4,000 feet (1,200 m). They get most of their water from eating plants to survive, according to the Natural History Museum of Los Angeles. Habits Bighorn sheep have very good eyesight, which allows them to judge distances accurately when jumping, according to the University of Michgan's Animal Diversity Web (ADW). They also watch animals as far as a mile away. Herds are separated by gender. Females live in nursery herds, with five to 100 members, which include adult females and lambs of both genders. Male-only bachelor herds usually contain five to 50 rams at one time, and they sometimes engage in homosexual activity, according to ADW. Rams fight to decide who will be the dominant male in their group. During the fight, the males will face each other, rear up on their back legs and crash their huge horns into each other. Sometimes they charge as fast as 40 mph (64 km/h). Eventually, one of the rams ends up submitting and the winner is the new leader. This process can take hours. Diet Rams are herbivores. They typically eat seeds, grass and plants. Their diet changes depending on the season, though. In the summer, they eat grasses or sedges and in the winter, bighorns eat woody plants, such as sage, willow and rabbit brush, according to Defenders of Wildlife. What they eat also depends on the type of bighorn. For example, desert bighorns eat plants found in their location, such as desert holly and desert cactus. One swallow of food isn't enough for these animals. They will regurgitate their food into their mouths. This regurgitated food is called cud. Then, they will rechew the food and swallow it once again. This is part of their digestion process. Offspring The dominant ram earns the right to mate with the females. Mating season, called the rut, is in the autumn. Males are not usually strong enough to mate until they are at least 3 years old. Female bighorns are pregnant for about 175 days, or about 25 weeks. They usually have only one lamb at a time. In the spring, the young are born on high ledges that protect them from predators. Lambs are dependent on their mothers for the first four to six months of their lives, though they can walk almost as soon as they are born. The mortality rate for lambs is quite high. On average, 5 to 30 percent of lambs don't make it to adulthood, according to ADW, though sometimes the death rate can be as high as 80 percent. Rams typically don't mate until they are around 7 years old. They can live from 10 to 19 years in the wild. https://buymeacoffee.com/Kellkell4

These prominent twin cascades are a 20-minute drive from Roseau. It's a short 10 to 15-minute walk along a well-maintained path to the viewing platform, where you can photograph both falls. As you walk the path, be sure to stop at the warm spring that flows across the trail. The more daring can continue to swim in the refreshing waters of the smaller waterfall or find the hot springs of the tallest fall.

Hampstead is a village in northeastern Dominica. Along with Bense, the area has a population of 495, and was used as a filming location for 2006's Pirates of the Caribbean: Dead Man's Chest. This is a beautiful place located in Dominica the Hampstead river.

An adorable little girl kisses the Dolphins. As the crowd watches on an adorable little girl in a small orange and white boat with the supervision of a woman. She greets the dolphins as they swim up to meet her. The little girl leans over and gave the dolphins a lovely greeting. The dolphins show their appreciation by bringing a gift to the beautiful little girl and gets a kiss from her, it's a heartwarming event that you have to see for yourselves. Dolphins are small-toothed cetaceans easily recognizable by their curved mouths, which give them a permanent “smile.” There are 36 dolphin species, found in every ocean. Most dolphins are marine and live in the ocean or brackish waters along coastlines. There are a few species, however, like the South Asian river dolphin and the Amazon river dolphin, or boto, that live in freshwater streams and rivers. The largest dolphin, the orca, can grow to be over 30 feet long. The smallest, the Maui dolphin, is just five feet long. Dolphins feed chiefly on fish and squid, which they track using echolocation, a built-in sonar that bounces sound waves off prey and reveals information like its location, size, and shape. An echolocating bottlenose dolphin can make up to a thousand clicking noises per second. Behavior and reproduction Living in pods that can number a dozen or more, dolphins are intensely social mammals that communicate with squeaks, whistles, and clicks. Whether dolphins have language, as humans do, is a topic that scientists have debated for decades. As mammals, they have warm blood and nurse their young. Dolphins have more than one mate, and generally produce a single offspring that will stay with the mother for up to six years, depending on the species. Dolphins are graceful, sleek swimmers that can reach speeds of more than 18 miles an hour. They are also playful and often frolic in a boat’s wake, leaping out of the water—possibly for fun, to communicate, or even shed pesky parasites. Threats For centuries, people have hunted dolphins for their meat and blubber. Today, their main threat comes from being caught accidentally in commercial fishing nets. Dolphins must rise regularly to the surface to breathe—becoming entangled in nets prevents this, leading to drowning. For maine dolphins, warming ocean temperatures because of climate change have caused some of their primary food sources to move into deeper, cooler water. Furthermore, marine heatwaves, also caused by climate change, appear to have a negative affect on dolphins' reproductive rates and ability to survive. In addition to hunting and entanglement in fishing gear, freshwater dolphins face the additional threat of dams fragmenting and degrading habitat. https://buymeacoffee.com/Kellkell4

