Charles Darwin was an English naturalist whose scientific
theory of the development of all forms of life
through the process of natural selection, became the foundation of modern evolutionary studies
and transformed our understanding of the development of life on Earth.
Charles Darwin in the age of 31, next to the Mount (his parents’ house) in Shrewsbury on stamp of Cuba 2009,
MiNr.: 5216; Scott: 4934a.
He was not the first who tried to explain animals' diversity and their origin, but was the first who was able to explain where the different animals
and plants came from and how they adapted to their living environment, by purely natural causes.
Darwin’s central ideas on evolution remains powerful today and continue to drive many fields of biological science,
including Paleontology and
Paleoanthropology.
Childhood and Family
Charles Darwin was born on February 12, 1809 in Shrewsbury, England, and was the fifth of six children
of wealthy society doctor and financier Robert Darwin and his wife Susannah Darwin.
The eight-year-old Charles already had a taste for natural history and collecting when he joined the
day school in 1817, particularly the observation and collection of birds and insects.
He continued to be an avid collector, during his entire life, accumulating all kinds of natural and
antiquarian objects.
In school, Charles wasn’t an impressive student, only chemistry lessons interested him.
When back home from school, he continued chemistry experiments with his elder brother Erasmus in a home
“laboratory”.
Scenes from Charles Darwin’s life on margins of the Souvenir Sheet of Gibraltar 2009,
MiNr.: Bl. 90; Scott: 1215.
The Mount (his parents’ house) is on the bottom-left.
Charles Darwin in 1816 (7 years old) on the left side.
Darwin’s mother, Susannah (1765-1817), was a daughter and elder child of Josiah Wedgwood.
She was depicted on the cover of the booklet “The story of Wedgwood”, where she seats on the horse
back in the middle, while her parents seating on the bank on the right side.
Her father, Josiah Wedgwood (1730-1795), was an English potter, entrepreneur and manufacture,
who transformed the making of pottery from cottage craft to an international industry.
In 1759, in the age of 29, Wedgwood started his own business and established
the Wedgwood Company, which survives to the present.
In 1765 the company received an order from the Royal family.
Later Queen Charlotte granted her permission to the company to style themselves as “Potter to Her Majesty”.
Russian Queen Catherine the Great made some orders from the Wedgwood Company too.
In 1780, after death of his business partner, Thomas Bentley, Josiah asked his friend Erasmus Darwin for
help in managing the business.
Today, Josiah Wedgwood is often called the “Father of English Potters”.
As a result of the close association that grew up between the Wedgwood and Darwin families,
one of Josiah's daughters later married Erasmus's son Robert.
After the death of Josiah Wedgwood, Susannah inherited 25.000 GBP, equivalent approx. 2.7 million GBP today.
Susannah died in 1818 from cancer when Charles was only 8 years old.
Robert Darwin (1766-1848) was a medical doctor and investor.
He invested the money inherited from his father and the money inherited from his wife, in housing,
buying the freehold of several buildings in Shrewsbury and getting income from rents.
Later he became a major stockholder in the Trent and Mersey Canal, and an investor in
the London to Holyhead road built by Thomas Telford as another part of the infrastructure being built
during the Industrial Revolution.
Robert Darwin was son of Erasmus Darwin (1731-1802) who was an English physician.
One of the key thinkers, a natural philosopher, physiologist, slave-trade abolitionist, inventor,
freemason, and poet.
Susannah Wedgwood (1765-1817)
Robert Darwin (1766-1848)
Josiah Wedgwood (1730-1795)
Erasmus Darwin (1731-1802)
Charles Darwin's Parents
Charles Darwin's Grandfathers
Unfortunately, there are no philatelic material showing either Robert or Erasmus Darwin.
Susannah and Josiah Wedgwood were depicted on several postage stamps.
The picture of Charles Darwin's mother above, is a rare picture of Susannah Wedgwood made a few years before her marriage.
Wedgwood family on the cover of stamp booklet of Great Britain 1980,
Susannah (the older child) is sitting on horseback and her brother Josiah
(who convinced Charles's father to support his son going on the voyage of the HMS Beagle) is the next figure to the right.
Josiah Wedgwood on stamp of Great Britain 2009, dedicated to the British Industrial Revolution
Being a part of the wealthy family, Charles Darwin was able to concentrate on the things he loved,
without caring about his finances.
Early life and education
Edinburgh
In October 1825 Charles Darwin went to the University of Edinburgh Medical School,
to join his elder brother Erasmus, in the request of his father, who hoped his son would follow in his
medical footsteps.
However, Darwin neglected his studies, because he found the lectures dull and surgery distressing.
Darwin was influenced by several notable figures at Edinburgh.
Robert Edmond Grant in 1852.
Image credit: Wikimedia.
Jean-Baptiste Lamarck on postmark of France 1979.
Jean-Baptiste Lamarck began to lose his eyesight in the early 19th century, and he was completely blind by around 1818.
Despite his blindness, Lamarck continued to work with the help of his daughters,
who assisted him in transcribing his scientific thoughts and manuscripts.
His major work on evolution, "Philosophie zoologique", was published in 1809, well before he lost his sight entirely.
He hired John Edmonstone (1790-?), a freed black slave from Guyana,
who lived near Darwin, to give him private lessons on taxidermy (preparation of stuffed animals).
The taxidermy that Darwin learnt from Edmonstone helped him greatly during the voyage of HMS Beagle.
One of the most important techniques Darwin learned from Edmonstone was to preserve birds rapidly before decomposition set in,
a skill that may have benefited Darwin in preserving his Galapagos finches.
Darwin studied under Robert Jameson, a geologist and professor of natural history, whose lectures on geology and mineralogy introduced Darwin
to debates about Earth’s history (though Darwin found them dry).
More significantly, he befriended Robert Grant (1793 - 1874), a radical evolutionist and marine biologist, who taught
Darwin how to study invertebrates.
Darwin spent much of his time outside the classroom, exploring the Scottish countryside and collecting
specimens along the Firth of Forth.
He assisted Grant's investigations of the anatomy and life cycle of marine invertebrates,
and on 27 March 1827 presented his own discovery that black spores found in oyster shells were the eggs of a skate leech.
One day, Grant praised Lamarck's evolutionary ideas.
