The World’s Fastest Animals on Land, Sea and Air


Photograph by DECKSTER1965

 

 

CHEETAHS: THE WORLD’S FASTEST LAND ANIMALS

 
The cheetah (Acinonyx jubatus) is a large-sized feline inhabiting most of Africa and parts of the Middle East. They are the only felid with non-retractable claws and pads that, by their scope, disallow gripping (therefore cheetahs cannot climb vertical trees, although they are generally capable of reaching easily accessible branches). The cheetah, however, achieves by far the fastest land speed of any living animal—between 112 and 120 km/h (70 and 75 mph) in short bursts covering distances up to 500 m (1,600 ft), and has the ability to accelerate from 0 to over 100 km/h (62 mph) in three seconds.

Adaptations that enable the cheetah to run as fast as it does include large nostrils that allow for increased oxygen intake, and an enlarged heart and lungs that work together to circulate oxygen efficiently. During a typical chase, its respiratory rate increases from 60 to 150 breaths per minute. While running, in addition to having good traction due to its semi-retractable claws, the cheetah uses its tail as a rudder-like means of steering to allow it to make sharp turns, necessary to outflank prey animals that often make such turns to escape. [Source]

 

 

 


Photograph by GARY EYRING

 


Photograph by SAFARI PARTNERS

 


Photograph by SAFARI PARTNERS

 


Photograph by SAFARI PARTNERS

 

 

SAILFISH: THE WORLD’S FASTEST ANIMALS IN WATER

 


Photograph by ALEXANDER SAFONOV
 

Sailfish are two species of fish in the genus Istiophorus, living in warmer sections of all the oceans of the world. They are predominately blue to gray in color and have a characteristic erectile dorsal fin known as a sail, which often stretches the entire length of the back. Another notable characteristic is the elongated bill, resembling that of the swordfish and other marlins. They are therefore described as billfish in sport fishing circles.

Both species of sailfish grow quickly, reaching 1.2–1.5 metres (3 ft 10 in–4 ft 10 in) in length in a single year, and feed on the surface or at mid-depths on smaller pelagic forage fish and squid. Individuals have been clocked at speeds of up to 110 kilometres per hour (68 mph), which is the highest speed reliably reported in a fish. Generally, sailfish do not grow to more than 3 metres (9.8 ft) in length and rarely weigh over 90 kilograms (200 lb).

The sail is normally kept folded down and to the side when swimming, but it may be raised when the sailfish feels threatened or excited, making the fish appear much larger than it actually is. This tactic has also been observed during feeding, when a group of sailfish use their sails to “herd” a school of fish or squid.

Sailfish are highly prized game fish and are known for their incredible jumps. They can appear in a startling array of colors, from subdued browns and grays to vibrant purples and even silver. Their body colors are often highlighted by stripes of iridescent blue and silver dots. Sailfish can change their colors almost instantly; a change controlled by their nervous system. The sailfish can rapidly turn its body light blue with yellowish stripes when excited, confusing its prey and making capture easier, while signalling its intentions to fellow sailfish. [Source]

 

 

 


Photograph by ALEXANDER SAFONOV

 


Photograph by ALEXANDER SAFONOV

 

Photograph by PAUL NICKLEN

 

 

PEREGRINE FALCONS: FASTEST ANIMALS IN THE WORLD

 


Photograph by KEVIN COLE
 

The Peregrine Falcon (Falco peregrinus), is a widespread bird of prey in the family Falconidae. A large, crow-sized falcon, it has a blue-gray back, barred white underparts, and a black head and “moustache”. The Peregrine is renowned for its speed, reaching over 325 km/h (202 mph) during its characteristic hunting stoop, making it the fastest member of the animal kingdom.

The Peregrine’s breeding range includes land regions from the Arctic tundra to the tropics. It can be found nearly everywhere on Earth, except extreme polar regions, very high mountains, and most tropical rainforests; the only major ice-free landmass from which it is entirely absent is New Zealand. This makes it the world’s most widespread bird of prey. [Source]

 

 

 


Photograph by STEVE HAPP

 


Photograph by JOHN DALKIN

 


Photograph by NEIL O’REILLY

 


Photograph by PETE WALKDEN

 

 

 

 

 

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Top 10 Facts of the World’s Largest Land Animal [20 pics]

 

 

 

10 Things You Didn’t Know About the World’s Largest Bird


Photograph by A. KNIESEL

 

Who knew the Ostrich was such a notable record-holder in the Animal Kingdom? Not only is it the world’s largest bird; it also lays the largest eggs [of any bird] and is the fastest two-legged animal on land (sorry Usain Bolt)! Here are 10 things you might not have known about this fascinating bird. Behold! The Ostrich in all of its flightless glory!

 


Photograph by MATH KNIGHT

 

The Ostrich is the largest living species of bird in the world, typically weighing 140 – 290 lbs (63.5-131.5 kg) and measuring 6 – 9 ft (1.8-2.7 meters) in height.

 


Photograph by HANS HILLEWAERT / CC-BY-SA-3.0

 

Ostriches can run at maximum speeds of about 97.5 km/h (60.6 mph), making it both the fastest bird on land and the fastest two-legged animal in the world.

