National Geographic Explorer of the Week: Tshewang Wangchuk

Congratulations to Snow Leopard Network member Tshewang Wangchuk for being featured by National Geographic!

National Geographic – Explorer Tshewang Wangchuk possesses an unusual collection of three hundred scat samples from elusive snow leopards in Bhutan. He gathered these samples with a grant from National Geographic in 2009 to examine the snow leopard population status and its relation to livestock predation using non-invasive tactics. More recently, Wangchuk just returned from the field this summer where he was part of a team that collared four takins, Bhutan’s rather odd-looking national animal. In addition to this work with the animals of Bhutan, Wangchuk—in his role as executive director of the Bhutan Foundation—strives to serve the people of Bhutan by sharing their culture with others. If all this wasn’t enough to keep him occupied, Wangchuk also is completing his doctoral degree in Wildlife Biology at the University of Montana.

For the inspiring interview and pictures, see full story here: http://newswatch.nationalgeographic.com/2012/09/05/explorer-of-the-week-tshewang-wangchuk/

Healthy populations of predator and prey documented in MisgarChapurson, Gilgit-Baltistan

Thanks to SLN member Ali Nawaz for distributing this press release to the SLN.

SNOW LEOPARD FOUNDATION

“Abundance of signs suggest a healthy population of snow leopards in Misgar-Chapurson”, says Hussain Ali from Snow Leopard Foundation (SLF) on completion of a month long site occupancy surveys in Misgar and Chapurson valleys, Hunza-Nagar, GilgitBaltistan.  He explains objective of this survey was to explore presence/abundance of snow leopards and other sympatric carnivores in the area, as well as their conflicts with the local community.

A team comprising of four experienced researchers (Hussain and Yunus from SLF, Sher Muhammad (WCS), and Ikramullah Goher from GB Wildlife Department) and four assistants scanned a total of 63 girds (5×5 km), spreading over an area of about 2500 sq. km, within Misgar and Chapurson valleys, and documented signs of the carnivore community through standard protocol.  Signs of the snow leopard were most common followed by the wolf, and brown bear.  For the purpose of genetic analysis, SLF team collected about 100 fecal samples of the snow leopard.  Genetic samples were also collected for wolf, brown bear, and red fox.  The other wildlife encountered during the survey included Himalayan ibex, golden marmot, cape hare, and stone martin.

image
Snow Leopard scat and pug mark observed in MisgarChapurson

Population of a predator like snow leopard cannot sustain its existence without the availability of its natural prey.  Thus a balance between the populations of predator and prey ensures health and functionality of an ecosystem.  The SLF team assessed population of wild ungulates in the two valleys by adapting double observer method, a new technique recently developed by the SLT for ungulate surveys.  The team sighted 19 Himalayan ibex in Chapurson and 83 in three different herds in Misgar valley.  Relevant statistics estimates a population of about 150 ibex, indicating a healthy prey population to support snow leopards.  The team also explored presence of Marco Polo sheep in the area, which has been reported in the past.  Our team did not encounter this species during the survey, however local community report that Marco Polo sheep do visit Misgar Valley occasionally from the neighboring China.

The local community’s perception about carnivores was generally negative, as the human-carnivore conflict has high prevalence in the both valleys, predominantly due to livestock predation.  The SLF team encountered quite a few livestock carcasses during the survey. Poaching and overgrazing are major threats to wildlife in the both valleys.  Watch and ward by the GB wildlife department need to be improved. Conservation programs addressing humancarnivore conflicts can enhance acceptance of snow leopards and other larger carnivores in the area.

The Snow Leopard Foundation carried out this study in conjunction with GB Wildlife Department, and Wildlife Conservation Society.  We are thankful to the Chapurson Local Support Organization, Youth Organization of Misgar for providing support during the field surveys.  SLN’s Snow Leopard Conservation Grant provided field cost of this study.

image
A herd of Himalayan ibex sighted at Dilsung, Misgar Valley, GB
image
A carcass of sheep killed by Snow Leopard in Misgar valley, GB

First Snow Leopards Collared in Afghanistan

Wildlife Conservation Society –

WAKHAN CORRIDOR, AFGHANISTAN, (July 17, 2012) – Two snow leopards were captured, fitted with satellite collars, and released for the first time in Afghanistan by a team of Wildlife Conservation Society conservationists and Afghan veterinarians conducting research during a recent expedition.

The team successfully captured and released the male snow leopards on May 27 and June 8 respectively. Each cat was weighed, measured, fitted with a Vectronix satellite collar, and DNA samples were taken. After DNA samples, the healthy snow leopards were released and headed up the Hindu Kush Mountains in good condition. The big cats will be tracked by WCS to better understand their behavior and range. So far, the first snow leopard, Pahlawan, has travelled more than 125 kilometers; while the second cat, Khani Wakhai, has travelled more than 153 kilometers.