Jean-Baptiste Lamarck (1744 - 1822) referred to a tendency for organisms to become more complex,
moving "up" a ladder of progress.
Lamarck claimed, when environments changed, organisms had to change their behaviour to survive.
If animals began to use an organ more than they had in the past, it would increase in its lifetime, on the other side,
organs that animals stopped using would shrink.
Lamarck believed in the ongoing spontaneous generation of simple living organisms through action on physical
matter by a material life force, rather than being created by God.
This idea was revolutionary, because at this time all scientists in Europe believed in the
Divine creation of the Earth and its life.
All species were created by God for particular a role in Nature.
As the roles were fixed by the Creator from the beginning, there is no need for species to change.
At the time of publication, the theory was rejected by most scientists, because it was in conflict with their
religion believes.
In the 21st century, experimental results in the fields of epigenetics, genetics, and somatic hypermutation demonstrated
the possibility of transgenerational epigenetic inheritance of traits acquired by the previous generation.
These proved a limited validity of Lamarckism.
However, Lamarck's theory was a very remarkable step in thoughts about the origin of animals, because in the Lamarck's theory animals
change their initial characteristics without any interactions with God.
Darwin was astonished by Grant's audacity, but had recently read similar ideas in his grandfather Erasmus'
journals – Zoonomia (1794), where he had praised general concepts of evolution and common descent as
a poetic fantasy of gradual creation including undeveloped ideas anticipating concepts his grandson expanded.
In 1827, in Darwin's second year at the university, he joined the Plinian Society, a student natural-history
group featuring lively debates in which radical democratic students with materialistic views challenged
orthodox religious concepts of science.
These experiences, rather than his formal medical training, nurtured his skills as a naturalist and
prepared him for his later voyage on HMS Beagle.
Cambridge
In 1828 Darwin went to Cambridge to study for a Bachelor of Arts degree as the first step towards becoming an
Anglican country parson.
John Stevens Henslow.
Image credit: Wikimedia.
Adam Sedgwick.
Image credit: Wikimedia.
During his study in Cambridge Darwin became a close friend and follower of botany professor
John Stevens Henslow,
and was often called as "the man who walks with Henslow".
Henslow inspired Darwin with a passion for natural history, as he was also knowledgeable in many other disciplines such as
entomology, geology and mineralogy.
Contact with Henslow brought Darwin into the world of intellectuals in Cambridge.
Darwin was also influenced to go on the voyage by Adam Sedgwick - who was an important British geologist.
Sedgwick named the Cambrian Period and co-named with Sir Roderick Impey Murchison both the Silurian and Devonian
periods.
Darwin often accompanied Sedgwick on his geological voyages.
The knowledge became very useful during Darwin’s voyage on HMS Beagle.
During the stay in Cambridge, Darwin read "Personal Narrative" of famous German naturalist,
Alexander von Humboldt (1769-1859).
This book was about von Humboldt expedition through Central and South America between 1799 and 1804,
providing stimulus for the young Charles Darwin to visit tropical locations to observe their animals and plants for himself.
Alexander von Humboldt on stamp of Germany 2019,
MiNr.: 3492, Scott: 4269.
Fitz Roy captain of HMS Beagle on stamp of Cocos islands 1990,
MiNr.: 229A, Scott: 219
In the summer of 1831 John Henslow was offered a place as naturalist to sail aboard the survey ship HMS Beagle
on a two-year voyage to survey the coast of South America.
However, his wife persuaded him not to accept the offer.
Recognizing a perfect opportunity for his protégé, Henslow recommended that Charles Darwin, who had just earned his B.A. degree,
join the global voyage of the HMS Beagle.
Charles was thrilled at the chance to emulate his hero, Alexander von Humboldt, but his father initially opposed the idea.
He believed the journey would be a waste of time and a distraction from a proper career for his son.
However, Darwin’s uncle, Josiah Wedgwood (1765–1843), named after his father Josiah Wedgwood (1730–1795), successfully convinced Darwin's
father to support his son's decision.
This support was essential, as young Charles had to cover the cost of the voyage himself; the Admiralty provided no funding for his participation.
The self-paying guest, was allowed to keep all collected specimens for himself, while everything collected by naval officers was normally
considered to be the property of the Government.
Captain Robert FitzRoy (1805-1865) wanted a companion, because he feared the loneliness and psychological strain
that had affected previous captains on long voyages.
FitzRoy wanted to have a gentleman of similar social status,
someone to help him maintain morale and provide intelligent conversation.
The companion should also be a naturalist capable studying the little-known lands the ship would visit, including
geology, flora, fauna, and fossils.
The captain Robert FitzRoylater became a Vice-Admiral of the Royal Navy, was politician and
scientist who served as the second governor of New Zealand between 1843 and 1845.
FitzRoy gained enduring recognition as the captain of HMS Beagle during Charles Darwin’s renowned voyage —
his second expedition to Tierra del Fuego and the Southern Cone.
FitzRoy was also a pioneering meteorologist who made accurate daily weather predictions,
which he called by a new name of his own invention: "forecasts".
Henslow wrote to the ship's captain Robert Fitzroy telling him that Darwin was the ideal man to join the
expedition.
Both young well-educated men (Charles 22) and (Robert 26 years old) belonged to the socially elite and liked
each other from the first meeting.
This was very important, because the two men would share a small cabin during the voyage due to the limited space on the ship.
The voyage of HMS Beagle (1831-1836)
HMS Beagle and the map of Darwin's voyage on stamp of Cuba 2009,
MiNr.: 5217; Scott: 4934b.
The voyage started on December 27th, 1831, in Plymouth and lasted almost five years,
three and half of them were spent along the east and west coasts of South America, because the main goal of
the expedition was to complete survey of the South American coastline, to make the coastal water safe
for British merchantmen.
During this five-year voyage on the HMS ("His/Her Majesty Ship") Beagle, Charles Darwin visited numerous locations,
which later issued postage stamps and postmarks in his honour.
HMS Beagle was small two-masted sailing ship, only 27.50 meters long and 7.50 meters wide, 10-gun ship brig-sloop of the Royal Navy,
one of more than 100 ships of this class, launched on May 11th 1820.
Later it was adapted as a survey barque and took part in three survey expeditions (the voyage of Darwin was the second survey expedition of
HMS Beagle. FitzRoy was the captain of the first survey expedition too).
