Better Science on a Better Horizon

Better Science on a Better Horizon

Two new monkeys discovered in Africa since 2003 suggest the continent is becoming more peaceful and interaction with scientists from the west has become healthier.

First seen in the jungles of The Congo in 2007, the lesula monkey (Cercopithecus lomamiensis) has now been studied enough to announce its discovery as a previously unknown species.

In 2003 in high forests of southern Tanzania, the kipunji (Rungwecebus kipunji) was discovered, and the latest discovery before that was the sun-tailed monkey in Gabon in 1984.

Both of the most recent discoveries were in areas in Africa inaccessible until only recently. Ironically, they were not inaccessible five decades ago – quite to the contrary. But with the advent of The Congo wars and decreased western aid after the collapse of the Cold War, much of accessible Africa became inaccessible or too unstable for field science.

I think it significant that before these two most recent discoveries, the sun-tailed in Gabon was in 1984 just before the collapse of the Cold War.

The most recent discoveries provide science with much more than just another listing. The odd behavior of the kipunji and the very unusual forest floor niche occupied by the lesula add surprise to previous understandings of African monkey ecology. DNA analysis, particularly with the kipunji, has aided immensely with the determination of biological divergence with other primates including man.

The lesula was first seen in 2007, subsequently documented, and this month the discovery published by John Hart. John, who along with his wife Terese, are veteran African field scientists. They are best known for their work with okapi and more recently, bonobo. Most of their adult lives have been spent in The Congo, but their published work recently has accelerated.

Where they are, now, in The Congo is not exactly a tourist destination. But the agreement of not just the Kinshasa government but local authorities and militia commanders has allowed the Harts much greater security and access. They have recently been awarded global funds to create a new jungle national park.

This would have been unheard of ten years ago. The Congo is far from pacified, particularly areas just to the south of where the Harts are now working.

But compared to only a decade ago, you might be forgiven for tagging the Harts’ field a honeymoon destination. This because of intensified United Nations (Security Council) involvement in The Congo, proactive diplomacy by world powers, and particularly with regards to The Congo, the exceptional work of the Obama administration embodied in the Dodd-Frank act.

The concerted efforts of global authorities and the proactive involvement of the United States during the last 3-4 years in The Congo and Somalia in particular has brought back hope that these chaotic and violent places may yet regain their legacy as truly an African paradise.

Have we turned a corner in African peace and global sanity?

Ask me November 7.

PETA vs MING

PETA vs MING

Yao Ming, the former Houston Rockets skyscraper, is trying to do what no Chinaman has done before : sensitize his countrymen to African conservation.

Ming retired as the awkward but successful 7’6″ basketballer last year and has been judiciously investing in a way definitely not characteristic of most sports stars. His current job is filmmaker, but it’s hardly more than a vehicle to deliver an unsavory message to his fellow Chinese: stop consuming animal products.

Ming is well known for his home town generosities and stardom throughout China. Injuries forced an end to his career last year, but injuries that many sports figures would have surgically corrected for a short-term sprint that ends them in a wheelchair when they’re 45.

Ming, instead, walked away from a salary that ESPN claimed would have been $17,686,100 for another 2012 season. Since then his endeavors have included buying a Napa vineyard and starting a wine export business to China, buying and coaching a Chinese basketball team and now, starting a film career.

Ming is currently in Kenya where together with American producer, Jay Cohen, he is producing a wildlife film mostly for Chinese consumption with the rather cliched title, “End of the Wild.”

Bundle this together with his decision to be an ambassador for WildAid and his appointment to a Chinese communist party committee in his hometown, Shanghai, and I think we have a man who is tall enough to bring two worlds together.

Wildlife conservation is not a Chinese passion. In fact, most of Asia has never viewed nature with the same reverence or awe as we cowboys. These older and more established cultures have sort of put nature in a picture frame rather than accepted it as something untamed.

For probably a millennium the unique characteristics of many animal horns and antlers have provided accomplished Asian sculpturers with a media that can be found nowhere else on earth. Ivory is the only natural substance that allows such intricate sculpting.

And similarly for a millennium and probably longer, traditional Asian medicines have relied heavily on rare animal parts: bear feet, rhino horn, rare bird livers.

I think that one of the reasons contemporary wildlife conservation has had such a hard road into Asia is that the most vocal of western conservationists are evangelical ideologues. Not that their foundation that preserving any form of life is not a viable first principle, but it completely ignores or at least leapfrogs the compelling science for animal conservation.

And that ideological position at the level of first principle does nothing but start a fight with opponents who cherish other first principles, like the preeminence of man.

You might call it PETA vs Ming.

More patient science shows us that even the simplest of life forms is so incredibly complicated not even Watson can replicate it. And this means we don’t know everything about it. And this means if we wipe it out, we’ll never know. And this means all sorts of knowledge, and knowledge specifically beneficial to humankind is lost for good.

Once that horror is truly understood there is a reverence for “what is living” that might come full circle to PETA’s mania. But it is the evidential science that will win over the majority of the world to wildlife conservation, not the simpler battle cry.

That’s why Ming’s old hat title of “End of the Wild” may mean something to a Chinese society that is only recently emerging from their cocoon.

Outlaw Cats?

Outlaw Cats?

India’s Supreme Court has banned tiger safaris in an attempt to stem their extinction. The decision has enormous implications for wildlife tourism worldwide.

Almost all wildlife tourism featuring wild tigers is in India. (A much smaller industry remains in Nepal, and even smaller in Russia.) Although there is a variety of larger mammals in India’s game reserves, tigers are by far the main attraction for foreign tourists. The decision could doom Indian wildlife tourism to its own extinction.

The Supreme Court’s simple decision on July 24 which “banned all tourism activities in the core areas of tiger reserves” followed an April 3 court directive to individual Indian states for wildlife management plans to protect tigers in face of a rapid decline.

The Court was reacting to the fact most of the States had not submitted any such plans. But the likelihood that the decision could be reversed if the States get their acts together is very small.

Few plans were submitted because nobody knows what to do. There is a decline in big cats worldwide that has miffed researchers. Nobody knows how to stem the decline. Nevertheless, the court will revisit its decision on August 22. Most of us do not expect it to reverse this decision.

In Africa as in India more big cats are being documented as having been poached, or more correctly, killed by owners of stock being molested by the big cats. Clever use of modern poisons lacing meat placed out as bait is the principal tool.

But the rapid decline (in East Africa, the lion population is down to around 9,000 from 30,000 twenty years ago) cannot be attributed to poaching alone.