Wahoo blast the test conditions were met on May 16 1958 allowing for the nuclear device to be detonated. Within a second of detonation, a spray dome was created that reached a height of 840 feet (260 m) after seven seconds. The overall shape of the spray dome resembled a cone with 45 degree sloped sides. Plumes were seen breaking through the spray dome after six seconds in every direction. The vertical plume continued rising until 12 seconds after the blast while the lateral plumes traveled for 20 seconds before collapsing. The diameter of the spray dome was approximately 3,800 feet (1,200 m) at the 20 second mark.[4](p237) The base surge reached a radius of 8,000 feet (2,400 m) in the downwind direction after 1.7 seconds. The downwind surge aided by a 15 knots (17 mph; 28 km/h) wind reached speeds of 21 knots (24 mph; 39 km/h). This base surge could be seen for three and a half minutes and for longer from the air as it continued to move across the ocean. When the spray dome and base surge had dissipated, a foam patch could be seen spreading from the surface zero water to reach over 6,000 feet (1,800 m).[4](p238) The nuclear blast was calculated to be 9 kilotons of TNT (38 TJ). All fallout stayed within the predicted fallout area with a maximum of 0.030 R/hr. The target ship at 5,900 yards (2.9 nmi; 3.4 mi; 5.4 km) was directly hit by the shockwave, vibrating the entire ship and shaking it violently. The Moran merchant marine ship moored at 2,346 feet (715 m) away was immobilized due to shock damage to its main and auxiliary equipment while also suffering minor hull damage. One hour and ten minutes after detonation, a five-gallon water sample was taken directly above the blast location showing 5 R/hr. The retrieval team entered a 3.8 R/hrfield after an hour and thirty five minutes.

Air ambulance and Coast Guard medevacs man from fishing vessel near Newport, OR NEWPORT, OR, UNITED STATES 07.19.2021 A Coast Guard aircrew from Sector North Bend medevaced a man July 19, 2021, from a 40-foot commercial fishing vessel after suffering a medical emergency 5 miles west of Newport, Oregon. This video was taken aboard a Coast Guard 29-foot Response Boat-Small as they escorted the fishing boat. (U.S. Coast Guard video by Fireman Ben LaBerge/Released) Film Credits: Video by Petty Officer 2nd Class Steven Strohmaier U.S. Coast Guard District 13 https://buymeacoffee.com/Kellkell4

An Osprey while building its nest and positioning the sticks and twigs it collected. One of the sticks got entangled around its neck. This scene is hilarious as it fights to remove it from around its body and put it in place to make the nest complete. Check it out! Osprey, (Pandion haliaetus), also called fish hawk, large, long-winged hawk, about 65 cm (26 inches) long, that lives along seacoasts and larger interior waterways, where it catches fish. It is brown above and white below, with some white on the head. An osprey flies over the water to hunt. It hovers above its prey and then plunges feet first to seize a fish in its long, curved talons. With a grip secured by sharp spicules on the underside of the toes, the bird carries its prey to a favourite perch to feed. Sometimes after feeding the osprey flies low over the water, dragging its feet as if to wash them. OSPREY Home Science Birds, Reptiles & Other Vertebrates Birds Osprey bird BY The Editors of Encyclopaedia Britannica View Edit History FULL ARTICLE Osprey, (Pandion haliaetus), also called fish hawk, large, long-winged hawk, about 65 cm (26 inches) long, that lives along seacoasts and larger interior waterways, where it catches fish. It is brown above and white below, with some white on the head. Ospreys (Pandion haliaetus). See all media Related Topics: Hawk Watch a male osprey catching a fish and taking it to his partner, who is incubating Watch a male osprey catching a fish and taking it to his partner, who is incubating A male osprey catching a fish and carrying it to his mate, who is incubating eggs. Contunico © ZDF Enterprises GmbH, Mainz See all videos for this article An osprey flies over the water to hunt. It hovers above its prey and then plunges feet first to seize a fish in its long, curved talons. With a grip secured by sharp spicules on the underside of the toes, the bird carries its prey to a favourite perch to feed. Sometimes after feeding the osprey flies low over the water, dragging its feet as if to wash them. Osprey catching a fish. Osprey catching a fish. © Index Open Chicken. Gallus gallus. Poultry. Fowl. Animal. Bird. Rooster. Cocks. Hens. Beak. Wattle. Comb. Farm animal. Livestock. Close-up profile of a hen's head. BRITANNICA QUIZ Birds, Birds, Birds Quiz Which birds were released in Central Park in 1890 and 1891 by Shakespeare enthusiasts? Which birds lay their eggs in a chamber at the back of a burrow dug into an earth bank? Test your knowledge. Take the quiz. The ospreys’ extensive breeding range extends to all the continents except South America (where it occurs widely in winter) and the Antarctic. The North American population declined greatly after 1947 because of the eggshell-thinning effects of DDT residues but began to recover after the pesticide was banned in 1972. Exterminated from the British Isles by 1910, the osprey reappeared there as a successfully breeding species in the 1950s and is now firmly reestablished in Scotland. Single nests or colonies are built in tall trees, on the ground on small islands, or on ledges of cliffs. The nest is a bulky structure, up to 2 metres (6.6 feet) across, composed of haphazardly arranged sticks. The same nests may be used by many generations of birds, becoming huge in the process. Two to four white eggs marked boldly with dark brown blotches are laid. Downy young hatch in about five weeks and are fed by both parents. The young birds fledge in six to eight weeks. The osprey is the only species in the family Pandionidae, which is sometimes considered a subfamily (Pandioninae) of the hawk and eagle family, Accipitridae, of the order Falconiformes. https://buymeacoffee.com/Kellkell4

These Lovely doggies Having Fun with each other, with their high and waggy tails in the air. They're oh so sweet! It would be hard to find a person who wouldn't say that puppies are not super adorable, but in addition to cuteness, they're also fascinating. These puppies are for sale near me. A puppy is a juvenile dog. Some puppies can weigh 1–1.5 kg (1-3 lb), while larger ones can weigh up to 7–11 kg (15-23 lb). All healthy puppies grow quickly after birth. A puppy's coat colour may change as the puppy grows older, as is commonly seen in breeds such as the Yorkshire Terrier. Puppy refers specifically to young dogs,[1] while pup may be used for other animals such as wolves, seals, giraffes, guinea pigs, rats or sharks.

