Deforestation in Columbia has fallen 36% in a year

Rainforest is essential if we are to combat climate change. Therefore every fall in deforestation is fantastic news.

Of course, it should be noticed, that this is still a loss of 792 square km of forest from the year before – we need to reach zero forest lost per year, but every step towards this target is positive.

The former higher rate of deforestation has its roots in the chaos caused by the fall of the largest guerrilla group the Farc, which disbanded in 2017.

Columbia is considered the second most biodiverse, is fighting to be a leader in the fight against climate change. Of course, this needs to continue to fall, and indeed have large areas replanted, if we are to avoid much of the climate change, but one step at a time

The smallest elephant in the world is in danger of being lost

There has been much discussion about the history of elephants in Borneo, and whether their loss is a problem

The origin of elephants in Borneo is unknown. Known for hosting the smallest elephants in the world, there are 2 theories as to how the elephants got to the island. The first is that they were released by a ruler in the 17th century (The most rapid population growth ever seen was 7,1% after the end of poaching in a reserve in Tanzania, a population of 30 elephants could become 1000 in just 50 years) – if this was the case, then their loss would not be bad; and the second is that actually the elephants arrived on the islands hundreds of thousands of years ago (as high as 300,000 years).

It is increasingly agreed that the second one of these ideas is likely to be correct. Though having said this, genetic analysis suggests that the whole population started with just 28 elephants.

Just 1000 are found on the island at the current time.

All wildlife on Borneo is at threat, as the palm oil industry continues to demand increasing quantities of prime rainforest be cut down. As this happens, elephants are forced into human areas, in their search for food, and then into conflict.

The Borneo elephant has only recently been assessed by the IUCN red list as a separate subspecies, but it is hoped that this recognition might increase tourism on this species as well as conservation dollars to save this species from its slow slide towards extincion

Monkey species in Egypt lived on fruit 30 million years ago

It is hard to believe that habitats like this could possible have previously held rainforest which produces enough soft fruit for monkeys like this. Just 10,000 years ago crops were a new thing, in the same way that cows and other livestock farming. Before this, we had to hunt for virtually everything.

The reason that they can work out what monkeys ate, is because they have seen the teeth, and they were not chipped at all, as a result of soft diet. There are thought to have been roughly 5 species of this small monkey family living at the time (30 million years ago). This is new, as formerly it was thought that early primates ate some fruit but also harder foods – clearly they specialized in fruit earlier than we thought.

Might the solution to deforestation be education? probably not everywhere, but clearly here in Sumatra

Camp Granit – Sumatran rainforest (not the same place)

There is a variety of different causes for deforestation. However, the majority of the work is usually done by individuals – often for subsistence farming, though often the land is only fertile for a short period of time, requiring more rainforest to be cut down.

However, if people on the ground know that cutting down the rainforest will make life worse, then they will not do it.

Efron Simanjuntak (click here to see a photo in a new window) was once a successful logger (illegally) in Sumatra. In 2017 he was caught, and in 2018 he was imprisoned for 2 years. In these two years, he had a lot of time to think, and realized the damage that he was doing.

Continue reading “Might the solution to deforestation be education? probably not everywhere, but clearly here in Sumatra”

Currently, in the Amazon rainforest, 5 times more carbon is released from degradation than from deforestation – and still what remains continues to burn

A study, using detailed 3d surveys, found that road building, and other degradation is causing 5 times as much carbon to be released into the air, than deforestation of the Amazon.

From road building, to selective logging, fires and natural disasters, all these activities are combining to having a greater impact on carbon stocks in the Brazillian Amazon than deforestation. This huge discrepancy is not taken into account by the numbers.

This is also a problem to the world, as this carbon is being radically underestimated, which means that large quantities of our remaining carbon budget are being used up. This new survey used lidar, which gives a more accurate idea of what is left in terms of forest cover.

Read more: Currently, in the Amazon rainforest, 5 times more carbon is released from degradation than from deforestation – and still what remains continues to burn

With the addition of lidar sensors on the ISS, it is possible to scan the worlds forests more often – and given the ISS regular passing over 90% of the earths surface (in each 24 period – as while it orbits on a set path, the earth turns below it) this can be a good tool to keep an eye on the forests of the earth.