The veterinary team, including WCS’s Dr. Stephane Ostrowski and two Afghan colleagues Dr. Ali Madad and Dr Hafizullah Noori, conducted the tranquilizing process at the capture sites along with Nat Geo WILD’s Boone Smith, an expert tracker who traveled to Afghanistan for the project with the Nat Geo WILD film crew.

The work was generously supported by the National Geographic Society, Nat Geo WILD and the United States Agency for International Development (USAID).

An adult snow leopard stands about two feet at the shoulder and weighs between 60 and 120 pounds. The snow leopard is an alpine rock-climbing specialist with large paws that are ideally adapted to both rocky terrain and deep snow drifts and thick fur to stay warm.

David Lawson, WCS Afghanistan Country Director, said: “These captures are sensational. They are also a real tribute to the knowledge of the local community rangers and the success of our recent camera trapping efforts, which enabled the team to select spots that were known to be frequented by snow leopards.”

The range of the snow leopard includes about 2 million square kilometers across 12 nations in Asia from Russia to Nepal. It is the apex predator and a flagship species for one of the last great wilderness regions on earth – the spectacular mountain ranges of Asia, including the Himalaya, Karakoram, Hindu Kush, Pamir, Tien Shan, and Altai ranges.

The entire process was documented by a Nat Geo WILD television crew for a world premiere special Snow Leopards of Afghanistan premiering this December on Nat Geo WILD during the third annual Big Cat Week, an extension of the Cause An Uproar campaign, dedicated to saving the world’s big cats.

Despite survival skills such as spectacular leaping ability and coloring that camouflages them to near invisibility on the rocky alpine slopes of their native habitat, the snow leopard faces threats that are bringing this species closer to extinction. Snow leopards have been categorized as an Endangered Species on the IUCN’s Red List since 1972, and the species is listed as endangered by almost all range countries. Despite these listings, snow leopard populations are still thought to be dwindling across most of their range. Some 3,000 to 7,500 individuals are thought to exist.

There are five major threats facing snow leopards in the wild: poaching, especially for the skins but also for the traditional medicinal trade; loss of natural wild prey (mostly wild sheep and goats, but also marmots and smaller prey); retaliatory killing by shepherds and villagers when snow leopards switch to livestock as the only available alternative food source; general disturbance of habitat as people increasingly move into snow leopard ranges; and lack of awareness by local communities and governments of the rapid disappearance of snow leopards and the need for improved enforcement both in and outside protected areas.

Peter Zahler, WCS Deputy Director of Asia Programs, said: “The information garnered from the tagging will assist researchers as they learn more about the range, behavior, movements, and habitat used by snow leopards. This information in turn will help us in our partnership with the Afghan Government and local communities to design protected areas and management strategies to optimize the conservation of this big cat.”

WCS works closely with Afghanistan government partners including the Ministry of Agriculture and the National Environmental Protection Agency (NEPA) to find ways to save snow leopards while improving local people’s livelihoods.

NEPA Director General Mostapha Zaher said, “History is being made. Snow leopards are indeed magnificent creatures, and we hope that this research will raise awareness and help in preserving Afghanistan’s snow leopards and our country’s other wonderful wildlife.”

Ghani Ghuriani, Afghanistan Deputy Minister for Agriculture Affairs in the Ministry of Agriculture, said: “The snow leopard is an iconic species for our country. Its continued presence in Afghanistan shows that our efforts at improving natural resource management – from rangeland practices to wildlife protection – are succeeding.”

While this is the first collaring effort in Afghanistan, WCS supported the first ever radio-collar study of snow leopards in Mongolia’s Gobi Altai Mountains in the 1990s under the leadership of Dr. George Schaller. WCS has a long history of working on snow leopard conservation, beginning with Schaller’s wildlife surveys on snow leopards and their prey in the Himalaya in the 1970s, resulting in his seminal books “Mountain Monarchs” and “Stones of Silence.” Schaller and colleagues have followed up that work with ongoing conservation efforts in China, Afghanistan, Pakistan, and Tajikistan.

Source: http://www.sciencenewsline.com/articles/2012071716000040.html

Endangered Snow Leopard Habitat Threatened by Climate Change, WWF Study Shows

Washington D.C. (PRWEB) July 16, 2012

Thirty percent of snow leopard habitat may be lost in the Himalayas, due to treeline shift.

A new study shows that climate change presents a heightened threat for snow leopards in the Himalaya Mountains, according to conservation group World Wildlife Fund.

The study, carried out by WWF scientists and published in the journal Biological Conservation, shows that if greenhouse gas emissions continue to increase steadily, 30 percent of snow leopard habitat in the Himalayas may be lost to treeline shift.

