Charles Darwin
(1809-1882)
The
Complete Works of Charles Darwin |
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Darwin survey shows international consensus on acceptance
of evolution
A British Council poll into awareness of Charles Darwin and
attitudes towards evolution has found that there is a broad international
consensus of acceptance towards his theory of evolution.
1 July 2009
The British Council, the UK’s international body for cultural relations,
announced the results of its global survey at the World Conference of
Science Journalists (WCSJ) in London on Tuesday 30 June, 2009, as part of
its international programme Darwin Now, to mark the publication of Charles
Darwin’s groundbreaking work On the Origin of Species by Means of Natural
Selection on 24 November, 1859.
The research, conducted by Ipsos MORI, surveyed over ten thousand adults
across ten countries worldwide including Argentina, China, Egypt, India,
Mexico, Russia, South Africa, Spain, Great Britain and the USA.
The results show that the majority of people polled have heard of Charles
Darwin with the highest levels of awareness in Russia (93%), Mexico (91%),
Great Britain (91%), and China (90%) whilst less than half of people polled
in Egypt (38%) and South Africa (27%) saying they had not heard of him.
Overall, the majority (70%) of people surveyed have heard of the British
naturalist.
Adults in the United States (84%) showed the highest levels of awareness and
understanding of evolution and Darwin’s theories followed by Great Britain
(80%) saying they had a ‘good or some knowledge’ of the theory of evolution
In all countries polled more people agreed than disagreed that it is
possible to believe in a God and hold the view that life evolved on Earth by
means of natural selection at the same time, with those in India most likely
(85%) to be of this opinion, followed by Mexico (65%), Argentina (63%),
South Africa, Great Britain (54%), USA, Russia (53%), Egypt, Spain (45%),
and China (39%).
In six out of ten countries the majority of people who had heard of Charles
Darwin and know something about his theory of evolution agreed with the view
that there is enough scientific evidence that exists to support the theory
against an overall average of 54 percent.
Only Russia (48%), USA (42%), South Africa (41%) and Egypt (25%) remained
sceptical about the scientific evidence that exists to support Darwin’s
theory.
The results also show that a significant proportion of those people surveyed
in the USA, South Africa and India (43%) believe that all life on Earth,
including human life, has always existed in its current form.
In all other countries, people in China (74%), Mexico (69%), Argentina
(68%), Great Britain (63%) Russia, Spain (56%), and Egypt (52%) were of the
view that more people thought that life on Earth, including human life,
evolved over time either by a process guided by God or as a result of
natural selection in which no God played a part.
Dr Fern Elsdon-Baker, Head of the British Council Darwin Now programme,
said: ‘The international Darwin survey has thrown up some very interesting
results, especially as it includes data from countries not previously
covered before. The most encouraging aspect of the survey shows that whilst
there are diverse views on Darwin’s theory of evolution, there appears to a
broad acceptance that science and faith do not have to be in conflict.
Whilst the results show that there is some way to go in communicating the
evidence of evolutionary theory to wider audiences, it is evident that there
is clear space for dialogue on this sometimes complex area of debate.’
The survey is now open to the public in each of these countries and can be
completed by visiting the survey online. Over the coming months, this survey
will create the largest data set ever gathered on the public’s understanding
of evolutionary theory.
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The danger of worshipping Darwin
By Andrew Marr
Presenter, Darwin's Dangerous Idea
07 March 2009
His vast brow hangs over us all. His foamy white beard cascades down in the
familiar Michelangelo Old Testament style.
He speaks to mankind of ancient origins and end times.
In this year of his double anniversary, are we in danger of turning Charles
Darwin if not into God, at least into the founder of a secular religion?
I'm a lapsed Presbyterian Christian. I had a blinding revelation of
disbelief at the age of around 15.
It was every bit as clear and convincing as others describe revelations of
faith.
Back then, I explained to the school chaplain that I could accept religion,
but only as a metaphor - Heaven and Hell on Earth, that sort of thing.
Kindly but firmly, and rightly, he said that no, this would not be
sufficient.
There's no doubt that Darwinism, and indeed scientific truth generally, can
supply people like me with some of the nourishment religion offers.
