Monday, December 13, 2010

Lizard King's Sentencing Lacks Venom

In late August, a suitcase busted open on a luggage conveyor belt at Malaysia's Kuala Lumpur International Airport, revealing 95 endangered boa constrictors, a couple of rhinoceros vipers and a mata-mata turtle. The bag belonged to Anson Wong, aptly nicknamed the Lizard King, a wildlife trafficker on the Most Wanted list of pretty much every wildlife department and anti-smuggling group in the world.

Wong has an anaconda-sized rap sheet for prior smuggling busts, including one that landed him in U.S. federal prison for 71 months nearly a decade ago. Ninety-five endangered snakes could yield fines of up to $32,000 per animal and as many as 7 years in prison. So what was this flagrant repeat offender sentenced to? A whopping six months in prison and $60,000 total fine.

That's a little more than the black market price one could fetch for a tiger (of which Wong had two) or about the average value on the internet for 90 boa constrictors (or just under a suitcase-full). Doesn't put much of a squeeze on someone like Wong. Way to take a stand against wildlife trafficking and make an example out of him, Malaysia.

The Star, Malaysia's most widely-read English daily newspaper, wrote: "We had a chance to severely punish a notorious wildlife trader and send a signal that we mean business in repairing our unwelcome reputation as an international hub for this illegal trade. But we blew it."

A full month after Wong was slapped on the wrist by the courts, the wildlife department did follow up andrevoked all wildlife trading permits and licenses that had been issued to both him and his wife. Wong's animals will all be seized, including the two Bengal tigers and a crocodile. Jamalun Nasir, director of the state wildlife department, said that as many of the animals as possible will be prepared for release into the wild, but the endangered animals, like the tigers, will likely remain in a zoo.

Many countries, like Malaysia, are getting better at enforcing wildlife trafficking laws, but then it's up to the courts to give those laws teeth. And those teeth need to be sharp enough to put a snag in the $10-20 billion global trade, which puts wildlife trafficking just behind drugs and weapons as the most lucrative career for smugglers.

What can we do from the other side of the world to stop this destructive, cruel trade? Support efforts likeTRAFFIC, the wildlife trade monitoring network run by a coalition of international conservation groups, and support legislation like the Global Conservation Act, which will help combat wildlife crimes and keep pressure on other countries to take conservation seriously.

Because wherever the Lizard King slithers to next, the international community needs to be ready for him.

Eurasian Lynx

 One of Europe's largest predators

Common Name: Eurasian lynx; Lynx d'Eurasie (Fr); Lince europeo (Sp)
Scientific Name: Lynx lynx
Habitat: Temperate Broadleaf and Mixed Forests, Boreal Forest
Population: Below 50,000 mature breeding individuals

Background

The Eurasian lynx is one of the widest ranging of all cat species. It was once distributed through Russia, central Asia and Europe. The lynx reached its lowest number between 1930 and 1950 as a consequence of human activities. Whereas the minimum number from different populations (all summed up at their lowest ebb) for the whole of Europe once was approximately 700, today about 7,000 to 8,000 individuals survive. The lynx has a continuous population in Nordic countries and small, scattered populations in central and Western Europe.

The first review of lynx in Europe was produced in 1968 for IUCN and WWF.

Physical Description

The Eurasian lynx is the third largest predator in Europe after the brown bear and the wolf, and the largest of the four lynx species. It is recognized by its short body, long legs and large feet. The ears have a characteristic black tuft at the tip while the paws have sharp retractile claws.

Males are larger than females, and individuals from the species' northern and eastern geographical range are larger than those from southern and western areas.

Size
Adults weigh between 33-62 pounds, and the body length is about 36 inches. Shoulder height is 24 inches.

Color
The color of the pelt varies according to the location of the species, but usually it is grey to reddish, and more or less spotted.