 


Photograph by ADAMANTIOS

 

Contrary to popular belief, Ostriches do not bury their heads in sand. This myth likely began with Pliny the Elder (AD 23-79), who wrote that Ostriches: “imagine, when they have thrust their head and neck into a bush, that the whole of their body is concealed.”

 


Photograph by RAUL654

 

Ostrich eggs are the largest of all bird eggs (and by extension the yolk is the largest single cell), though they are actually the smallest eggs relative to the size of the adult bird. On average they are 15 centimetres (5.9 in) long, 13 centimetres (5.1 in) wide, and weigh 1.4 kilograms (3.1 lb).

 


One scrambled ostrich egg equals about 25 chicken eggs | Photograph by HERZI PINKI

 

The Ostrich has just two toes on each foot (most birds have four), with the nail on the larger, inner toe resembling a hoof. The outer toe has no nail, and the reduced number of toes is an adaptation that appears to aid in running.

 


Photograph by JP BARRASS

 

Ostriches normally spend the winter months in pairs or alone. Only 16% of Ostrich sightings were of more than two birds. During breeding season and sometimes during extreme rainless periods Ostriches live in nomadic groups of five to 50 birds (led by a top hen) that often travel together with other grazing animals, such as zebras or antelopes.

 


Photograph by GRAVITYWAVE

 

Ostrich wings reach a span of about 2 metres (7 ft) and are used in mating displays and to shade chicks. They are however, unable to fly.

 


Photograph by REI

 

Ostriches mainly feed on seeds, shrubs, grass, fruit and flowers; occasionally they also eat insects such as locusts. Lacking teeth, they swallow pebbles that act as gastroliths to grind food in the gizzard. An adult Ostrich carries about 1 kilogram (2.2 lb) of stones in its stomach.

 


Photograph by MIKEL HENDRIKS

 

Unlike all other living birds, the Ostrich secretes urine separately from faeces.

 


Photograph by MATH KNIGHT

 

The Ostrich is farmed around the world, particularly for its feathers, which are decorative and are also used as feather dusters. Its skin is used for leather products and it is claimed that Ostriches produce some of the strongest commercial leather. Its meat is marketed commercially with a taste similar to lean beef and is low in fat and cholesterol and high in calcium, protein and iron.

 


Photograph by SERGEY YELISEEV

 

 


Photograph by CHAI LADY

 

ALL INFORMATION VIA WIKIPEDIA

 


Photograph by TONY WILLS

 


Photograph by AMADA44

 

 

 

 

 

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Incredible Examples of Electron Microscope Photography


Caterpillar 30x Magnification (5mm width) | Photograph by OLIVER MECKES

 

Electron microscopes help bring nanoscience to life, providing a level of detail to scientists that was simply not available mere decades ago. The FEI Company is a worldwide leader in electron microscope technology. Below you will find a small collection of images from scientists around the world using FEI technology. Be sure to check out their extensive Flickr page with nearly 600 images and growing!

FEI ON FLICKR

 

2. Micro-crack in Steel by Martina Dienstleder


Photograph by MARTINA DIENSTLEDER / FEI

 

Microcrack after bending test
Coloured by Manuel Paller
Captured by Martina Dienstleder

Instrument used: Nova DualBeam Family
Horizontal Field Width: 67µm
Voltage: 5kV
Working Distance: 6.0
Detector: ETD – SE

 

3. Spider’s Head by Oliver Meckes


Photograph by OLIVER MECKES / FEI

 

Spiders Head
Captured by Oliver Meckes

Instrument used: Quanta Family
Magnification: 50x
Vacuum: Low Vac.
Voltage: 7 kV
Spot: 3
Working Distance: app.12mm
Detector: LFD + BSE

 

4. Nano Mirrors on DLP Television by Regino Sandoval


Photograph by REGINO SANDOVAL / FEI

 

DLP Nano Mirrors
Captured by Regino Sandoval

Instrument used: Nova DualBeam Family
Magnification: 3500x
Horizontal Field Width: 73.1um
Voltage: 10kV
Spot: 5
Working Distance: 5mm
Detector: SE

 

5. Birth of Ladybugs by Riccardo Antonelli


Photograph by RICCARDO ANTONELLI / FEI

 

Birth of ladybugs
Captured by Riccardo Antonelli

Instrument used: Quanta Family
Magnification: 40x
Horizontal Field Width: 3.54 mm
Vacuum: 0.974 torr
Voltage: 10.00 kV
Spot: 5.0
Working Distance: 10.00 mm
Detector: LFD (Low vacuum)

 

ELECTRON MICROSCOPY

 

On December 29th, 1959, the noted physicist Richard Feynman issued an invitation to scientists to enter a new field of discovery with his lecture entitled “There’s Plenty of Room at the Bottom,” delivered at the annual meeting of the American Physical Society at the California Institute of Technology (Caltech). Many would credit this talk as the genesis of the modern field of nanotechnology.

