maximios

An overview of BORA’s work in pictures (click on an image for more information)

KOTA KINABALU: Sabah’s only hope to save its critically endangered Sumatran Rhinos is to have the planned in vitro fertilization (IVF) programme to proceed as soon as possible, or start finding alternative methods.

Borneo Rhino Alliance (Bora) executive director Datuk Dr John Payne, who is among those trying to get help from the Indonesian government for this purpose, said he and a team of researchers will not stop asking Indonesia for help until they succeed.

However, according to a Mongabay online report, the Indonesian government has decided to put off the plan due to technical reasons among others.

Bearing in mind that Sabah’s last two rhinos – Iman (female) in her 20s, and Tam (male) in his 30s – could be dead before help actually arrives, Dr Payne said they have no choice but to keep pushing for it.

“These rhinos are at the brink of extinction and if we really care about this species, we must put whatever differences aside and just think of the Sumatran Rhinos’ future above all else,” he said.

“We will continue and persistently try to get Indonesia to work together for this purpose, we can only hope that the person in charge of this at the moment can understand how crucial the matter is,” Dr Payne said.

He said the current head of biodiversity in Indonesia was a woman veterinarian and he prays she would take a more intelligent approach in this matter and help save the dying species.

If all else fails and Sabah’s two remaining rhinos die, he said the next thing possible was to use preserved living genomes as cell cultures and as frozen gametes in the hope that future developments in cell biology can make use of those to make embryos.

“We can also go for cloning but of course there are ethical matters involved and I am not sure if we are ready to go as far as this,” Dr. Payne said.

The Mongabay report also said that among the reasons the Indonesian government has decided to put the plan on hold was because Iman could not produce viable eggs.

“But we have been trying to get sperm from the Indonesia rhinos for so long and there has always been some sort of ‘reasoning’ for it,” Dr Payne said.

Iman and Tam are not able to mate as Iman is still recuperating from uterus cancer and Iman’s sperm is of poor quality due to old age.

The animals are already considered extinct in the wild in Sabah, whereas there is an estimated less than 100 of them left in Kalimantan, Indonesia.

Sabah Tourism, Culture and Environment minister Datuk Christina Liew said the state will not give up and would continue asking Indonesia for assistance while sourcing for alternative methods.

Sabah Wildlife Department director Augustine Tuuga said the department was also working closely with Bora and other agencies to prevent Sabah’s two remaining rhinos in captivity from going extinct.

“Our team has monitored the grounds with the hope of spotting any new or live rhinos in the wild, but there is none,” he said.

Read the article on The Star Online.

PETALING JAYA, Malaysia, March 20, 2006 (ENS) – Poaching has reduced Malaysia’s population of Sumatran rhinos to just a small group plus a few individuals clinging to survival in the state of Sabah on the island of Borneo, according to an extensive field study conducted in 2005.

Teams from nine government agencies, nongovernmental organizations and academic institutions were able to find just 13 animals in the state of Sabah.

The survey of Sabah’s rhinos involved about 120 people in 16 teams. It was conducted by the Sabah Wildlife Department, Sabah Forestry Department, Sabah Parks, the Sabah Foundation, WWF-Malaysia, the Kinabatangan Orangutan Conservation Project, SOS Rhino, University Malaysia Sabah, and Operation Raleigh.

A few individuals still survive in other parts of Sabah that were not covered by the study, the researchers said. Rhinos on the Indonesian side of Borneo and in the Malaysian state of Sarawak are believed to be extinct.

Today, Sumatran rhinos are found only in widely scattered areas across Borneo, peninsular Malaysia, and the Indonesian island of Sumatra.

The smallest of the five rhino species, Sumatran rhinos are about at 4.5 feet tall and weigh about one ton. It is the only Asian rhino species with two horns.  There are believed to be fewer than 300 Sumatran rhinos left in the world and they are considered one of the most endangered rhino species because of the intensity of poaching.

Rhino horn carries a high price on the black market, where it is sold for use in traditional Asian medicines.

Previous estimates of rhino numbers had suggested there were 30 to 70 rhinos on the island of Borneo, all in Sabah.

“Poaching has decimated Borneo’s once-healthy rhino population, but we were heartened to find that a few individuals have managed to cling to survival,” said Raymond Alfred, of WWF-Malaysia. “Conservationists and Sabah government agencies are working hard to ensure this small population is protected and can grow.”

To conserve the few animals that remain in Sabah, WWF and Malaysian authorities have launched rhino protection units to patrol the area where the 13 rhinos were found.

Because poaching is such a threat to this species, the survey results were not released until strong protection measures could be put in place in the areas where the rhinos are found. Those security measures were recently installed.

In February, WWF-Malaysia and partners launched a five year project called Rhino Rescue, which will organize rhino protection units and other activities to deter poaching.

Partners with WWF-Malaysia in this effort to protect Borneo’s remaining rhinos are the Sabah Wildlife Department, the Sabah Foundation, S.O.S Rhino and the U.S. Fish and Wildlife Service.

Untouched forest the state of Sabah in Malaysian Borneo (Photo courtesy University Malaysia Sabah) “The results from the survey of Borneo’s rhinos are crucial additions to our scientific understanding of the species,” said Dr. Christy Williams, of WWF’s Asian rhino program. “We believe this population may be viable and could recover if their habitat is protected and the threat of poaching is eliminated.”

