Tag: Elephant

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US has tightened African elephant trophy import rules but stops short of banning

Elephants hunting used to be a common activity. This was banned in Kenya in 1973 and in Botswana in 2014. The trade in Elephant parts was banned in 1989.

For many years, however, conservationists have called for rich countries to ban imports of hunting trophies on a country by country basis. This is for a simple reason – a reserve like the Kruger, has a real issue with a growing elephant population, yet at the same time Nigeria has only 400 elephants left. Tanzania has seen a reduction of elephants of 63%, while Mozambique has seen a reduction of 34%.

This new ruling suggests that imports are only allowed from populations which are large enough to support the loss. Now, I would be interested as to how this is worked out. For instance, could I buy a tiny parcel of land, on the edge of a large reserve, and allow any elephants that step on my land to be hunted?

  • Somewhere like the Selous game reserve, would in theory be acceptable for elephant hunting. If we go back to the 1976 there were approaching 109,000 elephants. However that population is now thought to be around 13,000 – hunting should be banned until the population has recovered. If a hunting reserve cannot afford to police well enough to eliminate poaching, it should not be allowed to hunt (the number of poached and hunted elephants must be below safety levels.
  • The Serengeti ecosystem also does not have a large elephant populatino so cannot allow hunting
  • The African forest elephant is considered critically endangered, so none of these elephants should be hunted

 

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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

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It is becoming increasingly clear: humans are responsible for the loss of mega fauna that we can see in the past

The skeleton above is the closest we can get to a real mammoth, as a result of their extinction. However, it is not the only missing large species – indeed, the elephant family alone, is thought to have around 30 extinct members. Aside from these, there are 2 known extinct species of the woolly rhino, cave lions and sabre-toothed tigers, and various species of bear, among many others.

If you go back 50,000 years, there were 57 species of megaherbivores (herbivores weighing over a ton), yet just 11 of these survive today – these include the elephant species, the rhino species the hippo and the giraffe.

Continue reading “It is becoming increasingly clear: humans are responsible for the loss of mega fauna that we can see in the past”
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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.

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On the founding of Kahuzi-Biega National Park, locals were pushed out -they now have the right to return, what will happen

Kahuzi-Biega National Park was established in 1937 by the Belgium colonial rulers and then expanded in 1975. It now covers 6000 square km or 2300 square miles. Roughly 13000 Batwa were cleared out of the area to make way for the park (along with other people who had settled more recently).

Continue reading “On the founding of Kahuzi-Biega National Park, locals were pushed out -they now have the right to return, what will happen”
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African elephant populations in southern Africa have stabilized!

Southern African hosts roughly 227,000 elephants out of 415,000 on the continent (in addition there is around 100,000 forest elephants).

In 2020, the estimate was that 30,000 elephants were being killed each year. While the majority of these were in the west african rainforest, and in east africa (it was estimated that the Selous lost 10s of thousands alone).

It is not even just in recent years, but over the last century, that the elephant population in southern Africa has fallen.

Another bonus, is that scientists are now finding clear proof in study after study, that elephants do better in reserves connected to other reserves, than they do in fortress reserves.

It is of course true, that a single reserve is better than nothing. However, increasingly, countries are recognizing that by building their reserves on the borders of their countries, their neighbours can also have reserves, and between them they can put aside enough land to truly allow elephants to live a more natural life.

From the Limpopo transfrontier park – a transfrontier reserve that includes the Kruger, to the Kalahari Zambezi transfrontier park, the Serengeti mara ecosystem and so many more, this is being shown over and over again.

Careful planning of reserves in west african rainforests, can expand this success at great speed if done carefully.

Ratites

Ratites

You will find images of each of these species below, linking to a page about each, similar or closely related species will be grouped together initially, until links require their splitting. 

It should be noted that there are a few other species, which have been lost over time. These include 3 species of elephant bird from Madagascar and 9 species of Moa, all of which was found in New Zealand and all of which were lost. Thankfully at the current time, the Kiwi has not followed its bigger cousin, but we must not be laid back

Common ostrich (female)
Somali ostrich male
Kiwi species

Found across much of Africa, the common ostrich is a relatively common site in the right places. Capable of defending itself, it is usually only found in larger reserves. There are a number of subspecies click here to read more and visit our ostrich page

Recently shown to be a separate species (though looking very similar to the common ostrich), this is found in Somalia, most of Kenya, and north-east Ethiopia. Click here for the Ostrich page

Restricted to the islands of New Zealand, the kiwi is not one species but 5. Having arrived on these islands when there were no land predators, they lost the ability to fly. Unfortunately the arrival of Europeans quickly changed this. Click here for the Kiwi page

