The Food Chain

#aliens #biology #death #earth #ecology #energy #evil #evolution #exobiology #food #life #predators #prey #satanism #sun #trophic #vampires #zombies

Life on Earth began with thermophiliac organisms powered by heat from the Earth's core. Later, surface life evolved. It was powered by the energy from the sun, and then in layers of prey and predators. This page is a description of the energy transfer system known as the food chain and a look at some more esoteric issues surrounding the nature of this system, including discussions of genetically modified food.


1. The Sources of the Energies That Fuel the Cycle

1.1. From the Thermal Origins of Life to Photosynthesis and Trophic Levels

Life started deep in the crust of the Earth, where the oxidation of sulphur was powered by the intense heat from below. These ancient thermophiles eventually multiplied, diversified and evolved to cope with colder and colder climates. When a chance mutation resulted in the production of light-sensitive chemicals, life eventually emerged on the surface and floated in the cooling oceans.1. Micro-organisms are still the most diverse and successful forms of life on the planet.

A spoonful of good quality soil may contain ten trillion bacteria representing 10 000 thousand different species! In total, the mass of micro-organisms on Earth could be as great as a hundred trillion tonnes - more than all the visible life put together.

"The Origin of Life" by Paul Davies (2003)1

Forgetting the ancient thermophiles, the Sun is the engine that has since kept surface life on Earth sustainable. Photosynthesis converts radiation from the sun into chemically stored energy, creating organic molecules in the process, and expiring oxygen into the atmosphere. The rate of plant growth is called 'production'. Production is measured in grams per meter squared per year. For example, shallow waters produce 2500g/m2/yr. By dividing living creatures into layers, we can examine how energy from the sun makes its way up the food chain in the form of biological chemicals. These 'layers' are called trophic levels:

The fate of energy can be followed through a consideration of a simple energy transfer model, called a food chain. Each stage in the chain is called a trophic level. Plants are the first level in the chain and are called producers. [...] Herbivorous animals are the second trophic level and are called primary consumers. They in turn are eaten by the third trophic level. [...] At each trophic level a conversion to heat takes place, which means that less energy becomes biomass at the succeeding trophic level. [...] This explains why most food chains are limited to four or five trophic levels, and why the animals at the end of the food chain, for example lions, have to roam over large areas to obtain their food, because one small area cannot support many of them.

"The Nature of the Environment" by Prof. Andrew Goudie (1993)2

Depending on how you count, bacteria makes up nearly 50% of the biomass of the whole Earth3. That's right - nearly half of all life is bacterial (and over half is microscopic1). This provides a massive first-layer, primary food source for slightly complex multicellular life forms. Consumption, like all mechanical engines and chemical pathways, is not 100% efficient. Far from it. At all stages, energy is lost to inefficiency, wasteful digestive systems, and heat production. Prof. Dawkins, the foremost evolutionary biologist, informs us that only ten percent of the energy from one trophic level makes it to the next level up4.

This implies that at most trophic levels, the total biomass must decrease, the feeding/hunting area must be bigger, and the digestive systems have probably evolved to be more complicated in order to digest more complicated fats and sugars. It turns out to be true. Bacteria feed over a very small area, plants and primary producers feed over a wider area but in total, less biomass is held in plants than in bacteria (that make up 50%), and eventually, the predatory animals hunt over wide areas, and are massively fewer in number than their prey.

1.2. Improving the System: Why Do Humans Cook?

Dr Richard Wrangham of Harvard University notes that cooking is a behaviour found universally in human societies. Only very few single individuals attempt to live without it. Some have theorized that this radical behaviour formed a major factor in our rise to stardom. Dr Wrangham investigated the effect it has on food, and finds that it hugely improves the efficiency of the energy gain from the food cycle. Commentary was published in The Economist:

Cooking alters food in three important ways. It breaks starch molecules into more digestible fragments. It "denatures" protein molecules, so that their amino-acid chains unfold and digestive enzymes can attack them more easily. And heat physically softens food. That makes it easier to digest, so even though the stuff is no more calorific, the body uses fewer calories dealing with it. [...] Cooking increases the share of good digested in the stomach and small intestine [...] from 50% to 95%.

The Economist (2009)5

The improved food-consumption efficiency that is gained through cooking, and the learning curve of dealing with fire, and tools, are three things that set humankind on a radical new evolutionary path.

2. Esoteria

2.1. Why Aliens Probably Won't Eat Us

  1. Aliens couldn't digest us (or any other life on the top trophic levels) efficiently enough to have become natural prey to us.

    Energy Efficiency (assuming alien life is a little similar to ours): Life on alien planets could also be dividable into trophic levels; that the greatest abundance of biological chemicals is contained within unicellular lifeforms is great pressure for hungry multicellular species to evolve in a direction that involves digesting single-cell lifeforms. The result is a trophic system. It is also likely that on other planets, as on Earth, the evolution of digestion isn't optimal. The jury-rigged nature of evolution does not mean that the most-efficient routes are always evolved. What works, may survive. In short, there is a maximum limit to the amount of trophic levels you can have. Humans, who shop for food over massive distances (the whole planet), exist at the top level alongside other big omnivores. The footprint of the top hunters is huge, and by and large it is too inefficient for hunters on the top layer to spend time hunting each other. If plankton only process 10% of the sun's energy efficiently, and millions are eaten by fish at only 10% efficiency, etc, it is more efficient for predator fish to eat the next layer down in order to 'collect' the same quantity of plankton-food-mass. To eat each other would result in no net gain of energy into that trophic layer; so, much energy must be obtained from the layers below. At each layer, the storing of fats and sugars gets more complicated. The more complicated the biological chemicals, the harder it is to digest them. That's why bacteria doesn't eat chocolate, but we can. At the top trophic layer, our digestive systems can break-down chocolate into the smaller chemicals prevalent in lower trophic layers, and digest it. We then reassemble it into complex proteins, etc. If aliens visited Earth, they would be unlikely to eat us because the digestive or processing time would be very large (if, of course, they could digest us at all).