Another confirmation (as if it was needed) has been supplied by this study, showing that Indigenous territories and conservation units are both more efficient ways to protect the forest. These cover only 47.5% of the land, but contain just 9.1% of the forest clearing 2.6% of the logging and 9.6% of the fires.

Talking of fires

Fires continue to burn in the Amazon, with over 13,400 having been recorded in 2024. President Lula has called for general mobilization and Brazil has pledged to end deforestation by 2030. This is higher than during Bolsonaro’s time in office, though current cause is a drought, not human mismanagement.

Climate change is causing an increasing change in weather patterns, and reduced rainfall is changing the forests behaviour ( it should be noted, that the forest produces a not -insignificant portion of its rainfallm

The livestock lobby is fighting against lab-grown meat this is why we must not let them win

Livestock takes up roughly 20% of the worlds land, or around 50% of the worlds agricultural land. Astoundingly, around 1.3 billion people around the world are involved in the livestock industry.

The worlds remaining land wilderness, takes up just 25% of the worlds land – should we move toa system of growing meat in labs, we could almost double the amount of space for wildlife, which would allow many of the worlds endangered species to recover.

Apart form saving so much of the worlds wilderness, and wildlife, why should we do this? Well, firstly, the fact that people want things to stay as they are, is not new. Every new invention has lead to a change in the lives of many people – before farming came into existence, all the healthy men of each village (and in places, many of the healthy women) would have spent the majority of their time hunting. Looking at the natural world, animals like lion and leopard split their time between hunting and resting, with little else (apart from reproduction) being thought of.

As electric cars started to appear, the vast majority of car companies tried to stop their progress. Indeed, many spent their time buying inventions and smaller companies, just to kill their electric car program. This was not because they were intrinsically afraid of the electric car, but because they were afraid that if adopted, they might have a smaller market share than they did with the internal combustion engine car. As tends to happen in this situation, however, many of these companies are thought likely to go out of business in the next 2 decades (and it took a start-up, Tesla to fully make electric cars work – even now, many are still trying to go back). The same can be said for the factory production line, and many many others.

The problem is that livestock farming is only second to the fossil fuel industry, in terms of its contribution to climate change, so if humanity is to survive, it needs to change dramatically.

Why should we be worried about saving the worlds wildernesses? I think that a great deal of the population feels that we should save them for their own intrinsic value, but there is more than that. Rainforests around the world are the engine that supplies much of these areas rain, and without the rainforest often the area will collapse into desert.

Some suggest that we should all go to a plant-based diet, and certainly this would do what we want (though it should be noted, that this leaves the livestock industry in the same place – indeed, the livestock industry as it currently is, must have its days numbered, as humanity cannot afford its carbon footprint or it will continue our descent into climate breakdown). The only alternative to this is to produce the dairy and meat through other means; and these means are multiplying around the world, as it is recognized that there is a lot of money available for those who solve it early.

These range from growing meat on a scaffold from cells taken from a live animal. This idea is rapidly growing in popularity, though some think that this is a dead end, and instead a lot of people are looking at brewing microbes, which can be made to have a taste and texture that will make them indistinguishable from the real thing. This would also allow the unhealthy parts like fat to be not grown. It avoids the need for a lot of land, needs no fertilizer and greatly reduces the amount of fresh water needed (some can use salt water).

Protectionism is not restricted to farmers, with many governments getting in on the act, and in the EU a new group is pushing for a continent wide ban.

I think that these things will be developed somewhere, and we will miss out, if this happens in places like China (they have a great incentive, as their population eats little real meat, but as the wealth of people are increasing, they are demanding to eat a diet more like the west. For most of us, we are going to be watching from the sidelines, in terms of what happens next, but we can write to our representatives, and make sure that livestock owners are not the only voices that they hear.