Rhea species
Cassowaries
Tinamou - a group of 46 species

The Rhea consists of two species, named the greater and lesser Rhea. They are found on the plains of eastern and southern South America. To visit their page, click here

Cassowaries are found in Australia, Indonesian islands, and the island of New Guinea. Perhaps not surprisingly, given their distribution over a large area, and the fact that they are flightless, so cannot mix, there are 3 species. To visit their page click here

Finally the Tinamous family, a group of 46 species. It is likely to be a while before I get round to building pages for all these species, but should you work in conservation or tourism with these species, you can help fill in the gaps. Although initially thought to be a sister clade, recent analysis has shown that these birds are part of the Ratite family –  Tinamou birds can fly

Those I have put in pictures for (29) are here  but we will hpe to add the rest over time, as well as building species pages

Birds

Birds

Birds are defined as warm-blooded vertebrates. They have feathers, toothless beaked jaws, a high metabolic rate, a 4 chamber heart, a strong and lightweight skeleton and the laying of hard-shelled eggs.

Now, within these constraints, the birds vary a great deal.

The smallest bird is the bee hummingbird, which has a wingspan of 6.8cm. The largest bird has a wingspan of 3.5m (40 times large). In terms of weight, the bee hummingbird is also the lightest at just 1.95 grams, the Kori bustard weighs as much as 19kg, which is almost 10000 times heavier (heaviest flying bird). The heaviest bird is the Ostrich, which can weigh over 100kg, though these can not fly.

Looking at it in a different way, there are roughly 10,000 species of birds in the world. Now, while this may change as this website grows (both with other authors, and assistance from readers) at the current time, it would be absurd to think that I could build a page for each of these many species. What this page will try to do, is to build a page for each group of birds. Of course, the other point of this website, is that this is to assist in people travelling to see these species in the wild. As such, while I am fully of the opinion that every bird matters, we will concentrate- to begin with, on birds which are popular and/or are interesting to see.

To start, below you will see the initial 2 clades (it should be noted that there was at one time 7 clades, which include clades like Diosaruia), and each clade has two families. 

                                   Palaeognathae (ratites and Tinamou)                                                                                                               Neognathae

Struthionimorphae

This contains just 1 species the Osterich (alongside many extinct species). The male is black, the female is brown

 As this is all of the Struthionimorphae family, you will be able to visit the Osterich page by clicking on either image.

Notopalaeognathae

This contains Rheas, Cassowaries, Emus, Kiwis and Tinamous (as well as the extinct Moas and Elephant bird)

This family includes a number of species so as we build pages, they will be linked to images below (the pictures for these species in directly below here)

Pangalloanserae

There are two subgroups in this group, though Asterionis is extinct. The only other group is Galloanserae or fowl – containing 

180  water-fowl (Anseriformes) species

  290 Land-fowl (Galliformes) Species.

 

Neoaves

This contains the rest of the birds not already included in another group. This is roughly 95% of birds.

Now, Understandably, this group covering 95% of birds, we will not be listing every species. However, we will endeavour to list groups of interest down to a lower level- I know that there is a great deal of interest in birds, and I will rely on this website taking off to a greater degree in order to push this further

This family is large and varied. We are going to start with currently agreed “magnificent seven” supraordinal clades, as well as the three orphaned orders. 

Notopalaeognathae

Emu_walking
Casuariformes Emu, Cassowariy - (Cassowaries - credit Nevit_Dilmen)
Little spotted kiwi - Judi Lapsley Miller
Rhea Quartl
Tinamoous 46 species (this image Elegant crested tinamou)

Neoaves

1. Telluraves (landbirds) This photo Red-tailed hawk, photo credit Rhododentrites australavians (passerines, parrots, seriemas, and falcons) as well as the afroavians (including the Accipitrimorphae – eagles, hawks, buzzards, vultures etc. – owls and woodpeckers, among others), photo credit Rhododentrites
2. Aequornithes (Waterbirds) Shy albatross Photo credit JJ Harrison
3. Eurpygimorphae (tropicbirds, Kagu and Sunbittern) White-tailed tropicbird photo credit Yooshau
4. Otidimorphae (Turacos, Bustard and Cuckoos) Purple-crested Turaco - Bernard Dupont
5. Strisores (night birds - Nightjars, Nighthawks and Allies, Potoos, Oilbirds, Frogmouths, swifts and hummingbirds, Owlet-nighthars)
6. olumbimorphae (Pigeons and doves, Sandgrouse, Pin-tailed_sandgrouse, Mesites, this image Pin-tailed sandgrouse photo credit Francesco Veronesi
7. Mirandornithes (flamingo and grebes) this image flamingoes lake nakuru national park
8. Opisthocomidae Hoatzins_in_Brazil Photo credit Claudio Dias Timm
9. Gruiformes cranes and rails (and a few more) this image Grey_Crowned_Crane_at_Zoo_Copenhagen photo credit Jepsen
10, Charadriiformes - shorebirds (wadesr, gulls, Auks)photo credit MathKnight
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Elephant death mystery solved, but no nearer to a solution

In Zimbabwe, elephants started dropping dead, no-one knew why. This has now been solved, but were not any nearer to ending the problem, and now its spreading.