Habitat

Major habitat type
Temperate Broadleaf and Mixed Forests, Boreal Forest

Biogeographic realm
Palearctic

Range States
Afghanistan, Albania, Armenia, Austria, Azerbaijan, Belarus, Belgium, Bhutan, China, Croatia, Czech Republic, Estonia, Finland, France, Georgia, Germany, Greece, Hungary, India, Iran, Iraq(?), Italy, Kazakhstan, Democratic People's Republic of Korea, Kyrgyzstan, Latvia, Lithuania, the former Yugoslav Republic of Macedonia, Republic of Moldova, Mongolia, Nepal, Norway, Pakistan, Poland, Romania, Russian Federation, Serbia and Montenegro, Slovakia, Slovenia, Sweden, Switzerland, Tajikistan, Turkey, Turkmenistan, Uzbekistan

Indian Elephants

Common Name: Indian elephant
Scientific Name: Elephas maximus indicus
Location: South Asia

Indian elephant (Elephas maximus bengalensis) females and young Corbett National Park, India

Distributed from India, Nepal, Bhutan and western Myanmar, the Indian elephant plays an important ecological and cultural role in Asia.
More on the Ecology of the Indian Elephant
Physical Description

The skin is dark grey to brown, with patches of pink on the forehead, the ears, the base of the trunk and the chest.

Diet
More than two thirds of the day may be spent feeding on grasses, but large amounts of tree bark, roots, leaves and small stems are also eaten. Cultivated crops such as bananas, rice and sugarcane are favored foods. Since they need to drink at least once a day, the species are always close to a source of fresh water. Usually, they do not feed for more than a few days in a given location. Adults eat approximately 330 pounds per day.

WWF Works to:
WWF's elephant work in South Asia includes limiting human impacts on elephant populations in the Western Terai, India, while activities carried out in some of the priority landscapes in the South Asia like Nilgiris-Eastern Ghats, Terai Arc and North Bank landscapes aim to prevent further habitat loss and, most importantly, lower anger levels against elephants.

In the Terai Arc Landscape, which encompasses parts of western Nepal and eastern India, WWF and its partners are restoring degraded biological corridors so that large animals like elephants can access their migratory routes without disturbing human habitations. The long-term goal is to reconnect 12 protected areas and encourage community-based action to mitigate human-elephant conflict.

Also in India, WWF supports human-elephant conflict mitigation, biodiversity conservation, and awareness-building among local communities in two other elephant habitats in the eastern Himalayas, the North Bank Landscape and the Kaziranga Karbi-Anglong Landscape, and in the Nilgiris Eastern Ghats Landscape in South India.

At the borders of Laos, Cambodia, and Vietnam, WWF is training, equipping, and supporting local staff to patrol protected areas and assess elephant distribution and numbers. The focus for WWF in Laos is protecting elephants in protected areas and reducing human elephant conflict. In Vietnam, WWF works in Cat Tien National Park on elephant and rhino conservation.

Polar Bears


Follow WWF polar bear expert Geoff York as he tracks polar bear populations in Hudson Bay, Canada. Early indications are that the formation of ice will be very late this year – a situation that would decrease critical hunting time for polar bears.

Recent News: Polar Bear Habitat in Alaska Protected

Common Name: Polar bear Ours blanc; ours polaire (Fr); Oso polar (Sp)
Scientific Name: Ursus maritimus
Habitat: Arctic
Location: Arctic (northern hemisphere)
Biogeographic realm: Nearctic and Palearctic
Range States: Canada (Manitoba; Newfoundland; Northwest Territories; Nunavut; Ontario; Quebec; Yukon), Greenland, Norway (Svalbard), Russian Federation (Krasnoyarsk; Magadan; North European Russia; West Siberia; Yakutiya), United States (Alaska)
Ecological region: Alaskan North Slope Coastal Tundra, Canadian Low Arctic Tundra, Taimyr and Siberian Coastal Tundra, Chukote Coastal Tundra, Bering-Beaufort-Chukchi Seas, Barents - Kara Seas, Grand Banks, Canada

