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Altruism & the Charity Robot

 
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PostPosted: 18-03-2005 21:23    Post subject: Altruism & the Charity Robot Reply with quote

from The New Scientist

Quote:
Would you donate more to charity if you were being watched, even by a bug-eyed robot called Kismet? Surprisingly perhaps, Kismet's quirky visage is enough to bring out the best in us, a discovery which could help us understand human generosity's roots.

Altruisim is a puzzle for Darwinian evolution. How could we have evolved to be selfless when it is clearly a costly business? Many experimental games between volunteers who have to decide how much to donate to other players have shown that people do not behave in their immediate self-interest. We are more generous than necessary and are prepared to punish someone who offers an unfair deal, even if it costs us (New Scientist, 12 March 2005).

To some, this is evidence of "strong reciprocity", which they believe evolved in our prehistoric ancestors because kind groups did better than groups of selfish individuals. But others argue that altruism is an illusion. "It looks like the people in the experiments are trying to be nice, but the niceness is a mirage," says Terry Burnham at Harvard University, US.
Future gifts

He and Brian Hare pitted 96 volunteers against each other anonymously in games where they donate money or withhold it. Donating into a communal pot would yield the most money, but only if others donated too.

The researchers split the group into two. Half made their choices undisturbed at a computer screen, while the others were faced with a photo of Kismet - ostensibly not part of the experiment. The players who gazed at the cute robot gave 30% more to the pot than the others.

Burnham and Hare believe that at some subconscious level they were aware of being watched. Being seen to be generous might mean an increased chance of receiving gifts in future or less chance of punishment, they will report in Human Nature.
Deep-seated response

Burnham believes that even though the parts of our brain that carry out decision-making know that the robot image is just that, Kismet's eyes trigger something more deep-seated. We can manipulate altruistic behaviour with a pair of fake eyeballs because ancient parts of our brain fail to recognise them as fake, he says.

He believes that strong reciprocity is an illusion because even though volunteers are told they will never meet the other players again, our brains are not geared up for that degree of anonymity because humans evolved in small groups. Altruism expert Daniel Fessler at the University of California, Los Angeles, US, agrees. "Our mental architecture is just not used to the modern environment."

Charities and taxmen could even exploit the Kismet effect. Next time you click on a charity's gift page you may just see Kismet's dopey eyes staring back at you as you are overwhelmed by an uncontrollable urge to give.
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PostPosted: 21-03-2005 06:59    Post subject: Re: Altruism & the Charity Robot Reply with quote

jima wrote:
from The New Scientist

Quote:
..."Our mental architecture is just not used to the modern environment."
...


Could it possibly be the other way 'round? As in ' Our metal environment is just not used to modern architecture?
Discuss...
Very Happy
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PostPosted: 21-03-2005 09:18    Post subject: Reply with quote

Quote:
Burnham and Hare believe that at some subconscious level they were aware of being watched. Being seen to be generous might mean an increased chance of receiving gifts in future or less chance of punishment, they will report in Human Nature.

Another piece of useless research! They set up a straw man
Quote:
How could we have evolved to be selfless when it is clearly a costly business?
to demolish, when common sense tells us it's good to have friends and help people, because we may need help ourselves some time.

Perhaps we should have a thread on
Stating The Bleedin' Obvious!
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rynner
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PostPosted: 05-03-2006 18:57    Post subject: Reply with quote

I told you so! Very Happy
Quote:
Altruism 'in-built' in humans
By Helen Briggs
BBC News science reporter

Infants as young as 18 months show altruistic behaviour, suggesting humans have a natural tendency to be helpful, German researchers have discovered.

In experiments reported in the journal Science, toddlers helped strangers complete tasks such as stacking books.

Young chimps did the same, providing the first direct evidence of altruism in non-human primates.

Altruism may have evolved six million years ago in the common ancestor of chimps and humans, the study suggests.

Just rewards

Scientists have long debated what leads people to "act out of the goodness of their hearts" by helping non-relatives regardless of any benefits for themselves.