Since that time there has been extraordinary progress made over that period in the field of electron microscopy, one of
the primary tools of nanoscience. Feynman called explicitly for an electron microscope 100 times more powerful than those of his day, which could only resolve features as small as about one nanometer. While we have not achieved the 100x goal – the best resolution achieved to date is 0.05 nm, a 20x improvement – FEI has indeed met his challenge to create a microscope powerful enough to see individual atoms.

For an extensive introductory overview of electron microscopy, please refer to this document.

 

6. Parasitic Mite on Mosquito Larva by Nicole Ottawa


Photograph by NICOLE OTTAWA / FEI

 

Parasitic Mite on Mosquito Larva
Captured by Nicole Ottawa

Instrument used: Quanta Family
Magnification: 200
Horizontal Field Width: app. 500 µm
Vacuum: High-Vac
Voltage: 7kv
Spot: 3
Working Distance: 9,8
Detector: LFD, BSE

 

7. Hydrothermal Worm by Philippe Crassous


Photograph by PHILIPPE CRASSOUS / FEI

 

Hydrothermal worm
Captured by Philippe Crassous

Instrument used: Quanta Family
Magnification: 57
Horizontal Field Width: 5.26 mm
Vacuum: 10-4 mbar
Voltage: 5.0
Spot: 5.0
Working Distance: 12mm
Detector: SE

 

8. Dehydrated Breast Cancer Cell by Wadah Mahmoud


Photograph by WADAH MAHMOUD / FEI

 

Breast cancer cell, fixed and dehydrated
Captured by Wadah Mahmoud

Instrument used: Inspect Family
Magnification: 5,000
Voltage: 2 kV
Spot: 2.5
Working Distance: 12.4
Detector: SE

 

9. Water Mite by Nicole Ottawa


Photograph by NICOLE OTTAWA / FEI

 

Water Mite
Captured by Nicole Ottawa

Instrument used: Quanta Family
Magnification: 700x
Horizontal Field Width: 183µm
Vacuum: 40 Pa
Voltage: 7 kV
Spot: 3
Working Distance: app. 10mm
Detector: SE+BSE

 

10. Corrosion on Copper Bond Pad


Photograph via FEI COMPANY

 

THE FEI COMPANY – ABOUT

 
FEI Company is the world leader in the production and distribution of electron microscopes, including scanning electron microscopes (SEM), transmission electron microscopes (TEM), DualBeam™­ instruments, and focused ion beam tools (FIB), for nanoscale research, serving a broad range of customers worldwide. Nanotechnology is the science of finding, characterizing, analyzing and fabri­cating materials smaller than 100 nano­meters (a nanometer is one billionth of a meter). FEI’s global customer base includes researchers, scientists, engineers, lab managers, and other skilled professionals.

FEI manufactures complete microscope solutions that serve the following four segments:

Research: includes a broad range of institutes, universities, and national laboratories conducting nanoscale research for a wide variety of applications including 3D nano-characterization, in situ nanoprocesses, and 3D nanoprototyping.

Natural Resources: serving the micro-analysis needs of natural resources companies focused on mining, oil & gas exploration, and geosciences. Also provides solutions for forensics including gunshot residue analysis (GSR) and forensic science. (link will redirect to our Natural Resources micro-site, fei-natural-resources.com).

Electronics: developers and manufacturers in the semiconductor, data storage and related fields with an application focus in circuit edit, 3D metrology, defect analysis, failure analysis and TEM sample preparation.

Life Sciences: includes insti­tutes, universities, pharmaceutical companies and hospitals working in life sciences research and development in the areas of structural biology, cellular biology, tissue biology, and biomaterials.

FEI’s market-leading instruments include the latest in ion-­ and electron­-beam technologies. From the most power­ful, commercially-­available microscope­, the Titan™ 60-300 S/TEM, to the Magellan™, the first extreme high-resolution (XHR) scanning electron microscope, FEI produces cutting-edge tools that are revolutionizing nanoscale exploration from the classroom to the laboratory to the clean room. With a global commitment to customers before and after the sale, FEI is bringing the nanoscale within the grasp of leading researchers and manufacturers, and helping them turn some of the biggest ideas of this century into reality. FEI maintains research and develop­ment centers in North America, Europe, and Asia, and sales and service operations in more than 50 countries around the world. [Source]

 

11. Mosquito Larva and Parasite by Nicole Ottawa


Photograph by NICOLE OTTAWA / FEI

 

Mosquito Larva and Parasite
Captured by Nicole Ottawa

Instrument used: Quanta Family
Magnification: 60
Horizontal Field Width: 2000 µm
Vacuum: High-Vac
Voltage: 7kv
Spot: 3
Working Distance: 10,3
Detector: LFD, BSE

 

12. Iron Oxide by Francisco Rangel


Photograph by FRANCISCO RANGEL / FEI

 

Iron oxide
Captured by FRANCISCO RANGEL

Instrument used: Quanta Family
Magnification: 3963X
Horizontal Field Width: 75,3 ?m
Vacuum: 9.27e-7 mbar
Voltage: 20 kV
Spot: 2.0
Working Distance: 10.8
Detector: Mix: SE + BSE