Richard Dawkins wrote an excellent book, Unweaving the Rainbow, about this.
But aren't there also dangers in trying to replace religion with a secular
equivalent?
Churches to science
Late last year, during filming, I visited both the Kensington and Oxford
University natural history museums.
A pair of magnificent buildings, they are startlingly and unmistakably like
Christian cathedrals.
In Oxford, the delicate carvings of animals and plants entwine pillars and
arches, while statues of scientists look like latter-day saints.
In London, Darwin himself presides over the nave, as Gothic, Venetian and
Renaissance styles jostle round.
I've since learned, thanks to Sir David Attenborough, that the London
building by Waterhouse was always meant to mimic a cathedral.
Its founder, Richard Owen, wanted the museum to be a "temple of nature" and
when it opened, it was dubbed "the animals' Westminster Abbey".
But where is Owen's statue now? An enemy of Darwin, hustled away from the
altar to make way for Charles D.
Though he coined the word dinosaur and was a remarkable fellow, he is
generally cast out as a disbeliever, schismatic and bad egg.
And what are most sacred objects in Kensington? Well, bones, of course - not
saints' bones, but bones collected by Darwin on his travels, a voyage which
brings a whiff of pilgrimage to the tale.
One could go on in this fairly trivial way, and have plenty of fun with the
comparison.
'Revelation'
Darwinism has its bishops and its schisms. There are Darwin cartoon books
for children, not dissimilar in tone to blandly uplifting Sunday School
booklets.
More significant, though, is that Darwinism, like a religion, offers both a
method and a message.
“ Darwinism underpins today's acceptance of the importance of the web of
life ”
It does not suggest prayerfulness or mantras, but it is grounded in the
scientific method of observation, rigorous testing and peer group review.
It lays the groundwork for others to pick up and follow. Hardly unique to
Darwin, of course, but its steady press-ahead of revelation makes the growth
of Darwinists and Darwin-admirers inevitable.
As for its message, though you can believe in evolution while being
sceptical about some aspects of ecological science, and while you can be
both a creationist and worried about the current state of nature, Darwinism
underpins today's acceptance of the importance of the web of life.
His work, for instance, on worms and coral reefs began to reveal the
interconnectedness of apparently very distant life systems. And that paved
the way for modern environmentalism.
With the Earth going through an unprecedented rate of species extinction now
- the man-made so-called "sixth great extinction" - and with the threat from
climate change, these are potent and urgent questions.
To deal with the consequences, we have to turn to scientific evidence, which
will be brought to us by - yes - Darwinists.
Darwin showed not only that we originated in animal nature, but he also
implied that if we damage nature too severely we might bring about our
premature extinction.
There may have been no Darwinist Eden but there is certainly a Hell waiting
for a species that makes the worst choices. And thus, back to my schoolboy
metaphor.
A word of warning
So where is the danger?
I believe Darwin was right and that as science advances, he is proved more
prescient, not less.
But religions are absolute. They bring their truth and then repel all
boarders. They divide mankind into the saved and the ignorant damned.
In this story, there is no us and them. Darwinism, as I take it, is a creed
of observation, fact, a deep modesty about conclusions and lifelong
readiness to be proved wrong.
I don't say it offers everything that religion can. But I do say that, in
this respect, it is better.
However we celebrate the old man, we mustn't let his work crust into creed
or harden to dogma.
Darwin's Dangerous Idea, presented by Andrew Marr, is on Thursdays at 2100
GMT on BBC Two from 5 March.
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To Marry or Not to
Marry?
These notes record Darwin's
speculations about the prospect of marriage and his future life and work.
They were written before his engagement and marriage to his cousin Emma
Wedgwood in January 1839. The note has been conjecturally dated to July
1838.
Darwin's notes on marriage are transcribed and annotated in
Correspondence vol. 2, appendix iv.
(see below)

Darwin's notes on marriage are
transcribed here:
This
is the question
Marry
Children — (if it Please God)
— Constant companion, (& friend in old age) who will feel interested in one,
— object to be beloved & played with. — —better than a dog anyhow. — Home,
& someone to take care of house — Charms of music & female chit-chat. —
These things good for one's health. — Forced to visit & receive relations
but terrible loss of time.
