Saturday, 30 December 2017

Elephant Evolution


Elephant Evolution


The order under which Elephants are classified is the Proboscidea. This is for one of the elephant’s most interesting physical features. It is something that attracts curiosity from around the world for elephants along with many other aspects in the past only ascribed to the human, such as, rudimentary tool use, complex social behaviors, and reverence for a dead family member or friend. It is their trunk or proboscis; the meaning of Proboscidea species is simply animals with trunks/proboscis.

Scientists have identified some 352 proboscidean species and subspecies of which only half are recognized and valid today. About 50-60 million years ago, the ancestors of the modern elephant occupied a variety of extreme environments; this includes from tropical rain forests to deserts in both low and high altitudes. Incredibly, with the exception of Australia and Antarctica, the proboscideans have over time inhabited every single continent on Earth. Why did all but two become extinct? One possible explanation for their disappearance may be found in the inability of the order to evolve to environmental change fast enough. One of the determining factors in this is the more specialized a particular genus of animals, then the more likely they they will become extinct in periods of dramatic climate and environmental change. Both of the surviving African and Asian elephants have a wide range of attributes which give them the ability to survive and to even thrive in mild to extreme environmental conditions. Obviously, this is probably not the only reason for the disappearance of  most of the order, but serves as a good generalization for a reason why the multiple families of the order disappeared over time.

















Another surprise to many is to find that elephants have some relationship to manatees which are commonly referred to a sea cows. It is believed that early on many species of elephants had two sets of tusks – one in the upper jaw and one in the lower jaw. What is very sad is that many experts believe at one time there were more than 350 species of elephants in the world. Now there are almost none at all left.













Early elephants were very different in their size and their appearance back then compared to what we see of them today. During the Ice Age the elephants likely had very thick hair like the mammoth. However, as the temperatures got warmer they didn’t have a need for it. This is why they got thicker skin and very little hair on it at all. This allowed the to live in regions where the temperatures were extremely hot. They have to be able to reduce their body temperatures and to regulate them. This can also account for the larger size of the ears; they use them as fans to cool down.














The length of the trunk as well as the ability to use it for so many different things is also something that happened for elephants through evolution. Their needs to be able to grasp things are one of the main reasons why this likely. While early elephants did have trunks they weren’t as versatile as what these animals have today.





























It is believed that the ability adapt to a variety of different environments allowed elephants to evolve about 50 to 60 million years ago. Some of them lived in the rain-forests while others resided in the desert. They are still considered to be on of the most adaptable animals in the world. However, with humans taking these areas away from them at an alarming rate there is a limit to what they are able to do and where they are able to survive today.

What has been noted by experts it that this evolution process takes place very slowly. This is why so many other species of elephants weren’t able to survive those necessary changes and they are no longer with us today. With that in mind humans have to understand that we can’t simple continue to do what we want to and expect that elephants are going to be able to change fast enough to adapt to all of it.

























As you can see the evolution for elephants is one that is quite amazing. Even though we know quite a bit about these animals and their past, many questions still have to be answered. They have continually fought though for survival and due to the evolution process they have been quite successful for millions of years.

Thursday, 14 December 2017

Anamalai Rain-forest Expedition along Western Ghats


Western Ghats



















Along the west coast of India, from the River Tapti to the southern tip of the Indian peninsula, near Kanyakumari, runs the 1,600-km-long chain of hills called the Western Ghats. From the dawn of the Tertiary era at least, some 65 million years ago, the great scarp of the Western Ghats has been a characteristic feature of the Indian peninsula, then a triangular wedge of land moving towards its great collision with the Asian landmass resulting in the genesis of the Himalaya. Undoubtedly, the environment and the plant and animal species found on the land were different then. Prior to the Western Ghats great Cretaceous–Tertiary extinction, the land contained dinosaurs, forms peculiar to India as well as those similar to the dinosaurs of Madagascar and South America. There were similarities with the present-day too: rainforest trees such as Bischofia, Canarium, Elaeocarpus, and Persea, typical of the wet evergreen rainforests of today, occurred then as now, as evidenced from fossil pollen records.

The Western Ghats has attained recognition as one of the biologically unique areas for conservation in the world. Biologists have included it among the 34 hotspots of biological diversity in the world because of the large number of plant and animal species it contains, including hundreds that are not found elsewhere in the world. In fact, along with Sri Lanka, the Western Ghats is placed among the eight ‘hottest’ of the hotspots. The Western Ghats has also been recognized as one among the 200 globally most-valuable Eco regions for the conservation of the diversity of life on Earth.
