Status
With 20-25,000 polar bears living in the wild, the species is not currently endangered, but its future is far from certain. In 1973, Canada, the United States, Denmark, Norway and the former U.S.S.R. signed the International Agreement on the Conservation of Polar Bears and their Habitat. This agreement restricts the hunting of polar bears and directs each nation to protect their habitats, but it does not protect the bears against the biggest man-made threat to their survival: climate change. If current warming trends continue unabated, scientists believe that polar bears will be vulnerable to extinction within the next century. WWF provides funding to field research by the world's foremost experts on polar bears to find out how climate change will affect the long-term status of polar bears. To learn more about the topic, read the WWF report Vanishing Kingdom: The Melting Realm of the Polar Bear . WWF's report, Polar Bears at Risk, provides a more detailed analysis.

Read more about World Wildlife Fund's work to stop climate change and help save polar bears.

More on the Ecology of the Polar Bear
Physical Description
Habitat, Distribution, and Status
Diet
Reproduction

Why is this species important?
Of all of the wildlife species in the Arctic, the polar bear is perhaps the most fitting icon for this ecoregion. Its amazing adaptations to life in the harsh Arctic environment and dependence on sea ice make them so impressive, and yet so vulnerable. Large carnivores are sensitive indicators of ecosystem health. Polar bears are studied to gain an understanding of what is happening throughout the Arctic as a polar bear at risk is often a sign of something wrong somewhere in the arctic marine ecosystem.

Visit the WWF Polar Bear Tracker to track the movements of polar bears and learn more about how warming and changes in sea ice affect the lives of polar bears over time.

As part of our work with the Norwegian Polar Institute, the bears have radio collars that track their positions via a satellite.

WWF works to:
Fund field research by the world's foremost experts on polar bears to find out how climate change will affect the long-term condition of polar bears
Work with governments, industry, and individuals to reduce GHG emissions and mitigate climate change
Promote sustainable consumptive and non-consumptive use of polar bears that directly affect the species, such as hunting, poaching, industrial take, illegal trade, and unsustainable tourism
Protect critical habitat including important movement corridors, and denning habitat
Prevent or remove direct threats from industrial activity such as oil and gas development, and arctic shipping.

The actions we take include providing support for and communication of key science that will help us build resilience; engaging with indigenous/local communities to reduce human-wildlife conflicts and work towards sustainable development opportunities; and drafting and spearheading management solutions that address the major threats of climate change and industrialization of the Arctic.

Rhino

Our partner in Nepal, Partnership for Rhino Conservation (PARC/Nepal), has been diligently working on an educational project that enables local communities around Chitwan National Park to share conservation messages and achievements. Much progress has been made, and we are excited to share this update with you!

Strengthening rhino conservation through education and networking

Recognizing a need for local people to communicate conservation achievements and best practices, PARC/Nepal leader Suman Bhattarai developed the idea of setting up several “conservation cupboards” as a way to disseminate information among a network of local groups to influence a larger area.


These informal libraries have been recently set up specifically for the Chitwan National Park Buffer Zone communities, for the purpose of making vital conservation information available to schools and forest user committee offices. The conservation cupboards contain booklets, leaflets, documentaries, CDs, research reports, and other papers about CNP and rhino conservation issues produced by researchers and organizations from around the world.

Although many organizations have been publishing useful progress updates and best practices about rhino conservation, these learning opportunities were previously limited to websites and project offices.

Thanks to the library project, this information is now accessible at the local level, where it can influence the communities directly.

Mr. Bhattarai explained the importance of accessible conservation libraries.

It is critical that such information reaches the Buffer Zone communities and forest user groups.


By establishing a communication platform that is easy for everyone to use, successes and learning can be shared across a larger network of local communities. The conservation library and networking project is a way to reach those communities and have a big impact with minimum expenses.

In addition to the libraries, both local and international conservation networks, focusing on the Buffer Zone communities and forest user groups, have been established.

These networks have successfully connected grassroots efforts to each other, and have also increased the international visibility of PARC/Nepal among conservationists, researchers, and organizations.

