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.

How did the wolf disappear from Holland and why is it back

A wolf couple, photographed in Holland

The wolf disappeared from Holland around 1870, though their decline was rapid – in 1760 (just over 100 years before) people in Brabant talked of a wolf plague). In 2015, the wolf was first sighted in Holland, and while some people had said that Holland was to densly populated to allow the wolf to return, this seemed to be wrong. Wolves have returned to many of the countries around Holland, and so it seems quite odd to think that it wasn’t considered that they would cross into Holland.

In 2022, there were thought to be 4 packs of wolves (including 16 pups) as well as an individual wolf. This number has, however, grown fast in the time since, and the current number is thought to be 9 packs. What is even more exciting, it is predicted that the country can support between 23 and 56 wolf packs at a minimum – which as a wolf pack contains 6-7 wolves on average, means a total population of between 138 and 392. It should be noted, that this number is not likely to remain genetically healthy into the long-term, however Germany has a wolf population of over 1000, and while these are mostly based in the East of the country, wolves disperse great distances, so it is likely that genetic material will arrive naturally, relatively regularly. There is also a founding (if small) population of wolves in Belgium, thought to number between 15 and 24 (it is also predicted to grow by 30% a year.

There is a problem, the Hoge-Velue is one of Hollands biggest reserves, but it is owned privately. They have decided that wolves are not welcome, and are making efforts to kill those that get through their fence. This is because, without the wolf, deer are easily seen within the reserve, and they believe that the number of tourists will dry up, if it becomes hard to see the red deer, as well as the roe deer and boar.

I find this attitude rather baffling and perverse. Furthermore, when we were there last year, we spent time in the government owned reserve, which borders the Hoge-Velue, this is government owned, and wolves have settled here. I spent a number of nights within the reserve in a hide. I did not get to see a wolf (though I met a local who had a wide range of fantastic shots he had taken over the previous years), but while watching and waiting in the hide, I saw red and roe deer, as well as wild boar, in significant numbers. The idea that someone would believe that the amount of tourism visiting after wolves return would decrease, seems quite contrary to what usually happens elsewhere.

Wolves are a part of Hollands animal food web, and while it is likely to take some time to get used to living with them present once again, it is going to allow the whole ecosystem to thrive. I feel frustrated, that in the UK, we do not have a similar situation, where wolves can simply wander across an unmarked border. I do believe that in the end, wolves will return to the UK (our food web is horrifically out of balance because of a lack of predators), however, on the last occasion that it was debated, numbers from a very specific country were used to block any further discussion (Click here to read a previous article on this subject, or visit the wolf page here to get a complete list of all occasions that they have been mentioned on this site)

Badger vaccinating is found to be far more effective than culls

The UK has been culling badgers since 2013, and since then over 230,000, yet a recent study has shown that vaccination is far more successful than culling.

This trial in Cornwall, found that the rate of bTB in the study area fell to zero.

Why is this important? One of the big shames of the British government is the fact that experts have been telling them since the beginning of the cull, that it will not work. This is for a very simple reason. Badgers are required to mingle to breed, and when you cull badgers, while you can largely eliminate them in the centre of your trial area, in the area further out, you merely reduce the numbers.

As a result, young males and females that are looking for a mate are required to roam further in order to find one. As a result, any local concentrations of bTB get spread around, causing the rate of the illness to increase. The study area covered 12 farms, and they vaccinated 265 badgers.

The next step is to fund a study over a far larger area.

It should be noted, that farmers funded the study, and it has been shown that not only are vaccines more effective at eliminating bTB, but also significantly cheaper. Furthermore, they found that more badgers were vaccinated per km than were culled on nearby land – suggesting a far higher reach within the badger population.

Might we finally be at a place, where with bTB outbreaks, we can vaccinate rather than cull the badgers, so as to reduce the spread in cattle (though as I have written before, much of the spread comes from moving cattle around, rather than from the badgers anyway.

In south Africa, the bTB reservoir is found within the wild lion population. Understandably, few people would want these lions to be culled, but the ability to fire vaccine darts at them, might well be feasible in eliminating bTB here as well, where around 54% of lions have been shown to carry the illness. Whether or how fast the vaccine idea will reach South Africa is something that we will have to look out for.