 

13. Worm Polychaete by Philippe Crassous


Photograph by PHILIPPE CRASSOUS / FEI

 

Worm polychaete
Captured by Philippe Crassous

Instrument used: Quanta Family
Magnification: 150
Horizontal Field Width: 1.99mm
Vacuum: 10-4mbar
Voltage: 5
Spot: 4
Working Distance: 11.4
Detector: SE

 

14. Fly by Ivan Jimenez Boone


Photograph by IVAN JIMENEZ BOONE / FEI

 

Dirty fly
Captured by Ivan Jimenez Boone

Instrument used: MLA
Magnification: 100x
Voltage: 15kV
Spot: 7.2
Working Distance: 9.6
Detector: SE

 

15. Sugar Crystal by David McCarthy


Photograph by DAVID MCCARTHY / FEI

 

Sugar Crystal
Captured by David McCarthy

Instrument used: Quanta Family
Magnification: 187x
Horizontal Field Width: 1.37mm
Vacuum: 1.42e-4 Pas
Voltage: 0.5KV
Spot: 3.0
Working Distance: 8.5mm
Detector: SE

 

 

 

VISIT FEI.com FOR MORE INFORMATION

 

 

 

 

 

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The Great White Shark: Masters of the Sea [20 pics]


Photograph by TERRY GOSS

 

The Great White Shark is one of nature’s greatest and most feared predators. Though not the ‘ferocious man-eater’ they are depicted to be in the blockbuster film Jaws, the great white shark is an intimidating creature with awesome power and speed. Enjoy the 20 incredible photographs below along with some interesting facts about this master of the sea.

 

2.


Photograph by LITHIUM112 on deviantART

 

3.


Photograph by VENSON KUCHIPUDI

 

The great white shark is very well known for its size, with the largest individuals known to have approached or exceeded 6 metres (20 ft) in length, and 2,268 kilograms (5,000 lb) in weight. It reaches maturity at around 15 years of age and can have a life span of over 30 years.

 

4.


Photograph by VENSON KUCHIPUDI

 

5.


Photograph by SHARKDIVER.COM

 

Great white sharks live in almost all coastal and offshore waters which have water temperature between 12 and 24 °C (54 and 75 °F), with greater concentrations in the United States (Atlantic Northeast and California), South Africa, Japan, Australia (especially New South Wales and South Australia), New Zealand, Chile, and the Mediterranean. One of the densest known populations is found around Dyer Island, South Africa

 

6.


Photograph by SCOTT RETTIG

 

7.


Photograph by OCEANFILMFEST

 

Great whites display countershading, having a white underside and a grey dorsal area (sometimes in a brown or blue shade) that gives an overall “mottled” appearance. The coloration makes it difficult for prey to spot the shark because it breaks up the shark’s outline when seen from the side. From above, the darker shade blends with the sea and from below it exposes a minimal silhouette against the sunlight.

 

8.


Photograph by VENSON KUCHIPUDI

 

9.


Photograph by PIETER VISSER

 

Great white sharks are carnivorous, and prey upon fish (e.g. tuna, rays, other sharks), cetaceans (i.e., dolphins, porpoises, whales), pinnipeds (e.g. seals, fur seals, and sea lions), sea turtles, sea otters, and seabirds.

 

10.


Photograph by GEORGE PROBST

 

11.


Photograph by VENSON KUCHIPUDI

 

Little is known about great white shark behaviour in the way of mating habits. Birth has never been observed, but pregnant females have been examined.

 

12.


Photograph by D.J. SCHUESSLER

 

13.

great White shark black and white
Photograph by TERRY GROSS

 

Great white sharks are ovoviviparous (eggs develop and hatch in the uterus, and continue to develop until birth). The great white has an 11-month gestation period. The shark pup’s powerful jaws begin to develop in the first month. The unborn sharks participate in intrauterine-cannibalism: stronger pups consume their weaker womb-mates. Delivery is in spring and summer.

 

14.


Photograph by GEORGE PROBST

 

15.


Photograph by GEORGE PROBST

 

Although the great white is typically regarded as an apex predator (no predators of their own) in the wild, it is in rare cases, preyed upon by the larger orca (also known as a killer whale). Interspecific competition between the great white shark and the orca is probable in regions where dietary preferences of both species may overlap.

 

16.


Photograph by GREAT WHITE SHARK DIVING

 

17.


Photograph by PIXELEATER on deviantART

 

18.


Photograph by PATRIC DOUGLAS / SHARKDIVER.COM

 

19.


Photograph by VENSON KUCHIPUDI

 

20.


Photograph by VENSON KUCHIPUDI

 

 

 

ALL FACTS AND INFORMATION VIA WIKIPEDIA

 

 

 

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The Mighty Tiger: 15 Facts and 25 Stunning Photos

 

 

 

 

The Mighty Tiger: 15 Facts and 25 Stunning Photos


Photograph by TODD RYBURN

 

Beautiful, deadly and endangered. The tiger is all of these. Below you will find 15 fascinating facts and 25 incredible photographs of this magnificent animal.

 

2.