Snow leopards, an endangered species with a remaining population roughly estimated to be between 4,000 and 6,500 individuals, are sparsely distributed in the mountains of northern and central Asia, including part of the Himalaya Mountains. In the Himalayas, snow leopards live in high alpine areas, above the treeline and generally below 16,000 feet, where they are able to stealthily track their prey. According to the study, warmer and wetter conditions in the Himalayas will likely result in forests ascending into alpine areas, the snow leopards’ preferred habitat.

“We know that snow leopards rarely venture into forested areas, and there’s a limit to how high these animals can ascend. If the treeline shifts upwards, as our research predicts it will, we’re looking at the snow leopard faced with diminishing options for where it can live,” said Jessica Forrest, a WWF scientist and one the study’s authors.

The study used both computer modeling and on-the-ground tracking efforts in high elevation areas, and modeled the impacts of various warming scenarios on the Himalayan portion of the snow leopard range. Warming at high elevations in the Himalayas is occurring at rates higher than the global average.

The researchers first used field-based data and environmental information such as land cover, terrain ruggedness, and elevation to map current snow leopard habitat. They then used statistical methods to look at the potential impact of climate change on the Himalayan treeline under three greenhouse gas emissions scenarios available from the Intergovernmental Panel on Climate Change (IPCC). The IPCC projects temperatures in the region to increase by 3-4 degrees Celsius by the end of the century, accompanied by an increase in annual precipitation.

Researchers identified areas that are likely to remain resilient to the effects of climate change, and would thus provide habitat to snow leopards under future climate conditions. Many of these areas span national boundaries, emphasizing the need for transboundary cooperation to protect this rare species.

Researchers also emphasized the need to minimize pervasive threats like illegal hunting, human-wildlife conflict, and overgrazing of livestock in snow leopard habitat. Minimizing these concurrent threats will help snow leopards better deal with the additional stress of losing habitat to climate change.

“Loss of alpine habitat not only means less room for snow leopards, but also has the potential to bring them closer to human activities like livestock grazing. As grazing intensifies and the leopards’ natural prey decline, they could begin preying more heavily on livestock, resulting in increased retaliatory killings,” said WWF snow leopard expert and study co-author Dr. Rinjan Shrestha. As part of their findings, researchers also recommended monitoring the impacts of climate change as they evolve, and adapting management strategies accordingly.

Source: http://www.prweb.com/releases/prwebworldwildlife/fund/prweb9691431.htm
FOR MORE INFORMATION: Lee Poston, 202-495-4536, Lee(dot)Poston(at)wwfus(dot)org

First Ever Videos of Snow Leopard Mother and Cubs Recorded in Mongolia

New York, NY – For the first time, the den sites of two female snow leopards and their cubs have been located in Mongolia’s Tost Mountains, with the first known videos taken of a mother and cubs, located and  recorded by scientists from Panthera , a wild cat conservation organization, and the Snow Leopard Trust (SLT).

Pictures and videos can be found on Panthera’s website, here

Because of the snow leopard’s secretive and elusive nature, coupled with the extreme and treacherous landscape which they inhabit, dens have been extremely difficult to locate. This is a tremendous discovery and provides invaluable insight into the life story of the snow leopard.

Dr. Tom McCarthy , Executive Director of Panthera’s Snow Leopard Program stated, “We have spent years trying to determine when and where snow leopards give birth, the size of their litters, and the chances a cub has of surviving into adulthood. This is one of those exceptional moments in conservation where after years of effort, we get a rare glimpse into the life of an animal that needs our help in surviving in today’s world. These data will help ensure a future for these incredible animals.” 

A short video of the female and her cub who were bedded down in a partially man-made den was recorded from a safe distance by Orjan Johansson , Panthera’s Snow Leopard Field Scientist and Ph.D. student, using a camera fixed to an extended pole. 

The team, which included a veterinarian, entered the two dens (the first with two cubs, and the second containing one cub) while the mothers were away hunting. All three cubs were carefully weighed, measured, photographed and other details were recorded. Two of the cubs were fixed with tiny microchip ID tags (the size of a grain of rice) which were placed under their skin for future identification. The utmost care was taken in handling the animals to ensure they were not endangered, which was the top priority of the team at all times. In the following days, the team monitored the mothers’ locations to ensure that they returned to their dens and their cubs, which they successfully did.

“Knowledge about the first days and weeks of life is vital to our understanding of how big cat populations work, and how likely it is for a newborn to reach adulthood and contribute to a healthy population.  A valid conservation program requires such information, which this new development in snow leopard research provides,” said Dr. Howard Quigley , Panthera’s Executive Director of both Jaguar and Cougar Programs.