My own feeling is that the increased urbanization of the developing world combined with confusing but rapid global warming changes is clobbering the top of the wilderness food chain. Ranchers poisoning lions to save their cattle is a symptom of this.

In India the issue is even more confused since a tiger skin is worth so much more on the black market than a lion skin. A male tiger can be more than twice the size of a female lion, its fur is much thicker and arguably more colorful. Though the motivation for a tiger killer might be to save his cows, once killed he has acquired a very valuable item easily black marketed for an extraordinary price.

The actual numbers of larger wild mammals in India as in Africa is actually increasing as wildlife management improves and the remaining habitat for them is better protected. But even though the food source is theoretically then increased for the larger cats, their overall habitat may be more stressed as more animals are squeezed into smaller areas.

This can lead to increased territorial fighting and a more rapid transmission of disease. Recently, for example, it was discovered in East Africa by researcher Craig Parker that some of the lion deaths there were attributed to a disease that was sweeping through the buffalo populations. Lions hunted buffalo and acquired the disease themselves.

India’s corrupt and complicated political system leaves open the possibility the court decision will not be fully implemented or at least not very quickly. Tourists also need to be very alert, now, as officials and business owners in some of India’s 600 so-called wild tiger reserves scramble to maintain business.

Ranthambore is one of the most important reserves, with 52 known wild tigers. There were indications recently that officials were going to move older tigers out of its central reserve into a buffer area that they would enclose, large enough that tourists wouldn’t realize when driving into it that it wasn’t the unfenced and open park.

India’s position has worldwide ramifications. The percentage decline and rate of decline of lions in East Africa is not quite as severe as tigers in India, but it’s severe. And what about polar bears in North America? Or walruses? Or even bears in certain parts of Alaska?

In India at least the highest court has decided that tourism contributes to tiger decline, or at least impedes tiger conservation.

To protect wild animals, should tourists be banned from seeing them?

Why Do Cheetah Drop Spots?

Why Do Cheetah Drop Spots?

By Guy Combes
Does a cheetah lose its spots as an adaptive strategy? Can recessive genes play a larger part in natural selection than we thought?

Lately there’s been a lot of research and argument about what rolls color and color patterns have in the natural selection of wild animals. The color of giraffe, the striping of zebra — it’s not just that it’s in vogue, there’s been a lot of exciting research.

Now new discussion about a spotless cheetah that was photographed nearly a year ago in Kenya is provoking some really challenging questions about natural selection.

Many animals and even more birds routinely display generations of weird coloring that is usually the result of the expression of recessive genes: the chance that both parents’ recessive genes combine in the offspring.

But studies of black squirrels in particular confounds that notion. Entire populations of grey squirrels will suddenly all be black and may remain that way for multiple generations before turning back to grey.

That has led scientists to believe that while it is true that the expression of blackness is linked to recessive genes, that perhaps those genes have a more dynamic function in natural selection than just chance.

Color in animals, particularly black and white, does have correlations to body heat control. Could it be that certain populations of animals in response to rapid climate changes somehow manage to “stack the deck” and get a recessive gene progeny that expresses itself?

It’s a fascinating question that was highlighted this week when a photograph of a spotless cheetah, taken about a year ago, suddenly began circulating around the internet.

The photograph and exciting account of the cheetah incident was made by Kenyan Guy Combes. The spotless cheetah was photographed near Tsavo National Park in Kenya.

The area in which it was found in Kenya is becoming increasingly drier. The dry areas of Namibia where cheetah have been extensively studied has determined that many of the cheetah there have fading or lost spots. Namibia is, of course, one of the driest places on earth.

All animals can have varied coloring as a result of genetic mutation, and all of the foregoing is different from albinoism, which is very rare in animals. A true albino animal will have no coloring, including in its eyes.

King Cheetah

Black leopards, snow leopards, black cougars and jaguars are all melanistic phenomena similar to what happens to squirrels. There never seemed to be any “point” in this varied coloration. Cheetah, too, have been reported to have melanistic phases.

But cheetah have many other color variations as well. The most famous is the King Cheetah, where spots turn into swirls and brown into black. Cheetah are also known to have nearly completely white coats with black spots.

(This is not albinoism. A true albino of anything has no color whatever, including in its eyes.)

So scientists are now looking at the varied coloration of the cheetah in “new light.” If the spotless cheetah is a natural selection reaction to dry climates, then might the darker King Cheetah be in response to wetter or cooler climates?

Stay tuned!

Cute little loquacious Rat

Cute little loquacious Rat

Scientists just discovered that the little furry African rock hyrax is an amazing communicator. So why didn’t he put up a fuss when I told everyone he wasn’t related to the elephant?

One of the best parts of my job as a guide is to drop amazing factoids. Like (1) the distance from Dakar in west Africa to Mombasa in East Africa is greater than the distance from Dakar to New York (3900 vs 4100 miles – use GoogleEarth to confirm); or (2) the entire GDP of Kenya is less than a quarter of the GDP of Atlanta ($70 vs $304 billion); or !!

(3) The little rock hyrax is the closest extant relative to the giant elephant! (By the way, we old hands called them “dassies” rather than hyraxes. Same beast.)

But then several years ago, hanging our heads in abject humiliation we legion of guides had to accede to what Wikipedia summarized all too kindly that “.. not all scientists support the proposal that hyraxes are the “closest” living relative of the elephant.”

Drat.

But DNA to the rescue!

They are close! Not number two, but number four. Dugongs and manatees are numbers 2 and 3.

And now we’ve learned that they might be number one among non-primate little ratty communicators!

Because the social behavior of this little rat is so similar to elephants, and because truly its anatomy (inside and out) is also so like elephants, early taxonomists naturally placed them close together on the evolutionary line. Early taxonomy has a remarkable record in being affirmed by DNA, and that’s what’s now happened.

The common ancestor of the elephant and hyrax was a bit long ago: 60 million years ago, and at that time it was as small as today’s hyrax.

But why hyraxes could retain that size but the new line of eles couldn’t was a mystery. But now we might be getting a clue.

The evolutionary power of hyraxes is concentrated remarkably in its … voice! So while the ele naturally selected itself into being the biggest and most invulnerable mammal to survive meteors and ice ages, the hyrax decided rather than expand its size, it would expand its vocabulary!

“This is something you find very, very rarely amongst mammals,” explained the research scientist, Arik Kershenbaum.

The only other mammals besides primates to communicate so sophisticatedly with sound are bats and whales.