The map of Voyage of the Beagle. Image credit: Wikimedia.
During the visit Darwin visited the following locations.
The countries marked by "*" issued philatelic materials related to Charles Darwin.
December 27, 1831 – HMS Beagle departs from Plymouth, England*
In many locations Darwin made his observations and experiments while staying a long time on shore,
while FitzRoy with the crew surveyed the coastline from the sea side.
During almost five years at sea on the voyage, Darwin spent three of the years on land.
Georges Cuvier on stamp of France 1969, MiNr.: 1673, Scott: B430
During the voyage, Darwin sent boxes with collected specimens to his tutor, professor Henslow in Cambridge, who received and stored them
in Cambridge until Darwin's return.
Darwin also kept contact with his friends and family, though the post.
These letters and his diary were later used by him as the basis for his book
"Journal of Researches Into the Natural History and Geology of the Countries Visited During
the Voyage Of H.M.S. Beagle Round The World", published in 1845 for the first time, and commonly known today as
"The Voyage of the Beagle".
At the time Darwin started the voyage many leading naturalists already accepted that the Earth
was many million years old and had experienced multiple distinct eras of life.
This view aligned with the theory of Catastrophism proposed by
George Cuvier (1739-1832),
French naturalist, who often regarded as the "founding father of paleontology".
According to Cuvier's theory environmental changes caused species to go extinct permanently, and
new species were subsequently created, often believed to be by divine intervention, to match the altered
conditions.
It was also understood that the fossil record showed a clear progression: simpler, more primitive
organisms appeared first.
The oldest rock layers contained only shellfish, followed by fish, then amphibians, then reptiles
and eventually mammals.
Additionally, it was widely accepted that groups of organisms were related through chains of similarity,
with smaller groups fitting within larger, more inclusive categories.
During his voyage on HMS Beagle, Darwin found evidences suggesting that not only do humans descend from
earlier forms of life, but that all organisms that have ever lived on Earth arose through the same
fundamental process:
reproduction, with each generation producing descendants that either succeeded or failed in their
environments.
One of the observations that particularly impressed the young Darwin in South America, was the gradual change
of species as he travelled southward along the continent.
The range of one species would end, and a closely related, but distinct, species would begin.
Darwin’s first major scientific study during the voyage began on Cape Verde.
He examined rock formations containing marine shells lying above basaltic lava flows.
Charles Darwin on FDC of Cape Verde 2009
This fossiliferous limestone over lava puzzled him and led him to question conventional geological theories.
He noted how the layers indicated uplift of land and long-term geological change—ideas central to
uniformitarianism, which he was beginning to embrace, influenced by Charles Lyell’s
"Principles of Geology", published in 1830, a copy of which was given to him by Captain FitzRoy.
Uniformitarianism is a theory based on the work of Scottish geologist James Hutton (1726-1797)
and made popular by Charles Lyell in the 19th century.
This theory states that the forces and processes observable at earth’s surface are the same that have shaped earth’s
landscape throughout natural history.
On Cape Verde, Darwin saw things Lyell's way, theorising and thinking of writing a book on geology.
They met personally when Darwin returned to Cambridge after the voyage and debated
various geological concepts in the following years.
On the island Darwin collected plants, insects, and marine organisms—although his primary focus here
was geology.
The geology of Cape Verde gave Darwin his first glimpse into deep time - the vast time spans necessary
for geological processes.
It was here that he began to move away from Catastrophism proposed by George Cuvier,
toward gradualism, formulated by Lyell, the idea that slow, continuous processes shape the Earth.
Cape Verde was where Darwin began to see nature
as a dynamic and ancient system, laying the mental groundwork for his later ideas on
evolution and natural selection.
Chile
Charles Darwin visited Chile in September and October 1835, where he continued his exploration of the country's natural history,
geology, and wildlife.
During the visit he experienced a powerful earthquake first hand while in the city of Valdivia and later visited Concepción,
which had been devastated.
Entire towns had been destroyed and land had been uplifted several feet along parts of the coast.
Darwin saw shell beds and marine rocks raised above sea level, providing dramatic, real-time evidence of geological change.
The earthquake deepened his belief in Charles Lyell's theory of gradual geological change.
It helped him realize that slow, natural processes like earthquakes and uplift—given enough time—could shape mountains, coasts, and continents.
These observations also strengthened his thinking about the long timescales needed to form the Earth.
Peru
The next country visited by Charles Darwin was Peru, where he spent three weeks ashore and
where he made several observations that contributed to his studies of geology, flora, and fauna.
Darwin was fascinated by the geology of the region, particularly the uplifted marine terraces along the coastline.
He noted that many of these terraces appeared to have once been part of the seabed but were now raised several
hundred meters above sea level.
This led him to theorize about the gradual, ongoing processes of geological change, a view that would influence
his later writings on evolution and natural selection.
The Galapagos Islands
Galapagos Islands on postage stamp of Ecuador 1957,
MiNr.: 2; Scott: L2.
Galapagos Islands on postage stamps of Ecuador 1957,
MiNr.: 5; Scott: LC2.
The visit of Galapagos Islands of Ecuador (Chatham, Charles, Albemarle and James islands), in September -October 1835,
was one of the turning points for Charles Darwin.
Ecuador is a small county on the west coast of northern South America.
It also includes the Galapagos Islands in the Pacific Ocean, about 1,000 kilometres west of the mainland.
He soon learned that these islands have relatively recent volcanic origins.
The soundings measurement of captain FitzRoy revealed that the ocean around the islands was extremely deep.
These facts puzzled Charles Darwin about origin of the animals on these islands - these volcanic islands first appeared by
lava eruption and were devoid of life.
According to the theory of Charles Lyell (1797 - 1875), which Darwin considered before embarking on his voyage aboard HMS Beagle,
species found in the fossil record had become naturally extinct over time as environmental conditions changed.
New species were somehow created by a divine act specially designed to fit the new environments, then spread outward from a central point of creation.
Darwin began to question this idea.
He wondered where this "center of creation" might be, from which species could have dispersed to remote places like the Galapagos Islands,
and how terrestrial animals had managed to reach such isolated locations.
Darwin wondered where was the center of creation from which species migrated to the Galapagos Islands from and how did land animals make
this journey?