Establishment of “conservation cupboards”

In order to provide consistent conservation information at the grassroots level and motivate local people and students to participate in conservation programs, five libraries – “conservation cupboards” – were established among Buffer Zone user committees, NGOs, community radio, and schools.


During the next two months, three additional libraries are going to be set up in three different locations.

These informal libraries consist of conservation books, articles, journals, reports, and other publications. Both free and subscription-based materials are available. This provides a platform for conservationists, researchers, and organizations to disseminate their publications directly to the local communities.



The conservation libraries are being implemented as a pilot program in this initial stage. The progress will be evaluated, and then likely to be extended.

Conservation networking at the local level

The networking portion of the project has strengthened conservation activities by connecting journalists, schoolteachers, students, and community representatives at the local level and empowering them to take action for conservation.

At the local level, a ladies’ conservation song competition was presented by the Rastriya Lower Secondary School. The objective is to educate women and empower them to raise their voices for conservation.

Also, a teachers’ forum, “Environment Conservation Teachers’ Forum”, organized the Rhino Conservation Essay Competition. This project was fundamental in laying the foundation for a conservation network among schoolteachers and students. The forum holds monthly meetings to discuss conservation issues and develop strategies for carrying out conservation activities in their respective schools.

Additionally, the radio program, “Conservation Campaign”, has been broadcast since 2007.

Conservation networking at the international level

PARC has successfully developed ties to the international community by partnering with US-based Saving Rhinos LLC (savingrhinos.org) since 2009. It was the discovery of PARC/Nepal’s website (rhinonepal.org) via online research that made it possible to reach international contacts.


Saving Rhinos LLC has supported the networking project by publishing articles regarding PARC’s activities, as well as updates about the greater one-horned rhino in Nepal, on the blog (rhinoconservation.org) and website. As a PARC partner, Saving Rhinos also generates some funds for PARC by selling rhino t-shirts online (cafepress.com/savingrhinos).

Check out the articles:
Grassroots Rhino Conservation: Nepal’s New Generation is Leading the Way
Rhino Conservation Awareness Event Reaches Over 5,000 People in Chitwan, Nepal
Teachers and Students in Nepal Celebrate World Environment Day with Rhino Conservation Event

Recently, Mr. Bhattarai brought the need for a “Rhino Rescue Center” to our attention.

Tragically, orphaned rhinos in Nepal often become casualties, due to the current lack of a rescue center and veterinary care.


In order to bring attention to this urgent matter, one of the first steps was to publish the following article Orphaned Rhinos Highlight Need for Wildlife Rescue Center in Nepal here on the Saving Rhinos blog. The article was widely circulated on Facebook® and also posted on the Bush Warriors blog.

Besides publishing, we are also reaching out to larger institutions on behalf of PARC/Nepal, to establish the framework for developing the first “Rhino Rescue Center” in Nepal.

Grassroots rhino conservation

Thanks to the Conservation Based Networking and Library Establishment Project, conservationists, researchers, and organizations now have the opportunity to disseminate their materials and publications at the grassroots level, providing these local communities with vital information on a regular basis, to ensure long lasting contributions to rhino conservation in Nepal.

To contact Suman Bhattarai directly and learn more about how you can help, please visit the PARC/Nepal website (rhinonepal.org).

You can also help PARC/Nepal by purchasing one of our rhino t-shirts.

We look forward to keeping you updated!

Red Panda

Look at that adorable little face! This red panda, which more closely resembles a raccoon than it does a black and white panda is on the endangered list. It is thought that fewer than 2,500 adults still exist.

These adorable creatures, who were once included in the same family as panda bears and then included in the same family as raccoon, now has its own categorization. It is listed in the Ailuridae family. There are no other animals in that category currently.

These bamboo eaters are approximately 42 inches long, including the tail. They weigh between seven and 14 pounds. Its fur is a beautiful red (which deepens in the winter) and white about the back and the face. Its tail is brownish red. And interestingly, their bellies, legs, and feet are black.