  2. Alien biological compounds could be comprised of different chemicals to ours, meaning we cannot obtain useful chemicals from eating each other, and probably don't have the right enzymes to digest each other.

    Incompatibility (assuming alien life started-out its evolution with different chemicals in the atmosphere to what we had on Earth): Proteins, carbohydrates and sugars all 'make sense' to animal digestive systems because all life on Earth has evolved from common sources, in an environment rich in their constituent molecules. On an alien planet where advanced life has evolved, if the starting-point was different, the nature of life's building-blocks will be different. Duplicating molecules, the stuff that causes evolution, grows up to use the molecules that are available. The environment shapes the resultant structure of life. We cannot eat silicon-based chemicals, but we can digest carbon-based ones. If a hot planet produces aliens that eat silicon, they might find all life on Earth to be far too insubstantial, and all but inedible. Given the fussiness of what we can eat, and even the dangerous nature of eating food that is too far removed from our historical diets (i.e., fish, plants, small animals, etc), we could probably not eat life that didn't evolve on Earth, nor could they eat us.

But despite these formidable problems, there is another possibility. We know that life can evolve on planets where carbon and other CHOMSP chemicals are abundant and available. It might be that this particular combination is the only efficient way for life to evolve. Of all the planets, life might only evolve on those with the right mix of chemicals. These means that all life could be comprised of many similar chemicals to ours. Not only might there be aliens that can digest us... but all aliens might all be able to digest each other, including us! Although this means that universal cuisine is going to be much more fascinating than planet-by-planet dishes, it also means we haven't quite finished our examination of whether aliens will eat us.

Sometimes, Humans eat each other. We tend to be a food-orientated species. Meals, cooking, meats, sauces, all kinds of plant life and fish, are palatable to us. It might be that we see no reason why we can't eat aliens. Some of us, I dare say, would strive to do so. Some aliens might be similar to some Humans: They would love to find out what an alien tastes like! And, legal or illegal, moral or immoral, they might proceed to do so! What if, then, the first aliens that discover Earth are a species, or even just a group of rogues, who are searching in particular for things to eat? And what if life in the universe is largely carbon-based, and we're edible? Perhaps we would engage in some prisoner exchanges, where instead of cremating criminals who have been executed, we part-exchange them for alien meat!

But, rogues aside, I think it more likely that the more organized alien species are the ones likely to find us, and also these species are less likely to have rogue spaceships wondering around. The foremost evolutionary biologist, Prof. Richard Dawkins, points out (2006) that as species-bias decreases in advanced species, we will seek more and more to avoid harming all other animals. This process is of course evident in Earth history. Alien neurology will lead them to understand that animals and foreign species have feelings like theirs, and will eventually evolve culturally to a point where they seek to avoid pain and harm to others. As a result, the chances are alien governments will not try to eat us. Observe the way that the most advanced countries are the least barbaric, and have the most processed, unnatural foods. If this continues, we will stop eating anything that comes from living material. If aliens continue to evolve technologically, they will likely arrive at the same point. Space travel, especially, requires long-term sustenance on non-living food. Advanced space travellers will probably not eat us, after all, and their governments will probably reign-in any rogue aliens that do try to, just like Human societies monitor their own cannibals and bloodsports practitioners.

So in summary: It is unlikely that aliens would be able to obtain enough energy from us efficiently in order to need to eat us. In addition, if life evolves under various conditions in the universe, aliens will probably have a biochemical make-up so different from ours that we are mutually inedible and potentially very poisonous to each other. But, if life all over the universe is carbon-based and can not evolve elsewise, we might find aliens can digest us (or us them). However, as advanced society relies less on living food and increasingly processes its food, and continue towards non-violence and non-harm towards an increasing range of animals (apes, baboons, Yorkshiremen, etc), and space-travel is (probably) only possible if you can survive on such processed food, it is very likely that space-faring aliens will not be seeking to eat us. Especially as advanced species probably watch out for transgressions amongst themselves, just like advanced moral countries prevent animal cruelty and bloodsports. In short, if we find aliens they probably can't eat us, and wouldn't.

Now, enough about aliens, and back on to purely Earthly and Human concerns, although concerns that are of no less a spurious and otherworldly nature.

2.2. The Design of Earth's Food Chain is Evil

#buddhism

Many single-cell lifeforms survive off of sunlight, water, and transient chemicals found in the oceans. These simple lifeforms are a Buddhist ideal: They harm no other creatures and feed on nothing living. In a perfect world, all life would have evolved to survive in such a way. With modern technology, we can produce energy to make digestion mostly unnecessary if only we'd have evolved in a way that didn't evolve eating-other-life. All animal life has evolved in a way that makes killing other things necessary. I think that not a single multi-cellular species on Earth survives without directly harming other living life. The Buddhist author Ken Jones describes this as 'ecological violence' and states that it is problematic for Buddhists, who do not want to harm any living thing, that life itself requires violence:

Ecological 'violence' can equally be seen as ecological 'harmony' and balance. One animal supports the life of another by becoming its prey. 'Violence' harmoniously sustains the life-affirming food chain. Humankind, [...] was part of this harmonious balance of violence-and-peacefulness. [...] Taizan Maezumi, a contemporary Zen Master has observed that if we think of the Buddhist First Precept 'on a common sense level of "Do not kill" or "Do not take any form of life", how could we survive? [...] Survival of life itself depends on killing other forms of life. [...] 'Violence' and 'harmony' [...]. When each disappears, what is there then?