Fauna of Galapagos Islands on postage stamps of Ecuador 1957 and 1986
MiNr.: GA3, GA6, 2018, 2022 ; Scott: L3, LC3, 1115, 1119 .
Darwin speculated that the species found on the Galapagos Islands likely originated from the South American mainland, nearly 1,000 km away.
Observing that the islands’ climate and geology were quite different from those of mainland South America, he eventually concluded that species
must be capable of change, adapting over time to new environments.
He also questioned why animals have such short lifespans and do not live forever, especially if they were created by God for a specific purpose
and had remained unchanged since the moment of creation.
His observations and collections of endemic species on these islands contributed to the inception
of Darwin's theory of evolution by natural selection.
Darwin speculated that the distribution of the mockingbirds, finches and the tortoises might
undermine the stability of Species.
The dark marine iguana, feed on seaweed in the cold waters round the rocky coasts.
They spend a considerable part of their day basking in the sunshine after their feeding excursions
in the sea.
Their broad, blunt jaws and armoured heads protect them from the sharp rocks even in rough water.
The land iguana, which feeds on cactus pads and other plants, has a tail with a round section
and a narrower face with less protection.
The dome shaped tortoises are ground feeders eating cactus pads and low growing plants.
The saddle backed tortoises with their long necks and flared carapace stretch up and feed
on bushes and taller cacti.
Cocos Islands
Charles Darwin on postage stamps of Cocos Islands 1981,
MiNr.: Bl. 1 (81-82); Scott: 81 (a-b).
On April 1st 1836 HMS Beagle arrived at the Cocos Islands, where captain FitzRoy had been directed to study
the coral reefs, known as atolls, and try to understand their origin.
Both Darwin and FitzRoy studied the atolls and theorized about their origin.
Darwin suggested that they originally grew around extinct volcanoes which then sank into the sea,
leaving the reef as an isolated ring.
Corals like wave-swept conditions, which bring them fresh sources of nutrients.
Corals grow rapidly and build up the reef structure to maintain its position near wave base.
FitzRoy accepted this explanation.
In 1950s the Darwin's theory was confirmed, when scientists bored through an atoll in the Pacific Ocean
and found volcanic rocks underlying the coral.
On April 12th 1836, HMS Beagle left the Cocos Islands, while Charles Darwin wrote in his diary
(later published as “The Voyage of the Beagle”) I am glad we have visited these islands: such formations surely rank high amongst the wonderful objects
of this world… We feel surprise when travellers tell us of the vast dimensions of the Pyramids [in Egypt]
and other great ruins, but how utterly insignificant are the greatest of these, when compared to these
mountains of stone accumulated by the agency of various minute and tender animals!
This is a wonder which does not at first strike the eye of the body, but, after reflection, the eye of
reason.
Return to England
Charles Darwin returned from the voyage of the HMS Beagle in October 1836.
To his surprise his name was already known to the scientific community of England, through his tutor from the Cambridge, John Henslow,
who had read some of Darwin’s letters at scientific meetings and had them printed.
After a short visit with his family, Darwin returned to Cambridge where he stayed for two years
and then took a house in London to be close to the scientific experts and societies that were describing
and discussing his many specimens from the voyage.
Darwin's collections and papers published by Henslow on Darwin's behalf and published by Darwin himself
upon his return to England proved to the scientific elite that young Darwin was a naturalist of the
highest caliber.
His father was proud of his youngest son and provided him financial support.
In the same month he returned from the voyage, Charles Darwin was introduced to
Charles Lyell, who
was already famous for his influential work "Principles of Geology"", which Darwin had read
during the voyage and greatly admired.
Charles Lyell in 1840 (about the same time he met Charles Darwin for the first time).
Image credit: Wikimedia.
Portrait of John Gould, c. 1864, by Ernest Edwards.
Image credit: Wikimedia.
Letter from the British Association for the Advancement of Science.
Darwin had long respected Lyell's ideas, particularly uniformitarianism, which deeply shaped Darwin's
thinking about gradual biological change.
After their meeting, the two men developed a close professional relationship and friendship.
Lyell became a supporter of Darwin’s work, although he was initially hesitant to fully endorse
natural selection when Darwin published "On the Origin of Species in 1859.
The same year, Darwin became a member of thw Geological Society of London and in February 1838
he was elected to the Council of the Society.
In 1837 Darwin's first paper showed that the South American landmass was slowly rising.
With Charles Lyell's enthusiastic backing, he read it to the Geological Society of London
on 4 January 1837.
On the same day, he presented his 80 stuffed mammals and 450 stuffed birds collected during the voyage
to the Zoological Society.
The ornithologist John Gould (1804 - 1881) soon announced that the Galapagos birds that Darwin had thought a
mixture of blackbirds, "gros-beaks" and finches, were, in fact, twelve separate species of finches.
In 1839, Darwin was elected as a fellow of the Royal Society of London and
in 1850 he became a fellow of Linnean Society of London.
Charles Darwin was involved with the
British Association for the Advancement of Science (BAAS).
Darwin attended meetings of the BAAS, especially in the 1830s and early 1840s, where he
presented some of his early geological observations and corresponded with other members through
this network.
Even before his famous Origin of species, Darwin already had an impeccable reputation in the scientific
community from his voyage on the Beagle as naturalist and best-selling book of travels about it,
his major geological, paleontological, zoological and botanical discoveries, his revolutionary coral reef
theory, his ongoing comprehensive taxonomy of barnacles and a large variety of other original work and
discoveries.
Fossils Collection of Charles Darwin
During the voyage, Darwin collected many specimens of exotic plants and animals, as well as many fossils from South America, especially in Argentina and Uruguay.
Among many fossils of marine shells, Darwin also discovered remains of big prehistoric mammals such as:
Reconstructions of four prehistoric mammals discovered by Charles Darwin on stamps of Argentina 2001.
The Natural History Museum in London on postmark of Great Britain 1985
Huge femur and skull of giant Ground Sloths (Megatherium and Mylodon) -
these extinct species closely resembled modern sloths but were much larger.
Glyptodon - a massive, armored mammal resembling a giant armadillo
Toxodon - a large, extinct hoofed mammal with a strange mix of features (like a hippo and a rodent).
Macrauchenia - A long-necked, extinct mammal (like a camel crossed with a llama).