Photograph by MILA ZINKOVA

 

3.


Photograph by MIKE SEAMONS

 

The tiger is the largest of the four “big cats” (lions, jaguars, leopard and tigers) and is an apex predator, meaning it resides at the top of their food chain with no predators of their own.

 

4.


Photograph by MIKE PORTT

 

The larger tiger subspecies can reach up to 3.3 metres (11 ft) in total length, weighing up to 300 kilograms (660 pounds), with canines up to 4 inches long.

 

5.


Photograph by Randy @ TXphotoblog

 

6.


Photograph by RANDY DAVISON

 

Tigers are obligate carnivores, meaning they depend solely on the nutrients found in animal flesh.

 

7.


Photograph by MONIKA BETLEY

 

Tigers are territorial and generally solitary animals, often requiring large contiguous areas of habitat that support their prey demands. Coupled with the fact that they are indigenous to some of the more densely populated places on earth, has caused significant conflicts with humans.

 

8.


Photograph by KEVEN LAW

 

9.


Photograph by RAY HASLAM

 

Three of the nine subspecies of modern tiger have gone extinct, and the remaining six are classified as endangered, some critically so. The primary direct causes are habitat destruction, fragmentation, and hunting. The remaining sub-species of tigers are: Bengal, Indochinese, Malayan, Sumatran, Siberian, and South China

 

10.


Photograph by CATLOVERS

 

The largest sub-species of tiger is the Siberian Tiger, while the most numerous is the Bengal tiger.

 

11.


Photograph by Nachoman-au

 

12.


Photograph by VUHLSER

 

Among the big cats, only the tiger and jaguar are strong swimmers; tigers are often found bathing in ponds, lakes, and rivers. During the extreme heat of the day, they often cool off in pools. Tigers are excellent swimmers, and are able to carry prey through the water.

 

13.


Photograph by STEVEN J. O’BRIEN

 

Hybridisation among the big cats, including the tiger, was first conceptualised in the 19th century, when zoos were particularly interested in the pursuit of finding oddities to display for financial gain. Lions have been known to breed with tigers to create hybrids called ligers and tigons.

 

14.


Photograph by mamapajama97

 

Like other big cats, tigers have a white spot on the backs of their ears. These spots, called ocelli, serve a social function, by communicating the animal’s mental state to other tigers in the gloom of dense forest or in tall grass

 

15.


Photograph by RICHARD

 

There is a well-known mutation that produces the white tiger, technically known as chinchilla albinistic, an animal which is rare in the wild, but widely bred in zoos due to its popularity. Breeding of white tigers will often lead to inbreeding (as the trait is recessive).

 

16.


Photograph by EDGAR THISSEN

 

17.


Photograph by Photo505 – Online Photo Effects

 

Mating can occur all year round, but is generally more common between November and April. The gestation period is 16 weeks and the litter size usually consists of around 3–4 cubs of about 1 kilogram (2.2 lb) each, which are born blind and helpless.

 

18.


Photograph by KENDRA COWDEN

 

The females rear the cubs alone, sheltering them in dens such as thickets and rocky crevices. The father of the cubs generally takes no part in rearing them.

 

19.


Photograph by Reonis

 

20.


Photograph by MAHMUD KARIM

 

Tigers appear on many flags and coats of arms, as mascots for sporting teams, and as the national animal of several Asian nations, including India.

 

21.


Photograph by PAUL BUXTON

 

The size of a tiger’s home range mainly depends on prey abundance, and, in the case of male tigers, on access to females. A tigress may have a territory of 20 square kilometres, while the territories of males are much larger, covering 60–100 sq km. The range of a male tends to overlap those of several females.

 

22.


Photograph by NEIL SALONGA

 

India is home to the world’s largest population of tigers in the wild. According to the World Wildlife Fund, of the 3,500 tigers around the world, 1,400 are found in India.

 

23.


Photograph by TODD RYBURN

 

24.


Photograph by GAVIN BELL

 

ALL FACTS AND INFORMATION VIA WIKIPEDIA

 

25.


Photograph by BILL GRACEY

 

 

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25 MAGNIFICENT PICTURES OF LIONS

 

 

 

 

25 Magnificent Pictures of LIONS

lion
Photograph by Natalie Manuel


The mighty lion is the second largest cat in the world (tigers are the biggest), with some males weighing more than 550 lbs (250kg)! Residing in both Asia and Sub-Saharan Africa, these magnificent creatures are a sight to behold.

With no natural predators, these big cats rule the land they roam. Please enjoy these 25 stunning photographs of the magnificent LION.

