Killer whales trapped in drift ice off the coast of Hokkiaido in Japan have got free

This pod of Orca have been trapped, with only this small opening to breathe from. Unlike other marine mammals, orca generally stay close to the surface, and breathe regularly, which can make this a death trap.

While Orca have been timed, holding their breathe for 15 minutes, they usually take shallow dives of up to a minute, or deeper dives lasting 3-4 minutes. While Orca can hit speeds of almost 30 miles per hour, this is usually only over short distances, and they could not sustain this for long under water – especially without being able to take a breathe.

Thankfully, in the last few hours, these animals have managed to get free.

Can simple changes help the Javan rhino recover?

Above is a fascinating video about a photographers journey to try to see this rhinos in the wild (spoiler alert, it was a success, as you can see from the thumbnail). The problem is that despite this video being from 8 years ago, the Javan rhino has not recovered a great deal in the intervening years.

So, when I say it has not recovered much in those years, what do I mean? Well in 2015 the Javan rhino population was estimated at 72, it is now thought to number 76.

A new study has suggested a number of idaes that might accelerate the recovery of this rhino.

These are captive breeding, and forest clearance to give more areas for the rhino to feed.

While the latter may well have some merit, the former may not. It should also be noted that currently 13 of the rhino show signs of inbreeding. So why not bring some of the remaining rhino into captivity, in order to breed? This has not proved highly successful in the past, and indeed often a number of individuals die in the early stages. With a population of just 76 individuals, we do not have spare rhino to gamble with.

Like the Sumatran rhino, the small population left in Java is a relict of a species which roamed a great area of Asia, until not that long ago. If we can save this Javan population there is a potential in the future to reintroduce them to a wide variety of countries in this part of Asia, both mainland and islands.

Will this happen? who knows

Is the Javan tiger extinct? Update on image

This is a post origially put out 2 years ago, however, I found the video had not worked, so here it is again.

There are still sizable areas of protected land in Java, and in 2017 a warden took the below photo.

 

 

Now it is hard to see it clearly, but to me I think it looks more like a leopard unfortunately

Now I am unsure about this picture but would be pleasantly pleased to be proved wrong.

If not, the Javan tiger is very similar to the Sumatran tiger. As such, with a recovery in the wild Sumatran population if a reserve is not suffering poaching, it would be possible to bring the tiger back to Java.

There has been no more sightings of this animal, which suggests that this sighting cannot have been real, but who knows.

It should be noted, that while rangers decided that it must be showing a leopard, this is still exciting. This is because, while a leopard is not a species declared extinct 48 years ago, the Javan Leopard is a species that is highly threatened. The current estimate of the population of this leopard species is between 188-571, most likely around 250 leopards is an accurate figure.

The video below is a clip filmed of the Javan leopard

Half of plantations in Indonesia’s palm oil heartland are illegal

I wrote in February about how an assessment had found that 20% of palm oil plantations were illegal (to read click here). This latest assessment suggests that in its heartland, half are illegal. Riau province is this heartland. Illegal plantations within this area cover an area almost as large as Hawai, and hosts more than half of the illegal plantations in the whole of Indonesia.

These illegal plantations are also not all owned by small players, with some of the biggest names in palm oil on the list. The government is suggesting 3 years to get retrospective permission.

The problem with this, is that it is essentially permission by the back door. If companies know that they will eventually get permission, there is a high incentive to break the law.

Furthermore, if these areas were designated for coservation, we need to find areas of similar importance to replace them

 

Company Green Grazing from Vietnam is aiming to grow and sell red seaweed, as an additive to livestock feed

Why is this important?

red seaweed photo credit Peter Southwood

Around the world there are around 3 billion cattle and sheep. These produce around 231 billion pounds of methane each year, which is around 10 billion metric tonnes of methane into the air. Remember that over the first 20 years (it reduces after this) methane traps roughly 80 times the same amount of carbon dioxide. So this is the equivalent of a huge amount of carbon.

To put this in perspective, if we shrink the worlds carbon emissions to zero, but are left with all this methane, we are likely to have runaway global warming anyway.

So what does this seaweed do? It essentially causes the cows and sheep to create less methane. How much? Well, while around 100 million tonnes of this seaweed would be needed, they could eliminate 98% of the methane emissions from these livestock!

In 2019 around 34.7million tonnes of seaweed was farmed, which is leading some sceptical researchers to suggest that it cannot be done. However, if we look logically, this is already enough seaweed to reduce methane emissions by 1 third – not to be sneezed at.

Another problem, is that currently Greener Grazing is restricted to only growing 1/3 of the year, as the water temperature kills the seaweed the rest of the time. However, this could be fantastic – if cross breeding can give this seaweed the ability to cope with warmer water, they might be able to meet the whole worlds demands.