Human society depends on people being able to collaborate with others - donating to charity, paying taxes and so on - and many scientists have argued that altruism is a uniquely human function, hard-wired into our brains.

The latest study suggests it is a strong human trait, perhaps present more than six million years ago in the common ancestor of chimpanzees and humans.

"This is the first experiment showing altruistic helping towards goals in any non-human primate," said Felix Warneken, a psychologist at the Max Planck Institute for Evolutionary Anthropology in Leipzig, Germany.

"It's been claimed chimpanzees act mainly for their own ends; but in our experiment, there was no reward and they still helped."

'Astonishing'

Dr Warneken and colleague Professor Michael Tomasello wanted to see whether very young children who had not yet learned social skills were willing to help strangers.

The experimenters performed simple tasks like dropping a clothes peg out of reach while hanging clothes on a line, or mis-stacking a pile of books.

Nearly all of the group of 24 18-month-olds helped by picking up the peg or the book, usually in the first 10 seconds of the experiment.

They only did this if they believed the researcher needed the object to complete the task - if it was thrown on the ground deliberately, they didn't pick it up.

"The results were astonishing because these children are so young - they still wear diapers and are barely able to use language, but they already show helping behaviour," said Felix Warneken.

Lost spoon

The pair went on to investigate more complicated tasks, such as retrieving an object from a box with a flap.

When the scientists accidentally dropped a spoon inside, and pretended they did not know about the flap, the children helped retrieve it. They only did this if they believed the spoon had not been dropped deliberately.

The tasks were repeated with three young chimpanzees that had been raised in captivity. The chimps did not help in more complex tasks such as the box experiment, but did assist the human looking after them in simple tasks such as reaching for a lost object.

"Children and chimpanzees are both willing to help, but they appear to differ in their ability to interpret the other's need for help in different situations," the two researchers write in Science.

Ugandan study

Further evidence of chimps' ability to cooperate was revealed in a separate study published in the same edition of the scientific journal.

Alicia Melis, at the Ngamba Island Chimpanzee Sanctuary in Uganda, found that chimps recognised when collaboration was necessary and chose the best partner to work with.

The chimps had to cooperate in reaching a food tray by pulling two ends of a rope at the same time.

"We've never seen this level of understanding during cooperation in any other animals except humans," she said.

But she said there was still no evidence that chimpanzees communicated with each other about a common goal like children do from an early age.

http://news.bbc.co.uk/1/hi/sci/tech/4766490.stm
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PostPosted: 08-12-2006 16:47    Post subject: Reply with quote

Quote:
Why altruism paid off for our ancestors
19:00 07 December 2006

Richard Fisher

Humans may have evolved altruistic traits as a result of a cultural “tax” we paid to each other early in our evolution, a new study suggests.

The research also changes what we knew about the genetic makeup of our hunter-gatherer ancestors.

The origin of human altruism has puzzled evolutionary biologists for many years (see Survival of the nicest).

In every society, humans make personal sacrifices for others with no expectation that it will be reciprocated. For example, we donate to charity, or care for the sick and disabled. This trait is extremely rare in the natural world, unless there is a family relationship or later reciprocation.

One theory to explain how human altruism evolved involves the way we interacted as groups early in our evolution. Towards the end of the Pleistocene period – about 12,000 years ago – humans foraged for food as hunter-gatherers. These groups competed against each other for survival.

Group dynamics
Under these conditions, altruism towards other group-members would improve the overall fitness of the group. If an individual defended the group but was killed, any genes that the individual shared with the overall group would still be passed on.

Many researchers reject this model, however. One reason is that competition between individuals is likely to increase if a group becomes isolated, and any altruistic behaviour would then decrease an individual’s level of fitness compared with other members.

Biologists also assume that hunter-gatherer groups around this time period would have been insufficiently genetically related to favour altruism. In other words, die when defending the group and your genes die with you.