Referred to by locals as ‘Asia’s Mountain Ghost,’ knowledge of snow leopards in general is quite limited due to the cat’s elusive nature, and even less is known about rearing cubs and cub survival in the wild. Until now, what is known has mostly been learned from studying snow leopards in zoos.  Although snow leopard litters typically consist of one to three cubs in a captive zoo environment, no information exists regarding litter size in the wild. As wild snow leopard cubs are subject to natural predators, disease, and also human threats such as poaching or capture for the illegal wildlife market, the percentage of cubs which survive to adulthood has until now only been speculated.

The use of PIT tags and observations of snow leopard rearing in the wild will allow our scientists to learn about the characteristics of a typical natal den and speculate how a den is selected, how long snow leopard cubs remain in dens, when cubs begin to follow their mothers outside of the dens, how often and how long the mother leaves the cubs alone to hunt, how many cubs are typically born in the wild, and other valuable data.  All of these data and more, gathered through camera-trapping and GPS collaring, help to inform effective conservation initiatives undertaken by Panthera across the snow leopard’s range.

Source: Panthera.org

Snow leopard caught on camera in Uttarakhand

For the second year in a row a snow leopard was captured by the cameras installed in the Nanda Devi Biosphere Reserve (NDBR) in the Chamoli district of Uttarakhand.

image

The NDBR is taking technical support of the Dehradun-based Wildlife Institute of India (WII) for this special exercise which began last year. A total of fifteen camera traps were installed in different parts of the NDBR this time. The operation began on April when snow leopards move to lower land in search of food. A photograph of the snow leopard, taken this year, was released by the NDBR recently.

The NDBR, which includes Nanda Devi National Park and the Valley of Flowers National Park, was declared as biosphere reserve under the Unesco’s Man and Biosphere (MAB) programme in 2004.

BK Gangte, director of NDBR, said, “Only the fortunate get a chance to watch the endangered snow leopard in the wild. We launched this project last year to capture images of snow leopard through camera traps. This is the second time in two year when we were successful in taking image of the snow leopard. Besides the snow leopard we were also successful in taking pictures of monal, musk deer, blue sheep and many other threatened species this year.”

This time the snow leopard was spotted near Farkya village in Chamoli. The village is located near an Indo-Tibetan Border Police post in the high Himalayas. Last year, on April 10, a snow leopard was caught on camera at Malari region of NDBR.

It is estimated that the total population of snow leopards in India is about 500. Most of the time the snow leopard was monitored through carnivore sign surveys based on evidences such as tracks/pug marks.

Only a few sightings by forest personnel and local villagers or herders were reported from NDBR, Gangtori National Park and Govind National Park in Uttarakhand. However there was no photographic record of snow leopard from Uttarakhand, till last year. After last year’s success, the forest staff continued the operation this year too.

The most beautiful, rare and elusive big cat – the snow leopard – inhabits high altitudes of the Himalayas (3,000 mts) and is the top carnivore of the Himalayan ecosystems.

The snow leopard preys on blue sheep, musk deer, Himalayan tahr, and many small mammals such as marmot, pika and galliformes (snowcock, monal, snow partridge etc). It also preys on domestic livestock when they are herded in the high altitude pasture lands during summer.

It is threatened due to poaching for skin and bones and retaliatory killings against livestock loss.

Source: http://indiatoday.intoday.in/story/snow-leopard-caught-on-camera-in-uttarakhand/1/203289.html

The Indian High Altitudes

Congratulations to Yash Veer for publishing this piece in the Tehelka.

The future of biodiversity in the higher Himalayas lies outside protected areas

The northern part of India is rimmed by a 2,500 km stretch of mountains, the Himalayas, the land of snow. Covering over a million sq km, it includes low Siwalik foothills at 400 m, through the Middle Himalayas, to massive peaks above 8,000 m, going further in its rainshadow into the Trans Himalayas.

Usually, rainfall declines from east to west and from south to the northern Trans Himalayan cold-deserts, causing an immense vertical and horizontal diversity of habitats. The non-forested areas above 3,200 m in the west and 4,200 m in the east cover over 1.5 lakh sq km. About 45 percent of this high altitude area is a vast expanse of permafrost, glaciers and sheer rock faces, largely uninhabitable.

The Himalayas host unique biodiversity including at least 350 species of mammals, 1,200 species of birds, 635 species of amphibians and reptiles and numerous plants. Over 335 species of wild relatives of cultivated crops are found here. The higher Himalayas also have the highest diversity of wild relatives of domestic animals — sheep (urial, argali), goats (markhor, ibex), cattle (yak) and equids (kiang). There are numerous biologically important wetlands that form breeding grounds for waterfowl.