There are more than 50 species of hyrax throughout Africa and the Middle East, and they all talk. But they talk differently, as you would expect, of course. Persians don’t understand Zulu.

But my favorite is the one we hear all the time in the East African highlands. It’s actually called the “tree hyrax” since it spends most of its time, there, eating leaves. At night when it sings, and I kid you not, it sounds like the door of a vaulted castle closing on a maiden screaming as she’s being sucked to death by a vampire.

Rather hard to replicate.

If’d you’d like to understand, I have a safari going there in April …

Failed Saviors

Failed Saviors

Are ecotourism and wildlife conservation in Africa so sacrosanct in the minds of their supporters that they’ve dodged proper regulation or perhaps even swerved off moral pathways?

I obtained with pride a Conde Nast ecotourism award in 2004 for my client, Hoopoe Safaris of Tanzania. But in the decade since then my own ideas about ecotourism and NGO involvement in African conservation have changed.

There are two issues, here. The first is that “ecotourism” is no longer a legitimate marker for good tourism practices in Africa. The second is that wildlife NGOs have grown increasingly callous of the priorities of local populations. So the two are related. Both discount the preeminent interests of local people in the areas where they work.

The common thread that I’ve watch develop over the last decade is that western-driven “charity” or “aid” or “consultation” or “community based tourism” has grown increasingly detached from the people who theoretically will benefit from those efforts.

Even if there aren’t contextual conflicts, disputes about goals or methodology, the ignoring of the local populations’ interests spawns conflict. Imagine what you might feel if a Chinese NGO came into your suburban neighborhood and began research then implementation of plans to cultivate an herbal remedy … like garlic mustard… in the city parks. You would at least expect participation in the discussion, and you would become infuriated if you weren’t consulted.

In the last decade African populations have increased substantially, and their educational levels have grown exponentially. Most of Africa is well linked to the outside world through increased internet and cell phone access. This empowers the local communities to better scrutinize their so-called foreign benefactors.

ECOTOURISM IS A SHAM
The academic community has always been skeptical of ecotourism. A 2007 Harvard study of Tanzania ecotourism concluded that while most such projects seemed legitimate, there was a substantial percentage that weren’t. An analysis by Ohio State University in 2011 of Tanzania ecotourism was much more damning. The report actually named (accused) specific Tanzanian operators that were scamming tourists with the ploy of arguing their products were ecotouristic when they were anything but.

The above studies, and many more referenced within them, are convincing documents that ecotourism if not an outright scam is a very poorly formed idea. The initial theories might be good, but implementation seems impossible. And the Ohio State study in particular described why self-appointed certification authorities weren’t working, either, so that the notion of creating some universal standard is mute.

The UN initially thought otherwise. It promoted ecotourism but has since backed away from the idea. Almost a year ago exactly I posted several blogs citing the growing skepticism with ecotourism throughout the world. Nothing has changed; ecotourism as commonly applied in the marketing of travel is neither honest or good.

Khadija Sharife in the Africa Report summed it perfectly last week in the post’s title, “The Drunken Logic of Ecotourism.”

WILDLIFE NGO ARROGANCE
But in the year since I and many, many others pointed out the disservice that using the marketing ploy, “ecotourism,” does to local peoples, another foreign fixture of African life has emerged as equally unfair and misleading: wildlife NGOs.

It will be harder to convince you of this, I know. The loyalty that the world’s great animal savior organizations command is legend. It’s one thing to suggest that a tour company is scamming you while not serving the local populations well. It’s another to make this claim against the World Wildlife Foundation (WWF) or the African Wildlife Foundation (AWF).

WWF’s long involvement in Africa stands mostly as a fabulous contribution to baseline research and good management of threatened and endangered species. But as with the morphing of the idea of ecotourism into a marketing scam, it could be that WWF’s longevity of success gave it an unwarranted sense of propriety.

Its most serious conflict is in the Rufiji delta, the outskirts of the great Selous game reserve in Tanzania, which has come under increasing scrutiny because of its enormous hydroelectric potential. A much greater controversy actually than the WWF one I describe below is the World Bank’s program for a hydroelectric dam that could seriously disrupt The Selous and Rufiji delta basin.

But the World Bank’s mission to help developing countries grow can quite plausibly include draining a game reserve for additional electricity. Discussions are heated and ongoing, and everyone accepts one important debate is who should make the decision? Professionals weighing the overall value to Tanzanian society, or local people immediately impacted?

Quite unlike the World Bank, WWF skipped this important debate when it began programs to inhibit rice farming on the outskirts of The Selous. Local rice farmers were obviously the first to be impacted, but they were allowed no input into the decisions regarding the project.

The project mission was always suspect to me, but the rapid implementation without adequate consultation with the local population reeks of arrogance. The entire project has now collapsed into all sorts of criminal and unethical consequences. Eight WWF employees have resigned, plus the Tanzania country director, Stephen Mariki.

WWF should be complemented for trying to right the wrong, but the culture that led to their presumption of determining the life ways of local Tanzanian people is the real problem. And that will be a much harder thing to remedy than just abandoning one project. An overhaul in staff is a good start.

The current most egregious wildlife NGO controversy, however, is on no path to reconciliation because the organization, the African Wildlife Foundation (AWF), continues to defend its position.

AWF encapsulates its overall mission in the phrase “heartlands.” Over the last several decades AWF created heartland areas throughout sub-Saharan Africa in which to concentrate its research and assistance. An essential purpose is to create wildlife corridors between established nationally gazetted protected wildlife areas like national parks to increase the potential for biodiversity.

Noble. The problem for some time has been to create these corridors, land must be acquired from private holders. This may have something to do with AWF’s decision to form a close partnership with the Nature Conservancy in 2007.

But what happens when farmers or other landholders don’t want to sell? AWF’s response has been high-handed and infuriated local communities.

In and around their large Manyara ranch holding in Tanzania, AWF negotiated versions of eminent domain with the Tanzanian government that caused enormous friction locally. And now in Kenya their acquisition of land (which they subsequently tried to deed over to a new Kenyan Laikipia National Park) is on track to totally cripple all their good efforts in East Africa.

AWF insists it has been playing by the rules. But two thousand Samburu people don’t care if they were playing by the rules or not; they insist with credibility that they have been displaced against their will.

Unlike WWF, AWF seems to be digging in its heels for a fight that will emasculate it. And if it goes down as I expect it will, so will the reputation and memories of good work that wildlife NGOs have been undertaking for decades in Africa.