WWF aims to assist Borneo’s three nations – Brunei, Indonesia and Malaysia – to conserve the Heart of Borneo – a total of 220,000 square kilometers of equatorial rainforest – through a network of protected areas and sustainably managed forest, and through international co-operation led by the Bornean governments and supported by a global effort.

Sabah and the forests of the Heart of Borneo still hold vast stretches of continuous natural forests, which are some of the most biologically diverse habitats on Earth, with high numbers of unique animal and plant species.

This is one of the world’s only two places where orangutans, elephants and rhinos still co-exist and where forests are still large enough to maintain viable populations. The other place is Indonesia’s Sumatra island.

The species of rhino in Borneo, commonly called the Sumatran rhinoceros, Dicerorhinus sumatrensis, is considered to be a separate subspecies, D.s. harrissoni, from the other Sumatran rhinos.

The rhinos feed on the leaves of a wide variety of seedlings and young trees. Unlike other rhino species and other large herbivorous mammals in Borneo such as elephant, wild cattle, and deer, the Sumatran rhino is a strict forest dweller that ventures out of forest cover only inunusual situations.

Other threatened wildlife in Borneo includes clouded leopards, sun bears, and three species of leaf monkeys found nowhere else on Earth.

When humans are in the middle of a particular era, whatever we see and think and talk about seems normal, rational and even scientific. So it is with the prevailing human view of wildlife conservation.

Human eras are made up largely of prevailing fashions. And fashions are just fashions. How to save endangered wildlife? An obvious first response might: protected areas, such as national parks. This concept has its origin in the late nineteenth century and remains popular, even though theory and practice show that protected areas covering, say, 10% of whatever habitat was originally present can save only about 50% of the original species.

This weakness in the effectiveness of protected areas has led to a currently fashionable concept of “wildlife corridors” – even though favourite target species such as orang-utans and elephants might do better with creation respectively of habitat “stepping stones” and refuges between forests, or grasslands rather than forests. In many countries, privately-owned land is essential to saving endangered species, whereas in Malaysia and Indonesia governments frown on such an idea and instead insist that governments must control natural forests and endangered species.

Large mammals are at particular risk of extinction and have always been so after the emergence of humans. In the late nineteenth century, species such as African rhinos and American bison were saved from extinction by a few individuals who captured some of the last remaining animals and moved them on to privately-controlled lands, unimpeded by governments and conservation NGOs. But since then, the entire world has been divided up among nation states which now effectively control passionate private conservation efforts, as well as NGOs which increasingly tend to prefer global stakeholder consultation and bureaucracy over small focused projects driven by passionate individuals.

The European bison are a species brought back from extinction through a successful captive breeding programme.

The magnificent European bison, bigger than the Dicerorhinus (Sumatran rhino) and extinct in the wild by 1927,was saved from extinction by passionate individuals, mainly in zoos, who made sure that the then 55 remaining captive European bison were managed to boost birth rate. Now  over 5,000 European bison are alive, most living free-ranging in essentially natural habitats.  Try suggesting that approach nowadays as a way to save an endangered large mammal, and most governments, egged on by conservation NGOs and social media, would be on your back and put a stop to the idea. There are occasional exceptions, such as the case of the Californian condor, but these can happen only when a few very competent, brave and passionate individuals decide to make a stand, and do whatever is necessary to fight the prevailing view.

One of the great wildlife biologists of the twentieth century was Australian Graeme Caughley, who saw the management of wildlife populations as systems to be analysed, and wildlife conservation to be a sub-set of wildlife management. His early death in 1994 put an end to the emergence of an important  theoretical basis of huge potential for how to tackle small and declining wildlife populations. Instead, after 1994, and with the emergence of social media, wildlife management has largely become wildlife “rescue”, heart-warming and laudable, but mainly anecdotes and nice pictures that have no big picture plan and little to do with preventing extinctions.

One of the pioneers in attempts to use advanced reproductive technology, such as in vitro fertilization to boost birth rates in order to help prevent the extinction of critically endangered species, was David Wildt. In 1986, Wildt argued that such technologies could be used but only if natural reproduction is no longer adequate. For over a decade this view seemed to hold promise for species close to extinction. By 2001, he had turned against technology. He felt not only that progress on this front would be slow and expensive, but that effort would be better spent on a more holistic and customized approach.

This viewpoint makes good sense, and the emerging fashion for advanced reproductive technology was quickly abandoned globally for wildlife, even though implementation of the idea has flourished in humans, cattle and horses, because of the profit-making potential. This rejection of reproductive technology has been to the great detriment of Dicerorhinus (Sumatran rhino, the most endangered mammal genus), however, a genus where poaching and habitat loss have for many decades been wrongly identified as the main threats. Instead, the main threat since the 1950s has been not enough births. Simulations of Dicerorhinus (Sumatran rhino) populations have shown that in order to survive long-term the population has to be a minimum of 30 individuals with an inter-birth interval of three years for all mature females. The last such population was probably in the mountains of northern Sumatra in the 1960s. Since then, all wild Dicerorhinus rhino “populations” have simply been small, non-viable groupings.