More work is needed, and other tests have proved less successful in the reduction of methane, but still, this is a field, where we might be able to green peoples behaviour without requiring them to stop eating meat.

Now, of course, if meat grown in a lab could reach price parity, it may deal with this problem overnight, though it would also eliminate many peoples source of income.

Time will tell if this company is going to have a large effect or not. We need to have farmers wanting this additive, thereby creating a valuable market for coastal communities around the world.

Panda bear behaving like a meat eater/scavenger?

This bear was filmed, gnawing on a bone from a takin, a species of wild cattle.

For a species which is thought to survive exclusively on bamboo, this would be strange behaviour.

However, pandas do not survive exclusively on bamboo as roughly 1% of their diet comes from other foods. In fact, their digestive system is typical of a carnivore, so the remaining 1% of their diet can include eggs, small animals and carrion – like this bone. Pandas are also known to forage in farmland for pumpkin, kidney beans, wheat and domestic pig food.

The thing is, pandas eat up to 38kg a day, which means that during the week, they eat around 3kg of food that is not bamboo. This is significant, and while much of this may well be other vegetation, if the time spent on other food sources was around 1% of the time, it would suggest at least 1 hour a week spent eating other things.

One must remember that their intelligence is on a par with Chimpanzee and gorilla -like other bears, so they are capable of working things out.

Red panda

Red Panda

Recent genetic analysis has shown that the red panda is not in fact a small bear, but instead has a closer relationship to raccoons, mustelids (badgers otters and the like) and skunks. However, what is even more fascinating, is that the next closest related family is in fact the pinipeds (seals sealions and similar) and only after this, do we find the giant panda amongst the other bears.

What is fascinating, though, is that this is the original panda. The red panda was discovered and named in 1825, while the giant panda was only discovered in 1869. I cannot find any articles on it, but I suspect that the red panda was also long-known about in China before its discovery as well.

It is not closely related to the giant panda, which is a bear, though they do share a number of features such as elongated wrist bones or “false thumbs” used for grasping bamboo (so-called convergent evolution; where distantly related species evolve the same features, because it allows each to survive well in the wild – eating what they eat (or similar). The evolutionary lineage of the red panda (Ailuridae) goes back as far as 18-25 million years ago, and there are a variety of fossils in this lineage, found in Europe and North America.

So what has happened in recent times? They were known to be found in  two different places, one of them lives in the Himalayas and the other in China. What has been discovered in recent times, is that these are not only subspecies, but separate species – and are thought to have split 250,000 years ago. However, while this is clearly true, it may well need to be forgotten – there are only 10,000 red pandas left in the wild as the top possible estimate, some suggest that there are actually only 2500 – we may have no choice in conserving both species, but have to interbreed them to help just one mixed group of red pandas, rather than loosing all red pandas from the wild. They live in coniferous forests as well as temperate broadleaf and mixed forests, favouring steep slopes with dense bamboo cover close to water sources. Most of its nutrients come from bamboo stems and leaves,

Support for these wild populations is essential. The best way to help justify their long term survival, is for local people to see them as a financial gift. This can happen quickly, with not that many people going there.

Below is a video for each, below that is a list of any articles which mention this fascinating creature, and below that, we will add any links that  will help you see these animals in the wild.

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Pangolin Family – Manoidea

Pangolins or the family Manidae

Pangolins are a strange group of animals. There is little other animals that look like them. Oddly, they are in the same supergroup as Bears dogs cats and other carnivores, though given that they eat insects they are carnivores. Indeed, in the past there was an order Insectivora, however this order has been abandoned, as it turns out some insect-eaters are not closely related (indeed, while often looking similar it appears that this is generally a case of convergent evolution – i.e. similar habits and similar requirements requiring the same body parts, so you end up with a similar animal.

Anyway, in this instance, it is not surprising, as all of the pangolins are part of the same tribe – sister genera essentially. There are quite a few ” cousins” species at one point but all these have gone. I would hope, that at some point people would stop believing that Keratin (a pangolin scales is made of the same substance as human nails, yet while chewing your own nails is seen as bad manners, for some reason pangolin scales, like items like rhino horn, are claimed to be able to cure everything from headache to erectile difficulties. Of course, there is no scientific case for this belief, but that has not stopped the price of these scales has reached $3000 dollars per kg, with an animal holding about half a kg (the most scaly is the Philippines pangolin, which holds almost a kg – this is the equivalent of almost a year of a local salary, unfortunately making it well worth it, to spend months looking for this rare animal)

The Manidae (in ancient roman religions this was meaning spirits- chthonic deities of deceased loved ones )  includes 3 genera.