"The Social Face of Buddhism" by Ken Jones (1989)6

The author then states that Buddha-nature in us is the cure to this inherent problem, that ethical enlightenment and a Middle Way solves the problem of Human nature. However... all religions think that they have the answer to the problems of Human evil. In the case of Buddhism, it could be said that its solution is exactly the same as common-sense would dictate: Intelligence, moral thinking and societal training are the solutions to redirect out-of-date and antisocial instincts. The best intentions, however, do not change the fact that it is not just Humans that hunt and kill for food and fun, but animals too. Ecological violence is a fundamental part of the cycle of life. All life dies, and all life requires the death of others, in order to live. This 'victory of death' is hailed by Satanists as a supreme sign that if there is a God, it is an evil one:

The main piece of evidence here is biological matter and the food chain. All life dies - all biological life decays, erodes, fades, becomes diseased and ill if it does not sustain itself. To sustain itself nearly all life, except the least living elements of life, kills and eats other life. If not this, then it consumes biological matter at the expense of other living beings; the fight for food is also a case of living beings being required to outdo each other merely to survive.

If life was created, and not simply the result of undirected unconscious evolution (as seems sensible), this is surely the worst possible way to have created life. It appears very much that life cannot survive without causing suffering for other life. A god could not have created a more vicious cycle if it tried: Tying the very existence of life with the necessary killing of other life is the work of an evil genius, not of an all-powerful and all-loving god, that could choose if it wanted to sustain all life immediately and forever with manna from heaven. But it seems such an all-powerful good god doesn't exist.

"God Must Be Evil (If It Exists): 1.2. The Dominance of Death in Nature" by Vexen Crabtree (2003)

[ + A Description of the Evolutionary Arms Race + ]

Capsaicin, glucosinolates and hundreds of thousands of other chemical compounds produced by plants appear to be the products of millions of years of evolution in which plants have evolved deterrents and toxins against their natural enemies. [...] Every novel defence by a plant gives an advantage to any natural enemy able to evolve a means of overcoming that defence. Natural enemies with this advantage spread, and thus the enemy population evolves along with the plant population. This process is called coevolution and has been compared to an arms-race. [...] The evolutionary arms-race between plants and herbivores is a ceaseless one. Genetic variation is the raw material of evolution, and within populations it plays an important role in the evolution of defence.

"Biodiversity and Ecosystems" by Silverton, Wood, Dodd & Ridge (2008)7

This desperate, deadly struggle for existence was agonized over by the father of evolutionary theory, Charles Darwin.

I cannot see as plainly as others do, and as I should wish to do, evidence of design and beneficence on all sides of us. There seems too much misery in the world. I cannot persuade myself that a beneficent and omnipotent God would have designedly create the Ichneumonidae [wasps] with the express intention of their [larva] feeding within the living bodies of Caterpillars, or that a cat should play with mice.

Charles Darwin (1860)8

It is clear that if the system of life was "designed" at all, it was by someone with no morals and not much foresight. Most biological organisms have to engage in violent actions to try and eat other living beings, creating a world of necessary evil and strife, all of which pre-dated mankind (therefore our own free will is not the cause of this endemic natural suffering). How ironic, then, to the point that it is not amusing, that in Genesis 6:13 God justifies The Flood by saying that "the end of all flesh is come before me; for the earth is filled with violence through them; and, behold, I will destroy them with the earth". As you'd expect God, apparently being all-knowing, would have known that that was going to happen!

Links:

2.3. What Vampires and Zombies Teach Us About Ourselves

Small animals feed on insects. Large animal predators feed on small predators. This is natural. This is normal. We are not surprised when, one level up, we find that we eat "lower" animals, such as rabbits. It's how it is. Our intelligence and development has made us the arbiter of life on this planet. We value Human lives much more than animal life. So, we side strongly with the survivors of zombie plagues and we feel they have every right to survive by killing zombies, because the living are so much better than them. Through several levels of the food chain, we are happy to admit that it is normal for the higher species to use lower species. But why, then, do we draw the line at our level? Vampires, and the elite, are a level better than the untermensch, so why are we appalled when "they" use us according to the natural laws that we accept? We accept natural laws to justify our using of lower species, so how come we find it so repugnant when higher species use us? The reason is that our justification for the food chain is fake; the real reason is necessity. We will do what it takes to keep on top. Likewise, so will vampires. And so will the human survivors of zombie films: They will kill, in order to keep in power.

Zombie and vampire films therefore, teach us much about humanity and the will to power. We learn that the 'natural laws' that we use to justify our existence at the top of the food chain are not the real justifications, and that we are simply self-interested, species-biased and paradigm-biased. Anything better than us we fight against, and anything weaker than us we exploit.

"Zombies Verses Vampires: The Elite Verses the Masses: 2. The Right to Survive"
Vexen Crabtree
(2006)

Prof. Richard Dawkins, a foremost biologist and expert in evolution, explains that Human culture has a history of species-ism:

The feeling that members of one's own species deserve special moral consideration as compared with members of other species is old and deep. Killing people outside war is the most seriously regarded crime ordinarily committed. The only thing more strongly forbidden by our culture is eating people (even if they are already dead). We enjoy eating members of other species, however. [...] We cheerfully countenance the shooting without trial of fairly mild animal pests. Indeed we kill members of other harmless species as a means of recreation and amusement. A human foetus, with no more human feeling than an amoeba, enjoys a reverence and legal protection far in excess of those granted to an adult chimpanzee. [...] The foetus belongs to our own species, and is instantly accorded special privileges and rights because of it.