Why is AWF resisting an acceptable settlement? AWF is a much younger organization than WWF, and its donor base is much smaller than WWF, much less publicly than individually endowed.

Nature Conservancy is itself a less publicly endowed organization limited to wealthy landowners mostly in Illinois. It could be that these two closely held NGOs feel less vulnerable to public opinion than a more globally funded organization like WWF.

Both these situations — ecotourism as a sham and wildlife NGOs indifferent to local community needs — represent not just outside interference but patent indifference to the preeminent rights of local people. And because that indifference has been so arrogant – dare one say “racist”? – it led these otherwise exemplary organizations into believing they could discount local community interests.

Africa is developing so rapidly I can see incidents of polite refusal, so to speak, of tourist projects and foreign wildlife programs that are put to bed rather easily. The recent controversy in the Kenyan Wildlife Service (KWS) involving the translocation of rhino is a good example of “local populations” politely indicting foreign organizations trying to tell them what to do.

But in heated political arenas, this politeness will be lost. WWF had to back down altogether, fire staff and refund grants. AWF should do the same. When sensibilities are exchanged for political control, foreign tour companies and foreign wildlife NGOs have no hope of prevailing.

Beware, guys. A lot of good has come from your work in the last half century. Don’t blow it.

Biggest! Strongest! Smallest!

Biggest! Strongest! Smallest!

A ridiculously small, and a ridiculously large chamaeleon and a ridiculously strong little bird. Africa at its best!

I have personally seen the northern wheatear breeding in Alaska and foraging in Africa, and we’ve not known until now where the Alaskan birds migrated. That’s because there are wheatears in eastern northern Canada and even Greenland and Scotland.

Most bird migrations are determined in a pretty easy way. The bird is banded and then it’s found where it’s migrated to. And dozens and dozens of wheatears have been banded, but they’ve never been found.

That wasn’t actually unimaginable with regards to the wheatear. Unlike most species of bird, the wheatear breeds over a massive portion of the northern hemisphere and there are lots of them. So the odds of a banded bird being found were greatly reduced.

But technology to the rescue! The bird is so small, .8 ounce, that anything other than a light-weight leg band could not be used for tracking, until scientists recently concocted a really itty bitty geolocator hardly heavier than a band. And that’s where this data comes from.

There’s a real surprise, too. The birds in Alaska travel west to Africa. The birds in eastern Canada travel east. The route from Alaska to Africa is impressive: nearly 20,000 miles roundtrip! The eastern migration is half that, but it has to cross the Atlantic Ocean, the world’s most turbulent sea.

So either way around this you’ve got a remarkable little African bird! (Well, it’s also an Alaskan, Canadian, Greenlander, and British Isles bird, too.)

Note: the birds with the longest migration (approaching 50,000 miles) are the arctic tern and winged albatross.

The other fabulous African nature news this week was of still more treasures from Madagascar. We’d already found the world’s largest chamaeleon there. Parson’s chameleon is the size of most cats! Now this week scientists announced the discovery of the world’s smallest chameleon. It can fit on a matchhead!

What is really amazing about this, actually, is that these two creatures from Madagascar although definitely both chamaeleons in many common ways, are probably very different and likely have extremely different evolutionary paths.

Their point of last convergence could conceivably be at the dawn of reptiles, meaning more than 250 million years ago! The fact that they then physically changed so little except in terms of their size, likely has something to do with the special island-continent ecology of Madagascar. Island systems provide narrow paths for evolution, encouraging speciation but then subsequently constricting radical divergence.

On safari we usually find a chameleon or two and always some type of wheatear (there are several). Along with the new snakes and new primates and primate behaviors discovered recently in Tanzania, we’re learning that Africa has much more to reveal than we ever thought before!

Why Do Zebras Have Stripes?

Why Do Zebras Have Stripes?

Thanks to Bill Banzhaf.
Why do zebras have stripes? It’s complicated, but one thing’s for sure: it’s not because they’re incarcerated.

Over my 40 years of guiding in Africa it became quite evident to me why zebras have stripes: Whenever I watched lions attacking a group of zebra, I couldn’t keep my binoculars well positioned. Something kept disrupting my concentration.

So I decided to watch a kill without binocs. And the answer sprang out like the mud clumps flying into the air from the zebra’s hooves. The pack of zebra ran together away from the lion. They didn’t disperse like gazelle do from an attacking cheetah.

And this mesh of striping, like a kaleidoscope out of control, confused my focused view in the binocs and certainly would confuse a predator in the chase. Great defense! This notion of camouflage has been reaffirmed often in scientific as well popular journals.

But then not long ago, Phillip Ball in his fascinating book, Nature’s Patterns: A Tapestry in Three Parts argued that zebra striping is perfect for temperature control.

Ball posits that animal patterns which are oblique, like squares or triangles, increase body heat; and that nonoblique patterns like stripes and circles, decrease body heat.

Temperature control for the African savannah!

But now comes another notion. Two Scandinavian scientists have just published a report in the Journal of Experimental Biology arguing that the light refracted by the unique repeating pattern of thick stripes on a zebra actually … is a bug repellent.

Their experiments aren’t complete, but quite compelling. And it’s notable that there are no other successful horse-like creatures wild on the African savannah, and that domestic horses are very difficult to keep in Africa, because of the large number of flesh-biting bugs.

Seems to me it’s some combination of all of the above, and probably more that we haven’t yet discovered. Nature is multi-dimensional, multi-formated to place a creature perfectly into the sphere of things in which it lives.

We know, for example, that every zebra pattern is unique, like fingerprints. Although certainly unlike anything resulting from fingerprints, zebra’s seem to recognize each other at pretty great distances. We also know that inbreeding breaks up the even geometry of striping, merging and truncating stripes, and that maybe if given a choice, a nicely groomed stripe is the preferred date!

So, why do zebras have stripes? Because they wouldn’t be zebras without them!

Buzzing Bee Ele Fence

Buzzing Bee Ele Fence

All we had to do is remember Dumbo jumping away in terror from Mickey Mouse. Instead we spent millions digging earthen moats, sprayed juiced pepper along firebreaks of hay, and I proudly discovered meter squares of steel reenforced spiked concrete. All we needed was a bee!

Five years of research has culminated with a global prize to a young British scientist who has proved how easy it is to keep elephants away from .. well, farmland, schools, roads, in fact anything you want!

Lucy King and Save the Elephants resurrected years old research about how terrified elephants are of bees. Then she intricately studied the sounds bees make, proved that was what sent the elephants fleeing, then combined a productive deterrent with a productive agricultural product and bingo, no eles and lots of honey!