Although the red panda really has little in common with the panda bear other than common habitat, they have a common name. It has been said that this little creature had the name "panda" before it was later given to the panda bear as. The panda bear was thought to look like a bigger version of the red panda so it was dubbed the "giant panda."

The biggest threat to the red panda is said to be humans. They are hunted for their pelts. Further, their habitats are being disturbed by people moving into their area. Their main "natural predator" is the snow leopard.

Unfortunately, the red panda gives birth once a year to one or two babies. The babies stay with their mothers until the following year when new babies are born. Young red pandas are able to reproduce at about the age of 18 months.

These beautiful creatures live to be about 8 to 10 years old, though they have been known to live to be about 15 years old in captivity. If you would like more information on the red panda or if you would like to 'adopt' one, visit the Smithsonian National Zoological Park

Sunday, December 12, 2010

Tuna's End

In the international waters south of Malta, the Greenpeace vessels Rainbow Warrior and Arctic Sunrise deployed eight inflatable Zodiacs and skiffs into the azure surface of the Mediterranean. Protesters aboard donned helmets and took up DayGlo flags and plywood shields. With the organization’s observation helicopter hovering above, the pilots of the tiny boats hit their throttles, hurtling the fleet forward to stop what they viewed as an egregious environmental crime. It was a high-octane updating of a familiar tableau, one that anyone who has followed Greenpeace’s Save the Whales adventures of the last 35 years would have recognized. But in the waters off Malta there was not a whale to be seen.

What was in the water that day was a congregation of Atlantic bluefin tuna, a fish that when prepared as sushi is one of the most valuable forms of seafood in the world. It’s also a fish that regularly journeys between America and Europe and whose two populations, or “stocks,” have both been catastrophically overexploited. The BP oil spill in the Gulf of Mexico, one of only two known Atlantic bluefin spawning grounds, has only intensified the crisis. By some estimates, there may be only 9,000 of the most ecologically vital megabreeders left in the fish’s North American stock, enough for the entire population of New York to have a final bite (or two) of high-grade otoro sushi. The Mediterranean stock of bluefin, historically a larger population than the North American one, has declined drastically as well. Indeed, most Mediterranean bluefin fishing consists of netting or “seining” young wild fish for “outgrowing” on tuna “ranches.” Which was why the Greenpeace craft had just deployed off Malta: a French fishing boat was about to legally catch an entire school of tuna, many of them undoubtedly juveniles.

Oliver Knowles, a 34-year-old Briton who was coordinating the intervention, had told me a few days earlier via telephone what the strategy was going to be. “These fishing operations consist of a huge purse-seining vessel and a small skiff that’s quite fast,” Knowles said. A “purse seine” is a type of net used by industrial fishing fleets, called this because of the way it draws closed around a school of fish in the manner of an old-fashioned purse cinching up around a pile of coins. “The skiff takes one end of the net around the tuna and sort of closes the circle on them,” Knowles explained. “That’s the key intervention point. That’s where we have the strong moral mandate.”

But as the Zodiacs approached the French tuna-fishing boat Jean-Marie Christian VI, confusion engulfed the scene. As anticipated, the French seiner launched its skiffs and started to draw a net closed around the tuna school. Upon seeing the Greenpeace Zodiacs zooming in, the captain of the Jean-Marie Christian VI issued a call. “Mayday!” he shouted over the radio. “Pirate attack!” Other tuna boats responded to the alert and arrived to help. The Greenpeace activists identified themselves over the VHF, announcing they were staging a “peaceful action.”

Aboard one Zodiac, Frank Hewetson, a 20-year Greenpeace veteran who in his salad days as a protester scaled the first BP deepwater oil rigs off Scotland, tried to direct his pilot toward the net so that he could throw a daisy chain of sandbags over its floating edge and allow the bluefin to escape. But before Hewetson could deploy his gear, a French fishing skiff rammed his Zodiac. A moment later Hewetson was dragged by the leg toward the bow. “At first I thought I’d been lassoed,” Hewetson later told me from his hospital bed in London. “But then I looked down. ” A fisherman trying to puncture the Zodiac had swung a three-pronged grappling hook attached to a rope into the boat and snagged Hewetson clean through his leg between the bone and the calf muscle. (Using the old language of whale protests, Greenpeace would later report to Agency France-Presse that Hewetson had been “harpooned.”)