"The Selfish Gene" by Prof. Richard Dawkins (1976)9

3. Modified Food

3.1. Genetically Modified Food10

The Skeptical Inquirer magazine is famous for its careful facts-only analyses. Their summary of the state of GM food in Europe reads:

In Europe, only one genetically modified (GM) plant variety is cultivated: the insect-resistant Bt GM maize. Even so, its cultivation is still very controversial. [...] Opponents to the use of biotechnology in agriculture are still very aggressive, particularly in France. They seek to ban all GM food for humans and animals. Greenpeace and the well-known neoluddite José Bové are heavily lobbying both the French government and European commissioners. [...]

More than 500 scientists from French and European public research organisations [signed a declaration to] affirm that any new plant variety, genetically modified or not, should be considered only on a case-by-case basis. They note, and specialized committees throughout the world agree, that the insecticidal active compound present in Bt GM maize has been exploited for decades by conventional and organic gardeners without any observable toxic or allergic response. [...] These signatories state that the "No to GMO" campaign is based only on imaginary or false uncertainties.

Skeptical Inquirer (2008)11

And around the world:

25 countries now grow GM crops, with the total area under cultivation now larger than Peru. Three-quarters of the farmland used to grow soya is now sown with a genetically modified variant, and the figures for cotton are not far behind. [...] Such stories of success will strike fear into some hearts [...] but lacking supporting evidence they have never been compelling. On safety, the fear which cuts closest to home, the record continues to look good.

The Economist (2010)12

A particularly forceful defence of the safe nature of GM food was given by Lord Tavern:

As argued in other essays in this volume, there is no evidence that GM crops have ever damaged human health, while they have already shown substantial benefits to some of the world's poorest farmers and can potentially make a huge contribution to the reduction of poverty, hunger and disease. Over five million small farmers in China, India, South Africa and elsewhere now farm GM cotton. Not only has their income been substantially increased by savings from the reduced use of pesticides, but their health has also improved. These are actual, proven benefits.[...]

There is no reason to regard GM crops as less safe for human consumption than conventional crops: this is the opinion of [four] Royal Society reports, one report by seven international academies of sciences, as well as any number of reports by prestigious committees, including two by the Nuffield Council of Bioethics (a mixed committee of scientific experts and lay representatives). Nor has any evidence emerged that they will create new 'super-weeds' or that they are especially dangerous to biodiversity.

Lord Tavern 'The Harm That Pressure Groups Can Do'
In "Panic Nation: Unpicking the Myths We're Told About Food and Health" by Feldman & Marks (2005)13

3.2. Synthetically Grown Meats (In Vitro)

When?

Meat grown in vats, rather than in the form of animals, could soon be on the menu. It might even be healthier and better for you. [...] Researchers believe it will soon be possible to grow cultured meat in quantities large enough to offer the meat industry an alternative source of supply.

The Economist(2006)14 (the bold emphasis is mine)

"At least another decade of research is needed" before we can even begin to effectively confront the critical issues of scale and cost.

P. K. Thornton (2010)15

Winston Churchill in the 1920s predicted that cultured meat would be in use within 50 years.16

Meat in vats, grown in culture from a chemical source derived from animal genetics, will result in meat being grown more like plants than livestock. Such research aims to massively reduce the land and resources used by meat production, increase the safety and nutritional value of meat, stop animal suffering and prevent the further hunting of endangered species for food. It has even been researched by NASA in 2002, as part of an investigation into food production on long-haul space flights17. The Economist newspaper in 2006 hailed it as a future industry14. Animal farming as an industry is in distress in the modern world, and is criticized for its heavy use of water and for its inhumane nature. In 2012, the People for the Ethical Treatment of Animals was offering a $1 million prize "for progress in producing meat from cells"18. The potential benefits of growing synthetic meats in a sterile and controlled manner are huge.

There are public-relations problems with highly scientific and new endeavours such as this. The European Barometer poll in 200519 asked respondents across all 25 European countries (and a few prospectents), whether they approved of growing meat from cell cultures so that we do not have to slaughter farm animals. Over half disapproved (54%), and only 6% of EU citizens thought that such meat should be grown for general use. The popular press has never reported on the potential benefits of this type of natural-synthetic meat. Here they are:

Animal welfare:

The Natural Environment and diseases:

Production:

Commonly stated disadvantages are generally misguided:

Some genuine criticisms:

3.3. God's Will Versus Genetics

#christianity #USA

Many religionists, especially conservative Christians in the USA and fundamentalists around the world, oppose Humankind's intervention in genetics. "Some, like Leon Kass, the former head of President Bush's bioethics council, regard genetic interventions as humankind's contemporary replay of the Tower of Babel episode"21. They say we 'shouldn't play God', that genetic engineering is a Promethean seizure of God's power. A poll in 1997 revealed that 70% of Americans said only God should have the power to interfere with inherited traits, following on from polls in the 1980s that saw two-thirds of Americans declare that the altering of human genes was against God's will21.