—
W My God, it is intolerable
to think of spending ones whole life, like a neuter bee, working, working, &
nothing after all. — No, no won't do. — Imagine living all one's day
solitarily in smoky dirty London House. — Only picture to yourself a nice
soft wife on a sofa with good fire, & books & music perhaps — Compare this
vision with the dingy reality of Grt. Marlbro' St.
Marry — Marry — Marry Q.E.D.
Not Marry
No children, (no second life), no
one to care for one in old age.— What is the use of working 'in'
without sympathy from near & dear friends—who are near & dear friends to the
old, except relatives
Freedom to go where one liked
— choice of Society & little
of it. — Conversation of clever men at
clubs — Not forced to visit relatives, & to bend in every trifle. — to have
the expense & anxiety of children — perhaps quarelling —
Loss of time.
— cannot read in the Evenings — fatness & idleness — Anxiety &
responsibility — less money for books &c — if many children forced to gain
one's bread. — (But then it is very bad for ones health to work too much)
Perhaps my wife wont like London; then the sentence is
banishment & degradation into indolent, idle fool —
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"When Darwin dropped his blockbuster, he did it, as it were, by remote control. He
was an extremely shy man, plagued by bad health. He had no stomach for getting into the
kind of all-out fight that instinct told him would flare when his theory of
evolution ran headlong into the political and religious orthodoxy of the day. The Church
of England had immense political and
social leverage above and beyond its magisterial control over the souls of Britain's
people. Indeed, Darwin was so reluctant to
confront that juggernaut that for several years he did not publish his theory at all.
He kept on amassing greater and greater evidence for what his flash of insight, gained
years before in the Galapagos Islands, had told him was true: all species had evolved.
They had been evolving since the beginning of life. They were related by descent, and
those lines of descent could be traced in fossils. The fossils with which Darwin chose to
back up his theory were as uncontroversial as he could make them: obscure marine
organisms, small barnacles, long-extinct clams, and so on. Only once in the Origin of
Species did he even hint that evolution had anything to do with people. At the very
end he inserted one sentence: "Light will be thrown on the origin of man and his
history." That was enough, and the fight was on.
Luckily for Darwin, he had an able champion: the aggressive and imaginative scientist
Thomas Henry Huxley. While Darwin lurked in his home like a timid and anxious turtle,
Huxley was out front, arguing. He took on a distinguished Anglican bishop in public
debate, and demolished him. He even succeeded in making England's Prime Minister, Benjamin
Disraeli, look foolish. It was Huxley who publicly associated humans with apes. He pointed
out the great range of similarity between man and what he recognized to be man's closest
living relatives, the gorilla and chimpanzee. From this he reasoned that the three had a
common - and not terribly remote - ancestor. Since those apes were found living only in
Africa, Huxley suggested that fossils of the joint ancestor might be found there
also."
-----------
D.C. Johanson and M.A. Edey: Lucy: The Beginnings of Humankind
(Simon and Schuster, New York 1981, p.27)
[Editor's note: Thomas Henry Huxley (1825-1895) was the grandfather of the author Aldous
Huxley (1894-1963), the Nobel
Prize winner Andrew Huxley (1917- ), and the biologist Julian Huxley (1887-1975). In 1860,
T.H. Huxley took part in the famous debate with the bishop of Oxford, Samuel Wilbeforce,
at the Oxford meeting of the British Association for the Advancement of Science.
During the discussion, Wilbeforce asked whether Huxley traced his ancestry to the apes on
his
mother's or father's side of the family. Huxley replied that given the choice of a
miserable ape and a man who could make such a remark at a serious scientific meeting, he
would select the ape. The meeting resulted in a triumph for science.]