Ancient ways
Now a new study by Samuel Bowles at the Santa Fe Institute in New Mexico, US, breathes new life into the model. Bowles conducted a genetic analysis of contemporary foraging groups, including Australian aboriginals, native Siberian Inuit populations and indigenous tribal groups in Africa.

The genetic variation found within these modern-day groups was analysed and then used to estimate the kind of genetic variation that would have existed in ancestral populations of hunter-gatherer from the Pleistocene and early Holocene (150,000 to 10,000 years ago, combined). “These modern groups live today as most scholars believe our distant ancestors did,” Bowles explains.

He calculated that early human individuals were likely to be substantially more related to each other than previously thought. But Bowles found bigger genetic differences than expected between discrete groups of ancient peoples. These conditions would have favoured altruistic behaviour, says Bowles.

Challenging times
Bowles also worked out that early customs such as food sharing or monogamy could have levelled out the “cost” of altruistic behaviour, in the same way that income taxes redistribute income in society. He assembled genetic, climactic, archaeological, ethnographic and experimental data to examine the cost-benefit relationship of human cooperation in ancient populations.

In his model, members of a group bearing genes for altruistic behaviour pay a "tax" by limiting their reproductive opportunities to benefit from sharing food and information, thereby increasing the average fitness of the group as well as their inter-relatedness. Bands of altruistic humans would then act together to gain resources from other groups at this challenging time in history.

For example, an injury may be one of the costs of defending the group during an intergroup conflict: a broken leg could be fatal for an individual who may starve through being unable to obtain his own food. But food sharing would make it less of a risk for individuals to participate in these conflicts, Bowles says.

One-woman men
The archaeological and ethnographic data he used showed that 13% to 15% of foragers died from wars, which were common between groups. Bowles’s mathematical models suggest that altruism must have been a significant factor in these populations. Although Bowles admits that he has found no evidence for any gene for human altruism, he says that if such a genetic disposition were to exist, group conflict would have played an important role in its development.

Monogamy would also level the playing field within the group, he showed in his statistical analysis. “Monogamy limits the ability of the stronger or more aggressive males to monopolise copulation,” says Bowles. “Humans are very unusual in this way.”

Bowles’s paper is original, says Robert Boyd at the University of California, Los Angeles, US, who wrote an accompanying paper. A model of the evolution of altruism based on group selection is now more plausible, he says. “I am still not completely convinced, but I am much more willing to entertain the hypothesis,” he says.

Journal reference: Science (vol 314, p 1569)

Related Articles
Survival of the nicest
http://www.newscientist.com/article.ns?id=mg19225772.500
11 November 2006
The selfish gene that learned to cooperate
http://www.newscientist.com/article.ns?id=mg19125643.800
12 August 2006
Pay up, you are being watched
http://www.newscientist.com/article.ns?id=mg18524914.900
19 March 2005
Weblinks
Samuel Bowles
http://www-unix.oit.umass.edu/~bowles/
Robert Boyd
http://www.sscnet.ucla.edu/anthro/faculty/boyd/
Altruism, Wikipedia
http://en.wikipedia.org/wiki/Altruism


Altruism
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PostPosted: 22-01-2007 12:28    Post subject: Reply with quote

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Last Updated: Monday, 22 January 2007, 00:26 GMT


'Altruistic' brain region found

The brain area was more active among the altruistic group
Scientists say they have found the part of the brain that predicts whether a person will be selfish or an altruist.
Altruism - the tendency to help others without obvious benefit to oneself - appears to be linked to an area called the posterior superior temporal sulcus.

Using brain scans, the US investigators found this region related to a person's real-life unselfish behaviour.

The Duke University Medical Center study on 45 volunteers is published in Nature Neuroscience.

Selfless tendencies

The participants were asked to disclose how often they engaged in different helping behaviours, such as doing charity work, and were also asked to play a computer game designed to measure altruism.

The study authors say their work could have important implications.

They are now exploring ways to study the development of this brain region in early life and believe such information may help determine how altruistic tendencies are established.

Researcher Dr Scott Huettel explained: "Although understanding the function of this brain region may not necessarily identify what drives people like Mother Theresa, it may give clues to the origins of important social behaviours like altruism."