I will now offer four arguments that genetic engineering is in accordance with God's will - and also offer one cheeky argument that at the very least, genetic engineering foils the Devil's plans! So for those of us who don't believe in such dualisms, take the following with a philosophical pinch of salt:

  1. Firstly, God doesn't have control over inherited traits. If there is a God, and it designed the way nature works, then it relinquished its control of inheritability when it chose to create genes. Genes are subject solely to the deterministic laws of physics and chemistry. These laws run without God's interference; the genes that we inherit result from natural cause and effect in accordance with fixed physical laws, not from God's will. There is only one reason why God would create such roundabout way of facilitating the inheritance of traits: because it wanted to place genetics within the grasp of human biological sciences. If it did not want us to consciously examine and improve our genes, then God would not have made them accessible. Traits would be picked by god and bestowed upon individuals by magic, without a physical intermediary (DNA) doing the job. If God is all-powerful and all-knowing, then DNA exists in the physical world (rather than the spiritual one) for a reason: God has placed DNA within our reach to see what we will do.

  2. The desire to eradicate disease is the desire to help others; it is a moral impulse derived from our best social instincts. The expression of this desire through advanced science provides us with new methods of preventing disease. If God's test is to see if we will do the right thing, then, my bets are with the geneticists. Those who wish to let disease run its course, and let mutant genes continue to cause disease, are the ones who are interfering with God's will. It is God's place to punish humankind for transgressions, not our place to punish ourselves (and those around us) by failing to fight disease and biological dysfunction.

  3. Thirdly, exegesis: Christians will remember that in their 'Old Testament' it implores humankind to govern nature. God has placed DNA within the realm of nature, the same as it placed seeds and plants within our grasp. We took those seeds and plants and selectively bred them to create many crops that over thousands of years, have become intensely genetically modified by us. Consider that the Bible grants us "animal husbandry". There was no phrase in the Hebrew vocabulary for genes or evolution, but husbandry is a sexual term that implies the act of mixing male chromosomes with those of a female egg, to produce life. This is genetic in nature. The next section on this page details advances we have already made with crops and with our creation of domesticated species such as cows, pigs and cats. These animals did not originate in nature - we created them without causing the heaven's to rain fire on the Egyptians or Indians.

    Book CoverThe same Genesis narratives that many read as a source of the prohibition confer on human beings the task of governing and tending to nature. Throughout the Bible, agriculture, animal husbandry, metalworking, and many other technological interventions in nature are permitted and even approved.

    "Babies by Design: The Ethics of Genetic Choice" by Ronald M. Green (2007)21

    Human achievements with crops and domesticated animals are much more extreme that the simple genetic engineering changes we would implement now, such as removing genes mutations that cause certain diseases, and adding vitamin-producing genes to common crops. This is small fry to what we have already achieved. It's not that the religionists are opposed to the results, it's just that they perceive continued scientific achievements to be a threat to their general religious worldview.

  4. Finally, genetic engineering may aid in the fight against the Devil! Genetic engineering will eventually absolve us of the need to kill livestock to feed ourselves. Researchers have already grown meat in laboratories, from germlines extracted from animals22. Such meat is the real thing, but is grown without the need for a living organism surrounding it. It is maintained by the laboratory as fresh, non-living meat. Manufacturing on reasonable scales in so far impossible, but in the future it will be possible, and the barbaric era of animal slaughter will start to enter history for good. This underlines our final argument. The food chain is designed so that in order to survive, living beings have to kill and destroy each other. The whole food chain is based on blood and death. This is the design of an evil genius, not of a good god. Likewise for gene mutations (which cause the suffering of many innocent and unborn children) and other biological dysfunctions. No good God would have created such a flawed biological world. If it genetics is a chance at dashing the devil's (apparent) designs, then, we should give no hesitation!

3.4. The Fear of New Food: Neophobia Trumps Rationalism

More: "General Neophobia in Everyday Life: Humankind's Fear of Progress and Change" by Vexen Crabtree (2009)

The public furore about health hazards of genetically modified foods rests on no reliable evidence base and falls little short of mass hysteria.

Sir Peter Lachman (2005)23

People claim to be risk-averse when it comes to highly-tested synthetically grown meat, and genetically modified plant produce, which is known to be safe, but, continue to eat foods that are known to have bad risks. Cancer Research UK report that "experts think that about a quarter of all cancer deaths are caused by unhealthy diets and obesity"24. It is not, therefore, that people mind the risks of meat grown in vats, but, that they don't like new foods. Therefore the opposition to synthetically grown meat is at least partially (or greatly, given the difference between normal risk-taking and GM risk-taking) a result of neophobia. The best course of action against neophobia is simply to slowly introduce the new foods, and let people get used to them over a generation or two.

Another hint that something psychological is going on is the correlation between those in the Eurobarometer poll who said that Humans have a duty to protect nature, and those who think that we should grow synthetic meats so that we no longer have to slaughter (or keep) farm animals. There isn't a correlation between the two groups19. Those who want to protect nature, and animal-rights activists, are largely against the growing of synthetic-natural meats. It would make sense that in order to protect nature, end farm captivity (even if not completely), and end animal slaughter, we should grow food that surpasses the need for those things. The fact that those people are against vat meat must mean that there are additional, psychological components to their opposition. You would think that, given the massive alterations to natural species we have engineered in cattle, and the painful and distorted lives that they lead as a result, would mean that we would wish to change the status quo in food production. Neophobia beats rationalism.

Book CoverThe futurologist Tim Jones does not think that this will always be the case in Europe, especially as world food production continues to stagnate:

Large-scale farming to feed the world's millions requires more refined crops and this implicitly means wider acceptance of GMO. Several workshop participants saw that, by 2020, GM crops will be accepted globally and that regulatory bodies such as the EU will have significantly loosened restrictions on them.