Over 4,000 species of plants and nearly 1,000 species of terrestrial vertebrates (amphibians, reptiles, birds, and mammals) are known from the Western Ghats. The diversity of species can be largely attributed to the pronounced variation in environment as one goes from south to north, west to east (windward to rain shadow), and low to high elevations (foothills to 2,600 m). Although the Western Ghats receives precipitation from two monsoons, the southwest or summer monsoon (June to September) and the northeast or winter monsoon (October to January), the rainfall is distributed unevenly. The northern reaches do not receive rainfall from the northeast monsoon and have a long dry season of 5 – 8 months duration. The southern Western Ghats region, south of the Palghat Gap, has a shorter dry season, receiving precipitation from both monsoons. This region is also biologically and topographically more diverse than the northern Ghats.

Like many other regions of the world that are biologically rich and crucial for conservation, the Western Ghats today faces increasing degradation and loss of habitats, and a number of other threats to the survival of wild species. This is not surprising as, among the global hotspots, this is the hotspot with the highest human population density. Biologists have estimated that, of the original extent of 182,500 km² of natural or primary vegetation that existed in the Western Ghats and Sri Lanka, only 12,450 km² or 6.8% remains. The pace of loss of forest cover intensified during the pre-Independence period under British rule as forests were exploited for timber and converted to extensive plantations of timber, tea, coffee, cardamom, rubber, and pepper. Forest loss continued after Independence due to the continuation of such changes as well as due to agriculture, development, and the creation of large dams and reservoirs for hydroelectric power and irrigation. Between 1920 and 1990, forest cover declined by 40% with a four-fold increase in the number of fragments.












Few areas remain in the Western Ghats with large unbroken stretches of natural tropical rain-forest vegetation; most areas are highly human-altered landscapes dominated by plantations and developed areas with only fragments of forests remaining such as this Valparai region.
Anamalai Hills

The Anamalai (which in Tamil means the elephant hills) ranges is a major conservation area in the southern Western Ghats. The ranges occur just south of the Palghat gap and are linked with the Nelliampathy hills towards the west, the Palni hills toward the southeast, and the Eravikulam, High Wavy and other ranges towards the south. A number of Protected Areas span this region, including the Anamalai Tiger Reserve (987 km²) in the Anamalai hills, Eravikulam WLS (97 km²), Chinnar WLS (90 km²), Parambikulam WLS (274 km²), reserved forests, and the new Kodaikanal WLS in the Palni hills. Thus the Anamalai hills, covers a large forested region of great significance for conservation in the Western Ghats.

The Anamalai Tiger Reserve earlier known as the Anamalai Wildlife Sanctuary (987 km²) lies almost centrally amidst the above-mentioned Protected Areas in the Anamalai hills. The altitude within the sanctuary ranges from 220 m in the foothills along the northern fringes to 2,513 m atop Thanakkanmalai in the Grass Hills at the southern portion of the reserve. The region is drained by perennial rivers such as the Konalar, Varagaliar, Karuneerar, Chinnar, and Amaravathi. A number of reservoirs (Aliyar, Upper Aliyar, Kadamparai, Upper and Lower Nirar, Thirumurthy, and Parambikulam drain at least partly into the Anamalai Tiger Reserve.

Map of the Anamalai Hills

Although a large area of tropical rain-forest occurs within the sanctuary, much of it occurs as fragments on private lands on the Valparai plateau. The Valparai plateau containing plantations, estates, and fragments lies centrally amidst the conservation areas mentioned earlier. The topography on the plateau is undulating, occasionally rising into minor peaks, and ranging in altitude from 900 m to 1,500 m. At least 40 rain forest fragments, including 34 on private lands occupying a total of over 750 ha have been identified so far in and around this area. The plantations and fragments are surrounded on all sides by Protected Areas that contain significant wildlife populations. Many species move through this fragmented landscape between conservation areas, including large mammals such as Asian elephant, tiger, leopard, and dhole, and birds such as Great Horn-bills.

Nilgiri Tahr:  (Nilgiritragus hylocrius)
The only mountain goat that is known to naturally occur in tropics rather than in temperate regions, the Nilgiri Tahr makes it home in the unique, high elevation, grassy peaks of the shola-grassland ecosystems above 1500 m in the Western Ghats.


