Orangutans climb incredibly high – no space for acrophobia

Borneon orangutan mother with her offspring – photo credit stockcake (Photo by <a href=”https://stockcake.com/i/orangutan-treetop-rest_758559_866654″>Stockcake</a>)

Life is hard in the Indonesian rainforest – compared to Africa and South America, there is very little to be found to eat (except in specific areas. As a result, orangutans become solitary, with the only time they are seen together is a mother with young, or a courting couple. Another problem, is demonstrated here – there is so little food to be had, that every food opportunity has to be realized. This has meant that orangutans have become the best climbers (followed by Chimpanzee and then Gorilla), as where ever the food is, it needs to be accessed.

It is true, that with tools, humans can become even better climbers (as can be seen from the image), which is taken from further up the tree than the orangutans have even climbed.

Continue reading “Orangutans climb incredibly high – no space for acrophobia”

While rainforests are known as ecosystems with many species, just 2% of tree species account for 50% of the trees

Here is an image of part of the Congo rainforest, almost every tree is different

Whether you are looking at the Amazon, Congo or the rainforests of South-east Asia, a study has shown that just 2% of species account for 50% of trees in all systems.

In numbers, this means, that of the roughly 800 billion trees on earth, roughly half come from around 1000 species, while the other half are made up of a further 46,000 different species.

While this could have many negatives, it suggests that accurately modelling may well be easier, as the forests would likely survive if just these 1000 trees were to live (this is not to say that we do not care, the 46,000 trees that might be lost, would likely cause many other extinctions, and who is to say that these trees, do not hide medication that would one day be useful to humanity?

Norway pension fund has disinvested from a British firm Jardines of destructive plans for the Tapanuli orangutan habitat

Tapanuli Orangutan

With an estimated historical habitat of this species 95% destroyed already, only leaving a small patch of rainforest with an estimated 800 Tapanuli orangutan, it would seem obvious that this small patch of rainforest should be protected, no matter what. however this opinion is not shared by everyone.

Having said this, thankfully, it is shared by an increasing number of organisations, and at current count, a total of 29 financiers have excluded Jardines and all subsidies from financing (according to the Financial Exclusions Tracker).

What is worse, is that the Martabe mining concession lies in a portion of the orangutan habitat called the Batang Toru forest, which has the largest orangutan population, and not only is this the area that has the highest chance of survival, but without this block of orangutan population, the future of the whole species is put at risk.

While this is a great move, one does wonder why it took 7 years to come to this decision. We have known about the Tapanuli Orangutan since 2017, and how precarious its survival is.

At the current time, there is an effort to expand the mine. While owners of the mine have said initially, this would just mean boreholes which do not disturb to too great a degree, recent studies have shown a correlation between this type of drilling and a reduction in Orangutan density, which proves these former assumptions to be incorrect.

It seems obvious that this area needs protecting, but perhaps for some people the earning potential is too great.

Red Colobus Group

The Red colobus group (genus Piliocolobus)

The red colobus group is one which has had a surprising number of new species discovered in recent decades. Being primates, they are usually fascinating and you can sit and watch them for lots of time. There are many groups that have been isolated in small fragments of forest, which makes conservation hard.

Little clear information is there on many of these species, perhaps unsurprisingly, given how long they managed to stay under the radar. I have attempted to include a video with each. Some are short clips of the animal, one is the search for a close to extinction (miss waldrons) and several is simple some information over images.

As with similar groups of animals, as the links for each of these species start arriving, they will be given an entire page of their own. Help this be required as soon as possible.

Bouviers red colobus monkey: 

Not having been seen for 4 decades until 2015, they are restricted to 3 small areas (this map is the DRC) in purple highlighted. First described in 1887 it was considered a subspecies of Pennants colobus, but was reassessed as separate species in 2007.

In 2008 and 2016 it was assessed as critically endangered, and none have been seen in the wild since 1970. A few possible sightings in the 2000 were further south than previously known.

In 2019 the IUCN reclassified it as endangered because of “known populations in norther DRC”. It is still rarely sighted despite many surveys

Ugandan red colobus monkey: 

Also known as the ashy red colobus, it was recognized as a separate species (up from being a subspecies of the western red colobus monkey) in 2001, though there are still plenty of experts who disagree with this change. It is found in 1 regions of Uganda (17,000 alone) and 4 regions of Tanzania.  Possible it may be found in Rwanda, Burundi and the eastern Democratic Republic of the Congo. Males weigh around 10kg, with the females weighing 7kg.