In 1836, after Darwin return to England, he was introduced to Richard Owen (who had not been knighted yet)
by William Whewell, a prominent philosopher and historian of science who was also the Master of Trinity College, Cambridge.
Richard Owen was a leading expert in comparative anatomy and paleontology at the Royal College of Surgeons in London.
(The term "paléontologie" (from the Greek palaios = ancient, ontos = being, and logia = study)
was coined by the French scientist Henri Marie Ducrotay de Blainville in 1822.)
Sir Richard Owen (1804 – 1892) was the leading comparative anatomist and
palaeontologist of his time, a contemporary of Charles Darwin.
A controversial figure, he is perhaps best known for coining the word dinosaur (meaning "Terrible Reptile"
or "Fearfully Great Reptile").
There was an enduring partnership between Darwin and Owen, at least until 1859,
when Charles Darwin published his most famous book "The Origin of Species".
Owen’s greatest legacy is the Natural History Museum, but he was also an adviser to governments,
reported on environmental health issues and was awarded more than 100 honours – including a knighthood
in 1883.
Darwin had brought back a large collection of fossils and biological specimens, and he needed expert help to study them.
Their collaboration began professionally and cordially, with Owen helping describe and classify the fossils Darwin had found.
Owen even contributed to Darwin’s "Zoology of the Voyage of the Beagle", published in several volumes between 1839 and 1843,
specifically the section on fossil mammals.
Darwin relied on Owen for his knowledge of anatomy, especially of vertebrates, and on his deep reading
of continental morphologists and philosophers of biology.
Although he disagreed deeply with Owen's transcendental philosophies, he respected Owen's vast knowledge,
and many passages in "Origin of Species" not only reflect Darwin's appreciation of Owen's views;
they often appear to be written to anticipate or encompass Owen's potential objections.
These fossil discoveries raised many questions by Darwin. It pushed him into thinking of the primeval world and what had caused those giant beasts to die out.
Down House
In January 1839 Darwin married his cousin Emma (1808-1896), daughter of Charles Darwin's uncle
Josiah Wedgwood, who convinced his father to support his son during the voyage on HMS Beagle.
Charles Darwin and Down House on "International Postcard" stamps of "English Heritage" company.
Charles Darwin’s stamp from the English Heritage series on a postcard sent to Germany.
Down Hiuse on postmark of Great Britain 1982.
In September 1842 Darwin purchased Down House, just outside of a small village of Down (later spelled Downe),
two hours by carriage and train away from the center of London, where he moved with his wife and
their first two children
(in total Charles and Emma were to have ten children, seven of whom survived to adulthood).
Here Darwin would live and work for the rest of his life, while this home became his experimental station,
laboratory and a workshop.
Darwin’s estate in Down was not just a house, but more like a farm with many service animals living there:
a cow for milk, chickens for eggs, horse, donkey … a dog and some cats.
He employed numerous domestic servants including a butler, footmen, coachmen, cooks, gardeners etc.
Shortly after Darwin moved to Down, he became a respected and integral part of the community.
Charles Darwin is well known for his scientific works, but his contribution to the local society is almost
unknown.
From July 1857 until his death in 1882 he was elected justice of peace (village Magistrate).
A justice of the peace (JP) is a judicial officer of a lower court, elected or appointed by means of a
commission (letters patent) to keep the peace, while his jurisdiction extends to trial and adjudication
for small offences.
Serving as a magistrate was not only unusual for someone of his place in society, but actually rather
typical.
Several members of Darwin’s family also did so.
Even at the same time when he was working on his famous books, he was fining thieves for stealing plums.
Contemporary sources and the recollections of those who knew him described Darwin being a justice of the
peace as civic-minded volunteering.
He may have seen it as one of the obligatory responsibilities of a man of his means and social position.
And abhorrence of theft, violence and animal cruelty were some of Darwin’s most deeply felt passions.
Emma Darwin was active as well.
She paid regular visits to some of the poorer ladies in the village and brought food, old clothes and
small cash donations.
Today, Down House is managed by "English Heritage" company who made it museum of Charles Darwin and issue
their-own postage stamps to be used on "International Postcards, under license of the Royal Mail.
The theory of Evolution
Transmutation Theory of Darwin
When Darwin returned to England from the voyage on HMS Beagle, he began organizing his notes and studying specimens
and publishing articles on different parts of his collection.
Charles Darwin's Evolutionary Tree on cachet of Irish FDC from 2009.
Observations of geographic distribution (especially on the Galapagos Islands) and fossils
(e.g., giant extinct mammals from Patagonia) raised questions about how species originate and change.
In mid-July 1837 Darwin started, labelled "Notebook B on Transmutation of Species", where
he explored the idea that species change over time, breaking away from the fixed-species model and
on page 36 he wrote "I think" above his first evolutionary tree.
In September 1838, Darwin read "Essay on the Principle of Population", by Thomas Malthus (1766 – 1834).
Malthus’s idea that populations outgrow their resources sparked Darwin’s insight:
individuals with advantageous traits survive and reproduce—the core of natural selection.
While thinking about his ideas about natural selection and talking about it with other leading scientists, Darwin published
many books and articles.
Here are a few:
"Zoology of the Voyage of H.M.S. Beagle", published in five volumes between 1838 and 1843 with contributions by leading specialists.
One of the volumes, published in 1840, is about fossils was written by Richard Owen.
"The Structure and Distribution of Coral Reefs", introduced his subsidence theory for coral atoll formation, was published in 1842.
"Geological Observations" on Volcanic Islands and on South America were published by Darwin in 1844 and 1846 respectively.
Darwin was not in rush to publish his ideas about natural selection, he wanted to amass a wealth of evidence before publicly presenting his idea.
The Tendency of Species to form Varieties
Pigeons on stamp of Ukraine 2014, MiNr.: 1443-1446, Scott: 985-988.
"Darwin receives Wallace’s manuscript".
Charles Lyell – standing in the center,
Joseph Dalton Hooker, who was an important Botanist at the time
(Hooker, Alfred Russel Wallace and Thomas Henry Huxley were the big three supporters of Darwin during the debates on evolution)
– seated on the right
on stamp of Cuba 2009,
MiNr.: 5218; Scott: 4934c.