From SCIENCE-WEEK, December 8, 2000 -- Vol. 4 Number 49
www.scienceweek.com
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Re-reading Darwin
Prospect, August/September 2001
Darwin's own family stimulated his interest in the continuity
between human and animal behaviour,
making him the first "evolutionary psychologist" says Matt Ridley
The first great ape to reach Britain and survive for any length of time was a chimpanzee
called Tommy, who was exhibited in London Zoo in 1835 before he died of tuberculosis. He
was replaced in 1837 by an orang-utan called Jenny. She died in 1839 but was replaced by
another, also called Jenny.
These apes caused a small sensation. Queen Victoria, who saw the second Jenny, typified
the reaction of horrified fascination. Jenny, she wrote, was "frightful, and
painfully and disagreeably human." It was disconcerting that an animal could look and
behave so like a human. It posed uncomfortable questions about the distinction between
people and animals, reason and instinct.
Charles Darwin visited the first Jenny in early 1838, less than two years after
returning from the voyage of the Beagle. A few weeks later, he wrote in his notebook,
"Let man visit the ouran-outang in domestication... see its intelligence... Man in
his arrogance thinks himself a great work... More humble and I believe true to consider
him created from animals." This was 20 years before he unveiled the theory of natural
selection. It was several months before he had his main insight into the struggle for
existence after reading Malthus's essay on population.
To most people, Darwin is synonymous with animals and plants. To explain natural
selection, he called on pigeons, Galapagos finches and orchids. While procrastinating over
the publication of natural selection, he spent eight years studying barnacles. His last
book is called, sensationally, The Formation of Vegetable Mould Through the Action of
Worms. This was the epitome of an unworldly, reclusive naturalist.
The fact that he also dethroned man from his place atop the natural world by
establishing the fact of evolution seems almost incidental to his natural history. In The
Origin of Species, he famously confined himself to a single gnomic sentence about his
own species: "Much light will be shed on the origin of man and his history." He
left it to Thomas Huxley to argue with bishops about being descended from monkeys.
Or so goes the conventional wisdom. But far from being just a naturalist, Darwin was an
obsessive observer of human beings. Instead of coming to overturn human exceptionalism via
the study of animals, Darwin did almost the opposite. He started with human nature,
concluded that it was different from animal nature only in degree, not in kind, and from
there worked back to natural selection. His breakthrough owed as much to Hume and
Wordsworth as to the finches and tortoises of the Galapagos islands.
This revolutionary claim is contained in a book published in May by Randal Keynes,
Darwin's great-great grandson, called Annie's Box. A fine contribution to Darwiniana, it
centres on his private life and the central tragedy of his experience--the death, at age
ten, of his beloved daughter Annie, from consumption.
Though much praised, the book has suffered from an unusual degree of reviewer myopia.
Most critics expected a revelation about the effect of Annie's death upon Darwin's
thinking, perhaps reinforcing the bleak lesson taught by survival of the fittest. Though
it is true that her death probably put the final nail in the coffin of Darwin's Christian
faith (after it, he would walk his family to church, but not enter), for Keynes the story
of Annie is different. He has tried to show how Darwin's experience of fatherhood fed into
his thinking from the start. Keynes says that Darwin "learnt from his feelings for
Annie about the lasting strength of the affections... and the limits of human
understanding."
In his relationship with Annie and his other children, Darwin emerges as anything but a
typical Victorian. He was a warm and approachable father, who allowed the children to play
roughly in his study. His approach to child-rearing was liberal and tolerant. Both his
grandfathers had been admirers of Rousseau's dicta, that parents should be permissive and
encouraging (not that Rousseau took his own advice: he insisted on his mistress sending
all his children to an orphanage). Darwin's children were well treated. In his
"memorial" to Annie, he writes: "her tender love was never weary of
displaying itself by fondling and all other little acts of affection."
Keynes has recently put the real Annie's box on show in a special exhibition at
Darwin's house in Kent. The box is a writing case with various family mementoes of Annie
put away by her mother after her death and rediscovered by Keynes recently. This is part
of a general refurbishment of Down House by English Heritage, which now includes a
fascinating recreation of the garden in which Darwin did so many experiments with pigeons,
bees or plants. He grew no less than 54 varieties of gooseberry, for example. Plans are
now afoot for a Charles Darwin centre for conferences on evolutionary theory.