2.

lion-portrait
Photograph by Piet Flour

3.

lion-1
Photograph by Ken from MD

4.

lion-eating
Photograph by Mats Grimfoot

5.

lion-cub
Photograph by Jessica Whitehead Photography

6.

baby-lion
Photograph by Jay Peg

7.

cute-baby-lion
Photograph by Woxys

8.

white-lion
Photograph by Woxys

9.

albino-lion
Photograph by Woxys

10.

sleeping-lion
Photograph by BriDesign

11.

lion-on-tree
Photograph by Safari Partners

12.

lions-playing
Photograph by Nikolai Zinoviev

13.

lioness
Photograph by Shlomi Nissim

14.

lion-running
Photograph by Safari Partners

15.

lion-embrace
Photograph by Natalie Manuel

16.

lion-yanwing
Photograph by Louis Despres

17.

lion-growling
Photograph by H-E Photography

18.

lion-closeup
Photograph by Oetzy

19.

lion-eye-closeup
Photograph by Soren S. Nielsen

20.

lion-2
Photograph by Shoggy

21.

lion-sun
Photograph by Yury Prokopenko

22.

lion-in-a-tree
Photograph by Safari Partners

23.

lion-bw
Photograph by Lotte Blachfeldt

24.

lion-laying
Photograph by JonesCrusher

25.

lion-black-and-white
Photograph by Place in the Dirt







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Top 10 Facts of the World’s Largest Land Animal [20 pics]

elephant-cooling-itself
Photograph by Nick Brandt

1.

Did you know there are only three species of elephant living today? They are: the African bush elephant, the African forest elephant and the Asian elephant (also known as the Indian elephant). All other species are extinct.


elephants-travelling-in-line
Photograph by Nick Brandt

2.

Elephants are the world’s largest land animals now living. The largest elephant ever recorded was shot in Angola in 1956. This male weighed about 24,000 lb (11,000 kg), with a shoulder height of 3.96 meters (13.0 ft), a metre (yard) taller than the average male African elephant.


african-elephant
Photograph by Beverly Joubert

3.

The elephant’s gestation period is 22 months, the longest of any land animal. At birth it is common for an elephant calf to weigh 120 kilograms (260 lb). They typically live for 50 to 70 years, but the oldest recorded elephant lived for 82 years. Healthy adult elephants have no natural predators, although lions may take calves or weak individuals.


elephant-eye-close-up
Photograph by paddyboy

4.

With a mass just over 5 kg (11 lb), elephant brains are larger than those of any other land animal. A wide variety of behaviours associated with intelligence have been attributed to elephants, including those associated with grief, making music, art, altruism, play, use of tools, compassion and self-awareness.


family-of-elephants
Photograph by Eduard

5.

Elephants live in a structured social order. The social lives of male and female elephants are very different. The females spend their entire lives in tightly knit family groups made up of mothers, daughters, sisters, and aunts. These groups are led by the eldest female, or matriarch. Adult males, on the other hand, live mostly solitary lives.


elephant-mother-and-calf-baby
Photograph by Nick Brandt

6.

The tusks of an elephant are its second upper incisors. Tusks grow continuously; an adult male’s tusks grow about 18 cm (7 in) a year. Tusks are used to dig for water, salt, and roots; to debark trees to eat the bark; to dig into baobab trees to get at the pulp inside; and to move trees and branches when clearing a path. In addition, they are used for marking trees to establish territory, and occasionally as weapons.


elephant-head-on-drinking-water
Photograph by Nick Brandt

7.

The proboscis, or trunk, is a fusion of the nose and upper lip, elongated and specialized to become the elephant’s most important and versatile appendage. African elephants are equipped with two fingerlike projections at the tip of their trunk, while Asians have only one. The elephant’s trunk is sensitive enough to pick up a single blade of grass, yet strong enough to rip the branches off a tree.

The trunk is also used for drinking. Elephants suck water up into the trunk—up to 14 liters (15 quarts) at a time—and then blow it into their mouths. Elephants also suck up water to spray on their bodies during bathing. On top of this watery coating, the animals will then spray dirt and mud, which dries and acts as a protective sunscreen. When swimming, the trunk makes an excellent snorkel.


elephant-spraying-itself-with-water
Photograph by Sandy Powers

8.

Elephants swim well, but cannot trot, jump, or gallop. They do have two gaits: a walk and a faster gait that is similar to running.


elephant-using-trunk-to-itch
Photograph by Aaron Logan

9.

African elephants, are currently found in 37 countries in Africa. They are distinguished from Asian elephants in several ways, the most noticeable being their much larger ears. Also, the African elephant is typically larger than the Asian elephant and has a concave back. In Asian elephants, only males have tusks, but both males and females of African elephants have tusks and are usually less hairy than their Asian cousins.


baby-asian-elephant
Photograph by William Albert Allard

10.

Elephants are herbivores and spend up to 16 hours a day eating plants. Their diets are highly variable, both seasonally and across habitats and regions. Elephants are primarily browsers, feeding on the leaves, bark, and fruits of trees and shrubs, but they may also eat considerable grasses and herb.


elephant-ears
Photograph by Nick Brandt


elephant_skeleton
Photograph by Sklmsta



elephant-herd
Photograph by Eduard


elephant-dusting-itself
Photograph by Sandy Powers



Photograph by Bernard Gagnon


elephant-family
Photograph by Nick Brandt



Photograph by George Steinmetz


elephant-in-the-forest
Photograph by Nick Brandt


ivory-trade-elephant-tusks
Photograph by Frank G. and Frances Carpenter


elephant-from-behind
Photograph by Andrew Styan


SOURCES
Wikipedia: Elephant
1x.com: Photography
Nick Brandt: Photography
National Geographic