Only a part of this region’s biodiversity is covered by more than 30 wildlife Protected Areas (PA) that dot the higher Himalayas. Unlike the rest of the country, where most biodiversity are locked in habitat ‘islands’ formed by PAs, here it is spread continuously in the entire region. For example, it is estimated that over 60 percent of the snow leopard population, a flagship of this ecosystem, may be outside PAs. The same is true for other species such as Ladakh urial, Tibetan argali and takin, of which less than 1,500 may survive in India.

While wildlife values are pervasive in the landscape, so is the use by the resident agro-pastoral communities who use the mountains for pasture, some cultivation, collection of biomass and medicinal plants. With increasing human population, the growing people and wildlife interface is probably posing greater problems. Wild herbivores in places have been out-competed by increasing domestic stock, while in other regions poaching and conflict are decimating wildlife. With the recent thrust of developmental pressures, primarily to match up with the tremendous infrastructural boom on the Chinese side, there is a great risk of prime areas getting overrun by such

One offshoot of the recent thrust of development is the huge influx of poor migrant labourers. Many of them are alleged to be involved with poaching and illegal wildlife trade. Garbage from many labour campsites, military camps and tourist facilities has resulted in an explosion of feral dog population that threatens local wildlife, including

Realising that traditional conservation approaches may not be effective in these areas, the MoEF, in collaboration with the Himalayan states, NGOs and communities, developed an alternative strategy in 2009. Project Snow Leopard is a landscape and knowledge based conservation programme that doesn’t limit itself to the PAs and utilises recent lessons from participatory work to achieve holistic ecosystem conservation. Finally, we are moving in the right direction but, given the challenges, it

Bhatnagar is a biologist working in the Higher Himalayas and director, Snow Leopard Trust-India.

http://www.tehelka.com/story_main52.asp?filename=Ne090612Yash_Veer.asp

India – Central plan announced to save endangered species

May 25, 2012

Union minister of state for forests Jayanthi Natarajan on Wednesday announced a recovery programme for saving critically endangered species and their habitats.

Under the initiative, 16 species have been identified for support. This includes snow leopard, bustards (including floricans), dolphin, hangul, Nilgiri tahr, marine turtles, dugongs and coral reefs, edible nest swiftlet, Asian wild buffalo, Nicobar megapode, Manipur brow-antlered deer, vultures, Malabar civet, Indian rhinoceros, asiatic lion, swamp deer and jerdon’s courser.

Reacting to queries related to conservation of species that are on the verge of extinction, the minister informed Rajya Sabha that financial and technical assistance is extended to the state governments under various Centrally-sponsored schemes.

Under CSS projects ‘Integrated Development of Wildlife Habitats’, ‘Project Tiger’ and ‘Project Elephant’ are mooted to ensure better protection and conservation to wildlife.

Besides, CBI has been empowered under the Wildlife (Protection) Act, 1972 to apprehend and prosecute wildlife offenders.

A Wildlife Crime Control Bureau has also been set up for control of poaching and illegal trade in wildlife and its products, she said.

Meanwhile, wildlife activists welcomed the Union minister’s announcement. “Tamil Nadu was once a home for large number of vultures and Nilgiri Tahr.

The state should utilise the opportunity to conserve the Nilgiri Tahr, which is our state animal,” said Mr K.V.R.K. Thirunaranan, founder, The Nature Trust.

Ms Jayanthi Natarajan also added that the state governments have been requested to strengthen the patrolling in and around the protected areas and national parks.

Source: Deccan Chronicle

http://www.deccanchronicle.com/channels/nation/south/central-plan-save-endangered-species-607

On the trail of snow phantoms

Congratulations to Yash Veer in publishing this piece in the Deccan Herald.

May 22, 2012:

Yash Veer Bhatnagar charts out the efforts of The Snow Leopard Trust and other organisations in unravelling the mysteries of the elusive snow cat.

‘Stones of Silence’, a classic by the renowned naturalist George Schaller changed me forever. I knew that I wanted to work in the high Himalaya and study the ‘mountain monarchs’, the herbivores of the high mountains.

Sighting the snow leopard appeared far-fetched, as Schaller’s travels over several hundred kilometres had just yielded one or two sightings. He called it the grey ghost of the Himalaya… Little did I know 20 years ago that snow leopard conservation would be my main job!

Snow leopards are medium-sized cats and since they don’t roar, they weren’t clubbed with the other large cats, but given a genus of their own, Uncia. Recent genetic studies place them closer to the tiger than the leopard, and taxonomists have renamed them Panthera uncia.

Overall, the range of snow leopards spans an estimated 1.3 lakh sq. km in India, which is about six per cent of the global range. The Indian territory, however, is estimated to house about 10 per cent of the global population.