Yet despite that, governments, IUCN and all the mainstream conservation NGOs have insisted that the genus be kept in the wild, doomed to extinction, but relying on hope and “awareness” to magically go against the inevitable. If ever there was a need to develop advanced reproductive technology as quickly as possible in order to save a genus, that need applies to Dicerorhinus.

The only possible way to prevent this genus’ extinction now is to make an all-out effort to maximize births per year. And to do that, at the minimum, as many of the remaining wild Dicerorhinus rhinos need to be brought into fenced, managed facilities, with fully fertile individuals managed to produce babies, and artificial insemination and in-vitro fertilization tried on the less fertile ones until the techniques are perfected. The first successful births in 2015 in USA of domestic dogs from in vitro fertilization and embryo transfer, as well as well-established success in humans, cattle and horses, surely provides backing for this way of thinking.

This is what we are at BORA are doing. Finding salvation through science for our last three remaining Dicerorhinus rhinos. But with this process never been successfully done before for any rhino species, we are working against the odds. If Indonesia were to join these efforts, humanity and the rhinos can achieve success much faster than we, BORA, could do alone.

– John Payne 25 September 2016

Other commentary

Comment: What we now know; what we need to do next

Tragic death of Sumatran Rhino points to the need for a single species recovery programme

Indonesia’s participation is imperative to saving the Sumatran Rhino

Reproductive technology (and understanding of experimental psychology) needed to save a critically endangered rhino

Borneo Sumatran rhino Puntung in her temporary enclosure in the Tabin forest.

It is hailed as a Christmas miracle which spells hope of survival for the almost extinct Borneo Sumatran rhinoceros. After three years of searching, the Sabah Wildlife Department and the Borneo Rhino Alliance (BORA) have announced that they have captured a young female one in the Sabah rainforest. Named “Puntung”, she is between 20 and 30 years old. And she has been airlifted into a forest enclosure of 20 hectares in the Tabin Wildlife Forest Reserve where she is expected to mate with Tam, a 20-year-old rhino which was rescued in 2008 while wandering in an oil palm estate.

“It is an ideal age for breeding,” says Junaidi Payne, executive director of BORA. But previous attempts in the 1980s and 90s to breed Borneo Sumatran rhinos in captivity failed. Payne is “cautiously optimistic” that this time it might succeed.

He notes that they don’t seem to mate in the wild. “We have monitored her since 2007 and there is no sign that any other rhino has entered her range in the past five years,” Payne says.

Nobody knows how many Borneo Sumatran rhinos remain; but wildlife officials say there may be less than 40 of them. – Insight Sabah (29 Dec 2011).

The Ministry of Environment and Forestry claims there are 63 Javan rhinos in Ujung Kulon National Park in Banten, West Java, and 100 Sumatran rhinos in Kerinci Seblat National Park between four provinces — Jambi, Bengkulu, West Sumatra and South Sumatra .

“As the population of Sumatran rhinos in the wild is reaching critical levels, conservation efforts in Indonesia need to be directed towards semi-natural breeding programs, as habitat protection alone is not enough to save them,” WWF Indonesia conservation director Arnold Sitompul said in the statement.

In 2015 the government launched a drive to protect wildlife and set a target population growth of 10 percent by 2019 for 25 of the country’s near-extinct species.

WWF Indonesia will celebrate World Rhino Day on Sept. 22 at the Global March for Rhinos in Banda Aceh, Aceh, on Saturday with a series of educational events and newborn Javan rhino calves as the main attraction at Ujung Kulon park.

Read the original article here

The Star Online, 20 May 2019

KOTA KINABALU: The health of Malaysia’s last surviving male Sumatran rhino is fast fading.

Struggle to heal: Tam being cared for by his caretakers at the Tabin Wildlife Reserve in Sabah

Sabah Wildlife Department director Augustine Tuuga said serious concerns were growing over the health of the rhino named Tam, whose appetite and alertness had declined abruptly since late April this year.

“It is now well into old age for a Sumatran rhino,” he said in a statement yesterday.

“It is receiving round-the-clock attention and medication. Tests are ongoing but it seems that one or more of its internal organs are not functioning well,” added Tuuga.

After a week of being fed and befriended by the department staff, local non-governmental organisation SOS Rhino (now known as the Borneo Rhino Alliance) and WWF-Malaysia, Tam was coaxed into a crate, and brought to facilities in Tabin Wildlife Reserve, where he has lived ever since.

Tuuga said Tam had always been a favourite of the people who worked with it or visited it due to its calm and steady manner.

However, hopes to find a mate for Tam were dashed when female rhino Puntung, captured in 2011, was found to have multiple cysts throughout its uterus, and Iman, captured in 2014, was found to have massive uterine fibroids.

These illnesses are a reflection of too few rhinos and insufficient breeding success during the last decades of the 20th century.

Puntung was euthanised in 2017 because of painful and incurable cancer.

Since 2011, all efforts in Malaysia to save the species from extinction have focused on the application of advanced reproductive technology, including in vitro fertilisation attempts as well as collaborating with Indonesia.

To date, neither have met with success.

Rhinos have not been seen in Sabah’s jungles for over a decade.
Read the full article here

26 June 2016, checking the condition of Iman’s uterus and leimyoma tumours prior to oocyte harvest. Left to right, Dr Robert Hermes (IZW sperm specialist), Professor Thomas Hildebrandt (IZW reproductive team leader) and rhino keepr Hassan Sani.