"Future Agenda: The World In 2020" by Tim Jones (2010)25

4. The Food Industry's Manipulation of News Media

#USA

You cannot trust much of the news when it comes to issues that have commercial impact, not even when it comes to the reporting of scientific studies on nutrition and food. Some of these studies were funded and managed by scientists supplied by the food industry itself!

Book CoverThe food industry in Europe recently has been funding groups to protect its position against public and government alarm over obesity, junk food, misleading food labelling, diabetes and the advertising of fatty foods to children. British newspapers routinely carry reports and quotes on diet from the Social Issues Research Center, the British Nutrition Foundation and the International Life Sciences Foundations and routinely fail to point out that all three have received significant funding variously from Cadbury Schweppes, Nestlé, Kelloggs, the Dairy Council, Kraft and the Sugar Bureau. In 2003, Fleet Street reported the comments of a nutritionist called Dr Susan Jebb who attacked the Atkins Diet as 'a massive health risk', without explaining that her research into the low-carbohydrate diet had been funded the Flour Advisory Bureau. This kind of research may or may not be accurate; but it is the hidden hand of PR which is paying for it to happen and promoting it into the news.

"Flat Earth News" by Nick Davies (2008)26

My page which criticizes the mass media explains why such lobby groups find it so easy to insert content into the news:

Modern journalists work at breakneck speed to process stories as fast as possible. Much of this news comes from trusted wire agencies, but these also rely on public relations (PR) material, as do the news outlets themselves. Most news services rely heavily on PR material in order to rapidly produce a stream of news. Because of these pressures, public relations firms and commercial companies are having a heyday and find it easy to insert material into news media. News outlets get cheap, professional-looking news at no cost. In general, over half of all news stories are mostly PR or contain substantial PR-sourced material27. Journalists themselves do not check the facts or figures of such inputs, nor admit in the articles themselves that PR material is the true source of the information, so the news often appears unbiased27. For example in 1991, CBS Evening News, USA, aired a video source from the Institute for Injury Reduction showing that cars' safety belts are actually unsafe and cause more damage than they prevent - an idea which managed to catch the attention of the public. Did the journalists of that news station check the source of this video to see who it was that was passing them the information? No. They didn't. And it turned out that the Institute for Injury Reduction is actually a lobby group supported by lawyers who make money from clients who were suing automobile companies for crash-related injuries28. Too many journalists are engaged in an unthinking, uncritical conveyor-belt of news, and old journalistic practices such as fact-checking and critical thinking have proven to get in the way of corporate efficiency. Powerful commercial lobbies use this weakness to pervert public opinion.

Vice President Dick Cheney complained in an interview with conservative media commentator Armstrong Williams about bias in the press. Cheney was absolutely right about bias in the press. The Bush administration had paid Williams $240,000 to promote the No Child Left Behind Act in broadcasts and in print. Williams lost his job with Tribune Media Services when it was revealed that he was a hired propagandist producing covert puff pieces for the Bush administration. [...] Many bloggers and websites that appear to be independent are actually fronts.

"Unnatural Acts: Critical Thinking, Skepticism, and Science Exposed!" by Robert Todd Carroll (2011)29

In the 1950s the smoking lobby created a range of innocent-sounding and scientific-sounding groups in order to discredit government information about the dangers of smoking. Oil and petrol lobbies have spent fortunes on the same PR tricks, as have food industry lobbies. They produce scientific reports engineered by their own scientists, which serve to boost their own industries by deceiving the public. The Global Climate Coalition was founded in the around 1990, and funded "scientists and writers who would provide disinformation regarding climate change to anybody who would listen. For more than ten years they supported research that would cast doubt on scientific reports" about the dangers of burning fossil fuels29. Basically, their reports were distorted lies, pretending to be science. Who funded this maverick outfit, which received a lot of media coverage each time it produced a report? "Exxon, Ford, Texaco, General Motors, British Petroleum, and DaimlerChrysler"29 yet there was no indication in the mass media that these "scientific" reports were funded by the oil lobby - it was all presented as unbiased research, and has damaged the USA's population knowledge of climate change in the long-term.

In short, don't trust the news media directly even when they are reporting on scientific-sounding research groups. Always check facts with long-standing scientific bodies such as the Royal Society. Rich and activist commercialist lobby groups have a set of well-practised and efficient methods for manipulating the news and public opinion. The scientists and welfare groups who wish to get real scientific worries about certain industries out into the open are not funded or equipped to run public relations campaigns. Only multinational information campaigns, legal agreements and inter-national political bodies such as the EU have the oomph to be able to fight back against such powerful industries.

"The Worst of the Modern Mass Media: 6. Fake Lobby Groups and Public Relations" by Vexen Crabtree (2009)

5. Fad Diets, Organic Food, Supplements and Pseudoscience

#diet #diets #fads #food #health #pseudoscience

See: "Fad Diets and Pseudoscience: Let's Stop Falling for These Tricks" by Vexen Crabtree (2014).