Alfred Russel Wallace on stamp of Great Britain 2010, MiNr.: 2893, Scott: 2752
Postmark of Great Britain 2010 commemorates Alfred Wallace evolution theory
Postmark of Great Britain 1958 commemorates Charles Darwin and Alfred Wallace evolution theory
Thomas Henry Huxley on postmark of German Democratic Republic, 1984.
In September 1854, Darwin started to work on his theory of evolution full time instead of working on it in the background
and between other projects.
For the succeeding years he had worked at research and experimentation with this in view.
For his research on artificial selection as an analogous process to natural selection in nature,
Darwin kept domesticated pigeons.
Through 1855 Darwin experimented with seeds in seawater, to prove that they could survive ocean crossings
to start the process of speciation on islands.
Then he kept fancy pigeons, to see if the chicks were more like the ancestral rock dove than their own bizarre parents.
Darwin perfected his analogy of natural selection with the fancier’s “artificial selection,” as he called it.
In May 1856 he began writing up his theory for publication.
By mid-July 1857 he had completed seven and a half chapters.
On 18 June 1858, Darwin received a paper from Alfred Russel Wallace
describing his natural selection theory, where Wallace asked Darwin to forward it to Charles Lyell if he thought it worthwhile.
Darwin and Wallace had met in London a few years before and corresponded briefly.
During his expeditions in South America and Asia, Wallace supplied Darwin with birds for his studies.
Alfred Russel Wallace (1823 - 1913), travelled the world, observing and collecting samples of species.
He travelled to Brazil and various islands of the Malay Archipelago that make up modern-day Indonesia and the Philippines,
where he collected thousands of specimens of insects, birds, and other animals.
By 1855, his observations led him to the conclusion that living things change over long periods of time—they evolve.
However, he could not explain how or why they evolve.
Later, in 1858, he came to conclusion species evolve by adapting to their environment.
Knowing Darwin was working on similar research he sent him his essay.
Wallace spent eight years studying and collecting biological specimens in Southeast Asia.
During that time, he gathered over 125,000 specimens.
His research on the geographic distribution of animals provided critical support for his evolutionary
theories and led him to draw a boundary line through Southeast Asia that divides Asian and Australian faunal provinces.
Wallace’s Line, as it was later named, runs from the Indian Ocean to the Philippine Sea.
It signifies the unexpected distribution of animals on either side of the line.
Both Wallace and Darwin independently came up with the idea that if a population of a species became separated from
the rest by a geographic barrier, then speciation could occur over generations.
The descendants on either side of the barrier would be different species.
With the finches - Darwin recognized that there was a similar species living in South America and suggested that
a population became isolated on the islands - over time these finches diversified into different species due to
the different conditions on each island.
On July 1st 1858,
“On the Tendency of Species to form Varieties; and on the Perpetuation of Varieties and Species by
Natural Means of Selection”
comprising and resulting from the joint presentation of Darwin and Wallace was read for the Linnean Society
of London.
On 20th August, 1858, the Darwin-Wallace article was printed and in November 1859
“On the Origin of Species” was published by Charles Darwin.
The Tendency of Species to form Varieties
Darwin’s theory explains how life was created and how it developed from simple to more complex over time.
Without directly mentioning humans, he implied that human evolution had also occurred.
Darwin proposed that species change over time through a process called Natural Selection, where individuals
with traits better suited to their environment are more likely to survive and reproduce, passing on
those advantageous traits.
This doesn’t necessarily mean the strongest or the fastest, but rather the ones whose traits
(physical or behavioural) give them an advantage in their specific environment.
“On the Origin of Species”
"On the Origin of Species by Means of Natural Selection, or the Preservation of Favoured Races
in the Struggle for Life", by Charles Darwin,
commonly known as just “On the Origin of Species”, was published in 1859.
The book was written for non-specialist readers and attracted widespread interest upon its publication.
After more than 20 years since the young, promising naturalist returned from the voyage of the HMS Beagle,
Darwin had become highly regarded as a scientist, therefore his findings were taken seriously and the
evidence he presented generated scientific, philosophical, and religious discussion.
The newspapers drew the one conclusion that Darwin had specifically avoided:
that humans had evolved from apes, and that Darwin was denying mankind’s superiority,
even though the origin of humans was not discussed in the book.
There was only one sentence about human origin
in the final paragraph of the "Origin of Species":
"Light will be thrown on the origin of man and its history".
Many scientists, including Richard Owen did not accept the theory,
due to their Religious beliefs.
Charles Darwin, who hated public appearances, never, never debated his theory by himself and left to his good friend,
Thomas Henry Huxley (1825 –1895) to manage the debates,
who later become known as "Darwin's Bulldog" for his advocacy of Charles Darwin's theory of evolution.
One of the most famous discussions took place in 1860 at the meeting of
the British Association for the Advancement of Science
between Thomas Henry Huxley and Bishop Samuel Wilberforce.
Wilberforce ridiculed Huxley for believing that he was descended from an ape.
Huxley replied that he would rather have an ape for a grandfather than be descended from a man who refused to
use the intellect God gave him and who had opinions in subjects about which he knew nothing.
Within the years Darwin continued to refine his arguments based on scientific feedback and public criticism.
He published another five editions of the "Origin of Species", the last one was published in 1872.
Postage stamps of Vanuatu 2009 - the bicentenary of the birth of Charles Darwin
Archaeopteryx – The Missing Link
London specimen of Archaeopteryx on cachet of personalized postal stationery of South Korea 2004
One of the arguments of criticizers of Darwin's evolution theory was the missing of transitional
forms in the fossils record, they claimed that it wasn't possible for animals to evolve over time.
The first such transitional fossil was discovered in 1861 (only two years after publication of the
"Origin of Species") - the famous Archaeopteryx, common name - Urvogel,
a German name meaning "primeval bird".
Archaeopteryx fossils, clearly showed bird-like feathers and reptilian features:
teeth in its beak, clawed fingers on its wings, and a long, bony tail.
It seemed to confirm Darwin's theories and has since become a key piece of evidence
for the origin of birds, the transitional fossils debate, and confirmation of evolution.
The discovery of the first Archaeopteryx fossil in Germany in 1861 caused a lot of confusion.
No birds were known from so far back.
Some people even thought it might be an angel.