Capturing Sumatran rhinos was one thing. Keeping them alive turned out to be another thing entirely. 

An article by Jeremy Hance published in Mongabay by 24 SEPTEMBER 2018

• An agreement to launch a captive breeding program was brokered in 1984. By 1985, key participants began pulling out, including the Malaysian state of Sabah.
• Despite the setbacks, efforts to capture rhinos quickly got up and running. Keeping the animals healthy proved to be a much greater challenge.
• By 1995, nearly half of the 40 rhinos caught were dead, and none of them had successfully bred in captivity.

This is the second article in the Mongabay four-part series “The Rhino Debacle.” Read Part One here.

No one knows when humans first encountered the Sumatran rhinoceros, the smallest, hairiest, most loquacious and arguably strangest of all living rhinos. But that initial face-to-face probably occurred some 60,000 or 70,000 years ago as humans first pushed their way across the Asian continent and reached what are today the forests of northeast India.

It probably didn’t go well for the rhino. Those early migrants must have been adept hunters to survive, and their first real interaction probably ended with rhino meat roasting over a fire.

Early human hunting of Sumatran rhinos isn’t speculation. Scientists have found their bones in the Niah and Madai caves in Borneo, leftovers from a Pleistocene hunt. A recent study also found that Sumatran rhino populations plummeted during the Pleistocene. While the researchers believe the decline was due to climate change and subsequent habitat loss, they also note hunting may have played a part. It’s hard to imagine it didn’t, given the role of human hunting in wiping out other megafauna worldwide. Whatever was responsible, by the end of the Pleistocene, only 500 to 1,300 Sumatran rhinos were left.

Nine thousand years later, a small group of humans were doing something very different from their forebears. They were trying to catch Sumatran rhinos — not to roast them over fires or chop off their horns for sham medicine, but to breed them in captivity. They hoped to ensure the survival of this ancient mammal that had split off from all other living rhinos a shocking 20 million plus years ago.

“The Sumatran rhino is in all essence, in all sense a living fossil. It’s been around relatively unchanged since the Oligocene period,” says Ed Maruska, director of Cincinnati Zoo from 1984 to 1994, when it ran a rhino captive-breeding program.

This means losing the Sumatran rhino cannot be compared to the potential extinction of any other rhino species, as it represents a distinct genus, evolutionarily cut off from all other living mammals by around 25 million years.

Things Start to Fall Apart

At the conclusion of a 1984 meeting in Singapore on Sumatran rhinos, conservationists had a bold, international, cooperative agreement that they hoped would establish a large and secure captive population for the species, ensuring it would never vanish from the face of the Earth — even if it vanished from the wild.

Teams in Peninsular Malaysia, the state of Sabah on Malaysian Borneo, and in Indonesia’s Sumatra Island would attempt the capture of so-called “doomed” rhinos, i.e. those left over in forests, often slated to be cleared, where they were unlikely to survive in the long term. These animals would then be split up into breeding pairs between Malaysia, Indonesia, two zoos in the U.K. and four in the U.S. The agreement included funding and technical assistance from the U.K. and U.S., and was predicated on the idea that decisions were always to be made with an eye toward what would be best for the species.

“There was a lot of optimism, hope and expectation in the early days that a captive propagation program … could be successfully developed,” said the plan’s architect, Tom Foose, in a 2000 Animal Planet documentary titled “The Last Rhino.” “We were reproducing three other species of rhinos in captivity and so there was every reason to expect we would be able to achieve the same kind of success with the Sumatran rhino.”

But this grand plan began to unravel with remarkable rapidity.

First, two of the zoos that had initially showed interest — Miami Zoo and the National Zoo in Washington, D.C. — dropped out due to the high costs.

Then things went sour in Sabah. In 1985, elections sent the ruling party, in power for nine years, out into the cold.

A rhino captured in Malaysia crated and loaded on a truck for transport. Within a few years of the 1984 meeting, Malaysia decided not to send rhinos to zoos in the U.S. or U.K. Image by Mohammed Khan bin Momin Khan.

“All the new ministers decided, ‘We don’t need to work with foreigners, we’re perfectly able to do things ourselves, we’ll save the rhino,’” says John Payne, who was with WWF-Malaysia at the time in Sabah, and now runs the Borneo Rhino Alliance (BORA).

Sabah’s Forestry Department had favored the plan and argued for preserving it. But once the news broke that Sabah would be sending a few pairs of rhinos abroad, several local NGOs protested, the public raised a fuss, and eventually the new government pulled out of the agreement.

“Sabah was the first to blink,” Payne says. “Basically, it was a disaster, right? It meant … all the previous discussions are a waste of time, at least as far as Sabah was concerned.”

Next, Peninsular Malaysia, which already had one rhino housed at Malacca Zoo, showed no interest in sending any of its rhinos to either the U.S. or U.K. At the time, experts estimated Peninsular Malaysia had 50 to 121 rhinos, though the real number was probably lower.

“I was in favor of sending our rhinos to the States,” says Mohammed Khan bin Momin Khan, at the time the director general of the Department of Wildlife and National Parks of Malaysia. “[But] the Malaysian public and many in the department were against [it]. They are still. The hue and cry was too great. They were wrong as the Americans were really good friends and very closely worked with me.”