“Ma jambe! Ma jambe!” Hewetson cried out in French, trying to signal to the fisherman to slack off on the rope. The fisherman, according to Hewetson, first loosened it and then reconsidered and pulled it tight again. Eventually Hewetson was able to get enough give in the rope to yank the hook free. Elsewhere, fishermen armed with gaffs and sticks sank another Zodiac and, according to Greenpeace’s Knowles, fired a flare at the observation helicopter. At a certain point, the protesters made the decision to break off the engagement. “We have currently pulled back from the seining fleet,” Knowles e-mailed me shortly afterward, “to regroup and develop next steps.” Bertrand Wendling, the executive director of the tuna-fishing cooperative of which the Jean-Marie Christian VI was a part, called the Greenpeace protest “without doubt an act of provocation” in which “valuable work tools” were damaged.

In Search of the Grizzly (if Any Are Left)

“Here,” said Bill Gaines, a wildlife biologist for the Okanogan-Wenatchee National Forest, “is the mother lode.”

Caught on a prong of barbed wire that he had strung weeks earlier in these remote mountains was a tantalizing clue: strands of light brown bear hair.

“Oh, look at that, look at that root right there,” he said. “That’s really good.”

It will be months before DNA tests tell the full story: did those hairs belong to a black bear, a relatively common resident here, or were they snagged from the far more elusive grizzly? The last confirmed sighting of a grizzly in the North Cascades was in 1996.

Now Mr. Gaines is leading the most ambitious effort ever to document whether grizzlies still exist here — a century after fur trappers and ranchers killed them off by the hundreds — at a time when tension is high in the West over the fate of wild predators like gray wolves. While many people want the grizzlies, an endangered species, to make a comeback here, others worry that more bears will mean more conflict.

“Grizzlies are a threat to livestock and to humans,” said John Stuhlmiller, the director of government relations at the Washington State Farm Bureau. “People might think they’re neat and they might want to go see them in the zoo, but in the wild they’re not a friendly, cuddly creature.”

People whose livelihoods are not threatened by predators do not get it, Mr. Stuhlmiller said. “If my 401(k) was being raided by grizzly bears, I would think differently,” he said.

For nearly 30 years the federal government has had a program to help restore the grizzly bear population in Idaho, Montana, Washington and Wyoming. It has made a difference in places like Yellowstone National Park and the Continental Divide region of Montana, but not in the North Cascades, one of six designated recovery zones. Instead, this area has been locked in a virtual standstill as political winds shift over the preservation of large predators.

Grizzlies were named a protected species in 1975. Under protection, their population tripled in parts of the Rockies and by 2007, they were removed from the list. But last September, a federal judge in Montana ordered grizzlies back on, citing threats that included changes to their habitat caused by climate change.

In the North Cascades, wildlife officials agreed 13 years ago to conduct a formal environmental review to determine the best way to ensure recovery, including augmenting the population with bears from elsewhere. But the money needed for the review, $1 million to $2 million, has never been allocated by the perpetually strapped agency that oversees the effort, the United States Fish and Wildlife Service.

Now experts say only a handful of grizzlies may remain in the North Cascades, likely crossing back and forth over the border with Canada.

“If these bears are to have a future,” said Joe Scott, the international program director forConservation Northwest, “the United States and British Columbia governments must do their job — boost Cascades bears with a small number of young animals from areas where grizzly bears are more numerous.”

Federal wildlife officials say politics and budget limitations force difficult questions.