If you enjoyed this article, the Sifter highly recommends: 10 AWESOME FACTS ABOUT OWLS [15 PICS]





25 Stunning Photographs of Birds in Flight

hawk-head-on
Photograph by Sidney Bovy

 

The beauty of flight is best portrayed by our feathered friends. Try as we may with our expensive jets and giant airliners, there is no comparison to the grace and effortless movement of the bird. These twenty-five beautiful photographs from 1x.com (an incredible photography site that I highly recommend) are a testament to that notion 🙂

 

2.

greater-spotted-eagle
Greater Spotted Eagle | Photograph by Nissim

 

3.

puffin-in-flight
Puffin | Photograph by Olof Petterson

 

4.

bird-high-speed-photography-wings
Photograph by Risquillo

 

5.

barn-owl-in-flight
Barn Owl | Photograph by Mvbalkom

 

6.

angel-bird
Photograph by Murat Sanli

 

7.

eagle
Bald Eagle | Photograph by Harry Eggens

 

8.

hen-harrier
Hen Harrier | Photograph by Henrik Just

 

9.

seagull-flying
Seagull | Photograph by Mohammad Shirani

 

10.

northern-hawk-owl
Northern Hawk Owl | Photograph by Francesco Renzi

 

11.

bird-from-below
Photograph by Sandy Powers

 

12.

merops-apiaster-european-bee-eater
Merops Apiaster | Photograph by CORAL

 

13.

falcon-flying-with-prey-in-mouth
Photograph by Nissim

 

14.

hummingbird-hovering
Hummingbird | Photograph by Roie Galitz

 

15.

baby-owl-flying
Baby Owl | Photograph by Yaki Zander

 

16.

tern-in-flight
Tern | Photograph by Nissim

 

17.

bird-in-mid-flight
Photograph by Nissim

 

18.

flying-bird
Photograph by Anthony Roberts

 

19.

bird-from-the-bottom
Photograph by Dare Turnsek

 

20.

black-kite-flying
Black Kite | Photograph by Nissim

 

21.

seagull-in-flight
Seagull | Photograph by Andre Eide

 

22.

short-toed-eagle-midflight
Short-toed Eagle | Photograph by Nissim

 

23.

harsh-harrier
Marsh Harrier | Photograph by Nissim

 

24.

eagle-flying
Photograph by Palankaizs

 

25.

white-tailed-eagle-with-prey
White-tailed Eagle | Photograph by Henrik Just

 

 

 

If you enjoyed this article, the Sifter highly recommends: 10 AWESOME FACTS ABOUT OWLS [15 PICS]

 

 

 

 

10 Things You Didn’t Know About Cougars [15 pics]

cougar-puma-mountain-lion-catamount-panther
Photograph by Art G.


No not those cougars. Actual cougars. Badass ones that can jump almost 20 feet high and pounce on unsuspecting prey 20-40 feet away. Imagine an animal almost 10 feet long crossing your path! Below you will learn 10 things you never knew about cougars. ME-WOW! 😛


cougar-head-on
Photograph by Richard Landry

1.

The cougar, also known as puma, mountain lion, mountain cat, catamount or panther, depending on the region, holds the Guinness record for the animal with the highest number of names. It has over 40 names in English alone!


cougar-close-up-face-eyes
Photograph by Art G.

2.

A large, solitary cat, the cougar has the greatest range of any large wild terrestrial mammal in the Western Hemisphere, extending from the Yukon in Canada to the southern Andes of South America.


cougar-licking-lips
Photograph by Matthew Blake

3.

Primary food sources include ungulates such as deer, elk, moose, and bighorn sheep, as well as domestic cattle, horses and sheep, particularly in the northern part of its range. It will also hunt species as small as insects and rodents.


cougar-puma-mountain-lion-catamount-sleeping
Photograph by Chris Gidney

4.

Adults stand about 60 to 76 centimeters (2.0 to 2.5 ft) tall at the shoulders. The length of adult males is around 2.4 meters (8 ft) long nose to tail, with overall ranges between 1.5 and 2.75 m (5 and 9 ft) nose to tail suggested for the species in general. Males typically weigh 53 to 90 kilograms (115 to 198 pounds), averaging 62 kg (137 lb). Females typically weigh between 29 and 64 kg (64 and 141 lb), averaging 42 kg (93 lb).


cougar-panther-puma-sitting
Photograph by nhpanda

5.

Cougar size is smallest close to the equator and larger towards the poles.


baby-cougar-puma-panther-catamount
Photograph by Rob Walstrom

6.

Females reach sexual maturity between one-and-a-half to three years of age. They typically average one litter every two to three years throughout their reproductive life. Only females are involved in parenting and they are fiercely protective of their cubs.


baby-panther-puma-cougar
Photograph by Tom Gill

7.

Aside from humans, no species preys upon mature cougars in the wild. The cat is not, however, the apex predator throughout much of its range. In its northern range, the cougar interacts with other powerful predators such as the brown bear and gray wolf. In the south, the cougar must compete with the larger jaguar. In Florida it encounters the American Alligator.


closeup-of-cougar-panther-puma-face
Photograph by Valerie

8.