Reciprocal helping

Dr George Fieldman, member of the British Psychological Society and principal lecturer in psychology at Buckinghamshire Chilterns University College, said it was conceivable that there would be a region of the brain involved with altruism.

He added: "If you can educate from an early stage to be more altruistic that would be good for the community, and if you could also show that had an impact on brain development that would be very interesting."

He said true altruism was a rare or even intangible thing.

"Altruism is usually reciprocal - you do something for someone and you expect something back ultimately.

"The other types are kin altruism, giving to ones relatives, and being cheated or cuckolded."

He said it would be interesting to study people at the extremes of altruism and selfishness and see if their brains differed significantly.


http://news.bbc.co.uk/2/hi/health/6278907.stm


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PostPosted: 15-01-2009 10:35    Post subject: Reply with quote

Victorian novels helped us evolve into better people, say psychologists
Classic novels like Dracula and Middlemarch instilled the values of cooperation and the suppression of hunger for power
Ian Sample, science correspondent guardian.co.uk, Wednesday 14 January 2009

The despicable acts of Count Dracula, the unending selflessness of Dorothea in Middlemarch and Mr Darcy's personal transformation in Pride and Prejudice helped to uphold social order and encouraged altruistic genes to spread through Victorian society, according to an analysis by evolutionary psychologists.

Their research suggests that classic British novels from the 19th century not only reflect the values of Victorian society, they also shaped them. Archetypal novels from the period extolled the virtues of an egalitarian society and pitted cooperation and affability against individuals' hunger for power and dominance. For example in George Eliot's Middlemarch, Dorothea Brooke turns her back on wealth to help the poor, while Bram Stoker's nocturnal menace, Count Dracula, comes to represent the worst excesses of aristocratic dominance.

The team of evolutionary psychologists, led by Joseph Carroll at the University of Missouri in St Louis, applied Darwin's theory of evolution to literature by asking 500 academics to fill in questionnaires on characters from 201 classic Victorian novels. The respondents were asked to define characters as protagonists or antagonists, rate their personality traits, and comment on their emotional response to the characters.

They found that leading characters fell into groups that mirrored the cooperative nature of a hunter-gatherer society, where individual urges for power and wealth were suppressed for the good of the community.


The effect of such moralistic literature was to uphold and instil a sense of fairness and altruism in society at large, the researchers claim in the journal Evolutionary Psychology. "By enforcing these norms, humans succeed in controlling 'free riders' or 'cheaters' and they thus make it possible for genuinely altruistic genes to survive within a social group," they write.

Jonathan Gottschall, a co-author at Washington and Jefferson College in Pennsylvania, told New Scientist magazine that in Victorian novels, dominant behaviour is stigmatised. "Bad guys and girls are just dominance machines, they are obsessed with getting ahead, they rarely have pro-social behaviours," he said. But the more cooperative a group became, the more likely it was to survive and spread its values.

A few characters were judged to have both good and bad traits, such as Heathcliff in Emily Bronte's Wuthering Heights and Jane Austen's Mr Darcy. The conflicts they demonstrate reflect the strains of maintaining such a cooperative social order, Carroll said.

Stoker's Dracula and many of George Eliot's characters were more black and white. "Dracula is a nobleman and represents aristocracy at its most brutal. He's not just asserting prestige, he's actually taking people over and absorbing their life blood," he said.

The researchers believe that novels have the same effect on society as oral cautionary tales of old. "Just as hunter-gatherers talk of cheating and bullying as a way of staying keyed to the goal that bad guys must not win, novels key us to the same issues," said Christopher Boehm, a cultural anthropologist at the Unversity of Southern California. "They have a function that continues to contribute to the quality and structure of group life."

http://www.guardian.co.uk/science/2009/jan/14/victorian-novels-evolution-altruism
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PostPosted: 15-01-2009 12:30    Post subject: Reply with quote

And Lewis Caroll helped us to believe as many as six impossible things before breakfast.
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PostPosted: 28-02-2010 18:57    Post subject: Reply with quote

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'Nature' Paper Refigures the Evolution of Altruism
http://www.physorg.com/print186416144.html
February 26th, 2010 in Biology / Evolution


Why do some animals sacrifice themselves for the good of their group? The battle between the theories of kin selection and group selection has raged for decades. Biologist Charles Goodnight completed the math work needed to argue that they are, really, much the same. His calculations appeared this month in the journal 'Nature.'