This graph depicts the lifespan in captivity of Sumatran rhinos that ended up in facilities in Malaysia, according to their final place of residence. Of this group, the only rhino to give birth in captivity was Rima, who was pregnant when she was captured. Tam and Iman are still alive, and are currently the only Bornean rhinos in captivity. Image by Willie Shubert/Mongabay

The reluctance in both Sabah and Peninsular Malaysia to share rhinos meant that, in the end, U.S. and U.K. zoos could only depend on one population of rhinos: those from Sumatra. John Aspinall, who owned two zoos in the U.K., already had a deal with Indonesia. After losing access to Malaysia’s rhinos, the newly formed Sumatran Rhino Trust, based in the U.S., signed a similar agreement.

But who would get the first rhinos? There were four U.S. zoos with a stake in it, all clamoring for a chance.

The zoo directors did the only thing that seemed fair: they drew straws. Cincinnati got the longest, then the Bronx Zoo, then San Diego Zoo. Los Angeles Zoo drew the short straw.

“Warren Thomas [director of L.A. Zoo] was infuriated that we got the pair of animals and he didn’t,” Maruska says. “In fact, he called me on the phone. He said, ‘I want that female.’ I said, ‘No way.’ ‘Well, I want to breed rhino,’ he said. I said, ‘So do we and we will.’”

The first rhino arrived in the U.S. in November 1984, wintering in L.A. before heading on to Cincinnati.

The U.S. zoos hoped to get 20 to 25 rhinos; they ended up with seven.

Catching rhinos

Even as the cooperative plan unraveled, one thing progressed: catching rhinos.

On Peninsular Malaysia, Khan and his team caught two rhinos in 1985 and two more in 1986.

Led by mammal-capturing expert Tony Parkinson, teams in Sumatra caught their first rhino in Riau province in 1985, just 11 months after the meeting. The rhino, dubbed Torgamba, was a massive male who would survive an astounding 26 years in captivity, making his way to the U.K. in 1986 and eventually back to Sumatra.

Parkinson and his team caught five more rhinos in the wilds of Sumatra the next year, though one died during capture.

Sabah was far slower in capturing rhinos, in part due to its political changes. The first rhino in Sabah was caught in March of 1987. But it was injured in the trap and died at the scene.

“There was no expertise at all,” Payne says of the team put together to catch the first rhinos in Sabah, which had eschewed all international assistance and advice. “So, the first rhino died in a pit trap. It was sort of around that time that I lost interest and thought there was no point to continue.”

Payne would take a break from rhinos until he got involved again in 2007.

A transport crate prepared for one of the rhinos captured in Peninsular Malaysia. Image by Mohammed Khan bin Momin Khan.

A second rhino was caught nearly four months later; this one survived.

“We were scared as no one had seen [a] Sumatran rhino in the wild [for] more than a few minutes,” says Khan of the early days trapping the one-ton animals. “Capturing these animals will put them in great danger.”

Of the 40 captures from 1984 to 1995, three rhinos died due to injuries from the traps: two in Sabah and one in Sumatra. Khan didn’t lose a single rhino in a trap.

However, those rhinos that survived capture did not thrive in captivity. Even as more rhinos were being caught, the death toll was quickly mounting.

By Jan. 1, 1990, eight of the 26 captured animals were already lost — a mortality rate of 30 percent.

This graph depicts the lifespans in captivity of wild-caught rhinos held in facilities in Indonesia. Bina is the only survivor of the original capture program. She lives at the Sumatran Rhino Sanctuary in Way Kambas along with Rosa, Ratu and her two calves, and two male rhinos bred in captivity at the Cincinnati Zoo. Image by Willie Shubert/Mongabay.

Stacking mortalities

The “cause of death” column for the Sumatran rhinos caught between 1984 and 1995 makes for some grim reading: strangulation, hindgut obstruction, cancer, fallen branch, poor diet.

While conservationists could catch rhinos, they had a far harder time keeping them alive. In the wild, the species is estimated to have a lifespan of 35 to 40 years; on average, the animals caught during this period survived less than nine years in captivity.

There is only survivor left from this period alive today: Bina. Residing at the Sumatran Rhino Sanctuary (SRS) in Way Kambas National Park today, she’s been in captivity for 27 years. Conservationists are still trying to get her to breed.

But why did so many rhinos die? Experts point to several reasons. First, because conservationists were catching only so-called doomed rhinos, many of the rhinos caught were probably older and part of populations that had long been facing genetic decline and catastrophe.

“’Doomed rhinos’ tend to be the last dregs, right? The very last one, two or three before the [population] dies,” Payne says.

This graph illustrates the date of capture, and time and place of death, of the Sumatran rhinos that were captured in Indonesia and brought to the United States as part of captive breeding efforts. Ipuh (male) and Emi (female) were the only pair to successfully breed. Image by Willie Shubert/Mongabay.

Making matters worse, zoos and sanctuaries fed the rhinos all wrong in the beginning. They were accustomed to caring for black and white rhinos, grazing species that do well on hay, were ignorant of how to cater to the Sumatran rhino’s particular needs. “I think there likely was a sentiment that a rhino was a rhino was a rhino,” says Susie Ellis, the head of the International Rhino Foundation.