Page contents:

Page conclusion:

Diet has an impact on health and affects your risk of developing many diseases30. The huge numbers of studies done into the long-term effects of diets, nutrition and eating habits has built up an impressive volume of information on what is important for our diets. Biochemistry and other sciences, from neural to gastric, have seen massive improvements in our level of knowledge31. Never before have scientists known so much about all facets of our food and what it means to us. Unfortunately, much of this knowledge is not reported upon by the popular press and news outlets because it is technical, mundane and statistical in nature, with most results discussed purely amongst experts. Instead, the average consumer mostly hears only the sensational claims of pseudoscientific sham researchers and promoters, often paid for and orchestrated by the rich food industry itself. Reporting based on single-studies, and, adverts on TV, are the two most misleading sources of information. Most people are ill-informed about diet and health as a result of this. There have been a long series of temporarily popular fad diets, which limit food intake to a specific range of items, sometimes cutting out essential fats and proteins completely. We also see many commercially available "multivitamin" pills and others containing "mega-doses" of vitamins and the like. Scientific studies are long-term, duplicated by independent researchers, published in peer-reviewed journals, and are not "sponsored" or funded by the industries. Of all such scientific studies on fad diets, supplements, mega-vitamins and similar highly hyped abnormal sources of nutrition, all have been found them to be useless and sometimes actually harmful. Weight-loss diets suffer from the same noise-to-signal ratio: the boring truth is that only well-rounded healthy diets (with foods from all food groups) are truly effective at long-term weight management32. Fads are not based on science, but on pseudoscience, and they rely on testimonials and public-relations tricks to make themselves sound effective. Claims are often based on (easily biased) single-studies rather than on independently verified and duplicated scientific trials. The mass media love reporting on these single-studies as their claims are often outlandish, and celebrity endorsements boost a fad diet from time to time. Rather than accept enthusiastic praise from soap stars, models and newspaper advertisements, it is doctors and the medical profession that we should trust to keep us informed. Let's stop falling for these tricks!

"Fad Diets and Pseudoscience: Let's Stop Falling for These Tricks: 5. Conclusions" by Vexen Crabtree (2014)

6. Conclusions

What appears at first to be a purely technical matter; studying the rise of energy from basic single-cell life forms through the trophic levels to the predators that gather food over massive areas, can lead us to some serious exobiological, philosophical and even theological debates. Firstly, advanced alien life is likely to find it hard to gain enough energy to survive from digesting us alone, so probably won't be inclined to try. But alien life may well use different metabolic pathways and different biological chemicals so we may find each other utterly inedible and potentially very poisonous. If life in the universe is generally carbon-based, then, it is possible aliens could digest at least parts of us. But they probably won't, as space-faring advanced species have probably out-grown genuine carnivorous diets, as perhaps we are doing by relying on increasingly processed food (eventually grown in vats) coupled with increasing care for animal rights. Now, dietary exobiology aside, the very fact that life evolved from its unconscious, automatic beginnings, to rely on a cycle of life and death (where life survives by killing other life) indicates that if the cycle of life has a 'designer', such a God is an evil one. Only an evil God would design life so that to stay alive, animals have to kill other animals. This 'victory of death' is the exact opposite of what a good god would have designed, where all animals and plants survive on mystical energy from heaven without need for killing or competing for food (a mythical 'victory of life').

By Vexen Crabtree 2007 Jan 15
(Last Modified: 2015 Nov 09)
http://www.humantruth.info/food.html
Parent page: Life and Death

References: (What's this?)

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The Economist. Published by The Economist Group, Ltd. A weekly newspaper in magazine format, famed for its accuracy, wide scope and intelligent content. See vexen.co.uk/references.html#Economist for some commentary on this source..

Skeptical Inquirer. Magazine. Published by Committee for Skeptical Inquiry, NY, USA. Pro-science magazine published bimonthly.

The Bible (NIV). The NIV is the best translation for accuracy whilst maintaining readability. Multiple authors, a compendium of multiple previously published books. I prefer to take quotes from the NIV but where I quote the Bible en masse I must quote from the KJV because it is not copyrighted, whilst the NIV is. Book Review.

Philosophy Now. Magazine. Published by Anja Publications Ltd.

Carroll, Robert Todd. (1945-2016). Taught philosophy at Sacramento City College from 1977 until retirement in 2007. Created The Skeptic's Dictionary in 1994.
(2011) Unnatural Acts: Critical Thinking, Skepticism, and Science Exposed!. E-book. Amazon Kindle digital edition. Published by the James Randi Educational Foundation.

Crabtree, Vexen
(2003) "God Must Be Evil (If It Exists)" (2003). Accessed 2017 Feb 17.
(2006) "Zombies Verses Vampires: The Elite Verses the Masses" (2006). Accessed 2017 Feb 17.
(2007) "Evolution and the Unintelligent Design of Life: Inherited Traits, Genetic Dysfunction and Artificial Life" (2007). Accessed 2017 Feb 17.
(2009) "General Neophobia in Everyday Life: Humankind's Fear of Progress and Change" (2009). Accessed 2017 Feb 17.
(2009) "The Worst of the Modern Mass Media" (2009). Accessed 2017 Feb 17.

Davies, Nick
(2008) Flat Earth News. Hardback book. Published by Chatto & Windus, Random House, London, UK.

Davies, Paul
(2003) The Origin of Life. Paperback book. Originally published 1998 as The Fifth Miracle. Current version published by the Penguin Group.

Dawkins, Prof. Richard
(1976) The Selfish Gene. Paperback book. 30th Anniversary 2006 edition. Published by Oxford University Press, Oxford, UK.
(2004) A Devil's Chaplain. Paperback book. Originally published 2003 by Weidenfeld & Nicolson. Current version published by Phoenix of Orion Books Ltd, London UK.

Feldman & Marks
(2005, Eds.) Panic Nation: Unpicking the Myths We're Told About Food and Health. Paperback book. Published by John Blake Publishing Ltd, London, UK. Edited by Stanley Feldman and Vincent Marks.

Gardner, Martin. Died 2010 May 22 aged 95.
(1957) Fads & Fallacies in the Name of Science. Paperback book. Originally published 1952 by G. P. Putnam's Sons as "In the Name of Science". Current version published by Dover Publications, Inc., New York, USA.

