FIRST EVER PICTURES OF RECENTLY DISCOVERED MONKEY
 In 2010 researchers described a new species of primate that reportedly sneezes when it rains. Unfortunately, the new species was only known from a carcass killed by a local hunter. Now, however, remote camera traps have taken the first ever photo of the elusive, and likely very rare, Myanmar snub-nosed monkey (Rhinopithecus strykeri), known to locals asmey nwoah, or ‘monkey with an upturned face’. Locals say the monkeys are easy to locate when it rains, because the rain catches on their upturned noses causing them to sneeze.“These images are the first record of the animal in its natural habitat,” said Ngwe Lwin, a native to Myanmar, who first recognized that the primate may be a new species. “It is great to finally have photographs because they show us something about how and where it actually lives.”Still, no scientist has ever seen a living individual and the monkey’s life is obscured by the little-explored forests of northern Myanmar (also known as Burma). Just setting the camera traps in April of last year proved incredibly difficult with the expedition battling both snow and rain.“We were dealing with very tough conditions in a remote and rugged area that contained perhaps fewer than 200 monkeys,” explains photographer Jeremy Holden, who led the team. “We didn’t know exactly where they lived, and had to rely on information gathered from hunters; I didn’t hold out much hope.”Still a month after setting up the camera traps, the scientists had the first photographic evidence of a living Myanmar snub-nosed monkey, including family groups.“We were very surprised to get these pictures,” said biologist Saw Soe Aung. “It was exciting to see that some of the females were carrying babies—a new generation of our rarest primate.”Snub-nosed monkeys are imperiled by hunting and trapping, but it may be logging that ultimately does them in. In 2010 Frank Momberg, FFI’s Regional Program Development Coordinator in the Asia Pacific, told mongabay.com that hunting in the remote region had recently moved beyond subsistence only: with Chinese logging roads infiltrating the area there has been a rise in commercial bushmeat hunting. At the time, Momberg also warned that the logging roads were expected to move into Myanmar snub-nosed monkey territory by 2011.Myanmar has one of world’s the highest deforestation rates, which is at least partly driven by China’s rising demand for commodities. Between 1990 and 2010, Myanmar lost 19 percent of its forest cover, or around 7,445,000 hectares, an area larger than Ireland.Next month, FFI and Myanmar’s Ministry for Environmental Conservation and Forest (MOECAF) plan to meet to develop an action plan to protect the Myanmar snub-nosed monkey.While the photos may not be award-winners, Holden says they bring to life the scarcity of the new primate.“The images are poor quality compared to what we are now used to seeing from wildlife photographers, but this somehow examplifies the fact that these monkeys are rare, mysterious, and on the brink,” he says.

FIRST EVER PICTURES OF RECENTLY DISCOVERED MONKEY

In 2010 researchers described a new species of primate that reportedly sneezes when it rains. Unfortunately, the new species was only known from a carcass killed by a local hunter. Now, however, remote camera traps have taken the first ever photo of the elusive, and likely very rare, Myanmar snub-nosed monkey (Rhinopithecus strykeri), known to locals asmey nwoah, or ‘monkey with an upturned face’. Locals say the monkeys are easy to locate when it rains, because the rain catches on their upturned noses causing them to sneeze.

“These images are the first record of the animal in its natural habitat,” said Ngwe Lwin, a native to Myanmar, who first recognized that the primate may be a new species. “It is great to finally have photographs because they show us something about how and where it actually lives.”

Still, no scientist has ever seen a living individual and the monkey’s life is obscured by the little-explored forests of northern Myanmar (also known as Burma). Just setting the camera traps in April of last year proved incredibly difficult with the expedition battling both snow and rain.

“We were dealing with very tough conditions in a remote and rugged area that contained perhaps fewer than 200 monkeys,” explains photographer Jeremy Holden, who led the team. “We didn’t know exactly where they lived, and had to rely on information gathered from hunters; I didn’t hold out much hope.”

Still a month after setting up the camera traps, the scientists had the first photographic evidence of a living Myanmar snub-nosed monkey, including family groups.