Keepers at first fed the Sumatran rhino as if it were a white rhino, a species not even in the same genus.

“San Diego immediately lost their animal due to … twisted gut syndrome,” Maruska says. “It’s the same thing that happens in horses when they’re overfed grain. They were feeding their animals buckets of grain.”

Maruska’s zoo, Cincinnati, faced the same issues. Paul Reinhart, the zoo’s Sumatran rhino keeper at the time, says the first rhino sent to the U.S., a female named Mahatu in 1989, “didn’t thrive here.” She died just three years after her arrival.

“We didn’t know much about the Sumatran rhino, not many people did,” Reinhart says. “We assumed you could keep them like Indian rhino and like black [rhinos], feed [them] high-quality alfalfa grain, browse … and that was not the case, not even remotely the case … The animals didn’t thrive in captivity until we logged on to feeding them large amounts of browse, which we got from San Diego and Florida.”

As tropical rainforest animals, Sumatran rhinos, it turned out, didn’t eat grasses, but leaves and branches whole. They tend to pull vegetation into their mouths, and just chomp away until it’s all gone.

Ipuh lived at the Cincinnati Zoo for 22 years until his death in 2013. His remains are still on display in Cincinnati. Photo courtesy of the Cincinnati Zoo.

In 1991, Ipuh, a male, arrived at Cincinnati Zoo. He was already looking wan, so Cincinnati Zoo called San Diego Zoo to ask for some “browse,” i.e. trimmings of ficus trees growing around the zoo.

Reinhart says that when the keeper hosed off the branches, Ipuh responded immediately: standing up and coming over to smell the fresh branches.

“It took him about a year and a half to really come back to where he needed to be,” Reinhart says.

Another issue was disease. The rhinos, probably older and genetically inbred, were dealing with cancer, eye problems, iron storage disease, parasites, and in some cases bacterial infections. In a 2013 paper, Abdul Hamid Ahmad, John Payne and Zainal Zahari Zainuddin argued that some of the mortalities to disease could have been avoided.

“Most egregious of all, basic hygiene was generally poor [in Malaysian facilities], with at least some Sumatran rhinos kept for long periods in facilities that lacked basic hygiene protocols and biosecurity measures, and lacked experienced veterinary care,” they wrote.

As an example, the paper noted that treated piped water was only brought into Malacca Zoo for the Sumatran rhinos after two animals had died.

“I think a lot of … rhinos died through bacterial infections that could have and should have been treated with antibiotics but never were,” Payne says.

There were also accidents. A female named Melintang accidently strangled herself in an improperly constructed fence after being gifted to Thailand. A male named Tanjung was killed by a fallen branch — something that could have happened in the forest as well. Another male, Bulud, escaped his captors after only four months; he was never caught again.

Sungai Dusun

The worst 18 days for Sumatran rhino conservation came in October and November 2003. Five rhinos, four females and one male, died at the Malaysian Sumatran Rhino Centre in Sungai Dusun.

A male rhino, Shah, had died there a year earlier, followed by a female, Rima, just that April. Then, on Oct. 28, Seputin, a female, was found dead. Eleven days later, Ara, the only male, died. The next day, a female named Panjang died. The last two females, Minah and Mas Merah, died the following week.

With them went the entire captive population in Peninsular Malaysia.

“It was most painful to watch the great sufferings leading to the deaths of these precious animals,” Khan says.

No one knows for certain what happened. But two competing theories have taken root. One: that the animals died of trypanosomiasis, a type of parasite spread by biting flies.

“I would say that we have a lot of evidence indicating they died of trypanosomiasis,” says Terri Roth, a rhino expert and head of CREW, a research facility at Cincinnati Zoo, who was co-author of a paper that laid out the evidence a year after the tragedy. Roth and others believe that nearby water buffalo, which often waded in a canal that ran adjacent to the center, may have been the source. Flies may have bitten the water buffalo and then bitten the rhinos as well.

The other theory is that the animals died of bacterial infections, such as E. coli and pneumonia. According to the paper by Ahmad, Payne and Zainuddin, trypanosomes probably only infected the animals after their immune systems had already been weakened by E. coli and pneumonia due to allegedly poor management at the facility. Otherwise, they argued, why didn’t trypanosomiasis kill these animals during the 18 years prior?

“The conclusion that trypanosomes were the cause of the [Sungai Dusun] deaths may have been reached erroneously, in order to allow parties involved to avoid responsibility for chronic poor hygiene in the facilities,” the paper concluded.

Officially, the cause of death has been listed as trypanosomiasis.

All but one female mated with a male at Sungai Dusun, notes Terri Roth who visited the facility and says the rhinos appeared to be well cared for. Image by Terri Roth.

“I visited the Sumatran Rhino Conservation Centre at Sungai Dusun several times,” Roth says. “In general, the facility was nice, the rhinos appeared healthy, well cared for and in good body condition.”

She says the staff had succeeded in mating the males with the females, but without a successful birth due to fertility problems.

“I believe Sungai Dusun has received much undeserved criticism due to its tragic ending,” she adds. “Sure, it was not perfect, but it was a decent facility where rhinos frequently mated.”

After the center lost all of its rhinos, Sungai Dusun switched to housing Asian tapirs. In 2010, seven tapirs died of E. coli and pneumonia.