Since the mid 1980s, some studies by the Snow Leopard Trust (SLT), Wildlife Institute of India (WII) and other organisations have tried to unravel the mysteries of this elusive cat. However, these initial investigations couldn’t yield much on the species, except some useful tools to monitor them – counting signs along landform edges, marking posts of the snow leopard. It is with the advent of camera trapping that some hope emerged to get a clearer picture of the species’ abundance.

Around the same time, the emergence of satellite and GPS based telemetry to track wildlife species emerged, making it possible to study and understand the movements and resource use of such species. Further, using nuclear DNA that it amplified from scats (faeces) of snow leopards, it is now possible to trace it to the individual, thus enabling population estimates over large landscapes too.

Since the past two decades, researchers from the Nature Conservation Foundation, Mysore (NCF), SLT and the National Centre for Biological Sciences, Bangalore have been involved with studies to understand the species, its prey, human society and threats using both traditional and advanced tools and have been rewarded with some amazing insights on the species.

Snow leopards & their prey

A key revelation was about the occurrences of the snow leopard and its prey. We realised that the entire potential area of snow leopards, from the treeline of the Greater Himalaya to the Trans Himalaya, from east to west, appeared to be occupied by the snow leopard. This region is thus very different from the rest of the forested tracts of the country where wildlife, especially endangered ones, are limited to protected areas (PA) alone. Protected areas in the rest of the country appear to be habitat ‘islands’ in a maze of human dominated landscape, but in the snow leopard areas there may be some valleys better than others, but the habitat appears to be contiguous.

Human use also appears to be pervasive, with the pastoral and agro-pastoral people depending on remote corners of the area for their needs. Human-induced barriers seem to be non-existent in the landscape. We realised that the PAs here, about 31 of them, cover substantial area, but still leave out many areas where good wildlife occurs.

People in much of the range rear livestock and have traded in their products such as meat, wool and cashmere. Due to changes since Independence and a move towards a market economy, these have often resulted in increased numbers of livestock.

Such areas have been overgrazed and degraded, resulting in severe competition with native herbivores resulting in a decline in their populations and even local extinction in some cases. Often this process is linked with increased dependence of snow leopard and other wild carnivores on livestock. The economic losses to people can be severe and can lead to retaliatory killing of the carnivores.

Development, but for whom?

Fortunately, the snow leopard in India shares most of its habitat with Buddhist communities who are usually more tolerant, but there are other parts where wildlife have been hunted and these include parts of Arunachal, Uttarakhand, Kinnaur, Lahaul, and much of J&K, except Ladakh.

A recent and probably more disturbing trend is with development pressures. In the past decade, the border areas are being integrated into the mainstream with better roads, construction work, hydel projects and other infrastructure. Much of this is certainly needed, but with not much manpower available locally, poor migrant labourers from the Indian plains and Nepal are brought in large numbers by contractors and local people. Many of them hunt and collect rare medicinal plants, with serious consequences for conservation.

Tourism is growing in the region and there are some negative impacts from this too. Another recent threat due to increased population of outsiders and the mushrooming tourist facilities is the invasion of an alien predator – the domestic dog.

Traditionally, pastoralists in the region had few, if any dogs, but with the easy availability of garbage and livestock carcasses near villages, feral dog populations have exploded. They are known to attack and kill livestock, pose a threat to humans too, but recently have been seen moving out into the mountains killing wild ungulates and even evicting the snow leopard from their kill.

With such large scale changes taking place in a landscape where snow leopard and its prey occurs almost everywhere, we felt that confining conservation attention to PAs alone is not the best strategy.

We discussed these issues with the forest departments of the five Himalayan states, other expert organisations and the local community through formal consultations and sensed that the conservation scenario was rather bleak and was compounded by limited funds and staff with the forest departments. In Ladakh and Spiti, for example, the ratio of a frontline forest staff to the area he was supposed to take care of, was over 600 sq.km! Most PAs didn’t have management plans and conservation was often ad-hoc.

The big picture

By this time, agencies like NCF-SLT and Snow Leopard Conservancy had been trying out many incentive based conservation programmes to mitigate conflicts and augment local incomes.

Based on the species occurrences and these conservation experiments, we realised that there was a need to restructure conservation of snow leopard and its habitat with a focus away from PAs alone, but in the larger landscape, where we have a landscape vision, but local solutions to threats. These consultations, earlier experiments in the country with participatory conservation and the active involvement of the Ministry of Environment & Forests (MoEF) led to the development of an alternative approach to conservation of the Indian high altitudes, called the Project Snow Leopard (PSL), in 2009.

Under the PSL, it is proposed that each of the five states should identify a large landscape that’s up to 4,000 sq.km. They should then understand species distribution within these areas accurately to identify a mosaic of small ‘core landscape units’, basically areas that have comparatively better wildlife values.

