The island where the feral species is an elephant

Around the world, there are invasive species – from grey squirrels in the UK, to Macaques on Gibraltar, however, all these pale on comparison to having to live with wild elephants.

The elephants were bought to the Andaman islands in the late 19th century, to work in the timber operation, which continued until the last few decades. Thankfully, much of the forest in the islands survives – with some islands retaining almost 90% forest cover. This means that the elephants might well be able to thrive into the future.

The islands lie 850 miles from the coast of India, which means that while elephants would not have existed natively on the islands, there are many species which would be found in the same area.

Interview Island and North Andaman hosts these elephants – though they need to be watched, as a population of 100 elephants is already small, but if split between 2 islands, humans may well have to be helped to remain genetically varied enough to survive long-term.

While some have suggested that the elephants have damaged biodiversity, with some species having become less common, this ignores the impact of the timber extraction – it is far more likely that this is an impact of the many decades of pulling specific trees out of the forest.

Given the endangered status of the Indian elephant, this population is precious, but whether it can be left where it is long-term is something we do not know. There are still roughly 30,000 elephants in India, but the Andaman island elephants are going to need to be watch, long-term, to make sure that they do not damage species only found in their new home.

Has France decided their wolf population is too big?

In 2023, the wolf population of France fell by 9%. This population was thought at 1003, down from over 1100.

It should be noted that France, as a large country, is likely to easily be able to support many more wolves than this. There are parts of the country, where wolves have not returned, with their main population lying in the Alps and surrounding areas, but also along the border to the East, and along the south of the country, with another population lying in the Pyrenees (it should be noted that this population is just started – thought to only be 16 individuals, though likely already increased). Should the wolf population in the Pyrenees become stable, wolves would be capable of using them as a staging area for repopulating both Spain and France.

In short? No, there is not too many wolves in France. This is patently absurd. It is true that many people believe that wolves have no place in France. In the UK, while I cannot see any UK government doing something sensible and returning them, there are many benefits. There are likely over 200,000 red deer, and 500,000 roe deer within the French nation. As such, predators are important, and with careful monitoring, the downsides are small.

With care, wolf watching could develop as a significant market within France

Might carbon neutralization policy eliminate the remaining habitat of the North China leopard (also known as the North-west China leopard)

The Chinese government has introduced a carbon neutral policy, in an attempt to mitigate and reduce the impact of climate change. Under the expected model for what is going to happen to the climate (at the current time) the North China leopard will gain in range, However, with the increase in carbon emissions, this territory is also expected to the reduction, migration, and fragmentation of the suitable habitat distribution of the North China leopard. It should be noted, that under genetic analysis, some authorities merged the north China leopard with the Amur leopard. Many disagree with this.

Havin said this, carbon neutrality policies can protect suitable wild habitats when carefully planned. In the future, the impact of carbon neutrality policies on future wildlife habitat protection should be carried out in depth to effectively promote the construction of wildlife protection projects – for instance, by making sure that planted woodland matches native woodland, and therefore adds to existing ecosystems. In many parts of the world, trees planted for carbon sequestration are often picked for how fast they grow – and thus eucalyptus trees have often been used. The problem with this, is that they are often impossible of supporting local wildlife, from insects to birds and even mammals. This was seen clearly in the UK, where a pine plantation replaced an oak woodland, the number of species supported, dropped from 200 to just 4.

The North China leopard is considered critically endangered, with the population definitely under 400 (given its remote habitat, a clear count is hard to get. It is undeniable that the North China Leopard and the Amur Leopard are genetically close, and quite conceivably closer than they should be for 2 subspecies. Should these 2 subspecies be recognized as one, it would allow us to greatly expand the genetic makeup of both populations. This would likely have a huge impact on both areas, and allow each population to expand rapidly.

It is essential, that as we grow huge areas of forest, to soak up as much of our carbon emissions as possible, that these fit into their ecosystems and are a positive addition. Apart from this appearing to be common sense (why would you not boost endangered species around the world, if we have to plant these forests anyway) but also, should you plant fast growing trees from elsewhere, very often they die, or cause serious issues elsewhere.

The right climate mitigation will have a bigger and longer term impact, something that is essential.