(PhysOrg.com) -- In 1871, Charles Darwin puzzled over the evolution of altruism. "He who was ready to sacrifice his life, as many a savage has been," he wrote in The Descent of Man, "rather than betray his comrades, would often leave no offspring to inherit his noble nature."

To this day, biologists debate about how altruistic behaviors evolve and persist. Sterile ants faithfully tend their queen with no chance of reproducing themselves. Vervet monkeys scream to other monkeys about approaching predators, drawing attention to themselves and risking their own safety. Bees lay down their lives to defend the hive.

"Why do they do that?" asks University of Vermont biologist Charles Goodnight. "Doesn't natural selection drive animals to behaviors that increase their own chances of survival, not those of others?"

This question underlies the decades-long debate -- sometimes rancorous -- between two camps of scientists. On one side, are those who argue in favor of "kin selection," in which individuals are altruistic to those who share their genes. In defending the hive, a self-sacrificing bee increases the chances that the genes she shares with her sisters will get passed down.

On the other side, are those who argue in favor of "group selection," (or, in its modern form, "multilevel selection") in which altruism arises from being part of a group. The self-sacrificing behavior of the bee persists and spreads across generations because the whole hive, a group, competes more successfully, leaving more offspring than others.

In the February 18 edition of the journal Nature a team of 18 scientists, including UVM's Goodnight, show that the two traditional approaches are actually mathematically equivalent.

One in the same

How can this be? In order for kin selection to be important, the related kin have to be in groups that preferentially confer altruistic behaviors on each other. In order for group selection to operate, the members of a group have to be closer kin than they are to other groups. The two ideas are close enough that they can actually be converted to each other mathematically. This understanding has been stated in technical research articles for more than 30 years, but the broader scientific community has not often recognized it.

"What we did in this paper was take the equations of a group that was very strongly kin selectionist and we worked through them and translated them back into classic equations," says Goodnight. "and they're the same."

"It is remarkable that kin selection has been widely accepted and group selection widely disparaged," says Michael Wade, a biologist at Indiana University, and the lead author on the paper, "when they are actually equivalent mathematically."

Evolution at all levels

A good bit of the fight between kin and group selection proponents is a product of history. (What fight isn't?) In the 1960's, some ideas about group selection were introduced that, in cartoon fashion, looked something like birds choosing not to reproduce for the good of their fellow birds. "There was this big rash of 'for the good of the group', na?ve versions of evolution," says Goodnight.

But birds can't choose not to reproduce, nor can bacteria choose to be less virulent -- because it's good for their group. "Evolution doesn't work that way; evolution works by who leaves the most offspring," says Goodnight. Richard Dawkins and many other theorists largely dismantled this first wave of group selection ideas, and kin selection was ascendant. But in recent decades a new group-selection camp -- including Goodnight, David Sloan Wilson and others -- has emerged.

"The point is that evolution can work at many levels: the gene level, the cell level, the organismal level, the group level," Goodnight says, "and it probably works on all these levels at once."

The new paper in Nature considers the evolutionary mechanisms that would lead some parasites to have reduced virulence. From the kin selection (or individual-level selection) perspective, as presented in an earlier Nature paper by Geoff Wild at the University of Western Ontario and his colleagues, this lower virulence can be explained entirely by individual selection -- no group effect needed.

But Goodnight and his colleagues make a mathematical rebuttal, sketching out in their paper an argument for why two forms of opposing group selection -- "within-group" versus "among-group" -- are needed to explain how this seemingly disadvantageous trait nevertheless evolves in the whole parasite population.