Goudie, Prof. Andrew
(1993) The Nature of the Environment. Paperback book. 3rd edition. Originally published 1984. Current version published by Blackwell Publishers, Oxford, UK.

Green, Ronald M.
(2007) Babies by Design: The Ethics of Genetic Choice. Paperback book. Published by Yale University Press, USA.

Jones, Ken
(1989) The Social Face of Buddhism. Paperback book. Published by Wisdom Publications, London, UK.

Jones, Tim
(2010) Future Agenda: The World In 2020. Published by Infinite Ideas.

Peters, Michael Dr
(2011) Family Doctor Home Advisor. Hardback book. 4th edition. Published by Dorling Kindersley Limited, London, UK. Published for the British Medical Association.

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(2008) Biodiversity and Ecosystems. 2nd edition. Originally published 2003. Current version published by The Open University, Milton Keynes, UK. By Jonathan Silverton, Carlton Wood, Mike Dodd and Irene Ridge. Book 2 of Open University course U316 The environmental web.

Spector, Reynold MD
(2009) "Science and Pseudoscience in Adult Nutrition Research and Practice". In Skeptical Inquirer (2009 May/Jun) p35-41. Dr Spector has served as a professor of medicine, pharmacology and/or biochemistry at Iowa, Standford and Harvard MIT. Is currently clinical professor of medicine at the Robert Wood Johnson Medical School (New Jersey, USA).

Stenger, Prof. Victor J.
(2007) God, the Failed Hypothesis: How Science Shows That God Does Not Exist. Published by Prometheus Books, NY, USA. Stenger is a Nobel-prize winning physicist, and a skeptical philosopher whose research is strictly rational and evidence-based.

Footnotes

  1. Davies (2003) p22. Added to this page on 2007 Aug 29.^
  2. Goudie (1993) p225-227.^
  3. The Economist (2006 Jun 10) article "Micropaleontology: Germination".^
  4. Dawkins (2004) p266.^
  5. The Economist (2009 Feb 21) article "What's cooking?" p80. Added to this page on 2009 Mar 04.^
  6. Jones (1989) p284-285.^
  7. Silverton, Wood, Dodd & Ridge (2008) p36-37. Added to this page on 2015 Nov 09.^
  8. Darwin (1860) in "God, the Failed Hypothesis: How Science Shows That God Does Not Exist" by Prof. Victor J. Stenger (2007) p70-71. He wrote this on 1860 May 22 to American botanist Asa Gray. Added to this page on 2009 Dec 28.^
  9. Dawkins (1976) p10.^
  10. Added to this page on 2008 Sep 08.^
  11. Skeptical Inquirer (2008 Mar/Apr) article "Declaration Defends Europe's Genetically Modified Maize" p10.^
  12. The Economist (2010 Feb 27) p16. Added to this page on 2011 Jun 10.^
  13. Feldman & Marks (2005) chapter 4 p33-34. Dick Tavern QC sits in the House of Lords (UK). Added to this page on 2011 Dec 20.^
  14. The Economist (2006 Sep 23) article "A Meaty Question", p10.^
  15. Thornton, P.K. 2010. Livestock production: Recent trends, future prospects. Philosophical Transactions of the Royal Society B 365:2853-67. In the Skeptical Inquirer (2012 Jan/Feb).^
  16. Kenneth W. Krause Science Watch column in Skeptical Inquirer (2012 Jan/Feb) article "In Vitro Meat: An Imminent Revolution in Food Production?".^^
  17. Bejaminson, M.A., J.A. Gilchriest, and M. Lorenz. 2002. In vitro edible muscle protein productions system (MIPPS): Stage 1, fish. Acta Astronautica 51:879-89. Reported in Skeptical Inquirer 2012 Jan/Feb16 and on Philosophy Now (2003 May/Apr) news page.^
  18. The Economist (2012 Mar 03) article "Now for some good news". Added to this page on 2014 Feb 08.^
  19. Eurostat (2005).^^
  20. Philosophy Now (2003 Mar/Apr) news page.^
  21. Green (2007) chapter "Playing God".^
  22. The Economist (2006 Sep 23) p10. Also see "Dangers and Purposes of Vegetarian Diets: Beliefs, Causes, Economics and Health" by Vexen Crabtree (2006) where I argue that non-living meat production should be advocated by vegetarians.^
  23. Sir Peter Lachmann "Genetically Modified Organisms" in Feldman & Marks (2005). Sir Lachmann is a medical immunologist, Emeritus Professor of Immunology at the University of Cambridge and President of the Federation of European Academies of Medicine. He has also been the Biological Secretary of the Royal Society (1993-1998) and President of the Royal College of Pathologists (1990-1993).^
  24. Cancer Research UK, article on website "Diet, healthy eating and cancer" (2008 Jul). Page accessed 2008 Sep 08.^
  25. Jones (2010) p240. Added to this page on 2014 Feb 08.^
  26. Davies (2008) p170.^
  27. Davies (2008) chapter The Suppliers p52-43, 90-91.^
  28. Carroll (2011) p97-100,138.^
  29. Carroll (2011) p93-95.^
  30. Peters (2011) chapter Healthy Living p28-32.^
  31. Gardner (1957) p220.^
  32. Skeptical Inquirer (2013 Sep/Oct) article "Obesity Redux: A Response to Readers".^
  33. 2012 Aug 06: Epanded the section on Synthetically Grown Meats and lightly re-organized the rest of the page.

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