Orangutan killings in Borneo still likely common

There is a serious problem in Borneo, that appears to be largely flying under the radar.

A survey of villages found that 30% of villages had evidence of orangutan killiing in the last 5-10 years. This is despite a taboo on killing the species.

The number of Borneo Orangutans is falling, and it is thought that the wild population will have fallen below 100,000 in recent years.

A new study from Monteray Bay Aquarium has once again highlighted the importance of sea otters for the health of the Kelp forests

These kelp forests have an essential little helper for its survival. It has become clear that sea otters are essential members of communities of the kelp forests off the coast of California. Sea weed, which includes Kelp, locks away around 200 million tonnes of carbon each year and so are an essential part of the fight against global warming.

Continue reading “A new study from Monteray Bay Aquarium has once again highlighted the importance of sea otters for the health of the Kelp forests”

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

Reversing extinction: Marwell zoo and the scimitar-horned oryx

Declared extinct in the wild back in 2000, this species is now not only re-established in the wild, but has a big enough population to now only be listed as endangered (down from critically endangered).

Apart from supplying individuals for the reintroduction, Marwell zoo also helped with strategy.

The video below is just 2 minutes long. While it talks about Marwells other work as well, it shows a number of these animals living wild back in Africa.

This has got to become the reason for zoos. What ever else they do, there are many species at risk of extinction in the wild, these need to have enough captive individuals to re-establish wild populations, should the current conservation fail.

Of course, zoos have many other roles, from education, to fostering a love of wildlife in the next generation.

One thing that they should not be, is a curio house- many zoos are far to worried about displaying albino or melanistic individuals. Now while these individuals are fascinating and can be used as ambassadors for the species, their genetic health should be looked after (all white tigers are descended from one female, and closely related individuals are regularly bred togerther to ensure this trait is passed down. Indeed, as a result of this, white tigers are often not of good health.

The majority of zoos are now like Marwell – while like many, it started as the private zoo of wealthy owners it has turned into an important place of conservation and science. Another of their successes, is the cooperative breeding that occurs as standard in current times, across Europe. Regular loaning of animals is essential, so that we can treat all of the zoo animals in Europe as one single population, thereby  making sure that all animals in the system are healthy.

There are many hundreds of zoos across Europe (some claim as many as 2000, though around 1500 is the estimated worldwide number suggesting that this is a rather large exaggeration. It is likely that around half of the worlds zoos are in Europe, and by cooperative breeding, we can make sure that healthy populations remain in captivity, so that should a population be lost from the wild, it can be returned, when the wild situation improves.

Almost all predictions about human population are expected to peak in the coming decades, and then decline after that. If this pattern is followed, it should be expected that we will need to re-establish wilderness in the future. 

Scimitar-horned oryx have been returned to the wild in Tunisia, and Chad and there are plans to return them to the wild in Niger, in the near future.

Extinction was caused by a variety of features, but the primary one was over-hunting. This has virtually been eliminated, after a ban on hunting of this species was put into effect in 2013. Should this species be allowed to fully recover. In 1985, there was a population of at least 500 of this species living in the wild, so it took only 15 years for it to disappear, as such what is clearly essential is a regular assessment on how this species is faring, allowing earlier interventions.

Saving the natural world, may require this kind of success to be a regular feature.

Algonquin wolves -origin different than we thought?

The Algonquin wolf, also known as the Eastern wolf is a species which has been discovered in the eastern USA and Canada (click on the bold name above, to visit the species page). 

Perhaps, understandably, it is hard to find a new species in the USA unless it is already pretty rare. This species is only thought to have around 500 individuals, throughout its range (eastern USA and north into Canada).

South-eastern Canada has been known for a race of wolves and coyotes, that do not appear quite right for some time. This study suggested that this group of wolves split from the rest of wolves around 67,000 years ago. This appears to recent to give rise to the significant genetic differences, but it appears that this population also bred with coyotes around 37,000 years ago, and has continued to have genetic exchange between both species (on occasion) since.

As such, it is suggested that the Eastern wolf largely owes its appearance to hybridization between all three.

Has this lead to a more successful species? Well, one may well suggest not, given the small number of these wolves that survive at this time.

However, this is a well settled part of North America, suggesting that in fact it could be down to human hunting rather than natural forces.

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.

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