All these varied head movements help the owl judge the position and distance of things around it—essentially, to triangulate on objects, including potential prey, and to build a composite picture of its surroundings. This head-bobbing helps make up for an anatomical limitation: An owl’s eyes are fixed in position, so they simply can’t move the way our eyes do. To look up, down, or to the side, an owl has to move its head. They have very flexible necks and can do 270 degrees of a full head turn, looking over one shoulder, around the back, and almost over the opposite shoulder. And after a few of these head-bobs to triangulate on their prey, they rarely miss.

Countless Seabirds crumple on the seashore where food is abundant. There are Pelicans, Seagulls, Gaulin and shorebirds all together eating scraps of fish that we're left behind by the fishermen. This video gives you a much closer look at the seabirds as they eat the remains that we're left behind. Then there are the tern birds which are very beautiful in colour. This medium-sized tern, with its pink-flushed breast and elegant, swallow-like tail streamers, is one of Europe’s rarest seabirds. They nest in colonies, often alongside other terns and black-headed gulls, which helps protect their eggs and chicks from predators. The nest is a shallow scrape on the ground, but they will happily use special nest boxes placed on the floor. A summer visitor, roseate terns are usually the last breeding tern species to return each year, rarely arriving before May. How to identify The roseate tern is similar in appearance to common and Arctic terns but with shorter wings and two extremely long tail feathers during the breeding season. In summer plumage, it is a strikingly pale bird, with a black cap, whitish-grey back and wings and white underparts that are tinged pink - in a flock of greyer Arctic and common terns, roseate terns appear to glow white! The bill is longer than in common and Arctic terns, and is all black in spring, with a scarlet-red base developing in summer. The legs are bright red.

Multiple Seabirds gather on the seashore where meals are plentiful. There are Pelicans, Seagulls, Gaulin and shorebirds all together eating scraps of fish that we're left behind by the fishermen. Watch what happens next in this video. A seabird can be defined as a bird that makes its living primarily in the ocean, beyond the intertidal or surf zone. Seabirds are beautifully adapted for life in the ocean. Generally, they have dense, waterproof feathers; layers of fat; and a desalinization system to remove excess salt. Some, like the Common Murre, stick fairly close to home throughout their lives; others, like some albatrosses and shearwaters, literally wander around much of the North Pacific over a year. Their body shapes reflect their life histories: The stubby wings and potato-shaped body of the Marbled Murrelet are unsuitable for long-distance flying but great for pursuit diving underwater, giving them a three-dimensional feeding environment. This is the right design for colder, northerly waters where prey forms dense schooling balls. Conversely, the long, slim wings, relatively small body, and heightened sense of smell of the Laysan Albatross are perfect for long-distance flying to find scattered prey at the ocean’s surface. This is the right design for warmer, open-ocean waters where prey is more widely scattered at the surface. Most seabirds are long-lived (some over 50 years) and don’t start to breed until they are 5-10 years old. These characteristics may be an evolutionary strategy to cope with their highly variable ocean environment: it gives birds a chance to spend several years learning how to find prey over many seasons before attempting breeding, and, gives adults many chances to successfully rear young who reach reproductive age themselves. Seabirds play important roles in marine, intertidal, and terrestrial environments because they forage throughout the world’s oceans, consume an estimated 7% of marine productivity, and are a food source for other marine and terrestrial predators and humans. On land and near shore, seabird guano fertilizes terrestrial, intertidal and subtidal zones, enhancing local plant growth.

A beautiful mountain bird in some green grass by the roadside in Sands Complex is on the hunt and is scavenging for food that it finds in the grassy field. Usually, doves are smaller members of the family, while pigeons are larger. There are over 300 different species of pigeons and doves. Description of the Dove Most doves have relatively stout bodies, with short legs and short beaks. They all have a similar shape, though their plumage varies drastically from species to species. Some doves are uniform in colour, while others have many different colours and patterns. Their colouration also varies drastically in brightness. For example, the African-collared dove is a uniform tan colour, while the pink-headed fruit dove has a bright pink head and neck, a white collar, and a green body. Interesting Facts About the Dove There are simply too many different dove species to possibly highlight all of the coolest types. However, we will do our best to pick the most unique species around! Luzon Bleeding Heart – No, this bird isn’t a hopeless romantic, it looks like its heart is bleeding. The front of this bird’s chest has a bright red smear that looks just like blood. These birds live on a few small islands in the Philippines. Victoria Crowned Pigeon – Ok, while this species isn’t technically a dove, they are in the same family and you would regret not checking them out! Victoria crowned pigeons are the largest members of the Columbidae family at a whopping seven pounds! They are bright blue, with a beautiful crown of white-tipped feathers on the top of their heads. Rose-Crowned Fruit Dove – This species isn’t wearing a tiny fashionable hat, that’s the colour of its head! These birds have bright pink “caps” on the tops of their heads. The rest of their plumage is a veritable Picasso painting of pinks, oranges, yellows, and greens. Polynesian Ground-Dove – These little birds are unfortunately on the brink of extinction. The IUCN lists this species as Critically Endangered and estimates that its population contains fewer than 150 individuals in the wild. These birds are a perfect example of how invasive species can decimate island populations. Human-introduced rats, cats, and ants kill the birds and also eat their eggs and chicks. Habitat of the Dove Doves live in a wide variety of different habitats, from tropical rainforests to deserts. Different species usually live in different ecosystems. Some species live only in the rainforests of Brazil, while others live across meadows and grasslands of North America. These birds inhabit swamps, savannas, woodlands, atolls, islands, mountains, deserts, and more. Many species also live in urban areas, like parks, gardens, farms, and cities. Distribution of the Dove These birds inhabit nearly every landmass on Earth, except for Antarctica, some areas of the Sahara desert, and the northernmost reaches of the Arctic Circle. They are a varied and diverse group of birds. Some species live across massive expanses of land, while others inhabit a tiny area of an island or group of islands. There are dove species throughout North, Central, and South America, as well as Eurasia, Africa, Australia, and the surrounding islands. Diet of the Dove Most dove species are herbivores and eat primarily plant matter. Their exact diet varies based on the species and region that they live in. Some doves eat primarily fruits and berries, while others eat seeds and grains. Those that feed on grains and seeds usually forage on the ground, while those that eat fruit typically forage in the trees and bushes. Some species also eat insects and other invertebrates, like spiders, flies, moths, snails, and more.