Manis contains all of the surviving Asian Pangolins known as the Asian Clade, though the last 3 are in Subgenus: Paramanis – southeast asian pangolins

Please note, I have not included Manis .sp which is a proposed fifth Asiatic species of this family, and this is still a long way from being confirmed.

Due to their cryptic nature, and current hunting pressures, there is little tourism around these species, and little likelihood of any in the near future. As such, while I would like to separate these species out into their own pages, it is unlikely to ever be necessary within the scopes of this website. Having said this, I am looking for partners, should anyone be working with tourism of these species, do get in touch through the link at the top of the page – we can mask the location, but are keen to help give living pangolins a worth as soon as possible.

Below is a list of each species, with a video of them. We hope to add links to go see them, and support their long-term future, we will have to see if tourism of these strange animals every takes off.

Chinese Pangolin

The Chinese pangolin is listed as critically endangered, having had an 80% decline in its population in 21 years (or 3 generations). Its threat is poaching for the illegal wildlife trade.

It is thought that at most 10,000 remain now. Given the huge number poached from elsewhere each year, it is highly unlikely that poaching for this species has stopped. They may well be hunted into extinction in the near future.

Indian (thick tailed) pangolin

The Indian pangolin (also known as >thick-tailed pangolin and scaly anteater) is a species found on the Indian subcontinent. It is listed as endangered, and CITES appendix 1

The size of the population is unclear (generally all estimates are very vague as they are usually secretive nocturnal animals rarely seen by humans

Philippine (Palawan) Pangolin

The Philippine pangolin (also known as the Palawan Pangolin) is only found in the Palawan district. Its habitat includes primary and secondary forests, as well as the grasslands that surround it.

It is listed as critically endangered by the IUCN, though with no idea of the former population, and no idea of the current one, it is hard to have any idea. People estimate that the population has fallen by 95% in the last 40 years.

Sunda (Malayan or Javan) Pangolin

The Sunda Pangolin (also known as Malayan & Javan pangolin) is found throughout Southeast Asia, including Myanmar, Thailand, Cambodia, Laos, Malaysia, Singapore, Vietnam, and the islands of Borneo, Java, Sumatra and the Lesser Sunda-Islands. It lives in forests (including plantations) and spends much time in trees.

It is listed as critically endangered, with a  further 80% decline expected in the next 20 years unless something changes. Positive news, is that unlike elsewhere, where locals don’t see pangolins anymore (because there are so few) here they are still seen. The video is a rescued baby of this species.

In the African Clade, there are 2 subfamilies each containing 1 genus, and each containing two living members 

                 Smutsiinae (large african pangolins )                                                                                                             Phatagininae (Smalll african pangolins)                                                         Genus: Smutsia  (African ground pangolin)                                                                                                    Genus: Phataginus  (African tree pangolin) 

Giant pangolin

Found from west Africa to Uganda, it weighs 30-40kg and can grow to 1.8m long (including the tail, which is almost as long as its body). It is found in savannah, forest and rainforest, anywhere with large termite populations and a source of water.

They are threatened by foolish beliefs about the medicinal value of pangolin scales – education does help, and much work is being done to deal with the demand in Asia. Demand has dropped dramatically in China, though places like Vietnam have recently developed a desire for similar things.

The penalty needs to be huge, in order to stop the slaughter before we loose these unique species.

The giant pangolin is CITES appendix 1, meaning all trade is banned. It is thought to be extinct in Rwanda. Part of the problem with trying to conserve a species like this, is that it is so hard to see in the wild – without expertise, you could share land with large numbers of pangolins and never see one – as such estimates of the size of the population are hard to come by.

Ground (Temminck) pangolin

Found throughout Southern and Eastern Africa, the ground pangolin has a length between 56cm and 1.6m, with the tail measuring up to 70cm.

It is also known as the Temmink pangolin. They are classed as vulnerable, and prefer savannah woodland, with plenty of scrub. It is given a vulnerable rating, as it has declined by more than 10% in the last 9 years and are expected to have declined by a further 30% or so in the next 18 years – a decline of 30-40% over 3 generations is the definition.

While conservative estimates, suggest that just 10,000 are trafficked each year, a more reasonable estimate would be 250,000 ever 2 years, or more than 10 times the original estimate.

Unfortunately, being shy and nocturnal, it is rarely seen making it very hard to know how many are left in the wild. This obviously makes it hard to know which areas have healthy populations, and which have been poached out.

We need to do better. Finding more out about this fascinating animal (and assuming we can end the poaching) these weird creatures might be capable of providing large tourism income, even in relatively small reserves. Having a density (in good parts of South African lowveld) of as high as 0.12km squared (0.3 per square mile). While this is low, it does suggest that even a small reserve might have 100 of these animals.