There is probably no scientist for whom the sense of place is as strong as it was with
Darwin. Having circumnavigated the world, he came to anchor in this little corner of Kent,
so close to suburbia even then, but secluded in the hedges and banks of the North Downs.
His every idea was tested and observed in some corner of this patch of land, fermented in
his brain during "thinking walks" and written up in the cluttered study now
restored to its original appearance. More relevant features remain of Darwin's milieu than
of Newton's, Mendel's, Einstein's or Watson and Crick's. Down House is a scientific shrine
of the finest authenticity.
And it is impossible to separate Darwin's science from his home life. Keynes shows they
were all of a piece. He never "went to work." He enlisted the entire household
into his inquiries. The children were made to track bees, their governess to count plants
and the butler to boil the skeletons of pigeons. The children were not just lab
assistants. They were also subjects. From their earliest moments they were under close
observation. In his book, The Expression of the Emotions in Man and Animals, he
detailed the emergence of reflexes and habits in young children--his own. In The
Variation of Animals and Plants under Domestication, he refers to a certain habit of
twiddling the fingers when pleased that he had observed in a boy, and how the boy's
daughter had developed the same habit. The boy was himself; the girl his daughter, Betty.
He also recalls repeating on the one-year old Annie an experiment he had first done
with the orang-utan Jenny: to see if each could recognise herself in the mirror. The
evolution of the human mind must at least be possible, he argued, "for we daily see
the faculties developing in every infant."
The question of human nature and whether it is an exception to brute nature was a
central concern for Darwin from 1838. A few months after seeing orang-utan Jenny, Darwin
found what he felt was an answer to the main obstacle to seeing human nature as derived
from animal nature: human morality. His notebooks show that he had developed the idea that
the notion of right and wrong might be rooted in a "social instinct" that had
once contributed to survival. Conscience, he thought, might be "an hereditary
compound passion"--though he also emphasised the role played by self-awareness and
reflection. The reason we find it hard to analyse our moral motives might be because they
were "originally mostly instinctive." These were very similar to thoughts
expressed by Wordsworth in his Lyrical Ballads. They were also a far more radical
heresy in the pious Victorian age than evolution itself.
Keynes's disinterment of this strand of Darwin's thinking is remarkable for three
reasons. First, it shows how much putting man in his place in nature was at the beginning,
not the end, of Darwin's evolutionary reasoning. Second, it reveals Darwin as a full-blown
"evolutionary psychologist," ready to speculate about the evolutionary origins
of complex human behaviour. Such speculation has flowered in the past decade much to the
rage of conventional social scientists, who call it biological determinism. Third, it
shows how little progress we have made. More than 160 years have passed since Darwin
thought these thoughts about human exceptionalism, yet to write what he wrote would still
get you condemned in most public prints.
Take this quotation from a pamphlet by Kenan Malik, "What is it to be human?"
just published by the Institute of Ideas: "Humans are not like other animals... we
must distinguish between inert, mechanical nature and active, thinking man." More
than a century after Darwin demonstrated that there is no hard distinction between nature
and man, only differences of degree, Malik's appeal to human exceptionalism is still
supported by most of the academy. It has been the presiding assumption of the followers of
Durkheim, Freud, Boas, Piaget, Skinner and Foucault for 100 years: that there is a greater
gulf between a person and a chimpanzee than there is between a chimpanzee and a slug.
Social scientists allowed Darwin his triumph over anatomy, but barred him from the mind.
That was to remain determined exclusively by culture (that is, by other people's minds).
Some scientists have even argued that Darwin himself did not intend his ideas to extend to
psychology. But even a cursory reading of Darwin's later books, or his early notebooks,
reveals otherwise.
Yet Darwin's foundations were hardly built upon in the 20th century. I wrote a book (The
Origins of Virtue) on this theme, trying to demonstrate that the "good,"
pro-social human habits might just as plausibly have long evolutionary antecedents as the
"bad," anti-social ones. I am embarrassed to find how much I failed to
acknowledge Darwin's contributions to the argument. We say of a drunken yob, "he is
behaving like an animal." We never say of somebody who initiates or reciprocates a
kindness, that she is "behaving like an animal." Why not? There is just as much
evidence for instinct in our good behaviour as in our bad. In any case, I was condemned by
many social scientists for various heresies against environmental determinism.