The first Archaeopteryx skeleton — the famous "London Specimen" — was discovered in 1861,
only two years after a single feather of Archaeopteryx was discovered.
The "London Specimen" was unearthed in 1861 near Langenaltheim, Germany, and perhaps given to local
physician Karl Haeberlein in return for medical services.
He then sold it to the British Museum of Natural History (today the Natural History Museum),
where it remains.
The specimen contains a nearly complete skeleton with poorly preserved skull, but with
clear impressions of feathers, mainly on the wings and tail.
The Berlin Specimen was discovered in 1874 or 1875 on the Blumenberg near Eichstaett, Germany,
by farmer Jakob Niemeyer.
He sold this precious fossil for the money to buy a cow in 1876.
With financial support of Ernst Werner von Siemens, founder of the company that bears his name,
the species was purchased by the Berlin's Natural History Museum.
This specimen is the most complete and best-preserved Archaeopteryx, with
beautifully preserved full skeleton and feather impressions all around the body.
Berlin specimen of Archaeopteryx on stamp and cachet of FDC
Germany 2011
and stamp of
Great Britain 1999 (rotated).
The bird on the Great Britain's stamp is one of Darwin's finches.
Reconstruction of Archaeopteryx on stamp of
Poland 1966,
the first stamp of Archaeopteryx
Within twenty years, the scientific community broadly accepted that evolution had taken place,
following a branching pattern of common descent.
Evolution tree and human evolution sequence on the cachet of postal stationery of German Democratic Republic 1990.
However, many scientists were initially hesitant to recognize natural selection as the primary
driving force, as Darwin had proposed.
It was not until the 1930s and 1940s, with the emergence of the modern evolutionary synthesis,
that Darwin’s idea of adaptation through natural selection gained prominence.
Today, it stands as a central principle and the unifying foundation of the life sciences.
Darwin death and Legacy
Charles Darwin died on April 19th 1882 in his home at Down House.
Darwin had expected to be buried in St Mary's churchyard at Downe, but at the request of Darwin's colleagues,
after public and parliamentary petitioning he was honoured by burial in Westminster Abbey
(where a lot of famous British people are buried), close to Isaac Newton.
Darwin’ statue was placed on the main staircase, keeping watch over Hintze Hall of the Natural History Museum
in 1885 , four years after the Natural History Museum opened.
Saul Adler one of Israel's most outstanding scientists on stamp of Israel 1994,
MiNr.: 1299, Scott: 1202.
Adler's translation of Darwin's Origin of Species into Hebrew was awarded the
Tchernichowsky Prize (prestigious Israeli literary award granted for excellence in translation).
Today, the "Origin of Species" and other major works of Charles Darwin were translated
into all major languages, including small languages such as Hebrew.
There are a dozen of locations in the world called Darwin.
8 of them are in the USA, but none of them is directly related to Charles Darwin.
The other 5 locations are:
Argentina
Darwin is a village and municipality in the Rio Negro Province of Argentina.
It is situated along National Route 22, approximately 10 kilometers from the town of Choele Choel.
The area gained prominence with the expansion of the railway in the early 20th century.
The first railway station was inaugurated on June 30, 1898, initially bearing the name of the
neighboring locality, Choele Choel.
By 1908, a new station was constructed and named Darwin, in honor of Charles Darwin,
recognizing his contributions to science and his explorations in the region.
Today, the small town has a population of approx. 1.500.
Australia Darwin is the capital city of the Northern Territory, Australia – approx. 140,000 population,
located in the north, whereas Darwin visited the south of this country.
In 1839, the HMS Beagle with Lt. John Lort Stokes aboard sailed into the waters of what is now known
as Darwin Harbour.
Stokes named the harbour after his former shipmate British evolutionist Charles Darwin.
Darwin was granted city status in 1959 due to an extensive increase in population and economic growth.
Falkland Islands
A small settlement on East Falkland, named after Charles Darwin following his visit to
the Falklands during the Beagle expedition.
During his time on the Falkland Islands, Darwin conducted zoological surveys and is reported to have
spent a night in the area that would later bear his name.
Established in 1859, Darwin initially served as a center for cattle ranching.
Uruguay
Villa Darwin, also known historically as Sacachispas, is a village in the Soriano Department of
western Uruguay.
It is located near the Arroyo Perico Flaco, approximately 50 kilometers from the departmental capital,
Mercedes.
On November 24, 1833, Charles Darwin explored the area during his travels in Uruguay.
He ascended a nearby hill, now known as "Cerro Darwin," where a monolith commemorates his visit.
The name "Villa Darwin" began to be used around 1930, proposed by local laicist groups as
a tribute to Darwin's visit.
However, the name "Sacachispas" remained in use, leading to a dual identity for the village.
In 2008, a plebiscite was held to decide the official name, resulting in the reinstatement
of "Sacachispas" as the village's official name.
Zimbabwe
Mount Darwin is a town located in the Mashonaland Central province of northeastern Zimbabwe.
It lies approximately 160 kilometers northeast of Harare, the nation's capital.
The town was named by British hunter and explorer Frederick Courtney Selous in honour
of the renowned naturalist Charles Darwin, recognizing Darwin's contributions to science,
who never visited the country.
The first time Charles Darwin appeared on a philatelic item was the stamp issued in Ecuador in 1936.
In 1936 (exact date is unrecorded), the Post Authority of Ecuador
issued the set of 6 stamps
"Centenary of the Darwin voyage to the Galapagos Islands".
Later the same year, 5 of the 6 stamps were issued overprinted with "OFICIAL" (official) for government mail use.
Only the map stamp was not overprinted.
The first stamps of Charles Darwin - Ecuador 1936
MiNr.: 351, D146; Scott: 345, O195.
All stamps of Charles Darwin issued in 1959.
The set of stamps was proposed by Dr. Victor Wolfgang von Hagen to raise a fund to
"save the fauna of the most fascinating theatre of living evolution in the world".
These stamps of von Hagen are the only stamps issued in the world to celebrate the centenary of the
Darwin visit on Galapagos Islands.
With few exceptions, the scientific community had forgotten the date. No official celebrations were
organized.
These stamps were planned for 1935, while Charles Darwin landed on the Galapagos Islands in September 1835,
but due to technical issues, these stamps were issued in the following year.
Only the postmark was in use on the day of the ceremony: September 17th 1935.