Like almost all cats, the cougar is a solitary animal. Only mothers and kittens live in groups, with adults meeting only to mate. It is secretive and typically most active around dawn and dusk.


cougar-sleeping-puma-panther
Photograph by Triscele Photography

9.

Cougars have large paws and proportionally the largest hind legs in the cat family. This physique allows it great leaping and short-sprint ability. An exceptional vertical leap of 5.4 m (18 ft) is reported for the cougar. Horizontal jumping capability from standing position is suggested anywhere from 6 to 12 m (20 to 40 ft).


cougar-eating-prey
Photograph by benjamin444

10.

The cougar can run as fast as 55 to 72 km/h (35 to 45 mi/h), but is best adapted for short, powerful sprints rather than long chases.


face-of-a-cougar-puma-panther
Photograph by Bas Lammers

cougar-fangs-growling
Photograph by Ruben Schoenefeld

baby-puma-panther-cougar
Photograph by Rob Walstrom

cougar
Photograph by Richmann


All facts and information courtesy of Wikipedia







If you enjoyed this article, the Sifter highly recommends: 10 AWESOME FACTS ABOUT OWLS [15 PICS]





10 Awesome Facts About Owls [15 pics]

owl-wings-spread
Photograph by René Pedersen


Owls are awesome. It’s an undeniable fact. They are expressive, they are diverse and they are stealthy. Oh, and their heads are on a swivel. Below you will find 10 interesting facts and a collection of photographs that capture these beautiful creatures. Enjoy!


owl-flying
Photograph by John Booth


Owls belong to the Order Strigiformes.
The Order Strigiformes is further divided into two families, the barn owls (Family Tytonidae) and the typical owls (Family Strigidae). Owls are a diverse group of birds, with over 220 species of owls belonging to the Order Strigiformes.


owl-with-prey1
Photograph by Craig Jones Wildlife Photography


Owls are birds of prey.
Owls feed on a wide variety of prey including mammals, other birds, insects, and reptiles. There are even some species of owls that live in Africa and Asia that feed on birds. Owls cannot chew their prey since, like all birds, they do not have teeth. Instead, they swallow small prey whole and must tear larger prey into smaller pieces before swallowing. They later regurgitate pellets of indigestible material such as bone, fur, and feathers.


owl-landing-wings-spread
Photograph by Steve Wilson


The structure of an owl’s foot is referred to as zygodactyl.
This means that two of the toes face forward while two face backward. This arrangement enables the owls to capture and grasp prey with greater ease. Sometimes, the third toe can be rotated forward into a position occasionally used for perching.


expressive-owl
Photograph by Stuart Richards


Most owls are nocturnal.
Most owls are active at night. A few species (such as the pygmy owls) are active in the early morning or at dusk while some (such as the burrowing owl and the short-eared owl) are active during the day.


owl-eye-close-up-macro
Photograph by Dan Harrod


Owls’ eyes are fixed in their sockets.
Owls are unable to move their eyes within their sockets to a great extent, which means they must turn their entire head to see in a different direction. Because owls have forward-facing eyes, they have well-developed binocular vision. Contrary to popular myth, an owl cannot turn its head completely backwards. It can turn its head 135 degrees in either direction; it can thus look behind its own shoulders, with a total 270-degree field of view


owl-in-mid-flight
Photograph by Oscar


Many species of owls have special flight feathers adapted for silent flight.
Owls have developed special feather adaptations that enable them to minimize the sound made when flapping their wings. For instance, the leading edges of their primary feathers have a stiff fringes that reduces noise while the trailing edge of their primaries have soft fringes that helps to reduce turbulence. Downy feathers cover the surfaces of the wing to further reduce sound.


owl-look-of-disapproval
Photograph by Hendrik Tio


Owls create a variety of vocalizations.
Owls create a wide variety of sounds or vocalizations. The familiar hoot is usually a territorial declaration, though not all species are able to hoot. Other sounds owls might make include screeches, hisses, and screams.


owl-in-flight
Photograph by John Booth


Owls are found in all regions of the Earth except Antarctica, most of Greenland and some remote islands.


never-talk-to-you-again-upset-owl
Photograph by Adrifil


Though owls are typically solitary, the literary collective noun for a group of owls is a parliament.


funny-looking-owl
Photograph by Steve Wilson


Owls are farsighted and are unable to see anything clearly within a few centimeters of their eyes.
Caught prey can be felt by owls with the use of filoplumes, which are small hair-like feathers on the beak and feet that act as “feelers”. Their far vision, particularly in low light, is exceptionally good.


owl-soaring-through-air
Photograph by G Brummett

owl-closeup
Photograph by PE_HA45

surprised-owl
Photograph by Ken Hirock


And how could I not include the greatest Owl picture of them all!

owl-getting-sprayed-with-hose-water


SOURCES
http://animals.about.com/od/owl1/a/tenthingsowls.htm
http://en.wikipedia.org/wiki/Owl







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