There is a trap here for the unwary. To argue that human beings are no different from
other animals is just as foolish as to argue that they are completely different. Humans are
unique. They have language, written culture and opposable thumbs. But elephants are
unique, too. They have trunks. So are goldfish. As Helena Cronin once wrote, "there
is nothing unique about being unique." The trick in comparative biology is to find
the similarities between species that speak of common descent or convergence, and to find
the differences that speak of adaptation to particular ecological conditions or genetic
accident.
This is no less true in behaviour than in anatomy. The male gorilla has a huge body,
but tiny testicles; the male chimpanzee has by contrast a modest body and enormous
testicles. The difference reflects the fact that competition between male gorillas happens
before fertilisation (in fights over harems), while competition between male chimps takes
place after fertilisation (as the sperm from several mates compete to reach the egg). This
in turn has behavioural consequences: infanticide is common in gorillas when harems change
hands because males are certain about paternity. It is rare in chimps because the issue of
paternity is blurred. Why must we assume that the testicle size of the third African ape
(ourselves) tells us nothing about its behaviour? We are, in fact, intermediate
between chimp and gorilla, which is inconsistent with chimp promiscuity or gorilla
polygyny, but consistent with a mostly monogamous mating system.
Darwin would have loved this data. It demonstrates the power of his neglected second
great theory, sexual selection. And it makes clear the futility of drawing a hard line
between man and animals. It is astonishing to realise that between Tommy's arrival at
London Zoo in 1835 and Jane Goodall's studies in Tanzania beginning in 1960, we knew
nothing of the complexity of chimpanzee social lives, in part because we assumed that we
had a monopoly on complex, conscious behaviour. You still hear philosophers and
neuroscientists talk of consciousness as if it were a purely human phenomenon, though
anyone who has watched a dog dreaming knows otherwise.
Darwin drew no dividing lines through nature. Although he knew three natives of Tierra
del Fuego who returned home on the Beagle after a spell in London (including a visit to
court) and was "struck by how similar their minds were to ours," he was none the
less shocked by his first sight of "wild" Fuegians. "They were naked and
sent forth most hideous yells... man in his most savage state... the reflection at once
rushed into my mind--such were our ancestors." If the three Fuegians on board had
stepped so easily into civilisation, perhaps he was only a step away from sinking into
savagery. Having seen the animal in himself, he was ready, as few Victorians were, to see
orang-utan Jenny, as a cousin.
Towards the end of his life, Darwin was drawn back to human exceptionalism. But he
began to worry that (in Keynes's words) "the human brain was not a perfect instrument
for finding truths." This is a doubt that goes back to Hume, and Colin McGinn has
recently coined the term "mysterian" for the belief that while there is nothing
supernatural about consciousness, it may still be beyond the comprehension of the human
mind.
Darwin's last book, The Formation of Vegetable Mould Through the Action of Worms
contains the final irony. His point was to show how dramatically worms changed the
appearance of the world by their churning of the earth, but he could not resist
speculations on their "mental qualities." He brought worms into the house to
test their reactions to the piano. This was a man who treated worms as sentient beings and
children as experimental subjects. For 40 years he pursued the idea that humans were just
another kind of organism wherever it would take him. Few since have had the courage to
follow him.
Matt Ridley's most recent book is Genome (Fourth Estate)
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"We live in a universe of
patterns. Every night the stars move in circles across the sky. The seasons
cycle at yearly intervals. Tigers and zebras are covered in patterns of
stripes, leopards and hyenas are covered in patterns of spots. Intricate
trains of waves march across the oceans; very similar trains of sand dunes
march across the desert. Human mind and culture have developed a formal
system of thought for recognizing, classifying, and exploiting patterns. We
call it mathematics. By using mathematics to organize and systematize our
ideas about patterns, we have discovered a great secret: nature's patterns
are not just there to be admired, they are vital clues to the rules that
govern natural processes"
- Ian Stewart, Nature's Numbers |
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