"Those of us working on multilevel selection models have started seeing kin selection as subset of multilevel selection," Goodnight says, "The debate should no longer be whether it's individual or multilevel selection. The debate is how strong is each level of selection?" Or, as their paper concludes, "it's time to put the anachronistic debate between single-level and multilevel selection behind us."

Individual preference

Goodnight's colleague in the UVM biology department, Sara Cahan, agrees with this conclusion. But she doesn't agree with everything in Goodnight's paper -- and is more in the kin selection camp. "Charles and I really enjoy one another -- I respect Charles very highly -- but we do tend to argue a lot," she says, with a laugh. (Perhaps it's no wonder the students she and Goodnight had in their co-taught graduate seminar "Levels of Selection" called the course "Crossfire.")

"In this case of virulence, and in many cases where this altruism argument has been battled," she says, "the trait of interest is an individual-level trait. And if it's an individual-level trait, we really need to think about it as an individual-level adaptation -- regardless of what kind of selection, group or otherwise, has acted it."

"This debate is far from over," says Charles Goodnight.

More information: Paper: http://www.nature.com/nature/journal/v463/n7283/abs/nature08809.html
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PostPosted: 16-04-2012 14:07    Post subject: Reply with quote

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The science of selflessness
http://phys.org/news/2012-04-science-selflessness.html
April 16th, 2012 in Other Sciences / Social Sciences

Group loyalty, renowned Harvard biologist E.O. Wilson (right) said, is at the root of both some of our finest and darkest impulses. Wilson discussed the concept of eusociality and his most recent book, "The Social Conquest of Earth," at a recent Harvard Museum of Natural History talk whose attendees included David Ellis (left), interim director of the museum. Credit: Jon Chase/Harvard Staff Photographer

In a talk at the Geological Lecture Hall on Thursday, Harvard biologist E.O. Wilson outlined new thinking on how human social behavior evolved, saying that it was competition among groups of humans — made up of both related and unrelated individuals — that helped our society evolve and dominate the planet.

Wilson’s presentation focused on an extreme form of social behavior termed “eusocial” by scientists. Eusocial species are those in which some individuals act altruistically to benefit the group instead of selfishly to benefit themselves. Eusocial species have evolved just a handful of times — all of them relatively recently.

Eusocial species include ants and bees plus naked mole rats in Africa, some crustaceans, and humans. Though these species represent a tiny fraction of all species on Earth, their success has been breathtaking.
Humans have multiplied and risen to dominate the planet while ants are so successful that their biomass is greater than that of all nonhuman land vertebrates.

“It is in this very small array of evolutionary lines that the numerically most abundant and ecologically dominant creatures on Earth — at least on land — are found,” Wilson said.

In his talk, sponsored by the Harvard Museum of Natural History, Wilson acknowledged that his theories have prompted “spirited dissent” within the biological community. For decades, eusocial behavior has been explained by the theory of kin selection, under which individuals act to benefit themselves and those they’re related to, with their willingness to sacrifice for the benefit of others declining for those more distantly related.

Proponents of kin selection have assailed Wilson’s ideas, which were developed in collaboration with Martin Nowak, professor of mathematics and of biology and director of Harvard’s Program for Evolutionary Dynamics, and Corina Tarnita, a researcher in the program. The three authored a 2010 paper in the journal Nature, which prompted several letters of dissent. Wilson further elaborated on those ideas in his recent book, “The Social Conquest of Earth.”

On Thursday, Wilson, who is Harvard’s Pellegrino University Professor Emeritus, said that the evolution of eusociality is better explained by group selection than kin selection. Under group selection, the primary competition is between groups of individuals, who band together to build, defend, and provision a nest. It is in the nest, Wilson said, that division of labor evolves, with some venturing outside to forage and others staying behind to care for the young.