Lucy King’s work has mastered “beehive fences“.

Long before King’s research it was common knowledge that eles flee bees. This upper brain memory in Africa is just like our Walt Disney knowledge of how scared they are of mice. Nice cartoon but .. so what? In fact, it was hard to believe and original science to study it seemed fanciful.

But good science doesn’t mind being embarrassed, and King’s and other’s earlier research showed that particularly in times of drought bees cluster around elephant’s eyes and up their trunks, because of the moisture there. People don’t realize that bees need as much water as pollen to make honey.

King’s research was the culmination of many individual research projects over the last five years, and was awarded the coveted “Thesis Prize” by the Convention on Migratory Species at the annual meeting in Norway.

“Her research underlines how working with, rather than against, nature can provide humanity with many of the solutions to the challenges countries and communities face,” said Achim Steiner, executive director of the UN Environment Programme (UNEP).

Dr King’s work spotlights an intelligent solution to an age-old challenge, while providing further confirmation of the importance of bees to people and a really clever way of conserving the world’s largest land animal for current and future generations.”

King was born in Africa and personally aware of the skyrocketing human/elephant conflict in part an unintended consequence of saving elephants from near extinction. Her work began at Oxford University and the bee studies were her Ph.D. thesis.

It ended in northern Kenya where once all the details of a “bee fence” were engineered, a control study of 34 Turkana villages in a new agricultural area on an elephant migratory route were carefully monitored for elephant incidents.

Seventeen villages were wrapped by newly designed bee hives, and seventeen weren’t. Over a two-year period, the data was striking. Farmland and village domiciles wrapped by beehives went essentially elephant incident free. Unwrapped villages suffered constant incidents.

Originally King and other scientists thought their job had ended a few years ago when they proved that 90% of elephants will flee certain types of bee sounds, mostly those created by the buzzing wings. This sound in turn provokes a very specific elephant alarm call that is not only the sound of a terrified beast running away, but specific enough to cause other elephants in the area to flee as well.

Clearly reproducing the sound was all that was needed. And while that’s technologically easy, it can be expensive and requires maintenance like all fire alarms. Particularly far out in the bush where electricity is erratic.

Boing. Why not do it from the beginning?

Villages now have the added benefit of lots of honey, and the specially engineered beehives designed to increase the longevity of the hive and production of honey are far less expensive and much more durable than electronic sound systems.

Despite all the excitement this isn’t the BEE-all or end-all of elephant deterrents. During periods of drought – which are chronic in elephant land – honey bee populations dive. It might be true that eles get stung more, then, but they also get much less warning since there are far fewer bees making the sounds that scare them away.

So during these frequent periods of low rain bee hive fences lose some of their mojo. King has explained in her research that bees are just one – if the most potent – weapon in a necessary arsenal of elephant deterrence.

Nevertheless, it is clearly the best one so far, and may in fact have a greater application in parts of the world like Asia where human/elephant conflicts are also growing and drought is much less a problem.

Like so much in life, simplicity rules!

The Absolutely Phenomenal Rat!

The Absolutely Phenomenal Rat!

Porcupines are common in East Africa, but more often we thought we saw only smaller ones that we presumed were juveniles, even though they always seemed to be alone. On closer inspection, they turned out not to be porkies, but giant crested rats! This week we learned how fascinating this creature is!

A famous East African scientist published a few days ago the remarkable story of this little creature, putting it on a pedestal of evolution well above many other animals.

I often explain on safari that if you reduce all goals in life to one, it’s defense – how to survive all the external efforts to destroy you. Africa has an amazing array of animal defenses from the sheer savageness of the honey badger to the heavy coat of the waterbuck that tastes so bad no one wants to get near it.

But this little creature, Lophiomys imhausi, has a defense that tops most others. Even at the first level, that its predators appear to get sick just looking at, scientists had trouble figuring out what was going on. But then, like the waterbuck, it was discovered that the creature’s hair was toxic to most of its predators.

The waterbuck secretes a musky oil. At first that’s what everyone thought the crested rat was doing, too, but it wasn’t. Its story is a remarkable lesson in extraordinary convergent evolution!

Little Porky chews a poisonous bark (that somehow doesn’t effect him), his saliva somehow reduces the soup in his mouth into a powerful poison, then he licks it onto his back.

And his back – those otherwise nondescript “crested hairs” – are made in such a unique way that they are specifically designed to absorb this specific concentrated poison.

And – critical to it being a successful radiated defense in natural selection – the poison doesn’t usually kill, just makes the predator very, very sick. So the predator not only won’t go near it, again, but can transmit this learned caution to siblings and offspring.

Imagine this. There were separate, ultimately converging evolutionary tracks: first, the ridiculously otherwise useless evolution of the hair structure; second, chewing of a plant but not for food so a craving by the creature to imaginatively but only partly consume something; third, (and I think most remarkably), the evolution of a poison in a plant where the creature lived that was just the right molecular structure that it wouldn’t kill but make very sick this creature’s predator; and fourth, the creature’s digestive system evolved to be immune to the poison in sync with its not wholly consuming it.

Wow. And there are probably many more lesser obvious biological evolutionary processes at work, too.

Consider that all these developments happened independent of one another, and essentially by chance. The only way any of this is comprehensible is to grasp the sense of time given this creature and its antecedents to create themselves.

That’s to me the greatest marvel of evolution: the backwards understanding of the length of time needed to let all these chances happen.

Of course there are evolutionary processes more complicated than this: what we call “malaria” is actually a sequential interaction of metamorphosing creatures (sort of caterpillar to butterfly types of life forms) that perfectly disrupt and destroy metabolic processes in humans.

But the crested rat is right out there to see! And in the panoply of seeable animals, this is pretty swift stuff!

I always knew not to mess with porky, so I never messed with Little Porky either (Jonathan’s petting not known), but I always presumed it was for the same reason: spines like the porkies. At a distance when light is shined on it (it’s a nocturnal creature), its crested back hairs erect just like porkies do.

But up close, which I’ve been able to do only once, the similarities are lost. They’re really hairs, not spines, and the overall creature is smaller. A porcupine can be 3 or 4 times larger when puffed up in defense.

Yet they both act the same way! Confronted, they turn towards you and raise those weapons on their back!

This amazing puzzle has been brought to us thanks to a famous scientists whose life has been dedicated to East Africa, Jonathan Kingdon. His library of books on Africa biology is large and includes field guides that guides like me have been using for years.