Whatever, the cause of the tragedy at Sungai Dusun, it highlighted a salient point: housing too many endangered animals in one area is incredibly risky.

“That’s why we worry so much about something like that happening at the Sumatran Rhino Sanctuary [in Way Kambas] because those rhinos are close enough [in] proximity that if one gets sick with something like that, it could spread very quickly,” Roth says.

The fallout for Malaysia was swift and large.

“Tom [Foose] thought that we were sabotaged and withdrew the [U.S.] funds,” Khan says. “I crawled to find money and by 2010-2011 our rhinos were thought extinct.”

Where Did it All Go Wrong?

By 1995, the captive-breeding rhino program looked doomed. Forty animals had been caught — 12 from Peninsular Malaysia, 10 from Sabah and 18 from Sumatra. And a shocking 19, nearly half, were dead. And this was before the disaster at Sungai Dusun.

Exacerbating this failure, the program hadn’t produced even a single calf 11 years after the landmark meeting in Singapore — even though the entire goal of the program ostensibly was to create baby rhinos. In 1993, the Sumatran Rhino Trust, once such a promising endeavor, went belly-up.

Not only did the program look doomed, it looked like a conservation embarrassment.

Payne says he believes the original sin of the captive-breeding program was its commitment to only taking animals out of populations that were already destined to vanish because of either too few rhinos or impending logging and agriculture. This, he says, was at once politically expedient and a good cover against critics who argued rhinos shouldn’t be removed from the wild. But it also meant conservationists were removing rhinos that were more likely to be old, genetically inbred, and hadn’t seen another living rhino in ages.

“It was a fateful flaw right from the beginning to only catch doomed rhinos because it was all the trash, old, [reproductively] unfit ones that were then going to be captured,” Payne says.

Puntung, pictured here with veterinarian Zainal Zainuddin shortly after her capture in 2011, was euthanized in 2017. Suffering from cancer, she was estimated to be around 25 when she died. Image courtesy of BORA.

Many of the females caught already had or quickly developed reproductive issues, including uterine tumors, likely due to going without breeding for so long. Rhinos, even in large protected areas, had simply become too few to find each other, according to Payne.

“People assume the rhinos know where each other are, and they’re humping each other. Of course they don’t … They just live out their life there … without ever breeding,” he says.

Over time such tumors made the females totally infertile. The males, meanwhile, may have arrived already aged, with low sperm counts.

“You can’t have a successful breeding program if you don’t have reproductively viable animals,” says the International Rhino Foundation’s Ellis, noting that when the SRS in Way Kambas started in 1996 it didn’t have any breeding success until 2005, when it got a young female, Ratu, from the wild.

A bridge and crate used to transfer captured Sumatran rhinos during the original program in 1984. Image courtesy of Francesco Nardelli. Targeting such small populations for captive breeding also led to extreme gender imbalance in captivity. In Peninsular Malaysia, only two of the 11 adult rhinos caught were male. The situation was nearly the exact opposite in Sabah, where six males were caught (plus another two that died during the trapping), and only two females.

The trapping program in Sumatra was the only one that didn’t result in a gender imbalance: seven males to 10 females (not including one that died in the trap).

This gender imbalance was worsened by an unwillingness both to share the rhinos internationally or to combine subspecies. Had Sabah and Peninsular Malaysia been willing to mix their two different subspecies, they may have had more luck breeding, since Sabah had mostly males and Peninsular Malaysia mostly females.

Although the groups pledged cooperation and to do the best they could for the species, this didn’t always happen. For example, Malaysia, which had refused to send any rhinos to the U.K. or the U.S., sent one of its female rhinos as a gift to the king of Thailand in 1985. She died after one year, mateless, when she got caught in her fence at Bangkok’s Dusit Zoo and accidently strangled herself.  Sometimes, a single rhino would linger for years at a facility without a mate.

Melintang was captured in 1985 in Peninsular Malaysia. She was then sent to Thailand as a gift to the nation’s king. She died less than a year and a half after her capture due to unintentional strangulation in the fenced enclosure at Dusit Zoo. The bars were not the right width apart. Image by Mohammed Khan bin Momin Khan.

The decision by both Sabah and Peninsular Malaysia meant that zoos in the U.S. and U.K. had, at best, only a couple of rhinos to attempt any captive breeding.

“We didn’t have enough animals to work with. We had a small handful of them, but we had to learn all of this from these few animals,” says Maruska from Cincinnati Zoo, the first institution to actually achieve a birth. “If we could have had our full limit of the 25 animals, the program would have been … more apt to be successful.”

At the same time, feeding the animals the wrong food and trying to overcome disease meant many animals didn’t survive long. Erong, a male calf caught in Peninsular Malaysia in 1984, was an extreme example.

“Full cream milk was given by a ranger and he was told to stop it,” Khan says. “Erong was so young and could not digest the milk. I believe it was the cause of death … We looked and shudder[ed] in great fear as it died in front of us.”

Erong, a male calf caught in Sumatra was given full cream milk by a ranger. He died shortly after. Image by Mohammed Khan bin Momin Khan.