A rare whale species observed on Antarctic expedition

The Arnoux’s beaked whale Berardius arnuxii. Credit: André Meijboom

The beaked whale species are a family of rarely seen whales. Despite there being 22 species of beaked whale (which we know about) they are rarely seen, and some have only been described in recent years.

Why are they seen so rarely? because they have a record breaking ability to hold their breath being able to hold it for over an hour (reasonably regularly) and have been recorded in dives lasting over 100 minutes. After sightings of this species, the researchers did a search and analysis of sightings between 1980 and 2000. Just 108 sightings were made, accounting for 1125 individuals.

Continue reading “A rare whale species observed on Antarctic expedition”

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”

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”

Arabian leopard still holding on in the middle east

There are claimed to be 200 Arabian leopards remaining in the wild (most sources suggest the number is more like 120). This subspecies has suffered a decline in the last 120 years of between 90 and 98% (estimates on population size from the 19th century).

This population is spread across 3 countries with Oman and Yemen thought to have around 50 leopards each. Saudi Arabia has an estimated 20 leopards -though this may be overly positive, with none having been seen since 2014. While found in Israel until recently, the last confirmed sighting was in 2007, with this leopard found dead in 2009.

Continue reading “Arabian leopard still holding on in the middle east”

Medicinal use in wild great apes – a new study shows how many

News article on a recent study on chimpanzee medicine

It would appear that chimpanzee medicine is quite a complicated field.

  • Christella parasitica: A fern with anti-inflammatory properties that one chimp ate to reduce pain and swelling in an injured hand
  • Scutia myrtina: A cat-thorn tree whose bark was consumed by a chimp with a parasitic infection
  • Khaya anthotheca: An East African mahogany tree whose bark and resin have anti-inflammatory effects
  • Antiaris toxicaria: A plant with leaves that have anti-tumour properties
  • Cordia abyssinica: A plant with pith that has anti-malarial and anti-bacterial properties
  • Ficus capensis: A plant with anti-bacterial properties
  • Ficus natalensis: A plant with bark that has anti-diarrheal properties
  • Ficus urceolaris: A plant with leaves that act as a de-worming agent
  • Vernonia amygdalina: An African relative of the daisy whose pith is consumed to get rid of intestinal worms
  • They have been known to apply insects to injuries – the insects may have anti-inflammatory or antiseptic properties that help heal wounds. Chimpanzees also have quite a range of cultural behaviours, so there are some of their behaviours with little notable purpose behind them (though it is possible that some or all of these may prove to have a purpose that we as observers have not yet discovered)

This is a significant range of conditions that can be treated, though it should also be noted, that this knowledge is likely to be shared in the group, as no one individual will have seen their mother suffer from all these conditions.

While gorilla medicine does not appear to be quite as advanced, it does include

  • Fromager tree (Ceiba pentandra) – The bark of this tree contains chemicals that are effective against multidrug-resistant strains of E. coli.
  • Giant yellow mulberry (Myrianthus arboreus) – The bark of this tree contains chemicals that are effective against multidrug-resistant strains of E. coli.
  • African teak (Milicia excelsa) – The bark of this tree contains chemicals that are effective against multidrug-resistant strains of E. coli.
  • Fig trees (Ficus) – The bark of these trees contains chemicals that are effective against multidrug-resistant strains of E. coli.

Orangutans have also been observed –

  • Rakus the Sumatran orangutan – In June 2022, researchers observed Rakus treating a wound on his cheek with a poultice made from the leaves of the Akar Kuning plant. Rakus chewed the leaves, applied the juice to the wound, and repeated the process several times. The wound was fully closed within eight days. This was the first time scientists observed a wild animal using a medicinal plant to treat an injury.
  • Bornean orangutans have been observed eating plants with known medicinal properties, including ginger leaves and stem, and plants used by traditional healers to treat internal illness, tumors, and hemorrhage.
  • Orangutans also use plant extracts to treat pain.
  • Dracaena cantleyi – A study found that orangutans use the bioactive properties of Dracaena cantleyi for self-medication.