Chris Servheen, the grizzly bear recovery coordinator for the Fish and Wildlife Service, who has worked on the program since its inception in 1981, said the anger among ranchers and some state governments over wolf reintroduction, and the issue’s constant churn through federal courts, had bred mistrust in wildlife agencies that has hurt the prospects for bear recovery in some areas, at least in the near term.

“We don’t really have people jumping up and down to put grizzlies anywhere at this point, people in the Congress that is,” said Mr. Servheen, who is based in Montana.

There is even disagreement over whether it matters if grizzlies roam these mountains, given the species’ relative health elsewhere and the plight of more endangered species.

“Is it so critical to the future of grizzly bears as a world species if the North Cascades fades away?” said Doug Zimmer, a spokesman for the Fish and Wildlife Service. “Just asking that makes my teeth hurt.”

Yet small steps are being taken. If the study in the North Cascades proves that grizzlies still live in the area, advocates for recovery will probably face less political opposition. This is because they would be augmenting the historic population, not trying to rebuild the population from scratch when there were no bears at all.

Either way, Mr. Gaines, who wrote his doctoral thesis on black bears, wants to know that he has tried as hard as he can to learn what is out here, he said.

This summer and early fall, with money from a $90,000 federal grant, Mr. Gaines has hired horse teams and a temporary six-member research crew to trek deep in the wilderness, far from where most people hike. The crew has set up about 90 corrals, surrounding pungent bear bait of fish guts and road kill with barbed wire designed to snare bear hair as animals make their way to and from the stew. Every two weeks the crews collect bear hair and memory cards from digital infrared cameras mounted at the corrals.

Asked whether the search so far has yielded firm evidence, he noted that black bears and grizzlies can be surprisingly easy to confuse. He said that he would not draw conclusions until the DNA tests come back but that the crews were searching in areas considered to be ideal grizzly habitat.

“We’re looking in the right places,” he said.

Toiling to Save a Threatened Frog

But appearances are deceiving. Over the last decade, disaster has struck in the form of chytridiomycosis, or chytrid, a deadly fungal disease that has driven at least 200 of the world’s 6,700 amphibian species to extinction. One third of the world’s frogs, toads and salamanders are threatened. Forty percent are declining. Chytrid’s arrival has laid waste to the indigenous Sierra Nevada yellow-legged frog, Rana sierrae.

In Dusy Basin, a remote glacial valley in Sequoia and Kings Canyon National Parks a few miles west of Bishop Pass,Vance Vredenburg, a professor of biology at San Francisco State University, is conducting an experiment he hopes will help preserve what remains of these once abundant creatures. Dr. Vredenburg and his colleagues are inoculating chytrid-infected frogs with a bacteria, Janthinobacterium lividum, or J. liv, that does not prevent infection with chytrid but can help frogs survive.

Dr. Vredenburg, Reid Harris of James Madison University in Harrisonburg, Va., and colleagues found the symbiotic bacteria on several amphibian species. Lab experiments last year showed that J. liv produces a metabolite, violacein, that is toxic to the chytrid fungus. Dr. Vredenburg wants to see how effective the treatment will be in the wild.

Even before chytrid arrived, the Sierra frog population had been severely reduced by the California Department of Fish and Game’s practice of seeding high-elevation lakes with hatchery-raised fingerling trout for the sport fishing industry. Chytrid has hastened the destruction. Dr. Vredenburg and colleagues counted 512 populations scattered among the thousands of mountain lakes in the park in 1997. In 2009, 214 of these populations had gone extinct. A further 22 showed evidence of the disease. It is a far cry from the early 1900s, when frogs in the region were so common that lakeside visitors reported trampling them underfoot.

Dr. Vredenburg, 41, has been doing frog research in the Sierra since the mid-1990s. He chose frogs as research subjects because he wanted to do “basic science that could be applied toward solving some real-world problems, like the biodiversity crisis. Once your study animals start dying, believe me, you pay attention!” At the time, he said, “I saw many scientists as living and working in a bubble. Besides,” he added, “I like catching frogs.”