Kingdon told journalists that he kept crested rats as pets when he was a child growing up in East Africa. Finally, he decided, he had to figure out this incessant licking it always did, and simultaneously, why dogs that might see his pet would back away in horror, sometimes foaming up with saliva.

Now we know. One more little but absolutely amazing puzzle of life solved!

And thanks, too, for friend and client Mike Samars, for pointing me to this story.

Widely Wild Wrongly Written Wildebeest Writings

Widely Wild Wrongly Written Wildebeest Writings

I'm no photographer.
But I took this, this year, with my Cannon SureShot.
Widely circulated reports about a crash in Kenya’s Maasai Mara wildlife are (1) premature, (2) likely false and (3) infuriating. PS (4) I’m fed up with western news sources about Africa. Unless it’s another apocalypse, it isn’t published.

Many of you truly concerned wildlife enthusiasts have sent me the link to the bad BBC story claiming that Kenya’s best game reserve is in a tailspin. Thank you, but take a powder and lie-down.

The purported “study” by Joseph Ogutu at the University of Hohenheim is the second study by Ogutu on the Mara. His first purported up to 95% of certain animals had disappeared and was uniformly dismissed by scientists worldwide.

I found it interesting this morning that the branch of the university that Ogutu is supposedly registered with, has an “internet problem.” Linking to the Bioinfomatics Unit of the University of Hohenheim cited in the BBC report generates this message [poorly translated from the German]: “Because of maintenance work the Intranet and some other homepages are not available.”

Hmm.

Mara wildlife has declined, and local wildlife censuses have confirmed this, but nowhere near as catastrophic as suggested in Ogutu’s report. Ogutu told the BBC that Mara wildlife had declined by “two-thirds.”

Nonsense.

Here’s the truth. No one knows in any good scientific way. The Kenya Wildlife Service conducts wildlife censuses that are excellent, but KWS has limited jurisdiction in the Mara which is technically controlled by local county counsels. In fact as I’ve decried loudly before, the Mara’s catastrophic problem is management not an apocalyptic reduction in game.

At one point three separate entities were controlling what we call “the Mara” and they didn’t like one another. So it’s literally impossible to conduct uniform studies over the area. And to make matters worse, historically the data is equally terrible.

Ogutu did the worst possible research as a result. He picked and chose segmented area studies over 15 years, none of which were comprehensive of the area as a whole. Moreover, I’m certain in the weeks ahead real scientists will challenge much of his root data.

Ogutu had decided the Mara was in a tailspin even before he did this study. Last year when the area was just recovering from a three-year drought, he claimed half the animals in the Mara were gone by incorrectly citing a continent-wide study
from the United Nations Environment Programme and London Zoological Society which addressed the whole continent, not just the Mara.

There are good studies, particularly from the Frankfurt Zoological Society, on the biomass of the Serengeti and larger Serengeti/Mara ecosystems. There are also good studies on individual species, like lion and elephant and so forth. And unfortunately, we can only surmise by broad intersections of these individual studies what the situation is, in the Mara.

It’s OK.

It’s very threatened, perhaps more so than at any time before. This is mostly because of (1) weather, also closely because of (2) Kenya’s rapidly developing economy leading to human/wild animal conflicts, and interminably (3) the untenable way the poor reserve is managed.

But don’t write it off, yet. Kenyans are remarkably creative these days.

Ogutu is correct that there has been a significant decline in Mara herbivores, particularly with regards to the wildebeest migration. But this is not directly due to cattle grazing encroachment as he claims. It is because of weather. Two dynamics are at play.

First, the Serengeti just below the Mara has been much wetter than normal (as has the Mara) but while areas just immediately to the north and east have been much drier. Global warming at its best on the equator creates these weird and frighteningly small and distinct weather regions.

So while there were floods in the Mara, in adjacent cattle grazing Koiyaki and Lemuk private reserves, it was bone dry. In times of drought cattle tended by cattle owners over compete with wild game.

Second, because the Serengeti has been wetter than normal, the wildebeest have not needed to move into the Mara (the furthest northern part of their migration) with the same regularity as in the past. Historically the Mara was the wettest part of the Serengeti/Mara ecosystem. That definitely is changing. There will be less and less of the migration traveling into the Mara, now, with global warming.

The wildebeest population has remained constant at around 1.5 million animals for more than ten years. Ditto for the third of a million zebra.

So without intending to minimize the real threats existing in the Mara, let’s not exaggerate them, either. I wish Vanity Fair or the New York Review of Books would do a story. There is no new crisis in the Mara. Visitors today will notice little difference from ten years ago, except maybe with regards to the migration.

Rather there is a continuing decade’s long crisis we definitely need to do something about, which cannot exclude global warming. And there is an ever deepening crisis in the way we learn things.

Life’s Winners This Year Are..!

Life’s Winners This Year Are..!

And the winners are! A jumping cockroach, an obscure little deer, an ostracized cricket, and a dragon spider whose web can cover a small Michigan lake!

These four newly discovered life forms all live in Africa, and out of 15-25,000 entrants in the annual Arizona State University list of the “Best New Species on Earth”, they all made the Top Ten.

The six non-Africa winners include a TRex leech, a bacteria that eats rust, a flat fish that hops like a bunny but under water, a fungi that creates greenish yellow light, a mushroom that lives at the bottom of the ocean, and a 7′ lizard that eats fruit.

I often listen to kids deride us old folks for having discovered all the earth, mapped the moon and mars, and generally ended the need for the word, exploration. It sends them into dark television rooms and the disease is called PlayStationitis.

But every year there are thousands – tens of thousands – of new life forms found here right at home on planet earth. In fact, the “little deer” is a duiker that was discovered in a butcher’s stall in Benin! And any random handful of them is easily more colorful and interesting than the animated antagonists of Warlords 2.

Staffers at ASU’s International Institute for Species Exploration work most of the first half of each year filtering the thousands of new species.

“Most are passed over because they do not stand out in a catchy way, or because they did not meet the requirements to be valid names under the codes of nomenclature,” according to Quentin D. Wheeler, ASU Vice President and Founding Director of the Institute. The 40 or 50 that the staffers finally come up with is then turned over to an international committee of scientists to choose the Top Ten.

About Africa’s 2010 winners!

Saltoblattella montistabularis (the jumping cockroach) was found near the Silvermine area of the Cape Peninsula in South Africa, ten minutes from downtown Cape Town. It hops through the air like a grasshopper, but it eats anything in sight and can run as fast as 50 of its body lengths in a second. Yes, no grasshopper.