In this video shows a bitcoin mining calculator or bitcoin mining app does. I will try to explain what bitcoin mining means and is bitcoin mining profitable and how to start bitcoin mining business. #bitcoinminingapp #isbitcoinminingprofitable #bitcoinminingcalculator What Does Bitcoin Mining Software Do? Bitcoin mining is the process by which a new bitcoin is brought into existence. There can never be more than 21 million Bitcoins in existence, by design. Over 3.3 million of Bitcoins are yet to be mined, a prize worth over $15 billion at today’s prices. Mining is a popular alternative to buying bitcoin. Bitcoin miners aren’t physically digging anything up. Instead, mining is comprised of solving puzzles required to add new blocks of transactions to the blockchain. Bitcoin mining software does this by solving a complex mathematical problem and including the answer in the block. When a block is solved, a reward is earned. The very first Bitcoin block offered 50 bitcoins (BTC) as a block reward. Built into Bitcoin’s code is a rule that cuts the reward in half every 210,000 blocks. Blocks #1 through #210,000 paid 50 BTC. Blocks #210,001 through #420,000 paid 25 BTC, and so on. Currently, the block reward is 12.5 BTC, worth over $63,000 today, and is expected to halve again in 2020 to 6.25 BTC. The process of bitcoin mining uses a measurement called hash power. This refers to how fast the hardware and software can produce guesses to solve the encryption puzzle. In general, a higher hash rate leads to faster block rewards. Due to the increasing complexity involved with solving a block, hardware plays a huge role in productivity. This has led to the use of specialized ASIC hardware by many miners in combination with mining software. Hash rate differences can be found between software providers, as well as differences in efficiency. This depends on how much of the reward goes to the software company or how much of your hash power is donated to the software provider. In some cases, you can purchase the software outright or license the software per machine, allowing you to keep all your earnings. You’ll find that bitcoin mining software comes in different forms, from web-based mining that uses javascript, to standalone software programs that mine in the background, to entire operating systems designed around cryptocurrency mining. In some cases, like browser miners or some software packages, the mining software is really mining Monero (or a cryptocurrency with a similar CPU-optimized algorithm) and then converting to Bitcoin for payments. As you might expect, this conversion process can lead to some overhead that can affect profitability. For Bitcoin, in particular, and if your hardware is optimized for mining Bitcoin, you’ll probably want to move to dedicated Bitcoin mining software solutions. Key Features of the Best Software Miners range from beginning, casual miners who just want to put their machines to work during downtime, to those building systems specifically to mine or even optimize for a particular type of currency. Even with such a broad group of needs, there is still some overlap in key features, some of which may be a bigger priority for some users. Hash Rate You can think of the hash rate as efficiency. Your hash rate can be used to predict your daily or monthly mining earnings. What you’ll find, however, is that there are sometimes measurable differences in hash rates from one mining software platform to the next. This discrepancy can create drag, slowing your mining earnings. Currency Switch Mining Some Bitcoin mining software provides the ability to switch to a more profitable currency for mining while still paying out in Bitcoin, or another currency of your choice. The software chooses the best cryptocurrency to mine based on the hardware you are using as well as the market price and current mining difficulty for the currencies it supports. This can be a great feature for beginners - https://minertools.shop Disclaimer: All of the information, material, and/or content contained in this program is for informational purposes only. Investing in stocks, options, and futures is risky and not suitable for all investors. Please consult your own independent financial adviser before making any investment decisions.