For his Ph.D. at the University of California, Berkeley, under the mentorship of David Wake, Dr. Vredenburg measured the effects introduced trout were having on mountain yellow-legged frog populations. The results were clear: They wreaked havoc. Brown and rainbow trout, not native at higher elevations, are voracious consumers of tadpoles. In 2001, as a result of work by Dr. Vredenburg and Roland Knapp of the Sierra Nevada Aquatic Research Laboratory, the state fish and game agency and the National Park Service began a gill netting project to remove them. In areas where trout were removed, frogs recovered.

Curtis Milliron, a senior biologist at the fish and game department, pointed out that historically the agency has played a dual, sometimes paradoxical role. “We’re both ecological stewards and recreational purveyors,” Mr. Milliron said. Although his agency is implicated in frog decline, now his charter is to create “a biodiversity management plan where we can maintain frog habitat and implement frog recovery.”

Leaders at the National Park Service, too, once felt that “we need to protect the national parks from research scientists,” said David Graber, chief scientist for the service’s Pacific West region. Scientists’ agendas were viewed as being at odds with the service’s mandate, which calls for conservation and preservation as well as making parks available for recreation. “Now it’s different,” Dr. Graber said. “Now all we care about are the massive frog die-offs. We’re passionate about conservation. We can’t wait for ‘survival of the fittest.’ ”

Dr. Vredenburg himself was “speechless” when the park service granted permission to carry out the J. liv experiment in Dusy Basin. “Then I had to start planning,” he said.

Dr. Vredenburg chose Dusy Basin for his experiment because chytrid is just arriving here. Unlike Sixty Lake Basin several miles to the south, where frogs went extinct within four years of the arrival of chytrid, Dusy Basin still has frogs. Biologists do not know what first brought chytrid to the Sierra. But Dr. Vredenburg’s research showed that chytrid spreads in a linear wave across the landscape, an infection pattern like that of human epidemics. Infection levels start out light, then increase to very high. Then there is a mass die-off.

In July, Dr. Vredenburg and his students captured and tagged 100 frogs, apparently the last remaining here, with transponder tags. They weighed and measured frogs, and they recorded the tag numbers using an electronic reader. The experimental group contained 80 frogs; 20 were designated controls. Dr. Vredenburg and his students placed experimental frogs in plastic containers for an hourlong bath in cultured J. liv — long enough for J. liv to colonize on frogs’ skins. They released the frogs into the ponds and streams where they had been captured.

Saving Wild Tiger

A century ago, there were an estimated 100,000 tigers living in the wild. Now there are perhaps 3,200 left. The best chance — probably the only remaining chance — to save them from extinction is being worked out during a five-day summit meeting this week in St. Petersburg, Russia, staged by Prime Minister Vladimir Putin and Robert Zoellick, president of the World Bank. The meeting includes representatives from major conservation groups and all 13 nations with tigers living in the wild, including India, Indonesia, Thailand and Russia.

Two things are needed. The first is a more focused conservation strategy, like the “source site” approach recommended by the Wildlife Conservation Society. The goal is for all the countries with wild tigers to identify and protect sites with enough breeding females and room for an expanding tiger population. The hope is that vigilant protection of these sites could double the tiger population by 2022.

Ending the international trade in tiger parts, which are still believed to have almost magical powers in China and across Asia, will be harder to solve. This isn’t a matter of stopping a few poachers. It means shutting down hard-core traffickers and a high-profit black market. Wen Jiabao, the Chinese premier, is scheduled to attend on Wednesday, the final day of the meeting, which we hope is a good sign. China banned trading in tiger parts in 1993. It must actively discourage the cultural appetite for them and aggressively pursue traffickers.

Unless these efforts succeed, tigers could go extinct in the wild within 20 years. The United States, which sent a senior State Department official to the meeting, has no wild tigers, but it does have well upward of 5,000 tigers living in captivity. The government keeps no track of where they are, who owns them, or what becomes of them, which means they are vulnerable to the black market. It needs to do more to protect these tigers.