A management plan should be commissioned involving expert scientific organisations and simultaneously structures should be set up in the state to facilitate better participation. It is stressed that many local institutions may already be involved with environment friendly activities such as harnessing renewable energy, awareness camps, green income options and improving capacity.

The management plan hopes to incorporate these areas of ‘convergence’ so that there is a larger buy-in into the conservation process and scarce conservation funds are better used for protection, tackling threats, building capacity and other core activities.

Many agencies apart from NCF-SLT and SLC, such as the Worldwide Fund for Nature, WII and the state governments are taking keen interest in these remote and difficult areas. More and more credible information on snow leopard is now available. Much still needs to be done, but with the new information and approaches, snow leopards look secure in India.

(The writer is Senior Scientist, NCF, Mysore and Director, Snow Leopard Trust-India.)

Source: Deccan Herald

http://www.deccanherald.com/content/251112/on-trail-snow-phantoms.html

Discoveries in Northern Part of Snow Leopard Range

Snow Leopard Network member Evgeniy Kashkarov recently distributed an article on his recent findings of snow  leopards in two areas, based on unusual migration patterns. The first area is Tofalaria – the northern abrupt edge of Central Sayan Mountains on 540 N latitude  (intersection of Western and Eastern Sayan Mountains), and the second one is Chukotka – abrupt edge of Asia, bordering Alaska on latitude of the Arctic Circle.

Text of the article is as follows:

Dear Snow Leopard Friends,

I would like to introduce you two news, related to snow leopard discoveries in most marginal areas, we could ever imagine. First area is Tofalaria – the northern abrupt edge of Central Sayan Mountains on 540 N latitude  (intersection of Western and Eastern Sayan Mountains), and the second one is Chukotka – abrupt edge of Asia, bordering Alaska on latitude of the Polar Circle (maps 1-3).

image

Map 1. Tofalaria-Touva-Buryatia snow leopard expedition, March-April 2012.
Legend: dotted line – expedition route; A (Chelo-Mongo River), B (Upper Honda River), C (Lower Honda River) – areas, where the snow leopards were killed by musk deer snares in February 2012 (two individuals), and one individual approximately five years ago; 1 (Big Murkhoi River, Tofalaria) and 2 (Zhombolok River, Buryatia) – areas, where the snow leopard footprints were observed at expedition time. Note: all mountains on represented map of Buryatia have stable core of the snow leopard population. It was confirmed by results of our field research in 1991, 1993, 1995, 1997, 2010, and 2012. Into bordering territory of Mongolia (Western Hovsgool Mountains) the snow leopard migrates from Buryatia, but in summer only. General distance of migrations is equal to sixty kilometers from Buryatia border  (this is data from our survey in 1995, 1997).

image

Map 2. Location of the snow leopard discovery in Chukotka-Kamchatka area.
Legend: circled areas show the cores, and squared – periphery of the snow leopard observations

DISCOVERIES OF THE SNOW LEOPARD IN MOST MARGINAL AREAS IN THE NORTH

Tofalaria
It is sable, reindeer and snow leopard country. But until February 2012 no one scientist could prove the snow leopard existence here. Tofalaria was known for most northern population of Ibex, but not for the snow leopard. In February 2012 two snow leopards were killed by musk deer snares and sold by hunters to merchant from Nizhne-Udinsk – the nearest big city in 280 kilometers from Tofalaria capital – Upper Gutara village (see map 1). Then snow leopard skins were tried to sale via Internet and attracted attention of Irkutsk region (Tofalaria included in this area) and Buryatia administrations, police, hunting inspection, and court. I met this news in Nizhne-Udinsk in March, when already came there for expedition. For years after my discovery of the snow leopard in 1990s in Eastern Sayan and Western Hovsgool Mountains (see bibliography), populated by Ibex, I was sure, the snow leopard must inhabit the similar territories in Tofalaria. It was simply most remote and hardly accessible area, and for this reason no one zoologists has been look for the snow leopard. In March-April 2012 we covered with my partner Pavel Alexandrov around 600 kilometers between Upper Gutara, Alygdzher and Orlik villages in Tofalaria-Touva-Buryatia (map 1). I would like to take whole picture of this territory, collect field data and answer the question: has Tofalaria resident population of the snow leopard or that species migrates to Tofalaria from Touva-Buryaia? The nearest to Tofalaria snow leopard core, known to me, was the basin of Zhombolok River in Buryatia (its location is near figure 2 on the map 1). In 1995 we discovered there the good size snow leopard population also with Pavel Alexandrov (see bibliography). Complete information about results of our expedition will be published in next issue of the Rhythm Journal http://www.rhythmjournal.com.

image

Map 3. Data of Rodion Sivilobov of snow leopard presence in Chukotka-Kamchatka range.
Legend: 1-poached, 1979; 2 – visual observation, 1987; 3 – found dead, 1974; 4 – footprints in summer, 2009; 5 – visual observation, 1962; 6 – poached, 1991; 8 – footprints in winter, 1982 and 2010; 9 – visual observation, 1982.