Lion-tailed Macaque : (Macaca silenus)
The flagship primate of the rainforests of the Western Ghats, the Lion-tailed Macaque is a critically endangered, endemic species. They are usually seen in small troops in the canopy feeding on fruits and foraging for insects.

















Indian Giant Squirrel : (Ratufa indica)
An Indian Giant Squirrel, the largest tree squirrel in Asia, looks out of its arboreal home. These squirrels feed on fruits, seeds and leaves and uses leafy branches as well as strips of bark as nesting material. They are common all across the Western Ghats.
















Brown Palm Civet: (Paradoxurus jerdoni)
An endemic civet of the Western Ghats, the Brown Palm Civet is predominantly a fruit-eater and an important seed dispersing agent in the tropical rainforests. They are highly arboreal and nocturnal in habit.

























Nilgiri Langur: (Trachypithecus johnii)

An endangered and endemic primate, the Nilgiri Langur makes its only home in the moist forests of the Western Ghats. Although wiped out from many areas by people, the Nilgiri Langur is making a slow and steady comeback with increased protection.


































Maiden-hair Fern: (Adiantum sp.)

These are a group of diverse herbaceous plants that typify and indicate the health of wet tropical forests... The fruiting bodies or sori form interesting patterns and help in their identification.



















Impatiens Flowers: (Impatiens sp.) rock balsam plant

Impatiens derives its name from the plant’s seed pods. When the seed pods mature, they explode when touched (as if they were “impatient” to open), dispersing the seeds several meters away. Most of these Impatiens species are endemic to the Western Ghats.



















Malabar Whistling Thrush: (Myophonus horsfieldii)

Also known as the whistling schoolboy, this thrush is found to favor steams and riverine vegetation in the wet tropical forests. People often wake up to the lovely songs of this bird.



















Large-scaled Pit Viper: (Trimeresurus macrolepis)

Large-scaled Pit Vipers are one of the smallest venomous snakes in the Western Ghats. These pit vipers wait by the streams and with their heat sensing pits in front of their eyes, catch prey whenever they pass-by.

















As the Western Ghats are at their widest in this region, there is considerable variation in climate from west to east. The western windward slopes and upper reaches receive around 3,500 mm (up to around 5,000 mm) of rain annually and typically contain tropical wet evergreen forests. The extreme eastern parts have tropical dry deciduous forests, giving way to tropical dry thorn as the hills meet the plains—these areas may receive as little as 500 mm of rain annually.

During colonial times, the Anamalai hills was an important timber-extraction area. Extraction began around the 1830s and continued intensively until it declined around 1862. Reservation of the forest tracts began from 1883. Logging continued in the northern part of the sanctuary area until 1976. Tea and coffee estates burgeoned in the hills around the Valparai area from the mid 1800s. A coffee estate at Poonachi was recorded as existing as early as 1858. The Waterfall and Waverley estates were the earliest to be established on the Valparai plateau in 1864. By 1900, the area under coffee, tea, and cardamom was 1,155 acres, 545 acres, and 843 acres, respectively. Over a dozen estates had been established by 1930. The process continued even after independence. At the present day, the reserve contains 18,032 ha of tea, coffee, and cardamom estates and 3,717 ha of cinchona (half of which has been converted to tea.




















The condition of the forests around 1897 can be judged from the following quote from Congreve (1942): “There were miles and miles of evergreen forest, with a few main paths running through it made by the huge herds of elephants which roamed there in the dry weather…The only inhabitants were a few Kaders living here and there in small communities, collecting minor forest produce, and making small clearings of hill rice, maize, and ragi, on which they largely lived. The only method of leaving the district was to walk to the foot of the hills, and then proceed by bullock cart to Coimbatore.” Today, the situation is radically different. The Valparai plateau has only fragments of rainforest that are virtually islands surrounded by plantations of tea, coffee, and Eucalyptus. This area has a small town (Valparai) and a human population of about 100,000 people, including estate labourers, businessmen, government staff, and dependents, scattered across the town and the 54 estates around it. Indigenous tribal people, belonging to six main tribal communities (Kadars, Malasars, Malamalasars, Eravalars, Pulaiyars, and Muduvars) live within the area, scattered in many settlements . A good network of roads connects the settlements, factories, and estates. The main road from Pollachi to Chalakudi, busy with traffic, passes through many fragments on the Valparai plateau. A large number of people depend on the rain-forests for fuel-wood and many fragments have become noticeably degraded due to the chronic extraction. Removal of trees from fragments and conversion of shade-coffee estates to tea plantations are other forces of change inimical to conservation in the region.