New York is a wonderful place to visit especially the Stunning Times Square. Watch and enjoy the stunning scenery. Times Square, a square in Midtown Manhattan, New York City, was formed by the intersection of Seventh Avenue, 42nd Street, and Broadway. Times Square is also the centre of the Theatre District, which is bounded roughly by Sixth and Eighth Avenues to the east and west, respectively, and by 40th and 53rd streets to the south and north, respectively. Known early on as Long Acre (also spelt Longacre) Square, it had an unsavoury reputation as the centre of illicit activity in the 1890s, though earlier in the 19th century it had been both a commercial and a residential area. The square was renamed in 1904 for The New York Times, which opened its new offices in the Times Tower on the square (though it would outgrow them by 1913). Almost immediately the square became the place where New Yorkers gathered to celebrate the arrival of the new year. In 1907 the Times began lowering a huge glass ball down its flagpole at midnight on New Year’s Eve to mark the occasion. Throughout the years, ever more sophisticated technology was used for the square’s ball drop as the tradition came to include live television broadcasts that shared the experience with tens of millions of people across the United States. At the turn of the 20th century, several impressive theatres were established on 42nd Street, and by the second decade of the century, the Times Square and Broadway area had become arguably the most famous entertainment district in the country, partly because of the square’s central location and because situated beneath it was a large station for the newly constructed subway. During this period it earned the nickname “Crossroads of the World.” Moreover, in short order, Broadway became synonymous with American theatre, especially musical theatre. As the Great Depression deepened, legitimate theatres on Time Square began to close and were frequently converted to motion picture theatres. As the 20th century progressed, the area became increasingly tawdry. By the 1960s and ’70s, it had become a centre for sleazy adult entertainment and was again crime-ridden. Time Square’s resurgence in the 1990s, with the introduction of large tourist-friendly stores, theatres, and restaurants, is often credited to advocacy by Mayor Rudy Giuliani and to investment in the area by the Disney Company. Early on, Times Square became the preeminent American venue for advances in big, bright electric signage and advertising, especially after the introduction of neon signs in the 1920s. Beginning in 1928, the Times “Zipper” used some 14,800 lightbulbs to render moving headlines. Among the square’s most famous signs were those depicting a huge coffee cup, out of which real steam rose, and a cigarette-smoking man, blowing steam-generated smoke rings. Since the late 20th century the tenants in Times Square buildings have been required by law to display eye-catching signs, and, as a result, the area remains a flashing, nonstop feast for the eyes.