“We were very surprised to get these pictures,” said biologist Saw Soe Aung. “It was exciting to see that some of the females were carrying babies—a new generation of our rarest primate.”

Snub-nosed monkeys are imperiled by hunting and trapping, but it may be logging that ultimately does them in. In 2010 Frank Momberg, FFI’s Regional Program Development Coordinator in the Asia Pacific, told mongabay.com that hunting in the remote region had recently moved beyond subsistence only: with Chinese logging roads infiltrating the area there has been a rise in commercial bushmeat hunting. At the time, Momberg also warned that the logging roads were expected to move into Myanmar snub-nosed monkey territory by 2011.

Myanmar has one of world’s the highest deforestation rates, which is at least partly driven by China’s rising demand for commodities. Between 1990 and 2010, Myanmar lost 19 percent of its forest cover, or around 7,445,000 hectares, an area larger than Ireland.

Next month, FFI and Myanmar’s Ministry for Environmental Conservation and Forest (MOECAF) plan to meet to develop an action plan to protect the Myanmar snub-nosed monkey.

While the photos may not be award-winners, Holden says they bring to life the scarcity of the new primate.

“The images are poor quality compared to what we are now used to seeing from wildlife photographers, but this somehow examplifies the fact that these monkeys are rare, mysterious, and on the brink,” he says.


Sick of all the doom and gloom?

Check out our new collaborative blog GOOD CONSERVATION NEWS where you can get news on all the success stories to do with the natural world.

Contributors:

Sam @ mad-as-a-marine-biologist

Tara @ sexyactionplanet

Ang @ take-nothing-but-photos

   


Western black rhino declared extinct
The Red List, drawn up by the International Union for Conservation of Nature (IUCN), has declared the subspecies extinct.
A subspecies of white rhino in central Africa is also listed as possibly extinct, the organisation says.
The annual update of the Red List now records more threatened species than ever before.
The IUCN reports that despite conservation efforts, 25% of the world’s mammals are at risk of extinction. As part of its latest work it has reassessed several rhinoceros groups.

Western black rhino declared extinct

The Red List, drawn up by the International Union for Conservation of Nature (IUCN), has declared the subspecies extinct.

A subspecies of white rhino in central Africa is also listed as possibly extinct, the organisation says.

The annual update of the Red List now records more threatened species than ever before.

The IUCN reports that despite conservation efforts, 25% of the world’s mammals are at risk of extinction. As part of its latest work it has reassessed several rhinoceros groups.

This is how ALL elephants are trained for elephant rides

trouble in lemur land: A movie


A rare species of ladybird has been rediscovered breeding in the UK for the first time in nearly 60 years.
The breeding population of 13-spot ladybirds were found in the Axe Estuary Wetlands in Devon by a student. Sporadic sightings have been recorded since 1952, but not of the species breeding.
“As soon as I saw the larva I was fairly sure it was a 13-spot – it’s something I’ve dreamt of finding,” said Richard Comont, the PhD student who made the discovery. The insect was found during a “Bioblitz” event,where the public works with scientists to record all the insect species in an area.
James Chubb, education ranger for East Devon district council, said: “With the experts we had on the day I knew that we would find loads of really interesting and unusual creatures, but never for a second did I think we’d make a discovery of this magnitude.”
The 13-spot ladybird lives in wetlands and is believed to have re-colonised Britain from the Channel Islands or France.
“It is a rare bit of good news for British ladybirds,” said Comont. A census published in June showed one fifth of native British species of ladybird were declining due to competition from invasive species such as the Asian harlequin ladybird, which is larger and breeds faster.

A rare species of ladybird has been rediscovered breeding in the UK for the first time in nearly 60 years.

The breeding population of 13-spot ladybirds were found in the Axe Estuary Wetlands in Devon by a student. Sporadic sightings have been recorded since 1952, but not of the species breeding.

“As soon as I saw the larva I was fairly sure it was a 13-spot – it’s something I’ve dreamt of finding,” said Richard Comont, the PhD student who made the discovery. The insect was found during a “Bioblitz” event,where the public works with scientists to record all the insect species in an area.