It’s a tiny little thing hardly a third of an inch long, discovered by Mike Picker, author of a South African insect field guide. It’s not the only jumping cockroach known to us. But the other one is only known to us from the fossil record. It lived with the dinosaurs!

Philantomba walteri is an west African duiker that’s real cute when it’s not being prepared for barbecue. That’s how it was discovered! In a butcher’s stall in the Benin town of Mangiri! It’s a remarkable find, because this is an animal, a real (small dog) sized four-legged mammal, proof that we haven’t finished the grade school text books on basic life on earth.

Glomeremus orchidophilus isn’t too disimiliar from your every day ordinary cricket, except that this Reunion Island creature’s main purpose in life is to pollinate an orchid! Most of its fellow orthopteras like locusts and katydids and such eat plants, they don’t help them grow! No wonder it’s been kept under wraps for so long!

But my favorite is the Madagascar dragon spider whose discovery is so profound it’s been given the common name, “Darwin’s Bark Spider.” (See top picture above.) I was ready for this one.

Last year I traveled with three scientists, a father and two sons all research biologists, and tried desperately to understand their conversations when our safari in Kenya’s Matthews Mountains was interrupted by the web of an orb spider.

Apparently scientists can synthesize the eight different chemical strands produced by most spider’s spinnerets, but they haven’t figured out yet how to weave them into the super strong strand mother nature decorates our forests with. (Thank you, John Cronan and sons.)

This year’s super spider produces the biggest and strongest web known. Webs of this species span lakes more than 75 feet wide and spin a net 30 sq. feet large! Good grief.

But that’s not all. Its silk has a toughness that’s been measured at “520MJ/m3.” I don’t know what that means, either, but according to the documentation this makes it “the toughest biological material ever studied, over ten times stronger than a similarly-sized piece of Kevlar” and twice as strong as any other known spider silk.

Strong.

So there you have it. More mystery, beauty and perplexing awesomeness than an entire library of video games! And it’s all there, right outside.

Lovers of the New & Different

Lovers of the New & Different

It's war, Herman, war! BioWarDiversity!

We lovers of Africa are focused this week on the biodiversity conference in Nagoya, Japan. It’s a big conference with big ideas that will have very, very small outcomes.

As a kid who grew up in a reduced biodiverse environment (a crowded city suburb being sprayed by DDT and taken over by McDonalds), the moment I stepped into Africa my heart exploded with wonder. Then I went to the Amazon, having trained my senses of observation, and I’m still overwhelmed.

We like to see lots. Lots of legs and eyes, and lots of colors, and lots of unimagined shapes and even unexpected natural outcomes. This sense of newness is essentially an integral component of joy.

And that, in fact, is one of the main arguments for biodiversity. My great hero, E.O. Wilson, calls this biophilia.

It’s fitting that the UN staged this conference of nearly 200 nations in Japan, in the center of Asia’s modernity and development, because it’s there that biodiversity is of lesser importance.


This video is…Pure Joy! Thank you! Aldo Tolino.

Woe be it for me to characterize an entire hunk of world culture, but since I have no academic professorship to lose I’ll do so, anyway: Asian cultures are far more dedicated to stability and status quo than western cultures. Their much longer history provides many more models and guidelines for immediate sustenance.

(Two Qualifications. In blogs we have qualifications, instead of footnotes. 1-There are many Asians more passionate about biodiversity than George W. Bush’s EPA administrators. 2-Societies like ours, obsessed with wealth, may likely espouse biodiversity more than an Asian counterpart, but we may end up damaging it more.)

So while Asian myths and religions are far less egocentric, their economies and societies are more practical. If there’s a bluefin swimming out there, eat it.

It’s a rational argument. If instead we spend our resources to save the bluefin – which takes a lot more resources than eating it – we deplete our community’s ability to sustain itself, much less develop.

And once that bluefin’s gone? Aha, there’s the question, and there’s no obvious answer.

…….

Wilson believes this worry – this What If – is an important caution that has been hardwired into our brains. He doesn’t suggest, though, why Asian cultures might be less governed by this than he or I am, so I will explain: As cultures age (and Asian cultures are much older, remember?) our hardwired biophilia is eroded by fresh thought. Thinking mostly about a future infinitesimally small in any context of changing natural processes. Worries about the moment.

We Lovers of the New & Different have a very hard time trying to explain why we shouldn’t be pulling garlic mustard from our county preserves. Pure biodiversity nuts like me believe the world all by itself will find the best balance with the unnatural intruder known as a businessman.

That doesn’t mean some help isn’t needed, mostly in the form of stopping the Armani shoe from squashing a spider on the sidewalk – restraint, but it also doesn’t mean that the ecosystem doesn’t need wide leverage to create success when competing with Wall Street.

It also doesn’t mean that Richard Leakey isn’t right: a 6th great extinction may have been underway for some time, at least since the first edition in 1995.

And it’s not an extinction we should fear more than our overreaction to it by clearing garlic mustard from county preserves. The time would be much better spent in Nagoya trying to find a hotel room.

Not enough double negatives?

Next argument has many fewer conundrums, because it’s simple. If we don’t save that tree now, we won’t have discovered the cure for schistosomiasis that it carries.

An analog to the argument is also simple: we simply don’t know enough to risk losing something important to us. We aren’t skilled enough to know the effect of killing all those noseeums just because at the moment they’re crawling up our nose.

If you’d like a more academic summary of the warring sides, click here. McGill’s simple website reflects the broader arguments very well.

Almost all the countries of the world are represented at Nagoya for this conference, and those attending are widely in favor of protecting our biodiversity. But their handlers and the politicians to whom they report hold the purse strings. They aren’t policy makers, or if they are, they are there to soften any conclusions that might be made.

The troubled world of humankind has little time today to worry about the wild flowers in the garden. It’s the oil underneath that commands attention.

But ultimately.

The question is:

Are you smiling?

Beautiful Secrets Everywhere!

Beautiful Secrets Everywhere!

Two newly discovered life forms: it's all a matter of perspective!
Leucitic hippos, pinpoint frogs and the 18th species of elephant shrew crowd the stage as scientists celebrate the UN’s Year of Biodiversity in Nairobi this week and next.

As for any meeting, you’ve got to have that charismatic headliner, and this time it’s the still unnamed new species of elephant shrew found (right on queue) only last month in far northeastern Kenya.