The Pigeons come to the water's edge to bathe and clean their feathers. The Catfish detects the oils in the water that comes from the birds while bathing and makes it's way upstream towards them. Then the Catfish launches an attack, which catches the Pigeon off-guard. The pigeon tries to get free from the Catfish clutch that held its feet. The Catfish then gives a death roll in the water drowning the Pigeon before it can eat it. Catfish (order Siluriformes) is one of the largest orders of teleosts containing ∼4100 species, representing ∼12% of all teleosts and ∼6.3% of all vertebrates (Eschmeyer and Fong, 2014; Wilson and Reeder, 2005). Most catfish have a cylindrical body with a flattened ventral to allow for benthic feeding (Bruton, 1996). Catfish are so-named because of their whisker-like barbels, which are located on the nose, each side of the mouth, and on the chin. Most catfish possess leading spines in their dorsal and pectoral fins. Catfish are scaleless, a characteristic of catfishes distinguishing them from most other teleost fish. However, some catfish, such as plecos, possess bony dermal plates covering their skin (Arce et al., 2013; Armbruster, 2004; Burgess, 1989; Ferraris and Vari, 2012). Catfish are highly diverse and distributed worldwide. They are commonly found in inland or coastal waters of all continents, including Antartica where fossils are found (Grande and Eastman, 1986). Catfish are most abundantly distributed in the tropics of South America, Africa and Asia, with one family native to North America and one family in Europe (Lundberg and Friel, 2003). Due to their worldwide distribution and diversity, catfish are interesting models to ecologists and evolutionary biologists, and are important for biogeographical studies (Sullivan et al., 2006). Over half of all catfish species live in the Americas, of which channel catfish, blue catfish, and flathead catfish are the three primary catfish species in the United States. Populations of at least one of these catfish species are available in large numbers in most rivers, lakes, and reservoirs across the United States. Channel catfish are primarily native to the Mississippi River Valley but are widely introduced throughout the nation (FAO, 2015). Blue catfish are native to the Mississippi, Missouri, and Ohio River basins of central and southern United States, and also occupy south along the Gulf coast to Belize and Guatamala (Graham, 1999). Flathead Catfish (Pylodictis olivaris) are a large species in the Ictaluridae family. They spread primarily from the lower Great Lakes through the Mississippi River watershed to the Gulf States. Catfish are quite hardy such that they are more adaptable for artificial spawning, handling, and culture. They possess all the characteristics necessary for aquaculture including relatively high fecundity, ability for artificial spawning, adaptability to earthen ponds for culture, high tolerance to low dissolved oxygen, relatively high resistance against infectious diseases, and relatively high feed conversion efficiency. It is such characteristics that make catfish one of the most popular groups of fish for aquaculture. In the world, a few major species are widely used for aquaculture, including channel catfish, blue catfish, walking catfish, shark catfish, Thai catfish, and African catfish. Channel catfish (Ictalurus punctatus) is the major aquaculture species in the United States. A closely related species, blue catfish (I. furcatus), is also important in this industry as the F1 hybrid catfish produced by mating channel catfish females with blue catfish males are now broadly cultured. Catfish are of considerable economic importance for aquaculture and recreational fisheries. Its global importance is increasing as several countries in Asia, such as China and Vietnam, are now heavily involved in catfish aquaculture (Liu, 2008). Catfish are the primary aquaculture species in the United States, accounting for over 60% of all US aquaculture production (Liu, 2011). In the southeastern United States, particularly in the states of Mississippi, Kansas, and Alabama, catfish is one of the top agricultural commodities. The catfish industry provides employment opportunities for tens of thousands of producers, processors, services providers, marketers, retailers, and restaurant owners. Catfish production in the United States mainly includes channel catfish, blue catfish, and their F1 hybrid. The market for channel catfish is well developed in the United States. In 2006, the catfish production reached 700 million pounds, becoming one of the fastest growing sectors in American agribusiness. Blue catfish is also important because of its ability to produce hybrid catfish with channel catfish. The F1 hybrid catfish produced by crossing channel catfish female with blue catfish male exhibit a high level of heterosis and is a preferred genotype for aquaculture. Artificial fertilization is required for the production of the interspecific hybrids due to reproduction isolation. Major progress has been made in recent years for efficient production of the hybrid catfish, which account for almost half of catfish fry used in the current catfish industry (Dr Rex Dunham, Auburn University, personal communications). However, the catfish industry in the United States has recently encountered unprecedented challenges due to devastating diseases, high feed and energy costs, and fierce international competition. As a consequence, the catfish industry has significantly shrunk from its high in 2003 with 662 million pounds down to 334 million pounds in 2013 (Hanson and Sites, 2014). Many catfish producers are not profitable due to the high feed and energy costs, and the economic losses caused by the outbreaks of devastating infectious diseases. Therefore, genetically enhanced brood stocks are much needed to support the catfish industry. The interspecific hybrid catfish produced by mating channel catfish female with blue catfish male are superior to either parent in most production and performance traits. In comparison with its parents, the hybrid catfish grow faster, have a more aggressive feeding behavior, exhibit a greater feed conversion efficiency, are more resistant to major bacterial diseases, are easier to harvest, and provide a greater fillet yield. These improved production and performance traits make hybridization one of the most effective genetic improvement programs (Liu, 2008). The hybrid catfish has the potential to revolutionize the catfish industry. However, the bottleneck exists in mass production of the hybrid seeds due to reproductive isolation between channel catfish and blue catfish. Artificial spawning must be conducted to produce the hybrid catfish fingerlings, while the rates of fertilization and hatching of the hybrid catfish are normally lower than those of channel catfish. Fortunately, recent progress in artificial spawning and fertilization has allowed improved fry production. Another important achievement has been made through use of different strains of channel catfish and blue catfish, which has produced genetically distinct Channel catfish X Blue catfish hybrids with even more superior production characteristics (Dunham and Masser, 2012). Several performance and production traits are important for aquaculture, which include, but are not limited to, growth rate, feed conversion efficiency, disease resistance, processing yield, seinability, stress tolerance, and tolerance to low dissolved oxygen (Liu, 2011). Growth rate is a primary trait for aquaculture because fast growth would allow shorter culture period to reduce the energy and other related costs. Enhanced feed conversion efficiency could reduce feed costs and increase profit margins since feed cost accounts for up to 50% of all variable costs. Disease resistance is one of the most important traits because diseases cause major economic losses, up to one third of the industry every year. Two major devastating diseases include the enteric septicemia of catfish (ESC) caused by Edwardsiella ictaluri (Hawke, 1979) and the columnaris disease caused by Flavobacterium columnare. In addition, channel catfish virus disease, motile aeromonad septicemia caused by Aeromonas hydrophila and the “Ich” disease caused by protozoan parasite Ichthyophthirius multifiliis, can also cause significant economic losses. Processing yield is important because most catfish are processed into fillet for marketing. Seinability is an important trait because any fish that is left in the pond after seining can significantly reduce the feed conversion efficiency. Stress tolerance is important because stress of catfish can lead to the so-called red flesh disease, caused by high levels of stress during harvesting and transportation immediately before processing. Tolerance to low dissolved oxygen is important because it directly affects survival rates and the energy cost due to the use of aerators. Genetic factors contribute to controlling all these traits, though most of these traits are affected by the environment and environment × genotype interactions. Efficient methods of selection for improving these production and performance traits within breeding programs must be developed to provide technological advantages to our catfish producers to help them compete in the global marketplace (Liu, 2011). If you like my content, please subscribe and share. Leave your comments in the description below.

A cunning Fox puts together a few drops into the snow to capture its feast from beneath the surface. The fox has a keen sense of hearing, so it listens carefully for any moving rodents lurking beneath the snow. The fox makes a few attempts without any luck but on the last attempt, the fox finally was successful. These foxes are entirely different from the urban Foxes which have made a success of living with people. This is not based upon their mythical cunning, but rather their ability to adapt to a range of changing conditions. Wherever you live in Birmingham and the Black Country, you probably have at least one fox visiting your garden. We know more about urban foxes in Britain than we do about their rural counterparts and have compiled answers to the most common questions we are asked about our fantastic furry friends. What do urban foxes eat? They have very varied diets, Urban foxes eat earthworms, insects, fruit and vegetables and a wide variety of both domestic wild birds and mammals. Insects include large numbers of beetles, cutworms (the larvae of noctuid moths, which they get off lawns on wet nights), and both larval and adult craneflies. Most of the birds they eat are feral pigeons and small garden birds, and the most frequently eaten mammals are generally field voles, abundant on allotments, railway lines and other grassy areas. Thanks for watching and supporting my channel, leave your comments in the description below. If you want to see more expert videos, visit rumble.com/c/kellkell4 and hit the subscribe button for the latest video updates.

A very crafty hunter the praying mantis is ascertaining its unique skills in the art of kung-fu towards its much larger enemy, the jumping spider. Praying mantis are carnivores with a taste for live food. They can provide some helpful pest control to gardeners, as they eat potentially destructive insects like beetles, crickets, and grasshoppers. However, they aren't picky eaters, they're also known to prey on helpful insects like native bees and butterflies. Thanks for watching- if you enjoyed this magnetic media video hit the subscribe button and leave your comments in the description below.