Much of this, of course, isn’t exactly shocking, given so little was known about this species in the wild. But the situation was exacerbated by what Payne calls “unhealthy competition” among institutions and an unwillingness to share information — a problem that some sources say continues to plague conservation efforts today.

Maruska also says they waited too long.

“It’s the same thing they did with the California condor, they wait till there’s a small number of animals and then it’s the last, last ditch attempt to [breed the species]. Instead of looking ahead.”

In 1995, at the height of the program’s problems, a new paper hit like a bomb. Alan Rabinowitz’s now classic “Helping a Species Go Extinct: the Sumatran Rhino in Borneo” eviscerated the decade-long strategy. A hugely respected conservationist, Rabinowitz, then with the Wildlife Conservation Society, harshly criticized the approach to Sumatran rhinos, which he wrote focused “time, money and effort” on captive-breeding efforts over protection in the wild.

“In Sabah, the easiest, most palatable, and most visible steps … were taken first,” he wrote. Habitat was only protected when it was “not controversial” and “caused minimal interference with ongoing logging activities and agricultural development plans.”

In the paper, Rabinowitz disputed the idea that many of the rhino populations were already doomed, calling such research “removed from the real world.” Instead, Rabinowitz said successfully protecting the species required tackling the threats of habitat destruction and poaching via more protected areas and more boots on the ground.

“The implication that captive breeding can save the Sumatran rhino makes the failure of in situ conservation less serious. This, in turn, helps create a self-fulfilling prophecy that wild [populations] have a low probability of survival,” he wrote.

Conservationists relied on makeshift bridges to capture rhinos in remote areas. Critics argue that more should have been done to protect these habitats. Image courtesy of Francesco Nardelli.

In the paper, Rabinowitz pointed out that by 1995 we still didn’t know how many rhinos were actually left — a fact still true more than 20 years later.

“While some of the blame … must be placed on the Indonesian and Malaysian governments, the rest of it falls squarely in the lap of international funding and conservation organizations,” Rabinowitz wrote, saying that NGOs had refrained from calling for anything difficult in order to avoid “becoming an unwelcome guest.”

Basically, conservation NGOs had bent over backward to agricultural and logging interests, a fact that still often proves true today.

In May this year, shortly before his death in August, Rabinowitz told Mongabay that his opinion of that early program hadn’t changed. However, he said what had changed was the situation today, both in terms of captive-breeding success and rhino populations on the ground.

In 1995, the last rhino for the captive-breeding program was caught in Sabah. His name was Malbumi. He would be dead in less than 18 months. The cause? Uncertain.

Read the full article on Mongabay.

The Sumatran rhinoceros is Malaysia’s rarest and most endangered species. Sabah now has the last known remaining small populations of this species in Malaysia, at Danum Valley and Tabin Wildlife Reserve, both in Lahad Datu District. What needs to be done has already been determined by government. The first need is to prevent the loss by poaching or by illegal traps of Sabah’s remaining wild rhinos.

The second need is to bring the few remaining rhinos which are not breeding to the Borneo Rhino Sanctuary, a managed fenced facility being developed at Tabin Wildlife Reserve. Dr Laurentius Ambu, director of Sabah Wildlife Department, recalling that only a decade or two ago, Tabin was a remote site with poor road access, said “The people who will be protecting, monitoring, rescuing and caring for rhinos need a comfortable place to stay”. This point was echoed by Datuk Junaidi Payne, executive director of the non-governmental organization named Borneo Rhino Alliance (BORA) in his briefing at the event. Yayasan Sime Darby pledged in 2009 to contribute RM5 million to development of Borneo Rhino Sanctuary over the period 2009-2012, as well as additional funds for management of wildlife in Tabin Wildlife Reserve. A part of those funds have been used to construct five units of staff accommodation at Tabin, with a total of fifteen bedrooms.

The accommodation, known as Rumah Gajah and Rumah Harimau Dahan, was officially opened on 12 November. Yayasan Sime Darby was represented by its chief executive officer Puan Yatela Zainal Abidin. Yayasan Sime Darby has pledged support for a wide range of programmes encompassing human welfare, education and sports, as well as conservation of the natural environment. At the same time, another house with six bedrooms, called Rumah Badak, funded by WWF-Malaysia and WWF-Germany was officially opened at Tabin, by WWF-Malaysia president Dato’ Seri Tengku Zainal Adlin in the presence of Dr Laurentius. Tengku Adlin noted that WWF-Malaysia, currently focusing attention on the Coral Triangle marine ecosystem and the Heart of Borneo forests, has had a long history of association with Tabin and rhinos.

The officiation of the buildings was witnessed by a variety of neighbours and agencies, including Lahad Datu District Office, Sabah Forestry Department and the Royal Malaysian Police Department, as well as Tabin Wildlife Resort, and the NGOs Sepilok Orang-utan Appeal and LEAP. In addition to Sime Darby, representatives of oil palm plantation companies included Tradewinds Berhad (Ladang Permai), Kuala Lumpur Kepong, PPB Plantations, IOI Plantations, Sabahmas, Tomanggong Estates and FELDA Sahabat. “All are neighbours to Tabin or other forest sites where rhinos occur and several are contributing “in kind” to the Borneo Rhino Sanctuary programme by way of support such as added security, help and accommodation for staff out on patrol, and even by supply of gravel for the rhino enclosure” said Datuk Junaidi.