Saturday, 9 December 2017

Leopard and its facts in regarding Conservation


Leopard 

The leopard (Panthera pardus) is an Old World mammal of the Felidae family and the smallest of the four 'big cats' of the genus Panthera, along with the tiger, lion, and jaguar.

Leopards that are melanistic, either all-black or very dark in coloration, are known colloquially as Black Panthers.

Once distributed across southern Eurasia and Africa, from Korea to South Africa and Spain, it has disappeared from much of its former range and now chiefly occurs in subsaharan Africa.
There are fragmented populations in the Indian subcontinent, Indochina, Malaysia, and western China.

Despite the loss of range and continued population declines, the cat remains a least concern species; its numbers are greater than that of the other Panthera species, all of which face more acute conservation concerns.

The species' success owes in part to its opportunistic hunting behaviour and its adaptability to a variety of habitats.

The leopard consumes virtually any animal it can catch and ranges from rainforest to desert.
Its ecological role resembles that of the similarly-sized cougar in the Americas.


Physically, the spotted cat most closely resembles the jaguar, although it is of lighter build.

ABOUT THE LEOPARD

Leopards are graceful and powerful big cats closely related to lions, tigers, and jaguars. They live in sub-Saharan Africa, northeast Africa, Central Asia, India, and China. However, many of their populations are endangered, especially outside of Africa.

Hunting Skills

The leopard is so strong and comfortable in trees that it often hauls its kills into the branches. By dragging the bodies of large animals aloft it hopes to keep them safe from scavengers such as hyenas. Leopards can also hunt from trees, where their spotted coats allow them to blend with the leaves until they spring with a deadly pounce. These nocturnal predators also stalk antelope, deer, and pigs by stealthy movements in the tall grass. When human settlements are present, leopards often attack dogs and, occasionally, people.
Leopards are strong swimmers and very much at home in the water, where they sometimes eat fish or crabs.

Breeding

Female leopards can give birth at any time of the year. They usually have two grayish cubs with barely visible spots. The mother hides her cubs and moves them from one safe location to the next until they are old enough to begin playing and learning to hunt. Cubs live with their mothers for about two years—otherwise, leopards are solitary animals.

Leopard Spots

Most leopards are light colored with distinctive dark spots that are called rosettes, because they resemble the shape of a rose. Black leopards, which appear to be almost solid in color because their spots are hard to distinguish, are commonly called black panthers.

Leopard facts

1. Most leopards are light coloured and have dark spots on their fur. These spots are called “rosettes” because their shape is similar to that of a rose. There are also black leopards, too, whose spots are hard to see because their fur is so dark.

2. Leopards can be found in various places around the world – they live in Sub-Saharan Africa, northeast Africa, Central Asia, India and China.

3. Leopards are fast felines and can run at up to 58km/h! They’re super springy, too, and can leap 6m forward through the air – that’s the length of three adults lying head to toe!

4. Leopards are very solitary and spend most of their time alone. They each have their own territory, and leave scratches on trees, urine scent marks and poop to warn other leopards to stay away! Males and females will cross territories, but only to mate.

5. These big cats have a varied diet and enjoy different kinds of grub. They eat bugs, fish, antelope, monkeys, rodents; deer…in fact, pretty much any prey that is available!

6. Leopards are skilled climbers, and like to rest in the branches of trees during the day. They are strong beasts, too, and can carry their heavy prey up into the trees so that pesky scavengers, such as hyenas, don’t steal their meal!

7. Nocturnal animals, leopards are active at night when they venture out in search for food. They spend their days mostly resting, camouflaged in the trees or hiding in caves.

8. When it comes to hunting for food, these big cats know they’re stuff! When a leopard spots a potential meal, it approaches with legs bent and head low, so as not to be seen. It then stalks its prey carefully and quietly, until its five to ten meters within range. Then….pounce! The leopard dashes forward and takes down its victim with a bite to the throat or neck. Small prey, such as small birds or mice, will receive a fatal blow from the felines paw. Ouch!

9. Female leopards give birth any time of the year – when they do, they usually give birth to two or three cubs. Mothers stay with their cubs until they are about 2 years old (when they are old enough to hunt and take care of themselves).

10. Leopards communicate with each other through distinctive calls. For instance, when one male wants make another aware of his presence, he’ll make a hoarse, raspy cough. They also growl when angry and, like domestic cats, purr when happy and relaxed. Cute, eh?