As you will see, it is one of the possible subspecies of the Central Africa red colobus. Time will tell.

 

There are thought to be around 20,000 left in the wild, and are classed as endangered, though it is listed as having declined my 89% (presumably since 2001 when it was declared a separate species.

Central African red colobus monkey:  

This species does not appear to be an individual species, rather a general name that many of the above species have at one time been grouped with. These include

  • Foa’s red colobus 
  • Lang’s red colobus 
  • Oustalet’s red colobus 
  • Lomami red colobus 
  • Tana River red colobus 
  • Semliki red colobus 
  • Ugandan red colobus 
Due to these species being listed here, they will not be covered separately (unless their status changes).

Niger Delta red Colobus monkey: Found in Southern Nigeria, it was originally considered a subspecies of the western red colobus, then considered a subspecies of Pennants red colobus. There are only thought to be 50 left. Below is a 4 minute video from its habitat which shows it in the wild – makes me want to be there.

Pennants colobus monkey: 

Preuss red colobus monkey: 

Tholon (or Tshuapa) red colobus monkey: 

Western red colobus monkey: 

Zanzibar red colobus monkey: Found on the southern half of the main island of the Zanzibar archipelago (Unguja), it is also known as the Kirk redo colobus, after the discoverer. Classified as endangered in the mid 1990s, its population is still decreasing. It is believed to have been isolated when sea levels rose after the last ice age – however, as with other species trapped like this, they can evolve fast. Genetic analysis suggests a split 600,000 years ago.

The local word for it means poison monkey, due to its bad smell, this has lead to some targeting. 1600-3000 survive, with about half in protected areas.

Udzungwa red colobus monkey: (other names include the Uzungwa red colobus or Iringa red colobus) It is endemic to riverine and montane forest in the Udzungwa Mountains in Kilolo District of Iringa Region in Tanzania. It is threatened by habitat loss, though most of the land it is found on is protected (90% falls within the Udzungwa national park, I have seen one while visiting). Of course the problem with this, is that its range is not large, so it can never have a large population. 

The current population is roughly 15,400. The IUCN ranks this species as endangered

Miss Waldrons red colobus monkey: Native to west Africa, it was previously considered a subspecies of the wester red colobus monkey. It has not been officially sighted since 1978 and was considered extinct in 2000, however, new evidence suggests that a very small number of these monkeys may be living in the southeast corner of Côte d’Ivoire. The IUCN Red List notes Miss Waldron’s red colobus as critically endangered.

High-canopy forests (rainforests) in Ghana and Côte d’Ivoire serve as the exclusive habitat of Miss Waldron’s red colobus. The monkey usually formed large family groups of 20 or more. It is a social and highly vocal animal, frequently communicating with others using loud calls, shrieks and chattering. It eats fruit seeds and canopy leaves, and is eaten in turn, by western chimpanzee leopard and python.

It was the first primate classed as extinct in the 21st century. However, evidence collected are highly compelling.

However, primatologist W. Scott McGraw from Ohio State University has been collecting evidence of the monkey’s continued existence during his expeditions to Côte d’Ivoire over the past several years:

  • In 2000, McGraw was given a black monkey tail which DNA tests proved to be from a red colobus. The hunter who gave McGraw the tail claimed he had shot the monkey the previous year.
  • In 2001, an Ivorian hunter gave McGraw a piece of reddish monkey skin also believed to have come from Miss Waldron’s red colobus.
  • Also in 2001, McGraw received  a photograph of what appeared to be an adult Miss Waldron’s red colobus which had been killed. Experts who have examined the photograph attest to its likely authenticity. 

Presumably, a relict population of the monkey still is found in the Ehy Forest (also Ehi or Tanoé Forest) near the mouth of the Tano River into Ehy Lagoon, at the border between Côte d’Ivoire and Ghana. Miss Waldron’s Red Colobus is among the 25 “most wanted lost” species that are the focus of Re:wild’s “Search for Lost Species” initiative. 

Whether a surviving population will be found, or if there are just a handful left, we will have to wait and see. The Below video is from this area, while it is in Hindi, it is worth watching with the subtitles on.

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