More details about the "Centenary of the Darwin voyage to the Galapagos Islands"
issue of Ecuador are here.
In 1958 - 1959 only a few socialist European countries issued stamps to commemorate 150th anniversary of Charles Darwin' birth
and the 100th anniversary of the publication of his most famous work
"On the Origin of Species by Means of Natural Selection".
The German Democratic Republic issued their stamp in 1958, the rest of the countries issued their stamps in 1959
(Czechoslovakia, Poland, Romania and the Soviet Union).
Yugoslavia issued a commemorative postmark.
Communists were against any religion, many churches were closed or even destroyed, because
Lenin claimed "Religion is a sort of spiritual booze, in which the slaves of capital drown their human image [obraz],
their demand for a life more or less worthy of man".
The only accepted explanation for animals appearance and development was
the Evolution Theory of Darwin which was taught in schools instead of the Bible.
The only Western country who commemorated the
100 years since publication of "On the Origin of Species by Means of Natural Selection"
was Great Britain who issued in 1958, a postmark " Centenary of Darwin and Wallace Evolution Theory (1858-1958)".
In 1982, unlike 1959, none of the socialist countries issued stamps to honour the 100 years since
the death of the great scientist, but Ecuador, India and some island countries, visited by Charles Darwin, issued some stamps.
In 1982 Charles Darwin appeared on stamps from Great Britain for the first time.
In 1986, Australia, Ecuador and Cocos Islands issued stamps and a postal stationery (pre-stamped envelope) to honour
150th anniversary of visit of Charles Darwin to their country.
Since then, Charles Darwin started to appear on postage stamps regularly, in
sets of great scientists or explorers for example.
The year 2009 marked both
the 200th anniversary (bicentenary) of the birth of Charles Robert Darwin and
the 150th anniversary of the publication of his most famous work,
"On the Origin of Species by Means of Natural Selection".
To commemorate these milestones, many postal authorities around the world issued postage stamps and postmarks
featuring Charles Darwin.
The first country to issue a commemorative stamp set was
Bosnia and Herzogovina, in July 2008.
The last countries were
Paraguay and
Palau,
which released their Darwin stamps in 2010.
Since 2010, a dozen African countries, never visited by Charles Darwin, have issued stamps featuring Charles Darwin almost every year,
with only one purpose - to be sold to collectors.
These countries outsource production of their philatelic products to a Lithuanian-based company, who might produce over a thousand stamps for every
country they represent per year.
Many of these issues also include dinosaurs, even though dinosaurs were not a focus of Darwin's research.
All fossils collected by Darwin in South America during his voyage in HMS Beagle, were fossils of prehistoric mammals.
During Darwin’s time, dinosaurs were viewed as gigantic, isolated creatures with little connection to earlier or later forms of life,
and thus they had little to no influence on his theory of evolution. These stamps are excluded from the list below, as they are considered irrelevant by the author of this website.
A few examples of such undesired stamps are shown below.
Some stamps on the gray background below were issued by country who issue too many stamps relative to their population and were
never visited by Darwin, and are considered by the author of this website as
undesired.
Anniversaries Issues
1935-1936 - Centenary of the Darwin voyage to the Galapagos Islands
There is only one stamp set where the captain Robert FitzRoy was depicted together with Charles Darwin -
Palau 2009 and three stamp sets of the navigator and explorers contains stamps of
captain Robert FitzRoy.
Darwin, California, USA - the town was founded in 1874 and named after Darwin French (1822–1902),
a local rancher, miner, and explorer.
Population in 2020: 36 people.
Darwin, Illinois, USA – named after Robert Darwin – father of Charles Darwin.
Darwin, Minnesota, USA – a city in Meeker County, Minnesota, United States. The population was 348 at the 2020 census.
Darwin was platted in 1869 and named for E. Darwin Litchfield, a major stockholder of the Saint Paul and Pacific Railroad.
A post office has been in operation at Darwin since 1869.
Postmarks and meter stamps from Darwin streets
The collage was created by a fellow collector Peter Brandhuber from Germany.
Postmarks of organizations named after Charles Darwin
Great Britain, Charles Darwin School, Westerham, Kent
Some Cinderellas related to Charles Darwin
Cinderella - stamp-like label that is not postage stamps.
Promotional stamp-like label of "Kosmos" Natural History Magazine.
The issue date is unrecorded.
Acknowledgements
Many thanks to Dr. Peter Voice from Department of Geological and Environmental Sciences,
Western Michigan University, for reviewing the draft page and his valuable comments.
Many thanks to fellow collector Mr. Peter Brandhuber from Germany for his support and for sharing scans from his personal collection.
Thomas Henry Huxley (an English biologist and anthropologist who specialized in comparative anatomy):
Wikipedia,
Encyclopaedia Britannica.
Jean-Baptiste Lamarck (French naturalist, an early proponent of the idea that biological
evolution occurred and proceeded in accordance with natural laws)
Wikipedia,
Encyclopaedia Britannica.
Alexandr von Humbolt (a German polymath, geographer, naturalist, explorer, and proponent of Romantic philosophy and science):
Wikipedia,
Encyclopaedia Britannica.
Georges Cuvier
(French naturalist and zoologist, sometimes referred to as the "founding father of paleontology"):
Wikipedia,
Encyclopaedia Britannica.
John Edmonstone (taught taxidermy in Edinburgh, regarded as one of the "100 Great Black Britons"):
Wikipedia,
NHM UK.
National Center for Science Educarion:
part 1,
part 2.
Charles Darwin in Philately:
"Charles Darwin - His Life through Commemorative stamps", by Barry Floyd, published by "D S Media Resources" in Malaysia in 2011,
ISBN: 978-967-10223-0-6.
"On the Origin of Species: By Means of Natural Selection", by Charles Darwin, 6th (last edition, 1872, with all additions and corrections)
Amazon:
USA,
GB,
DE
"Darwin: The Man, his great voyage, and his Theory of Evolution", by John Van Wyhe. Published in 2018.
Amazon:
USA,
GB,
DE
"Darwin's Fossils: The Collection That Shaped the Theory of Evolution", by Adrian Lister. Published in 2018.
Amazon:
USA,
GB,
DE
More YouTube videos about Charles Darwin and his Theory of Evolution