Classification and Evolution

























The Leopard is a medium-sized wildcat that is natively found in a variety of different habitats across sub-Saharan Africa and southern Asia. A member of the "Big Cat" family, the Leopard is an agile and opportunistic hunter that has been able to exploit habitats unused by other large felines as it spends a great deal of its time high in the tree branches. There are seven different sub-species of Leopard which differ in their appearance and geographic location, with the African Leopard being the most common and widespread and the others being the rare Amur Leopard, the Anatolian Leopard, the Barbary Leopard, the Sinai Leopard, the South Arabian Leopard and the Zanzibar Leopard. Although the African Leopard populations are stable throughout much of their natural range, the story is different for the remaining sub-species that are often isolated and critically at risk (the Zanzibar Leopard is actually now thought to be extinct).


Leopard Anatomy and Appearance












The Leopard has a long and slender body that is supported by short, stocky legs and a long tail that is used to aid balance whilst in the trees. Leopards can vary greatly in their coloration and markings depending on their surrounding habitat, with those found on open grasslands having a light yellow background coat where those that are found in forests tend to be darker in color and with more markings. The dark, ring-like patterns that cover the Leopard's coat are called rosettes, but these turn to solid spots on the face and limbs (and rings on the tail) and provide the Leopard with camouflage into the surrounding environment. Leopards are incredibly strong and muscular and are able to pull themselves up trees using their legs and retractable claws. Like a number of other large feline species, the Leopard is able to draw their claws into folds of skin on their paws to ensure that they are not blunted whilst the animal is walking about. Their keen hearing and sight coupled with their long and very sensitive whiskers, means that Leopards are also incredibly well adapted for hunting under the cover of night.

Leopard Distribution and Habitat














Leopards are not only the widest ranging of all Big Cats but are actually one of the most adaptable and are found in a variety of different habitats. Commonly found throughout sub-Saharan Africa and southern Asia, there are also small and isolated populations of Leopard inhabiting remote geographic locations in the Far East, Northern Africa and Arabia. The Leopard can be found inhabiting numerous different areas providing that there is a good source of cover and an ample supply of food including tropical rainforests, tree-lined savannah, barren deserts and mountain highlands. One of the reasons why they are thought to be still surviving successfully throughout much of their natural range is that Leopards have adapted to the growing presence of people and are known to both live and hunt in areas close to urban activity. However, in some parts of their natural range populations are threatened by loss of their natural habitats to both deforestation and growing settlements.

Leopard Behavior and Lifestyle

The Leopard is a solitary and nocturnal hunter that hunts both on the ground and in the trees. They are excellent climbers and spend the vast majority of the daytime hours resting in the shade of the branches in the trees or under a sheltered rock. They are quite unique amongst large felines as Leopards rely heavily on being able to get close enough to their prey before ambushing it, rather than expelling vast amounts of energy in a high-speed chase. Once caught and killed, the prey is then dragged to safety either into dense vegetation a couple of hundred meters away or up a tree trunk and into the branches. Leopards are highly solitary animals that mark their territory using scent markings and by producing rough, rasping calls that are said to sound like the sawing through coarse wood. Home range sizes vary depending on the habitat and the food available but those of male Leopards are significantly larger than those of their female counterparts, which often overlap the ranges of a number of both males and other females (sometimes by up to 40%).

Leopard Reproduction and Life Cycles

Throughout their natural range, Leopards have no distinctive breeding season with females instead being able to reproduce every couple of months. After a gestation period that lasts for around three months, the female Leopard gives birth to between 2 and 6 cubs that are born blind and weigh just half a kilo. Leopard cubs are incredibly vulnerable in the wild and so remain hidden in dense vegetation until they are able to follow their mother around at between 6 and 8 weeks of age, camouflaged by their dark, woolly fur and blurry spots. Weaned at around three months old, Leopard cubs will remain with their mother for another 18 months until she is ready to mate again and encourages her young to independently establish their own territories. Although male Leopards are almost entirely solitary except when mating, female Leopards may not stray too far from their mother and often establish a home range that overlaps hers. Leopards tend to live for between ten and fifteen years in the wild, depending on the habitat and the food supply available.