Unfamiliar Islands are small clusters of islands or large expanses of coastline, all surrounded by pristine tropical foliage inland, and white sandy coasts that are bathed by crystal clear or vibrant turquoise waters. These exotic tropical islands have the potential to transport us to our paradise where we can enjoy doing nothing but relaxing in the perfect sunshine and enjoying the best of the wondrous natural environment. The thick vegetation and the diverse seabed make these destinations perfect for travellers looking to immerse themselves in nature or to practice more energetic pursuits such as water sports or scuba diving. With hundreds of colourful fish, playful dolphins and majestic sea turtles, these island retreats are perfect for such activities. Thanks for watching if you enjoyed this short video clip please leave a comment below or subscribe to my channel on Rumble.com/c/kellkell4 for much more amazing videos.

Flocks of flamingos numbering in the hundreds may be seen in long, curving flight formations and wading groups along the shore. On some of East Africa’s large lakes, more than a million lesser flamingos gather during the breeding season. In flight, flamingos present a striking and beautiful sight, with legs and neck stretched out straight, looking like white and rosy crosses with black arms. No less interesting is the flock at rest, with their long necks twisted or coiled upon the body in any conceivable position. Flamingos are often seen standing on one leg. Various reasons for this habit have been suggested, such as regulation of body temperature, conservation of energy, or merely drying out the legs. The nest is a truncated cone of muddy clay piled up a few inches in a shallow lagoon; both parents share the monthlong incubation of the one or two chalky-white eggs that are laid in the hollow of the cone. Downy white young leave the nest in two or three days and are fed by regurgitation of partly digested food by the adults. Subadults are whitish, acquiring the pink plumage with age. To feed, flamingos tramp the shallows, head down and bill underwater, stirring up the organic matter with their webbed feet. They eat various types of food, including diatoms, algae, blue-green algae, and invertebrates such as minute molluscs and crustaceans. While the head swings from side to side, food is strained from the muddy water with small comblike structures inside the bill. The bird’s pink colour comes from its food, which contains carotenoid pigments. #flamingos #gregariousbirds #beautiful Thanks for watching if you want more videos like this join me on Rumble.com/c/kellkell4 and hit the subscribe button for more amazing videos. Leave all comments in the description below, thanks for your support.

A beautiful view from dusk till dawn in London from the setting of sun to the first light that brings forth the new day. We as a whole realize that dawn or day break is the point at which the sun comes up and nightfall or sunset is the point at which it goes down yet imagine a scenario where we need a more exact opportunity to allude to. The distributed occasions of dawn and dusk allude to the second when the Sun's upper appendage, as influenced by refraction, is on the genuine skyline of an onlooker adrift level. This happens when the Sun's middle is 50 arcminutes beneath the genuine skyline, the upper appendage then, at that point being 34 arcminutes (only more than the Sun's clear width) underneath the genuine skyline. Thanks for watching if you enjoyed this short video clip please leave your comments below in the description. If you want to see more content like this please subscribe to Rumble.com/c/kellkell4 for much more amazing videos. Follow me on http://facebook.com/kelmon4 http://instagram.com/kellkell4z https://linkedin.com/in/kelman-browne-87888863 https://www.youtube.com/channel/UCw__2NW9pPPCgUY0wXEHtDw

A distinctive location is a point at which a space of land and the components that are on it are not straightforwardly changed, modified, or moved by people. These kinds of components can be non-living or living and may incorporate rocks, water, plants, or trees. Thanks for watching! If you want to see more amazing videos visit me on Rumble.com/c/kellkell4 for much more content like this. Please hit the subscribe button to keep up to date with the latest videos.

An aurora is a natural light display that shimmers in the sky. Colourful blue, red, yellow, green, and orange lights shift gently and change shape like softly blowing curtains. Auroras are only visible at night, and usually only appear in lower polar regions. Auroras are visible almost every night near the Arctic and Antarctic Circles, which are about 66.5 degrees north and south of the Equator. In the north, the display is called aurora borealis, or northern lights. In the south, it is called aurora australis, or southern lights. Auroras and the Solar Wind The activity that creates auroras begins with the sun. The sun is a ball of superhot gases made up of electrically charged particles called ions. The ions, which continuously stream from the sun’s surface, are called the solar wind. As the solar wind approaches the Earth, it meets the Earth’s magnetic field. Without this magnetic field protecting the planet, the solar wind would blow away Earth’s fragile atmosphere, preventing all life. Most of the solar wind is blocked by the magnetosphere, and the ions, forced around the planet, continue to travel farther into the solar system. Although most of the solar wind is blocked by the magnetosphere, some of the ions become briefly trapped in ring-shaped holding areas around the planet. These areas, in a region of the atmosphere, called the ionosphere, are centered around the Earth’s geomagnetic poles. The geomagnetic poles mark the tilted axis of the Earth’s magnetic field. They lie about 1,300 kilometres (800 miles) from the geographic poles but are slowly moving. In the ionosphere, the ions of the solar wind collide with atoms of oxygen and nitrogen from the Earth’s atmosphere. The energy released during these collisions causes a colourful glowing halo around the poles—an aurora. Most auroras happen about 97-1,000 kilometres (60-620 miles) above the Earth’s surface. The most active auroras happen when the solar wind is the strongest. The solar wind is usually fairly constant, but solar weather—the heating and cooling of different parts of the sun—can change daily. Solar weather is often measured in sunspots. Sunspots are the coldest part of the sun and appear as dark blobs on its white-hot surface. Solar flares and coronal mass ejections are associated with sunspots. Solar flares and coronal mass ejections are sudden, extra bursts of energy in the solar wind. Sunspot activity is tracked over an 11-year cycle. Bright, consistent auroras are most visible during the height of sunspot activity. Some increased activity in the solar wind happens during every equinox. These regular fluctuations are known as magnetic storms. Magnetic storms can lead to auroras being seen in the midlatitudes during the time around the spring and autumnal equinoxes. Auroras have been visible as far south as the Yucatan Peninsula in Mexico. Magnetic storms and active auroras can sometimes interfere with communications. They can disrupt radio and radar signals. Intense magnetic storms can even disable communication satellites. Colouring an Aurora The colours of the aurora vary, depending on altitude and the kind of atoms involved. If ions strike oxygen atoms high in the atmosphere, the interaction produces a red glow. This is an unusual aurora—the most familiar display, a green-yellow hue, occurs as ions strike oxygen at lower altitudes. Reddish and bluish light that often appears in the lower fringes of auroras is produced by ions striking atoms of nitrogen. Ions striking hydrogen and helium atoms can produce blue and purple auroras, although our eyes can rarely detect this part of the electromagnetic spectrum. Thanks for supporting my video, if you enjoyed this short video clip and are excited for more amazing videos.