While providing an overview of eusociality in general, Wilson focused his talk on human evolution and on the rise of our extreme “groupishness” — expressed today in our fervor for sports teams, clubs, and other groups that we join and whose competitions we follow. Natural selection — often in the form of intergroup violence — acted on human groups over the long reaches of history, favoring those that included individuals who would act altruistically, setting aside their own interests for the sake of the group.
That group loyalty, Wilson said, is at the root of both some of our finest and darkest impulses — our willingness to sacrifice for others and the xenophobia that underlies aggression against outsiders.

Wilson traced humankind’s rise from 6 million years ago when our ancestors split from the ancestors of modern chimpanzees. Early humans — largely plant eaters — radiated out into several species until one, Homo habilis, began to increase the proportion of meat in its diet, developing a larger brain.

A more recent ancestor, Homo erectus, had a brain that was larger still, lived in camps, foraged for food, had a division of labor, and was likely the first truly eusocial human, Wilson said. With groups formed, competition among them put natural selection to work, through attacks, vengeance raids, and other acts of violence.

“As William James said, ‘History was a bloodbath.’ We know this was true in history and prehistory,” Wilson said. “Groups consisting of altruistic individuals beat groups consisting of selfish individuals.”

Provided by Harvard University
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PostPosted: 16-04-2012 20:43    Post subject: Reply with quote

I'm very sceptical about that good influence of the Victorian novel article. It tends to assume that what the Victorians read was the worthy stuff that has survived. But the most popular novelist of the day was not Dickens but George Reynolds whose lurid pot-boilers were semi-pornographic in their cheap thrills.

When we browse the shelves of old bookshops today we tend to find the plush gift-books and Sunday-school prize fodder which gives a very partial view of Victorian reading habits. Most of the cheap stuff has tended to disintegrate rather more quickly but an increasing amount is available online. I wish I had seven lifetimes to explore it! Smile

Oh Joy! I see there is an online edition of The Mysteries of London!

victorianlondon.org/mysteries/mysteries-00-introduction.htm

I can't get this to display correctly as a hidden link but at least it is short. I think the board expects html as suffix. Question
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PostPosted: 16-04-2012 21:46    Post subject: Reply with quote

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But the most popular novelist of the day was not Dickens but George Reynolds whose lurid pot-boilers were semi-pornographic in their cheap thrills.


Reading the wiki page, cannot imagine what anyone saw in his stuff.

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PostPosted: 09-10-2013 21:39    Post subject: Reply with quote

Digital Human - Series 4 - 1. Altruism

Aleks Krotoski explores what technology tells us about ourselves and the age we live in. In this first programme; is the digital world allowing us to be more altruistic than ever?

So does altruism exist online? With all the stories of cyber-bullying and trolling it's very easy to forget the random acts of kindness that the technology also allows. Aleks explores some amazing stories of online altruism. But when no good deed goes unpublished and you can keep score of your goodness through 'followers', 'likes' and the accompanying boosts to ego and reputation is truly selfless altruism online an impossibility? And in the end, if good gets done does it matter?

Contributors: Primatologist Frans De Waal, Psychologist Dana Kilsanin, Founder of Random acts of pizza Daniel Rodgers, YouTube DIY guru Chez Rossi

http://www.bbc.co.uk/iplayer/episode/b03c2zw6/Digital_Human_Series_4_Altruism/

Available until
12:00AM Thu, 1 Jan 2099

Broadcast on
BBC Radio 4, 4:30PM Mon, 7 Oct 2013

Food for thought!
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PostPosted: 10-10-2013 08:27    Post subject: Reply with quote

Making Time: Does it matter why we help others?
By Sam Judah, BBC News Magazine

Is altruism simply self-interest in disguise? And can a mathematical equation hope to answer the question?
In 1968, an academic almost unknown in the UK walked into University College London and presented its staff with an equation so remarkable, that they offered him an honorary position and the keys to his own office.

His name was George Price, and his equation addressed a problem that has vexed scientists since Charles Darwin published On The Origin of Species more than a century earlier. If we are selfish creatures, engaged in a battle for survival, why do we display altruism? Why do we show kindness to others even at a cost to ourselves?