Leopard Diet and Prey












The Leopard is a silent and opportunistic hunter that only hunts and kills other animals in order to survive. The Leopards primarily hunts medium sized mammals such as Deer and Warthogs, that are often ambushed from the branches above or dense vegetation just meters away. The Leopard however, also eats a wide variety of small prey including birds, reptiles and rodents even hunting Dung Beetles when larger animals are scarce. By eating much smaller (and a wider variety) of prey Leopards are able to avoid intense competition for food from other large carnivores like Tigers and Hyenas, with which they share parts of their natural range. They are also very stealthy creatures that drag their kill into dense vegetation or up into the trees for safety from scavengers close-by. Leopards are incredibly strong and are capable of taking prey much heavier than themselves such as Antelopes, which are then remarkably hauled into the safety of the branches to either be eaten immediately or cached.

Leopard Predators and Threats

Due to the fact that the Leopard is a stealthy and apex predator throughout its natural environment, generally the biggest threat to adult Leopards is other Leopards, along with the occasional Lion or Tiger that can get close enough. Young Leopard cubs however, are much more vulnerable and the fact that they have numerous natural predators leads them to remain hidden in dense vegetation for their first couple of months. Although, it is during the times when their mother is off hunting that Leopard cubs are most at threat from Hyenas, Jackals, Lions, Tigers, Snakes and Birds of Prey. Despite their adaptability to differing surroundings, Leopard populations in parts of their natural range are declining due to both habitat loss to the timber industry and agriculture, and hunting by Humans as trophies and for their meat and fur.

Leopard Interesting Facts and Features

Originally thought to be a hybrid of the Lion and the Jaguar, the Leopard has been the subject of much genetic confusion and wasn't really distinguished properly until just over 100 years ago. Some of the confusion is thought to come from the Black Panther which is a Leopard that has a completely black coat of fur, with occasional faint markings. Known as melanism, the genetic mutation that causes large amounts of a dark pigment to occur in the skin and fur is exhibited by a number of mammalian species. Black Panthers tend to occur most in dense forests with larger populations being found in southern Asia than in Africa, and are born into a litter that also contains yellow cubs. Black Panthers are actually fairly common and amazingly enough, it is thought that up to 50% of the Leopards found inhabiting the thick, tropical rainforests of the Malay Peninsula are black.

Leopard Relationship with Humans

Since big game hunting took off in Africa, the Leopard has been one of the most sought-after animals for hunters to kill. Part of the African "Big Five" which are the most desirable animals for sports hunters, Leopards in some areas particularly have been severely affected by trophy hunting. In many places Leopards are also often persecuted by local people who kill them for their meat and fur, and also because they are seen as pests to farms and livestock due to their lack of fear of people (although they are very seldom seen). However, recent booms in the tourist industry in Africa has meant that more and more people are paying for the privilege to see one of these majestic animals in the wild, bringing money into local communities. This leads to Leopards being more protected by local people rather than persecuted, as Leopards are providing an important and new-found source of a good income for the local people.

Leopard Conservation Status and Life Today

Today, the Leopard is listed by the IUCN as being an animal that is Near Threatened in its natural environment as populations are stable throughout much of its vast natural range. A number of Leopard sub-species however, are considered to be either Endangered or Critically Endangered in their native habitats and one is thought to now be extinct. This is thought to be due to the fact that these populations are either small or geographically isolated and are severely affected by local hunting and habitat loss. In a number of African countries however, Leopards are still legally hunted as trophies by sports hunters with annual quotas allocated by CITES (The Convention on International Trade in Endangered Species).

Conservation issues

Habitat and prey loss


















As humans continue to push further into the mountainous areas with their livestock, the snow leopards’ habitat is getting boxed in, degraded and fragmented by increasing human intrusion. Overgrazing has damaged the fragile high altitude grasslands, leaving less food for the wild sheep and goats that are the snow leopard’s main prey. Such increasing loss of its natural prey, which is also partly due to hunting for meat, is a major threat for the long-term survival of snow leopards.

Retribution killings

















With less natural prey to feed on and growing numbers of domestic animals being grazed in their hunting territories, snow leopards have increasingly adapted to prey on livestock. This brings them into conflict with local people. Herders in these areas live a precarious economic life and loss of even a single sheep causes great economic hardship. This has led to several instances of retaliatory killing of snow leopards.

Poaching
















Another major challenge for the protection of snow leopards is poaching for their pelts. Their bones and other body parts are also in demand for use in traditional Asian medicines.

Other challenges
















Much of its habitat is extremely difficult to access. Found at very high altitudes, studying the species and its current status and distribution is an arduous task.