James Chubb, education ranger for East Devon district council, said: “With the experts we had on the day I knew that we would find loads of really interesting and unusual creatures, but never for a second did I think we’d make a discovery of this magnitude.”

The 13-spot ladybird lives in wetlands and is believed to have re-colonised Britain from the Channel Islands or France.

“It is a rare bit of good news for British ladybirds,” said Comont. A census published in June showed one fifth of native British species of ladybird were declining due to competition from invasive species such as the Asian harlequin ladybird, which is larger and breeds faster.

One of world’s rarest cats caught on video for the first time
Africa is known as a continent of felines: leopards, cheetahs, servals, caracals, and of course the one who wears the crown, the lion. But, few people travel to Africa to see, or have probably ever heard of, the African golden cat. Native to the rainforests of central Africa (from Kenya to Cameroon) with a separate population in West Africa, the African golden cat (Caracal aurata) is considered the continent’s least-studied feline. However, a team of researchers is hoping to change this: using camera traps scientists have taken the first ever public video of the African golden cat. 

Bloody video won’t work! go to the site instead :(

boston:

Threat from Asian beetle expands beyond cities
- A new study has documented for the first time that the Asian longhorned beetle is not content to merely munch on urban trees but that the nonnative insects can thrive in forests, confirming scientists’ fears about the possible scale of the destruction from an outbreak that has already claimed tens of thousands of trees in Worcester. (Photo: Jennifer Forman Orth/MDAR)

boston:

Threat from Asian beetle expands beyond cities

- A new study has documented for the first time that the Asian longhorned beetle is not content to merely munch on urban trees but that the nonnative insects can thrive in forests, confirming scientists’ fears about the possible scale of the destruction from an outbreak that has already claimed tens of thousands of trees in Worcester. (Photo: Jennifer Forman Orth/MDAR)


In Warming World, Critters Run to the Hills

A heat wave is sweeping the planet, and animals and plants are making a break for cooler climes. Or so scientists have always assumed. It’s been hard to tie a species’ migration directly to climate change, particularly with human activity destroying ecosystems every year. But researchers have now gathered more evidence for that link by compiling data from 54 scientific papers that collectively map the habitat ranges of more than 2000 species during the past 4 decades. On average, the team finds, creatures move both up mountains and farther away from the equator at a speed that keeps pace with the rate of climate change and at a pace that is far faster than previously predicted.

In Warming World, Critters Run to the Hills

A heat wave is sweeping the planet, and animals and plants are making a break for cooler climes. Or so scientists have always assumed. It’s been hard to tie a species’ migration directly to climate change, particularly with human activity destroying ecosystems every year. But researchers have now gathered more evidence for that link by compiling data from 54 scientific papers that collectively map the habitat ranges of more than 2000 species during the past 4 decades. On average, the team finds, creatures move both up mountains and farther away from the equator at a speed that keeps pace with the rate of climate change and at a pace that is far faster than previously predicted.

Now we have the genome can we save the Tasmanian devil from extinction?
A contagious cancer has caused the population of Tasmanian devils to fall 70% since 1996. Due to there being very little genetic variation in the population, when an infected animal bites another their natural defences don’t recognise the cancer cells as foreign, so they can multiply within the new hosts body.
The hope is, that now we have the genome sequenced for two devils, genetic tests can be made to ensure breeders select genetically diverse mates. This will create a stronger healthier population affording them the possibility to fight off not only the cancer, but a whole host of other diseases.

Now we have the genome can we save the Tasmanian devil from extinction?

A contagious cancer has caused the population of Tasmanian devils to fall 70% since 1996. Due to there being very little genetic variation in the population, when an infected animal bites another their natural defences don’t recognise the cancer cells as foreign, so they can multiply within the new hosts body.

The hope is, that now we have the genome sequenced for two devils, genetic tests can be made to ensure breeders select genetically diverse mates. This will create a stronger healthier population affording them the possibility to fight off not only the cancer, but a whole host of other diseases.