Giant trevally attacked an immature tern bird that's while it's learning to fly. It rests on the sea to catch its strength. Trevally has its eyes set on it from below the water. The seabird saw the attack from a mile away and flies in the air just in time before the trevally could eat him. The tern birds come to this beautiful island to mate and lay their eggs. When the young reaches the time to learn how to fly. They have a wide ocean to practice, but that’s what the trevally wants. They come together in a school and attack these seabirds while on the surface of the water. They sometimes launch an air attack to catch the birds off guard. Watch what happens when a Monster Trevally versus a Tern in this stunning fish eats bird cut. Normally Monster trevally are singular trackers however they have come in numbers to take a shot at getting expected prey. Youngster Tern is careful to invest an excessive amount of energy in the water however, in any event, flying near the surface places them in grave peril. Thanks for watching if you like more videos like this head over to Rumble.com/c/kellkell4 and hit the subscribe button to get the latest video updates. Leave your comments in the description below.

A cat comes to be a close friend of a Baby Monkey. The little cat licks the baby monkey's face comforting it while it sleeps. They look so cute together, the cat gives a big yawn at the end before relaxing next to his best friend. Kittens are social from a very early age. They rely on interaction with the queen for survival and to learn important life skills such as grooming, hunting, feeding, and agonistic and affiliative behaviours (Figure 4-7). They also rely on interaction with littermates to learn social skills such as threat behaviours and affiliative behaviours. Kittens begin to show social behaviors as their eyes and ears open and their nerves and muscles develop enough that they can change the position of the ears, tail, body, and hair. This begins to occur from 7 days of age onward. During the first 2 months of their lives, kittens form social relationships. These include relationships with other cats, with people, and with other animals (Figure 4-8, A–C). The kittens prefer their mother over other adult cats but will accept care from familiar adult female cats. This is seen when related queens cross foster their kittens.28 The developmental stages of the kitten and socialization with people have not been studied as thoroughly as in dogs.29 It has been suggested that kittens pass through their major developmental stages at earlier ages than dogs do,30 although more recent research into dog development has suggested that the important phase in terms of dogs’ social development may be earlier than first thought. Certainly, kittens need socialization opportunities at a very young age if they are to accept other cats, people, and other animals as part of their milieu, and research has suggested the period from 2 to 7 weeks of age is of particular importance. When kittens were raised with rats of different strains, in general they did not prey on the strain of rat with which they were raised but would attack rats of different strains,31 which illustrates how important early exposure is to the kittens’ perception of other species later in life. There are lifelong consequences for a kitten whose social environment is impoverished. Kittens isolated starting from a young age were found to develop behavioral, emotional, and physical problems. They were fearful and aggressive, had difficulty learning, and exhibited random, undirected locomotor activity.32 They also did not play when exposed to other kittens.33 This has important implications for hand-rearing single kittens. Whereas a queen with a single kitten socializes her kitten by playing with it,34 a solo hand-reared kitten does not experience this important interaction. Where possible, single orphan kittens should be fostered onto a queen or raised with other kittens or cats that are friendly towards kittens. If these options are not available, some have suggested that euthanizing the kitten may be better than raising an animal likely to develop behavior problems. Young kittens also practice hunting behavior in a social setting. The presence of the mother and littermates increases their interest in prey animals.35,36 Kittens learn how to deal with different species of prey from watching their mother dispatch and dismantle them. This social learning continues into adult life as they learn how to deal with novel prey species by watching other cats kill them.31 Kittens also learn a novel operant-conditioning activity faster when they watch their mother learn it and perform it.37 Play is used to practice behaviors needed for adult life. The play behaviors kittens show changes with their age and development. Social play is seen before approximately 8 weeks of age, but it gradually is replaced with play directed at inanimate objects after 8 weeks.38 After weaning, when play is directed towards littermates, it includes predatory and agonistic behaviors30 (Figure 4-9). Play bouts may end in a fight, with the fighting part of the bout becoming more prevalent.30 As kittens reach the age of dispersal, social play and interactions begin to decline.