Long-tailed (black bellied) pangolin

Also known as the black-bellied pangolin, its name comes from its appearance. It has a long tail, and black hair on its stomach.

It is usually 30-40cm long with a tail 60-70cm, and generally weights between 2 and 2.5kg. The tip of this species tail is bare, and slightly prehensile, allowing it to feel around and hold onto branches as the animal works its way around the treetops.

Interestingly, unlike other pangolin species this one is diurnal or active during the day (though this may be an adaption to not be in competition with the tree pangolin, which shares a similar range). They communicate with other individuals through scent. Found in moist, tropical riverine and swamp forest environmentsthey have been found in partially cleared forests bush, as well as farm-land, generally former lowland rain forests. They are almost exclusively found in trees, and at that, high in the forest canopy. They prefer to live deep in the interior part of the forests, avoiding areas too near the outside.. They are capable swimmers, and are usually found near water, often dropping off branches into the water below.

Their scales have become relatively good camouflage, as well as an extremely good defence mechanism (not only does a predator find it hard to get inside, once it has rolled up, but each scale can also be sharp. 

Given their ability to live in disturbed habitat, it is really only the poaching that threatens this species.

Tree (white bellied) pangolin

Also known as the white bellied pangolin, or the three-cusped pangolin, they are more common than the long-tailed pangolin. Measuring 33-43cm long, with a tail 49-62cm, they are smaller than some of the other species. There are 2 recognized subspecies, one confined to Uganda and another everywhere else.

Also relatively tolerant of changes to the environment, they can do reasonably well on plantations. It is the most common pangolin found as bushmeat, and its population is thought to have declined 20-25% between 1993 and 2008 (3 generations). As a result, its conservation status has moved from least concern in 1996 to becoming officially endangered in 2019. 

Further rare footage of a Pangolin (and an aardvark) looking for food, from the BBC documentary 7 worlds one planet. We will add links to go and see each of these as we get them. They will appear at the bottom of the page

All rhino species of the world

Rhino have been hit hard in the last few decades. These species are all of the currently surviving species of wild rhino. Indeed, no species of rhino have been lost in modern times – in recent times the woolly rhino was lost. Further back, there are dozens of rhino species which are only known from fossils, with as many as 45-50 different species in the Americas alone.

There are links for the black and white rhino species, as these are found in the savannah ecosystems that we have listed, however, we will add more over time as we make contact with people in the field.

Gibbon – Silvery

Silvery gibbon

A wild silvery gibbon

Silvery gibbons are found in the island of Java. They are very endangered, and people in the country need increased reason to support their continued existence. It is true that in many places on earth where it is less of a struggle to survive and feed your family, protecting this primate would be of higher importance. We need to make this primates survival important for the people who live nearby, by giving a financial relevance. We can do this in 2 ways, the first is directly – making sure that conservation charities in the country are well resourced, and by giving money to those which engage locals and make sure that it is financially an incentive for the gibbon to survive. The other way, is through ecotourism – by travelling to visit Java, and to see the Javan rhino, we can make sure that locals see a direct link between the survival of the gibbon and their own wellbeing – Java lost their Orangutans a very long time ago, as well as their tiger in recent times, there is still a chance for Java to save what is left but they must act now.

 

It was listed as 2500, in 2008, it is unclear what has happened during the intervening 15 years, but its most recent assessment (in 2008) suggests that it had a likelihood of 50% of being extinct within a decade.

 

I suppose that we should feel pleased that we still have a chance. It is estimated that there are 8 viable populations of these gibbons, which add up to 2000, the largest of which is Mount Halimun Salak National park which sustains around 1000 in this single area. Other large populations of several hundred are found in Gunung Ciremai National park and Gunung Gede Pangrango national park. There are also about 12 reserves with non-viable populations. By treating these reserves as one mega reserve, and translocating these gibbons around so as to have one mega population, all these reserves could maintain healthy populations.

 

 Given the fact that the Javan Orangutan is extinct, it is well worth working on saving this gibbon, as it can help them build more ecotourism travel to Java. While these animals are not great apes, they are lesser apes, and are very interesting to watch. There are likely to be a great draw in places where Orangutans do not exist, such as on mainland Asia, as well as in smaller reserves that cannot support Orangutans.

 

This is not a species that I have written about, but as I do in the future, it will appear below. Furthermore, as we add destinations that are good for this species they will appear below the news.

The Borneon white cheeked gibbon, which lives in Borneo has been shown to be closely related (it was until recently considered a subspecies) so will be covered on this page. At the current time, the Borneon white cheeked gibbon is one of the most secure primate species, with over 100,000 remaining in the wild.

 

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