There are about 7,000 new species discovered every year, although only 100 of those are vertebrates, and for sure, you can’t headline a conference with a grease eating microbe. Actually to be fair, most of the thousands are nicely sized plants, and most of the 100 vertebrates found are fish.

The International Institute for Species Exploration at Arizona State is one of three or four of the most important gatherers of this widely dispersed scientific information.

But Kenya’s new little discovery in the Boni-Dodori forest couldn’t have come at a better time, just as the conference began and just as governments and NGOs are reducing their funds for biodiversity research.

All elephant shrews are endemic to Africa, and the other 17 known to science are directly linked to elephants through DNA analysis, going way way back to before the woolly mammoth. In fact, the shrew is a much better remnant of the elephant’s common ancestor with it, than the elephant. Gigantism is an evolutionary trend that effects nearly all new species.

The shrew’s taxonomy is likely closer to the first known mammals about 240 million years ago than it is to the elephant we see today!

And that extraordinary span in time can give us a glimpse into evolutionary dynamics that, who knows, might give us a baseline to analyze the life we might find on distant Gliese 581g!

The shrew’s discovery is also important because it lives in a forest zone that is being rapidly reduced by development, and an area currently in war. The forest is on the border with Somalia.

It’s a weak argument to Kenyan military commanders that they ought to abandon fighting Al-Shabaab in order to save an elephant shrew. But it isn’t as ridiculous as it sounds. Your doubtless reaction is to smile at presumed sarcasm. But ultimately, isn’t that what we’re fighting for on all sides? A better life?

And the more we know about “life” the better we can manage our portion of it.

Here are some of the most recent new nonplant, nonfish newly living creatures found on our wondrous planet that will be discussed at the conference.

Smallest Frog in the World
Discovered August 25, 2010 in a pitcher plant in Borneo.
Shown in top picture above.

First U.S. Turtle Species Found in Years
Discovered July 28 , 2010 in the Pearl River in Mississippi

Monitor Lizard
Discovered May 26 , 2010, on Sulawesi, Indonesia

Mue or Zoo to the Rescue?

Mue or Zoo to the Rescue?

I actually snapped this Rothschild in 1986 along a farm road near Wamba, Kenya.
My bongo pix are all on slides. This one is from the Louisville zoo.
Two beautiful African animals face extinction because wildlife officials and scientists can’t agree on how to reintroduce zoo-bred individuals. And interestingly, it’s now become something of a contest (battle?) between the American zoo-world, and the American museum-world.

According to the IUCN, the mountain bongo and Rothschild giraffe face extinction in the wild if immediate efforts to reintroduce zoo-bred offspring aren’t successful.

I had just started my safari businesses in the 1970s when we routinely saw both animals on each and every safari. The bongo appeared nightly at The Ark and other tree hotels, and we often stopped on any rural road anywhere in Laikipia and could see a Rothschild.

This is as big news for Africa as the demise of the polar bear is to North America. The Aberdare National Park’s insignia continues to be the bongo. So in my life time, two large poster animals have almost disappeared.

There are plenty in zoos. Why can’t we just … put them back? Well, we tried. And failed. So far.

There is more hope for the Rothschild than the bongo. The Rothschild is living and breeding well in several places in Kenya, especially Lake Nakuru National Park. The problem is that these are not truly wild ecosystems: animal movement in or out of Nakuru was stopped when it was fenced more than 15 years ago.

There are 65 Rothschild in Lake Nakuru. There is a population twice as large in the unenclosed Ruma National Park (formerly “Lambwe Valley”) adjacent Lake Victoria in Kenya’s remote western province.

But small 50-square mile Ruma is considered critically threatened by encroaching farmland. It’s hard to get to so draws few tourists and so no revenue for wildlife management. And it’s surrounded either by the waters of Lake Victoria or densely populated areas: not a real fence, but a human fence.

There may be an additional 600 animals in various, remote and scattered places in the wild in Kenya, Uganda and the southern Sudan. But definitely no more. Uganda’s remote Kidepo National Park may hold the healthiest population.

American zoos have bred Rothschild giraffe extremely well but none are being exported back to East Africa, because of the embarrassing debacle of trying to do so with bongo. Eighteen bongo were sent to Kenya for reintroduction in 2004 but they have yet to be reintroduced into the wild.

The bongos came from Busch Gardens, Disney’s Animal Kingdom, the Houston Zoo, the Cape May County Zoo, the International Animal Exchange, the Jacksonville Zoo, the Los Angeles Zoo, the Peace River Refuge, the Rare Species Conservatory Foundation, the San Diego Zoo, the St. Louis Zoo, the Virginia Zoological Park, and White Oak Conservation Center.

Big consortium. Cost lots of money. And six years later the bongo is in worse condition than before. There are now only 103 bongos left in the wild. In 2004 when the zoos made their move, there were about 200.

Half the wild bongo population lives in the Aberdare National Park and I’m still lucky enough about every 3 or 4 visits to see one. The other half of the population is scattered in Kenya’s unprotected forests and on Mt. Kenya.

The penned-up for-reintroduction 18 bongos are something of a sore spot among us non scientific wildlife enthusiasts. But officials argue that simply releasing zoo animals into the wild is a near death sentence. They must be taught to fend for themselves – no easy task – and they must develop an acute vigilance against predation, also hardly a cinch.

But you’d think if six years weren’t enough schooling for zoo animals to learn the wild ways that they wouldn’t have been sent to Kenya in the first place. For Pete’s sakes, give them to Spielberg!

Bongo declined rapidly in the 1980s because of encroaching human populations around the giant Aberdare reserve that forced lions from the savannah into its altitudes. Lions don’t normally live in rainforests: No zebra or wildebeest up there, but the 300 kg bongo is just as tasty.

In less than a decade, the lions were eating the bongo to extinction, until the lion were forcibly removed from the Aberdare, and the Aberdare was then fenced.

So why not just drop them back into the Aberdare, now? The park is fenced and there are no lion!

Because those 18 bongos, (as well as another 500 bongos still kept in worldwide zoos), all came from a single wild population extracted from the Aberdare in the 1960s. It’s feared the inbreeding would be as devastating as lion.

Didn’t anyone know this before buying their airline tickets in 2004?

According to a press statement issued a few weeks ago by the Kenya Wildlife Service, The American Natural History Museum has now become involved, an interesting assertion that American zoos couldn’t muster enough good science to figure this out in the last six years.

ANHM will supposedly run critical DNA science on both the Kenyan-held, zoo-held and wild populations to help KWS decide where to go from here.

I hope it isn’t back to Orlando.