Chukotka
News about discovery of the snow leopard in Chukotka (map 2, 3) I got in February 2012 from crypto zoologist Rodion Sivolobov. For long time he looked there for the cave bear, survived from Pleistocene, and occasionally collected all information, linked to unusual big cat known between hunters, fishers, and geologists… From 1960s big cats and their footprints were observed in area from Northern Kamchatka to Chukotka (map 3). Because Rodion was not sure at first what kind cat inhabits his study area, he called it the Beringian Snow Cat. Some people have seen the cat, describe it as the snow leopard. Foot prints, collected by Rodion, say: it could be snow leopard and Amur tiger both. At least such conclusion is possible to make from photos. Complete information about discovery of big cats in north-eastern edge of Asia will be published in next issue of the Rhythm Journal http://www.rhythmjournal.com I have to add, that we learned a lot of novelty at the time of Global Warming in 1990s-2000s. Tofalaria and Chukotka discoveries of the snow leopard represent extraordinary cases unknown earlier. If snow leopards survived in both areas from Pleistocene and are residential, it is not less interesting than in cases of their migrations. The current migration way of the snow leopard just shows an ancient way use to by snow leopard historically. It is especially interesting for Chukotka, located in Beringian Pleistocene bridge, connected Asia and America in the Ice Age. In 2008 we already described the phenomenon of periodical long distance migrations, rarely observed in populations of snow leopard, Amur leopard and Amur tiger, and caused by the hundred-year rhythm of climate’s warming (see bibliography). In last three centuries migrations of big cats in 1,000 kilometers from the main core of the range were well documented for Yakutia and Transbaikal territories, but never for Tofalaria and Chukotka.

Is someone will be interested in to support our field research in Tofalaria and Chukotka, please contact us by email rjournal.letters@gmail.com Evgeniy Kashkarov, PhD International Rhythm Research Institute.

Bibliography
Koshkarev E.P., 1994. Evaluation of the Presence of the Snow Leopard and the Ibex in South Siberia // Proceeding of the Seventh Int. Snow Leopard Symposium (July 25-30, 1992, China), 17-27.
Кошкарёв Е., 1995 а. Есть ли снежный барс на Байкале? Информационно-методический бюллетень «Волна», Иркутск.
Koshkarev E.P., 1995b. Has the Snow Leopard Disappeared from Eastern Sayan and Western Hovsogol? // report on 8th International Snow Leopard Symposium Proceedings (Islamabad, Pakistan, November 12-16, 1995), published in 1997, 96-107.
Koshkarev E.P., 1996. The Snow Leopard in its North-eastern Range // Cat News, Bulletin of IUCN, Switzerland, no. 25.
Koshkarev E.P., 1997a. Snow Leopard (Uncia uncia) in Western Hovsgol, Mongolia // Report for Discovery Initiatives, London, UK.
Koshkarev E.P., 1997b. Survey of the Snow Leopard in Northern Marginal Range of Southern Siberia // Report for Wildlife Conservation Society, NY, USA. Koshkarev E., 1998. The Snow Leopard along the border of Russia and Mongolia // IUCN Cat News , bulletin of the International Union for Conservation of Nature and Natural Resources, Switzerland, no. 28, pp.12-14.
Kashkarov Evgeniy, Peter Baranov, Oleg Pomortsev, and Igor Ishchenko, 2008. Global Warming and the Northern Expansion of the Big Cats of Asia // Cat News 48, Spring, 24-27.
Баранов П.В., Кашкаров Е.П., 2008. Зоогеографический феномен: вековой  ритм расселения крупных кошек на северной периферии ареала // Rhythm Journal – журнал РИТМ, N2, Сиэтл-Иркутск, 232-247.
Kashkarov E., P.Baranov, O.Pomortsev, and I.Ishchenko. Hundred-year Cycle and the Northern Expansion of the Big Cats of Asia // Rhythm Journal – журнал РИТМ, N2, Seattle – Irkutsk, 2008, 248-254.
Кашкаров Е.П., Баранов П.В., Поморцев О.А., 2009. Вековые пульсации  ареалов млекопитающих // Rhythm Journal-журнал Рiтм, N2, 44-50.
Кашкаров Е.П., 2010. Cтратегия сохранения снежного барса // журнал Рiтм, 2010 (6), 187-195. Kashkarov Evgeniy, 2010. Snow Leopard Survival Strategy // Rhythm Journal, 2010 (6), 196-204.
Баранов П.В., Кашкаров Е.П., 2011. Большие кошки идут на север // Экология и жизнь N1 (110) 61-63.