And finally, Bonobo

  • Manniophyton fulvum – Bonobos have been observed swallowing the leaves and stem strips of this plant, which has medicinal properties.
  • Leaf-swallowing – Bonobos may swallow leaves as a form of self-medication. One hypothesis is that the leaves act as a time-release capsule, with medicinal and scouring effects.
  • Overlapping plant use – Bonobos’ food repertoire overlaps with many plant species used by local populations to treat disease.

It perhaps should not be a surprise that other great apes have the ability to treat simple ailments – after all, there are a wide range of illnesses, for which a sensible treatment is very simple. One of the most common simple long known treatments in humans in dock leaves – when rubbed on a stinging nettle sting, it greatly reduces both the pain and irritancy of the of the sting. It is not even restricted to the great apes with birds, bees, lizards, and elephants all regularly treating simple conditions. Even a domestic dog knows to eat grass when feeling sick.

Colorado is looking to move a wolf pack – less than a year after it was reintroduced

In 2020, wolf reintroduction into Colorado was agreed by the human population there, while this happened in December of 2023, the nearest wolf population lies around 400 miles north in Wyoming, and this is a distance that is easily covered by wolves. As a result, some wolves have turned up on their own.

Around the beginning of September this year, it was decided to move the pack, to halt hunting of livestock that the pack was doing (though generally hunting of livestock is at very low levels). Unfortunately, the male of the pack was killed in the attempt. Given that wolf packs generally contain a breeding pair, and their offspring (cubs and older offspring often from the year before), the female cannot pick another mate from her pack, as they are often all her cubs. The capture of the wolves for translocation, occurred through leg traps, which in this individual became infected and caused the death. A second of the moved wolves has died, after a suspected fight with a mountain lion.

The cubs are intended to be released in the winter, when they are old enough to hunt for themselves, though the fate of their mother is yet to be decided.

This gives an idea of the recovery of wolves around the USA. One thing to note, is that even Alaska has a wolf population that is very similar to the rest of the USA.

It should be noted, that the red wolf is a separate species. Genetic analysis has found that the red wolf has both grey wolf and coyote DNA, but is to distinct to be classed as a subspecies. The map above only lists 17 red wolves in the wild (other sites suggest 17-19). They were reintroduced in 1987, and while their population did grow to roughly 150, hybridization with local coyotes, meant that the population has since collapsed once again. There are an estimated 290 red wolves in captivity, and there has been action taken to remove coyotes in areas where they species were meeting – and people are working towards releasing more red wolves into its range.

Of interest, the Southwest wolf numbers are also known as the Mexican wolf. There are a further 45 across the border in Mexico. This population was thought originally to number in the several 10s of thousands (though given the USA population was estimated at between 250,000 and 2 million both have suffered horrific declines).

As with Europe, the recovery of the wolf is requiring people to learn to live alongside an incredibly wily and potentially dangerous species. However, wolves play important roles in the natural environment, and their return should be seen as a good thing. While occasional culls are necessary, these should be decided on scientific basis, and not at the whim of state politicians, who often choose unscientific culls because it is a vote winner. Many argued against delisting, as the wolf population is below 4% of the historic population (and excluding Alaska, below 2%) but Donald Trump rarely worried about science. What is going to happen to wolves now, as he has been returned to the white house for a second term, we will have to wait and see.

Colony of red honeybees found in Europe for the first time

Bees across much of Europe have not had an easy time of things in the last few decades, and that has been caused by a variety of things, including: pesticides, climate change, disease, climate change, parasites and nutrition deficiency just to name a few.

Should this new invader spread, it may well be the last straw for our bees across many areas.

Not only is it likely to compete for pollen with local bees, but the bees are also likely to carry various diseases, which while might hinder their health could kill our bees (this is often the case, as with squirrel pox, which kills the native red squirrels fast, but grey squirrels are often immune).

Initially only found in parts of Asia, it is now found around the middle east, and parts of Africa as well.

Having been found near a shipping cargo hub, it is feared that this is how it arrived. If this is true, it seems likely, that others might find their way all over the place through the same method.

The winters are mild in this location, leading to the insects surviving the winter, an advantage that more northerly European destinations have – though climate change is also seeing this advantage reducing, and an increasing number of invasive species growing out of control.

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