It is unfortunately a fact, that in the majority of instances, sudden deaths from an unknown illness are impossible to prevent until we know more.

In total, 300 died in Botswana with another 35 dying in Zimbabwe just 2 months later. 50 more elephants have died since in Botswana.

It turns out that these animals have fallen as a result of an obscure bacteria, and scientists are concerned that it could spread to other species.

Should something similar happen amongst, say the lions of an area, we could quickly see all the lions die.

It took 3 years but a wildlife veterinarian at the Victoria Falls wildlife trust has worked out what happened. Although initially thinking it was anthrax, it was spreading in a strange way, and killing to many animals.

It turns out that a bacteria called Pasteurella Bisgaard taxon 45 was responsible. It is relatively rare, and had not been known to kill elephants. Unfortunately, in previous heatwaves, similar issues have been known to jump the species barrier and kill large numbers of antelope – particular during a heat wave. This bacteria caused blood poisoning, and mostly killed recently weaned young, which are generally weaker anyway.

It is unfortunate that outbreaks like this are so easily linked to high temperatures, as our behaviour means that these high temperatures occur more often – so deaths like this may become a way of life. Given the slow rate of reproduction in elephants, this could threaten populations if not dealt with rapidly.

The same bacteria is thought to have been responsible for 200,000 saiga antelope dying on the steppe of Kazakhstan in 2015.

Oddly, this bacteria is thought to live happily in the mouths of a variety of animals from elephants and antelope, to lions tigers and even chipmunks. If all it takes for this bacteria to become deadly is an increase in temperature, we have a hard task ahead of us.

Currently, there are 350,000 savannah elephants in Africa, but this number is already declining by around 8% a year (around 26,000 animals each year, or the equivalent of twice the total elephant population of the Kruger national park – one of the largest in the world. While it is possible to turn this around it is not easy.

African forest Elephant

African Forest elephants

There are three species of elephant, the African savanna elephant, African forest elephant and the Asian elephant. 

With the African species, Forest elephants have declined 86% between 1986 and 2015, African Bush elephants declined 60% 1965 and 2015 leaving just over 400,000. African forest elephants are thought to number between 100,000 and 150,000.

Perhaps the most scary fact is that the African forest elephant was only declared as a separate species in 2021 only 2 years ago. These species are not particularly similar – indeed the Asian elephant is more genetically similar to the mammoth, than the African savannah elephant is to the African forest elephant! 

The African forest elephants population has declined precipitably in the last few years. Given the recognition that the forest elephant is a separate species only came 2 years ago, it is hard to get accurate historic figures. Never-the-less, the combined african elephant species population was thought to be around 26 million in 1800, and 1.34 million in 1976. The estimate is currently around 100-200,000 forest elephants. One of the problems, is that the African forest elephant is an essential part of the ecosystem. There are many trees, which rely on forest elephants to carry their seeds through the forest, so that they germinate a good distance from the original plant (more than a few of the same plant in the same area, causes the pest that feeds on the tree to multiply to the point where it can kill the tree. While it is true that other animals like gorillas and chimpanzees can do this, they do it far less. Should the forest elephant be lost, the African rainforest is likely to be far less capable of of handling the various changes, like climate change that is coming.

The last strongholds are in Gabon (a survey last year suggested Gabon has 95,000 forest elephants, rather than the 60,000 that was originally thought) and the Republic of the Congo and Democratic republic of the Cong, with smaller populations remaining in other African countries (Cameroon, Central African Republic, Equatorial Guinea) and Cote d’Ivoire, Liberia and Ghana in west Africa. There is much space for forest elephants to greatly recover, if the poaching is able to stop.

Below this, you will see a video on this species, and below this is a list of any times that the african forest elephant has been mentioned within this blog.

Below this, at the bottom of the page, we hope to list places where you can go to see this species in the wild – if you work in conservation or tourism around this species, do get in touch. we would love to list you, and it costs nothing to be listed, we merely work on commission.

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