A range of theories have since been posed, and the roots of Price's answer were hinted at in the early 1950s by the British evolutionary biologist, JBS Haldane. When asked if he would sacrifice his own life to save that of another, he said that he would, but only under certain conditions. "I would lay down my life for two brothers," he said. "Or eight cousins."

Haldane's reasoning was a simplistic explanation of a theory that has come to dominate evolutionary biology - that of "kin selection".
Since he would share 50% of each brother's genetic makeup, and 12.5% of each cousin's, his genes would survive even if he were to die.

It took until the early 1960s for another scientist, William Donald Hamilton, to popularise the theory. He wrote a simple equation to explain that an organism would demonstrate self-sacrificing behaviour if it would enhance the reproductive chances of those it was closely related to.

In 1967 Price arrived in London from the United States, where he had been a scientist and journalist, but with no background in the field of evolutionary biology.
He discovered Hamilton's theory in a public library and thought he could improve upon it. Working in seclusion, he rewrote the equation in a simpler but more wide-reaching way. It explained the relationship between different generations of a population, and could be used to show how the prevalence of particular traits would change over time.

Although it was a fairly simple statement, it had never been expressed in clear mathematical terms, and the staff at the University College London recognised his insight as wildly original.

A debate about the scientific roots of altruism still rages to this day, but kin selection remains a hugely influential theory, and Price's contribution is held in high regard by many.

"It underpins a lot of modern evolutionary biology research," says Andy Gardner, an evolutionary biologist at Oxford University, who uses the Price Equation in much of his work.

Oren Harman, who wrote Price's biography in 2010, says the view is shared by plenty of people in the field.
"Although there are those who fail to see the precise use of the equation, others think of it as the most simple and brilliant description of the dynamics of natural selection."

But Price began to find the implications of his work very difficult to deal with, according to Harman. If altruism was simply an attempt to ensure the survival of one's own genes, could it be considered altruism at all?

Lee Dugatkin, professor of Biology at the University of Louisville, thinks it was this thought that triggered a major change in Price. "That was what got him going," he says. "He was so depressed when he found out that Hamilton was right."

In the summer of 1970, Price became a devout Christian and embarked on a radical project - giving himself over to the service of others.
"He was going to go out to try and show that human beings are the only species that can beat out their own nature. And he was going to do that by becoming a pure selfless altruist," says Harman.

Price began giving money to homeless people, and invited many of them to live with him in his flat near Oxford Circus. His increasingly erratic behaviour left him penniless. He left his flat and eventually moved into a squat in Kentish Town.

It is not universally agreed that Price's equation triggered his downfall - he was undoubtedly suffering from some form of mental illness as well. And in the winter of 1975, Price took his own life.

For Harman, the two are inextricably linked. "I think the fact that George killed himself due to his interpretation of the equation really focuses the problem to the utmost degree."

Price's story is laced with tragedy, but need his scientific work imply a dark, depressing view of human nature?
Samir Okasha, professor of the philosophy of science at Bristol University, thinks not. "The idea that what evolutionary theory shows is that altruism is self-interest in disguise is, to my mind, a questionable thing to say."

Behaviour in some animal species is indeed genetically determined, he says, but with humans "that certainly isn't the case". He argues that culture sets us apart from animals in that respect, and points to the huge variance in social norms in different countries, and over short periods of time.
"We have seen rather dramatic change over, say, a 300-year period, which cannot be explained by genetics," he says.

Harman also disagrees with Price's interpretation of his own work. "It is not a necessary logical conclusion. It was his own conclusion, the conclusion of a troubled mind, but it's what led him to a terrible realisation that there is no true kindness in the world.

"If we want to understand behaviour, biology is part of it - it has to be by definition. But that's never an entire and complete explanation for the complexity and grandeur of the human condition."

Gardner thinks it is always possible to think of people as attempting to protect and reproduce their own genetic material. "But that's not necessarily always selfish," he says. "There's room for altruism in that logic."

http://www.bbc.co.uk/news/magazine-24457645
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